A sliding rod timing flip type dispenser

Abstract

The invention discloses a slide bar timing flip type dispenser, comprising a dispenser body, wherein a pot body and a cover plate are arranged inside the dispenser body, the cover plate is arranged above the pot body, and a dispensing mechanism is arranged on the cover plate; a material dispensing port is opened on the cover plate; the dispensing mechanism comprises a warehouse body, a rotating plate, a slide bar, a transmission gear, and a timing mechanism; an axle rod is arranged on the rotating plate, and a transmission gear is arranged on the other end of the axle rod after passing through the warehouse body, the transmission gear can drive the axle rod to rotate, and the axle rod further drives the rotating plate to rotate, the slide bar can be slidably arranged on or above the cover plate, a tooth track is arranged on the slide bar, and the transmission gear can mesh with the tooth track; the timing mechanism can mesh with the tooth track, and the slide bar timing flip type dispenser of the invention does not need to power on the material dispensing mechanism during the process of dispensing materials, can realize timed automatic dispensing, can be well applied to the household field requiring automatic dispensing without electricity, is very safe and convenient, and has strong applicability.

Description

Technical Field

[0001] The invention relates to a delivery device, in particular to a slide bar timing flip type delivery device. Background Art

[0002] In the field of cooking devices, especially household pots, with the popularization of healthy diet, users have higher and higher requirements for the automation of electrical appliances or ordinary pots. When people use electrical appliances to cook, make soup or cook porridge, they often need to add one or more nutrients to the pot body, such as the pot body, during the cooking process. Adding nutrients during the cooking process will cause trouble and is easy to forget. However, there is currently no device on the market that can automatically put substances into the pot body. For existing devices for putting substances, especially for electrical appliances with a pot cover plate separated from the pot body, most of these pot cover plates cannot be powered on, making it even more difficult to achieve automatic substance putting; in addition, for some electrical appliances with a pot cover plate separated from the pot body, although there are conditions for power supply, such as large cooking appliances in factory canteens or small household appliances, if the putting mechanism on the cover plate is powered on, there will be a greater safety hazard. In order to ensure personal safety, a non-electric type automatic substance putting device is needed to achieve non-electric automatic putting; in addition, ordinary pots are not powered on, and the timed automatic putting of ingredients in such non-electric pots is currently impossible. Summary of the invention

[0003] In order to solve the shortcomings of the above technology, the present invention provides a sliding rod timing flip type dispenser.

[0004] In order to solve the above technical problems, the technical solution adopted by the present invention is: a sliding rod timed flip type dispenser, including a dispenser body, a pot body and a cover plate are arranged in the dispenser body, the cover plate is arranged above the pot body, and a dispensing mechanism is arranged on the cover plate; a material dispensing port is opened on the cover plate;

[0005] The delivery mechanism includes a bin body, a rotating plate, a sliding rod, a transmission gear, and a timing mechanism. The bin body is opened at both ends and the bin body is arranged above the material delivery port. The rotating plate is rotatably arranged at the lower part of the bin body, and an axle rod is arranged on the rotating plate. One end of the axle rod passes through the bin body, and a transmission gear is arranged after the other end of the axle rod passes through the bin body. The transmission gear can drive the axle rod to rotate, and the axle rod then drives the rotating plate to rotate. When the rotating plate is in a horizontal state, the rotating plate can block the material inside the bin body from flowing out, and the lower port of the bin body is in a closed state. When the rotating plate is in a vertical state during rotation, the rotating plate opens the lower port of the bin body to the maximum extent, and the lower port of the bin body is in a fully open state. The sliding rod can be slidably arranged on or above the cover plate, and a tooth track is arranged on the sliding rod. The transmission gear can The timing mechanism is arranged on or above the cover plate, and the timing mechanism can be engaged with the gear track. The slide bar is manually moved, and the gear track drives the meshing transmission gear to rotate as the slide bar moves. The transmission gear drives the rotating plate to rotate, and when the rotating plate rotates to a horizontal state, the material is put into the warehouse body. After the gear track moves for a period of time with the slide bar, the timing mechanism is wound up to set the timing; when the hand is manually released, the timing mechanism drives the slide bar to move in the opposite direction. When the set timing time is reached, the gear track drives the transmission gear to rotate. After the transmission gear drives the rotating plate to rotate, the lower port of the warehouse body is opened to put the material into the pot body; when the rotating plate is in a vertical state during rotation, the rotating plate opens the lower port of the warehouse body to the maximum extent to put the material into the pot body, and then the rotating plate returns to the initial position;

[0006] Or the delivery mechanism includes a warehouse body, a rotating plate, a sliding rod, a power sheet, and a timing mechanism. The warehouse body is opened at both ends and the warehouse body is arranged above the material delivery port; the rotating plate is rotatably arranged on the lower part of the warehouse body, and an axle rod is arranged on the rotating plate. One end of the axle rod passes through the warehouse body, and a power sheet is arranged after the other end of the axle rod passes through the warehouse body. The power sheet can drive the axle rod to rotate, and the axle rod in turn drives the rotating plate to rotate. When the rotating plate is in a horizontal state, the rotating plate can block the material inside the warehouse body from flowing out, and the lower port of the warehouse body is in a closed state; when the rotating plate is in a vertical state during rotation, the rotating plate opens the lower port of the warehouse body to the maximum extent, and the lower port of the warehouse body is in a fully open state; the sliding rod can be slidably arranged on or above the cover plate, and a tooth path is arranged on the sliding rod; the timing mechanism is arranged on or above the cover plate, and the timing mechanism can be engaged with the gear The sliding bar is manually toggled to move, and the sliding bar slides forward with its front end against the power sheet to drive the power sheet to rotate. The power sheet rotates while driving the rotating plate to rotate, and the rotating plate changes from a vertical state to a horizontal state or returns to a horizontal state from a horizontal state again, and the lower port of the bin body is closed, and materials are placed into the bin body; after the sliding bar moves for a period of time, the timing mechanism is wound up to time it; when the hand is manually released, the timing mechanism drives the sliding bar to move in the opposite direction, and when the set timing time is reached, the sliding bar moves backward to leave the power sheet, and the power sheet rotates in the opposite direction, and the rotating plate rotates in the opposite direction to open the lower port of the bin body to put materials into the pot body, and when the rotating plate is in a vertical state during rotation, the rotating plate opens the lower port of the bin body to the maximum extent, and when the lower port of the bin body is fully opened, materials are put into the pot body, and then the rotating plate returns to its initial position.

[0007] Furthermore, the delivery mechanism includes a bin body, a rotating plate, a sliding rod, a transmission gear, and a timing mechanism. A through hole is arranged on the cover plate as a material delivery port, and the bin body is arranged above the material delivery port; the bin body is opened at both ends or the upper end is provided with an opening at the lower end of the top cover; the upper port of the bin body is a material adding port, and the lower port is arranged above the material delivery port, and the lower port flows out the material; the rotating plate is arranged at the lower part of the bin body, and the rotating plate can serve as the bottom plate of the bin body to block the lower port of the bin body or open the lower port of the bin body. When the rotating plate is in a horizontal state, it can block the lower port of the bin body, and at this time, material can be added to the inside of the bin body; when the rotating plate rotates from a horizontal state, the lower port of the bin body is opened, and the inside of the bin body The material in the upper part is put into the pot body through the lower port and the material feeding port; the shape of the warehouse body is not limited; the shape of the rotating plate is not limited; an axle is arranged in the middle or at one end of the rotating plate, and the two ends of the axle pass through the side wall of the warehouse body respectively, and the axle can drive the rotating plate to rotate, and a transmission gear is arranged after one end of the axle passes through the side wall of the warehouse body, and the transmission gear can drive the axle to rotate, and the axle then drives the rotating plate to rotate; the slide bar can be manually driven to slide, and the shape of the slide bar is not limited, the slide bar is arranged on or above the cover plate, a tooth path is arranged on the slide bar, a rack is arranged on the tooth path, or a slide bar rack section and a toothless section are arranged on the tooth path; the slide bar meshes with the transmission gear to drive the rotating plate to rotate;

[0008] The timing mechanism is arranged on or above the cover plate, and a timing gear is arranged at the output end of the timing mechanism, and the timing gear is meshed with the slide bar; the slide bar is arranged inside the slideway, on or below the slideway, and the slideway is arranged on or above the cover plate; the timing mechanism includes a timing dial, and the timing dial is arranged on the slide bar or on the outer cover of the dispenser body;

[0009] The output end of the timing mechanism is provided with a timing gear, the slide bar is meshed with the timing gear of the timing mechanism, and the timing mechanism releases the material into the bin body at a fixed time;

[0010] One or more tooth tracks are arranged on the slide bar; when the slide bar is provided with one tooth track, the transmission gear and the timing mechanism share one tooth track, and the transmission gear and the timing mechanism are both meshed with one tooth track of the slide bar;

[0011] When the slide bar is provided with two tooth tracks, the two tooth tracks include a warehouse body tooth track and a timing tooth track, or the two tooth tracks include a common tooth track and a return tooth track; when the two tooth tracks include a warehouse body tooth track and a timing tooth track, the transmission gear of the warehouse body and the timing gear of the timing mechanism are respectively meshed with the warehouse body tooth track and the timing tooth track of the slide bar, the warehouse body tooth track of the slide bar can be meshed with the transmission gear to drive the rotating plate to rotate, and the timing tooth track of the slide bar can be meshed with the timing mechanism, and the timing mechanism is timed for the material delivery after the timing mechanism is wound up; when the two tooth tracks include a common tooth track and a return tooth track, the common tooth track is a tooth track shared by the transmission gear and the timing gear, and a return rack is arranged on the return tooth track, and the return rack is meshed with the return gear of the return mechanism, and when the slide bar is toggled, the return mechanism is deformed and stores energy, and the return mechanism is arranged on the cover plate, and when the timing mechanism is disengaged from the rack section of the slide bar, the return mechanism can drive the slide bar to move in the opposite direction to the initial position;

[0012] When the slide bar is provided with three tooth tracks, the three tooth tracks include a bin body tooth track, a timing tooth track, and a return tooth track. The transmission gear, the timing mechanism, and the return mechanism are respectively meshed with the bin body tooth track, the timing tooth track, and the return tooth track. The return mechanism is provided on the cover plate. The bin body tooth track of the slide bar is meshed with the transmission gear to drive the rotating plate to rotate. The timing tooth track of the slide bar is meshed with the timing mechanism. After the timing mechanism is wound up, the timing mechanism times the material delivery. The return tooth track is meshed with the return gear of the return mechanism to drive the slide bar to move in the opposite direction and return to the initial position.

[0013] When multiple bins are arranged on the cover plate, multiple teeth are arranged on the slide bar, and the multiple teeth include a return tooth track or do not include a return tooth track. The timing mechanism and the transmission gears of each bin are respectively meshed with one of the teeth tracks of the slide bar. When the multiple teeth include a return tooth track, the return mechanism is meshed with the return tooth track; the slide bar is meshed with the transmission gears of each bin to drive the rotating plates of each bin to rotate respectively; the slide bar is meshed with the timing mechanism, and after the timing mechanism is wound up, the timing mechanism times the material delivery; the return gear is meshed with the return tooth track, and when the slide bar is moved, the return mechanism is deformed and stores energy.

[0014] Furthermore, the delivery mechanism includes a warehouse body, a rotating plate, a slide bar, a transmission gear, a timing mechanism, and a return mechanism; an axle rod is arranged in the middle of the rotating plate, and the two ends of the axle rod respectively pass through the side walls of the warehouse body, and the axle rod can drive the rotating plate to rotate; a transmission gear is arranged after one end of the axle rod passes through the side wall of the warehouse body, and the transmission gear meshes with the slide bar to drive the rotating plate to rotate; the slide bar tooth track includes a warehouse body tooth track and a timing tooth track, and the warehouse body tooth track is provided with a warehouse body rack section and a warehouse body toothless section, and the transmission gear can mesh with the warehouse body rack section; the timing tooth track is provided with a timing rack section and a timing toothless section, and the timing gear of the timing mechanism can mesh with the timing rack section; one end of the return mechanism is connected to the slide bar and the other end is connected to the cover plate; a limiter is arranged on the cover plate, and the limit A steel ball is arranged on the top of the positioner, and a positioning hole is arranged on the opposite sides of one end of the shaft rod corresponding to the position of the limiter. The limiter is used to limit the position of the rotating plate when the rotating plate is in a horizontal state; the limiter includes a steel ball, a spring, and a sleeve. The sleeve is arranged on the cover plate, and the steel ball and the spring are arranged inside the sleeve. The spring is located below the steel ball, one end of the spring is connected to the steel ball, and the other end is connected to the sleeve or the cover plate. The spring can push the steel ball into the positioning hole, and the steel ball can enter and exit the positioning hole as the shaft rod rotates; the steel ball of the limiter can enter the positioning hole on one side of the shaft rod, and the steel ball will detach from the positioning hole when the shaft rod rotates, and the steel ball can enter the positioning hole on the other side of the shaft rod after the shaft rod rotates 180 degrees; The working process of the releaser is as follows: in the initial position, the rotating plate horizontally blocks the lower port of the warehouse body, the transmission gear is meshed with the warehouse body rack section of the warehouse body tooth track, the timing gear of the timing mechanism corresponds to the timing toothless section of the timing tooth track, and the steel ball of the limiter enters the inside of the positioning hole on one side of the shaft rod to limit the rotating plate; the sliding rod is moved by hand, and the sliding rod is meshed with the transmission gear through the warehouse body rack section of the warehouse body tooth track to drive the transmission gear, and the transmission gear drives the rotating plate to rotate through the shaft rod; the sliding rod drives the return mechanism to deform and store potential energy; in the initial position, the timing toothless section of the timing tooth track corresponds to the timing gear position; when the rotating plate rotates to a horizontal state, the transmission gear is separated from the warehouse body rack section of the warehouse body tooth track; the timing gear track The timing rack segment meshes with the timing mechanism, and the slide rod drives the timing mechanism to rotate and tighten the mainspring; when the slide rod slides to the set time, let go, and the timing mechanism completes the timing; after letting go, the timing mechanism drives the slide rod to move in the opposite direction; put the material into the warehouse body, and when the timing time comes, the timing rack segment of the timing tooth track separates from the timing gear, and the timing mechanism completes the timing after it separates from the slide rod; the return mechanism drives the slide rod to move quickly; the transmission gear meshes with the warehouse body rack segment of the warehouse body tooth track; the return mechanism drives the slide rod to move quickly; the slide rod drives the transmission gear to rotate quickly, and the transmission gear drives the rotating plate to rotate quickly through the shaft rod, and the material inside the warehouse body is put into the pot body through the lower port of the warehouse body and the material delivery port, and the rotating plate returns to the initial position, and the material delivery is completed;

[0015] The delivery mechanism includes a warehouse body, a rotating plate, a slide bar, a transmission gear, a timing mechanism, and a return mechanism; the delivery mechanism adopts a three-tooth track method for delivering materials; three tooth tracks are arranged on the slide bar, including a warehouse body tooth track, a timing tooth track, and a return tooth track; the shaft rod is arranged in the middle of the rotating plate, and the shaft rod can drive the rotating plate to rotate; a transmission gear is arranged at one end of the shaft rod; the warehouse body tooth track is provided with a warehouse body rack section and a warehouse body toothless section; the timing tooth track is provided with a timing rack section and a timing toothless section; a rack is arranged on the return tooth track; the transmission gear is meshed with the warehouse body rack section of the warehouse body tooth track to drive the rotating plate to rotate; the timing gear of the timing mechanism can mesh with the timing rack section of the timing tooth track; the return mechanism is provided with a return gear, and the return gear is meshed with the return tooth track to return the slide bar; the cover A limiter is arranged on the plate, and the limiter limits the position of the rotating plate when the rotating plate is in a horizontal state; the two ends of the shaft rod are respectively arranged on the side walls of the warehouse body; the shaft rod can drive the rotating plate to rotate; a transmission gear is arranged at one end of the shaft rod; the transmission gear is meshed with the warehouse body tooth track of the sliding rod to drive the rotating plate to rotate; a through hole is arranged on the cover plate as a material delivery port; the warehouse body is arranged above the material delivery port; the upper and lower ends of the warehouse body are open; the upper port of the warehouse body is a material adding port, and the lower port is arranged above the material delivery port, and the lower port delivers materials outward; the rotating plate is arranged at the lower end of the warehouse body, and the rotating plate can serve as the bottom plate of the warehouse body to block the lower port of the warehouse body or open the lower port of the warehouse body: when the rotating plate blocks the lower port of the warehouse body, materials can be added to the inside of the warehouse body; after the rotating plate rotates, the lower port of the warehouse body is opened Open, the material inside the warehouse is put into the pot body through the material delivery port; the shape of the warehouse is not limited; the shape of the rotating plate is not limited; one end of the shaft rod is respectively provided with a positioning hole on both sides, and the steel ball can enter into one positioning hole in the initial position, and the steel ball can enter into the other positioning hole after the shaft rod or the rotating plate rotates 180 degrees; the limiter includes a positioning hole, a steel ball, a spring, and a sleeve; the positioning hole is provided on the shaft rod, and the steel ball can enter into the positioning hole; one end of the steel ball is connected to the spring, and can enter and exit the positioning hole as the shaft rod rotates; one end of the spring is connected to the steel ball, and the other end is connected to the sleeve or the cover plate, so that the steel ball can be pushed into the positioning hole; the sleeve is provided on the outside of the spring or the steel ball, the sleeve is provided on the cover plate, and a steel ball is provided at one end of the sleeve, The other end of the sleeve is connected to the spring; the working process of the dispenser is as follows: in the initial position, the rotating plate horizontally blocks the lower port of the warehouse body; the transmission gear is meshed with the warehouse rack section of the warehouse body tooth track; the timing gear of the timing mechanism corresponds to the timing toothless section; the steel ball of the limiter enters the inside of the positioning hole to limit the rotating plate; the sliding rod is moved by hand, and the sliding rod is meshed with the transmission gear through the warehouse rack section of the warehouse body tooth track to drive the transmission gear, and the transmission gear drives the rotating plate to rotate through the shaft rod; the sliding rod drives the return gear of the return mechanism to rotate so that the return mechanism deforms and stores potential energy; the timing toothless section of the timing tooth track is adjacent to the timing gear, and the timing mechanism does not rotate for timing; when the rotating plate rotates to a horizontal state, the transmission gear is separated from the warehouse rack section of the warehouse body tooth track;The timing rack section of the timing tooth track is meshed with the timing mechanism, and the slide rod drives the timing mechanism to rotate and tighten the mainspring; after the slide rod slides to the set time, release it, and the timing mechanism completes the timing; after releasing it, the timing mechanism drives the slide rod to move in the opposite direction; add substances to the interior of the warehouse body; at the timing time, the timing rack section of the timing tooth track is separated from the timing gear, and the timing mechanism completes the timing after it separates from the slide rod; the return gear of the return mechanism drives the slide rod to move quickly; the transmission gear is meshed with the warehouse body rack section of the warehouse body tooth track; the return gear of the return mechanism drives the slide rod to move quickly; the slide rod drives the transmission gear The wheel rotates rapidly, and the transmission gear drives the rotating plate to rotate rapidly through the shaft rod, and the material inside the bin body is put into the pot body through the lower port of the bin body and the material putting port, and the rotating plate returns to the initial position, and the material putting is completed; in order to better complete the material putting, the putting mechanism also includes a damping device, and the damping device includes a damping body and a damping section that are arranged in coordination, the damping body is arranged on the sliding rod, and the damping section is arranged on the cover plate. When the multi-purpose port of the bin body is facing downward to put the material, the damping body encounters the damping section for friction, thereby reducing the moving speed of the sliding rod relative to the cover plate, thereby reducing the rotation speed of the rotating plate;

[0016] The delivery mechanism adopts a multi-bin, multi-tooth type material delivery method; the delivery mechanism has multiple bins, and the multiple bins are respectively arranged at the openings of their respective cover plates; a corresponding opening is arranged on the cover plate surface corresponding to each bin, and the lower port of each bin is respectively arranged at the opening of the respective cover plate; a rotating plate is respectively arranged at the lower end or bottom of each bin; an axle rod is respectively arranged at the center of the rotating plate of each bin, and the two ends of each axle rod are respectively connected to each bin through the axle rod, and each rotating plate can rotate along the axle rod at the two ends; the axle rod at one end of each rotating plate is connected to its own transmission gear; a bin tooth track and a timing tooth track, a return tooth track or no return tooth track are respectively arranged on the slide bar corresponding to each bin; one end of each axle rod is respectively arranged on both sides A positioning hole, in the initial position, the steel ball can enter the inside of one positioning hole, and when the shaft rod or the rotating plate rotates 180 degrees, the steel ball can enter the inside of the other positioning hole; each warehouse body is respectively provided with a limiter, and the limiter includes a positioning hole, a steel ball, a spring, and a sleeve; the positioning hole is arranged on the shaft rod, and the steel ball can enter the inside of the positioning hole; one end of the steel ball is connected to the spring, and can enter and exit the positioning hole with the rotation of the shaft rod; one end of the spring is connected to the steel ball, and the other end is connected to the sleeve or the cover plate, so that the steel ball can be pushed into the inside of the positioning hole; the sleeve is arranged outside the spring or the steel ball, the sleeve is arranged on the cover plate, a steel ball is arranged at one end of the sleeve, and the other end of the sleeve is connected to the spring; when there are two warehouse bodies, the two-warehouse type delivery mechanism with two warehouse bodies is provided with four The four tooth paths include two bin body tooth paths, one timing tooth path and one return tooth path; a return mechanism is arranged on the cover plate, and the return gear of the return mechanism meshes with the return tooth path; the transmission gears of each bin body are respectively placed on the respective bin body tooth paths on the slide bar, and can mesh with the respective bin body rack segments; the timing gear of the timing mechanism is arranged on the cover plate and can mesh with the rack segments on the timing tooth paths; the slide bar is arranged inside the slide path, and the slide bar can be moved by hand; the timing mechanism or each bin body is arranged correspondingly on its respective tooth paths; the rack segments or toothless segments on each tooth path are arranged correspondingly to complete the delivery of multi-bin materials; the delivery mechanism of the two independent bin bodies works as follows: when the initial position is set, the rotating plates of each bin body are placed horizontally, The rotating plates of each bin body horizontally block the lower ports of each bin body respectively; the steel balls of the limiters of each bin body extend into the interior of each shaft rod positioning hole; the transmission gear of the No. 1 bin body corresponds to the No. 1 bin body tooth track without tooth segment of the No. 1 bin body, and the transmission gear of the No. 2 bin body meshes with the No. 2 bin body rack segment of the No. 2 bin body tooth track; the timing gear of the timing mechanism is adjacent to the No. 1 timing toothless segment of the timing tooth track; each steel ball enters the interior of each positioning hole to limit each rotating plate respectively; the rack segment and toothless segment on each tooth track on the sliding rod are arranged as follows: the transmission gear of the No. 1 bin body corresponds to the No. 1 bin body tooth track without tooth segment of the No. 1 bin body, the transmission gear of the No. 2 bin body corresponds to the No. 2 bin body rack segment of the No. 2 bin body tooth track, and the timing mechanism corresponds to the No. 1 timing toothless segment of the timing tooth track;Afterwards, the transmission gear of the No. 1 warehouse body corresponds to the No. 1 warehouse body tooth track without tooth segment of the No. 1 warehouse body, the transmission gear of the No. 2 warehouse body corresponds to the No. 2 warehouse body tooth track without tooth segment of the No. 2 warehouse body, and the timing mechanism corresponds to the No. 1 timing rack segment of the timing tooth track; afterward, the transmission gear of the No. 1 warehouse body corresponds to the No. 1 warehouse body tooth track without tooth segment of the No. 1 warehouse body, the transmission gear of the No. 2 warehouse body corresponds to the No. 2 warehouse body tooth track without tooth segment of the No. 2 warehouse body, and the timing mechanism corresponds to the No. 2 timing rack segment of the timing tooth track; afterward, the transmission gear of the No. 1 warehouse body corresponds to the No. 1 warehouse body tooth track without tooth segment of the No. 1 warehouse body, the transmission gear of the No. 2 warehouse body corresponds to the No. 2 warehouse body tooth track without tooth segment of the No. 2 warehouse body, and the timing mechanism corresponds to the No. 2 timing rack segment of the timing tooth track; before the multi-warehouse materials are released, the sliding rod is manually pushed to slide; the return mechanism is deformed by the sliding rod Energy storage; the transmission gear of the No. 2 warehouse body is meshed with the rack segment of the No. 2 warehouse body, and the No. 2 warehouse body is driven to rotate. When the rotating plate of the No. 2 warehouse body is rotated to a horizontal position again, the transmission gear of the No. 2 warehouse body is separated from the rack segment of the No. 2 warehouse body; the steel ball of the limiter of the No. 2 warehouse body extends into the positioning hole of the shaft rod 2; the material is placed inside the No. 2 warehouse body; the slide bar continues to rotate; then the timing mechanism is meshed with the No. 1 timing rack segment, and the timing mechanism is driven by the slide bar to rotate and time, and the length of the No. 1 timing rack segment is fixed, that is, the interval time for the material release between the No. 1 warehouse body and the No. 2 warehouse body is fixed; then the transmission gear of the No. 1 warehouse body is meshed with the rack segment of the No. 1 warehouse body, and the No. 1 warehouse body is driven to rotate by the slide bar. When the rotating plate of the No. 1 warehouse body is rotated and is in a horizontal state, the transmission gear of the No. 1 warehouse body is The wheel is separated from the rack segment of the No. 1 warehouse body; the steel ball of the limiter of the No. 1 warehouse body extends into the positioning hole of the No. 1 shaft rod; the material is placed inside the No. 1 warehouse body; then the slide bar continues to rotate forward, the timing mechanism meshes with the No. 2 timing rack segment, and the timing mechanism is driven to continue to rotate and time until the slide bar rotates to the timing delivery time of the No. 1 warehouse body and then releases; after releasing, the slide bar is driven by the timing mechanism to rotate in the opposite direction; when the material delivery time of the No. 1 warehouse body comes, the timing mechanism separates from the No. 2 timing rack segment; the return mechanism drives the slide bar to slide quickly; the No. 1 warehouse body rack segment of the No. 1 warehouse body tooth track meshes with the transmission gear of the No. 1 warehouse body, driving the transmission gear of the No. 1 warehouse body to rotate quickly, and the steel ball of the limiter of the No. 1 warehouse body leaves the positioning hole; the transmission gear drives the rotation of the No. 1 warehouse body The plate rotates rapidly, and the material is released after the rotating plate of the No. 1 warehouse body rotates; after the material is released, when the rotating plate of the No. 1 warehouse body is in a horizontal state, the transmission gear of the No. 1 warehouse body is separated from the rack segment of the No. 1 warehouse body, and the timing mechanism is engaged with the No. 1 timing rack segment, and the No. 2 warehouse body continues to be timed; when it is time to release the material of the No. 2 warehouse body, the No. 1 timing rack segment is disengaged from the timing mechanism; the return mechanism drives the slide bar to rotate rapidly; the transmission gear of the No. 2 warehouse body is engaged with the rack segment of the No. 2 warehouse body, and the No. 2 warehouse body rack segment of the No. 2 warehouse body tooth track drives the transmission gear of the No. 2 warehouse body to rotate rapidly, and the steel ball of the limiter of the No. 2 warehouse body leaves the positioning hole; the transmission gear of the No. 2 warehouse body drives the rotating plate of the No. 2 warehouse body to rotate rapidly, and when the rotating plate of the No. 2 warehouse body rotates, the material is released;After the material delivery is completed, when the rotating plate of the second bin is in a horizontal state, the return mechanism stops working, the two bins return to the initial position, and the multi-bin material delivery is completed; in order to better complete the material delivery, a damping device is set, a damping body is respectively set on the slide bar corresponding to each bin, and a damping section is set on the cover plate. When the rotating plates of each bin rotate to deliver the material, the damping body encounters the damping section for friction, and the rotation speed of the bin is appropriately reduced to complete the material delivery;

[0017] A shaft rod is arranged at one end of the rotating plate, and the two ends of the shaft rod respectively pass through the side wall of the warehouse body, and the shaft rod can drive the rotating plate to rotate; after one end of the shaft rod passes through the side wall of the warehouse body, a transmission gear is arranged at one end of the shaft rod, and the transmission gear is meshed with the sliding rod to drive the rotating plate to rotate; the sliding rod tooth track includes a warehouse body tooth track and a timing tooth track, and the warehouse body tooth track is provided with a warehouse body rack section and a warehouse body toothless section, and the transmission gear can be meshed with the warehouse body rack section; the timing tooth track is provided with a timing rack section and a timing toothless section, and the timing gear of the timing mechanism can be meshed with the timing rack section; one end of the return mechanism is connected to the sliding rod and the other end is connected to the cover plate; a limiter is arranged on the cover plate, and a steel ball is arranged on the top of the limiter, and a timing gear is arranged at one end of the shaft rod corresponding to the position of the limiter The limiter is used to limit the position of the rotating plate when the rotating plate is in a horizontal state; the limiter includes a steel ball, a spring, and a sleeve. The sleeve is arranged on the cover plate, and the steel ball and the spring are arranged inside the sleeve. The spring is located below the steel ball, one end of the spring is connected to the steel ball, and the other end is connected to the sleeve or the cover plate. The spring can push the steel ball into the positioning hole, and the steel ball can enter and exit the positioning hole as the shaft rotates; the steel ball of the limiter can enter the positioning hole on one side of the shaft, and when the shaft rotates, the steel ball detaches from the positioning hole, and when the shaft rotates 90 degrees, the steel ball can enter the positioning hole at one end of the shaft; a top cover is arranged on the upper port of the warehouse body; the working process of the dispenser is as follows: in the initial position, the rotating plate vertically opens the lower port of the warehouse body, and the transmission gear The wheel is meshed with the rack section of the warehouse body tooth track, the timing gear of the timing mechanism corresponds to the timing toothless section of the timing tooth track, and the steel ball of the limiter does not enter the interior of the positioning hole on one side of the shaft rod, so there is no need to limit the rotating plate; the slide rod is manually moved, and the slide rod is meshed with the transmission gear through the warehouse body rack section of the warehouse body tooth track to drive the transmission gear, and the transmission gear drives the rotating plate to rotate through the shaft rod; the slide rod drives the return mechanism to deform and store potential energy; in the initial position, the timing toothless section of the timing tooth track corresponds to the timing gear position; when the rotating plate rotates to a horizontal state, the transmission gear is separated from the warehouse body rack section of the warehouse body tooth track; the steel ball of the limiter enters the interior of the positioning hole on one side of the shaft rod to limit the rotating plate; the timing gear track The timing rack segment of the timing gear track is meshed with the timing mechanism, and the slide rod drives the timing mechanism to rotate and tighten the mainspring; after the slide rod slides to the set time, release it, and the timing mechanism completes the timing; after releasing it, the timing mechanism drives the slide rod to move in the opposite direction; open the top cover to place the material into the warehouse body, and then close the top cover; when the timing time comes, the timing rack segment of the timing tooth track is separated from the timing gear, and the timing mechanism completes the timing after it separates from the slide rod; the return mechanism drives the slide rod to move quickly; the transmission gear is meshed with the warehouse body rack segment of the warehouse body tooth track; the slide rod drives the transmission gear to rotate quickly, and the transmission gear drives the rotating plate to rotate quickly through the shaft rod, and the material inside the warehouse body is put into the pot body through the lower port of the warehouse body and the material delivery port, the rotating plate returns to the initial position, and the material delivery is completed.

[0018] Furthermore, the delivery mechanism includes a bin body, a rotating plate, a sliding rod, a power sheet, a timing mechanism, and a return mechanism; a through opening is arranged on the cover plate as a material delivery port; the bin body is arranged above the material delivery port; the upper and lower ends of the bin body are open or the upper end is provided with a top cover with an opening at the lower end; the upper port of the bin body is a material adding port, and the lower port is arranged above the material delivery port, and the lower port delivers the material outward; the rotating plate is arranged at the lower end of the bin body, and the rotating plate can serve as the bottom plate of the bin body to block the lower port of the bin body or open the lower port of the bin body: when the rotating plate blocks the lower port of the bin body, material can be added to the inside of the bin body; after the rotating plate rotates, the lower port of the bin body is opened, and the material inside the bin body is delivered to the inside of the pot body through the material delivery port; the shape of the bin body is not limited; the shape of the rotating plate is not limited; the middle or one side of the rotating plate The two ends of the shaft are respectively arranged on the side walls of the warehouse body; the shaft can drive the rotating plate to rotate; the rotating plate is arranged on the shaft, one end of the shaft passes through the warehouse body, and a power plate is arranged after the other end of the shaft passes through the warehouse body, the power plate can drive the shaft to rotate, and the shaft drives the rotating plate to rotate; the horizontal state of the power plate is arranged corresponding to the horizontal state of the shaft, so that the sliding rod can drive the power plate to rotate back and forth; the power plate rests on the front end of the sliding rod; the power plate is connected to the shaft; a warehouse body elastic device is arranged on the shaft or no warehouse body elastic device is arranged, the warehouse body elastic device includes a shaft return spring, the shaft return spring is sleeved on the shaft, one end is connected to the power plate and the other end is connected to the cover plate, which can drive the power plate back to the initial position when the sliding rod returns; manual pulling When the slide rod is moved, the slide rod can drive the power sheet to rotate; the power sheet rotates back and forth to drive the shaft rod to rotate, and the shaft rod drives the rotating plate to rotate back and forth; the rotating plate opens and closes the lower port of the warehouse body; the slide rod is arranged on or above the cover plate, and a timing rack segment and a timing toothless segment are arranged on the slide rod; when a return tooth track is arranged on the slide rod, a return rack is arranged on the return tooth track, and the return rack is meshed with the return gear of the return mechanism; the timing mechanism is arranged on or above the cover plate, and the timing mechanism can mesh with the timing rack segment of the slide rod; the slide rod is manually toggled to slide, and the timing mechanism is meshed with the timing rack segment on the slide rod and is wound up as the slide rod moves, and the timing mechanism is timed when the hand is released; in the initial position, the power sheet is not subject to external force The action is in a horizontal state or a vertical state. When the power sheet is in a horizontal state, the power sheet rests on the top of the slide bar or on the bottom of the slide bar; when the rotating plate is in a horizontal state, the rotating plate blocks the lower port of the bin body, and the lower port of the bin body is in a closed state; when the rotating plate is in a vertical state, the rotating plate opens the lower port of the bin body to the maximum extent, and the lower port of the bin body is in an open state; the slide bar is slidably arranged on or above the cover plate, and when the slide bar is manually pulled, the slide bar slides forward and its front end supports the power sheet and rotates forward and presses or lifts the power sheet, so that the power sheet changes from a horizontal state or a vertical state to a horizontal state through rotation, and the rotation of the power sheet simultaneously drives the rotating plate to rotate from a horizontal state or a vertical state to a horizontal state, and the lower port of the bin body is closed or closed again;The timing rack segment is meshed with the timing mechanism, driving the timing mechanism to perform timing. When the set timing time is reached, release the hand, and the timing mechanism drives the slide bar to move in the opposite direction; place food inside the bin body; when the timing is completed, the timing rack segment is disengaged from the timing mechanism, and the slide bar still presses the power plate; the return mechanism drives the slide bar to move quickly to the initial position, and when the slide bar leaves the power plate, the power plate rotates to the initial position under the drive of the bin body elastic device, and the power plate drives the rotating plate to rotate to the initial position, and when the rotating plate opens the lower port of the bin body, the material is placed, and then the power plate returns to the initial horizontal state or vertical state, and at the same time, the power plate drives the rotating plate to rotate back to the initial horizontal state or vertical state, and the lower port of the bin body is closed or opened, and the placing of the material is completed;

[0019] The working process is as follows: the slide bar is manually moved, the movement of the slide bar drives the power sheet to rotate, the power sheet drives the rotating plate to rotate and when the rotating plate is in a horizontal state, the material is put into the warehouse body, the power sheet is pressed down by the slide bar or the power sheet is lifted up by the slide bar, and the slide bar teeth are used to wind up the spring of the timing mechanism for timing; when the manual release is made, the timing mechanism drives the slide bar to move in the opposite direction, and when the set timing time is reached, the timing mechanism is disengaged from the slide bar teeth, and the return mechanism drives the slide bar to move quickly, the slide bar stops pressing down or lifting the power sheet, and the power sheet drives the rotating plate to rotate to open the lower port of the warehouse body and put the material into the pot body;

[0020] The delivery mechanism includes a warehouse body, a rotating plate, a slide bar, a power sheet, a timing mechanism, and a return mechanism; an axis rod is arranged in the middle of the rotating plate; a timing tooth track is arranged on the slide bar, and a timing rack segment and a timing toothless segment are arranged on the timing tooth track, and the timing gear can mesh with the timing rack segment, and the timing toothless segment is arranged at the front of the slide bar relative to the initial movement direction of the slide bar, and the timing rack segment is arranged at the rear of the slide bar and is located behind the timing toothless segment; in the initial position, the timing gear corresponds to the position of the timing toothless segment; an axis rod is arranged in the middle of the rotating plate; the two ends of the axis rod are respectively arranged on the side walls of the warehouse body; the axis rod can drive the rotating plate to rotate; a power sheet is arranged at one end of the axis rod; the power sheet and the rotating plate are arranged on the same plane on the axis rod; a warehouse body elastic device is arranged on the axis rod; the warehouse body elastic device One end of the force device is connected to the power sheet, and the other end is connected to the warehouse body or the cover plate; the sliding rod can drive the power sheet to rotate, and the power sheet can drive the rotating plate to rotate through the shaft rod to open or close the lower port of the warehouse body; the power sheet rests on the front end of the sliding rod, and the horizontal state of the sliding rod is higher than the horizontal state of the shaft rod, and the sliding rod can move above the shaft rod, or in the initial position, the power sheet is attached to the bottom of the sliding rod, and the horizontal state of the sliding rod is lower than the horizontal state of the shaft rod, and the sliding rod can move below the shaft rod. The elastic force of the warehouse body elastic device is set in the opposite direction, and the material can also be put into the warehouse body; a through hole is set on the cover plate as the material putting port; the warehouse body is set above the material putting port; the upper and lower ends of the warehouse body are open; the upper port of the warehouse body is the material adding port, and the lower port is set above the material putting port. The material is released outward from the port; the rotating plate is arranged at the lower port of the bin body, and the rotating plate can serve as the bottom plate of the bin body to block the lower port of the bin body or open the lower port of the bin body; when the rotating plate is in a horizontal state and blocks the lower port of the bin body, material can be added to the interior of the bin body; after the rotating plate rotates, the lower port of the bin body is opened, and the material inside the bin body is released into the interior of the pot body through the material release port; the shape of the bin body is not limited; the shape of the rotating plate is not limited; a return mechanism is arranged on the cover plate, one end of the return mechanism is connected to the slide rod, and the other end is connected to the cover plate or the dispenser body; elastic edges are arranged on both sides of the rotating plate; the elastic edge is a deformable elastic material, which can automatically deform elastically during the rotation of the rotating plate, and can extend outward to block the rotating plate when the rotating plate is not completely in a horizontal state. The material above does not flow out, and when the rotating plate is in a horizontal state, it can bend without affecting the rotation of the rotating plate; in the initial position, the power sheet is placed on the front end of the slide rod, so that there is a small angle between the power sheet and the cover plate, and no angle can be achieved. When the power sheet is pushed to the front end by the slide rod, there is also a small angle between the power sheet and the cover plate, which will make the power sheet unable to rotate 180 degrees during the rotation process, causing the rotation angle of the rotating plate to be less than 180 degrees, causing the lower port of the warehouse body to be not tightly closed. Compared with the theoretical rotation of the rotating plate of 180 degrees, in order to compensate for this loss of rotation angle, elastic edges of a certain width are respectively set on both sides of the rotating plate. When the rotating plate is not completely in a horizontal state, the elastic edges can close the lower port of the warehouse body; the cover plate is set to be horizontal;The working process of the delivery mechanism is as follows: the position of the rotating plate in front of the rotating plate is the initial position when the rotating plate is toggled by hand; in the initial position, the timing gear is located at the front end of the toothless section of the sliding rod, the rotating plate is in a horizontal state to block the lower port of the warehouse body, the sliding rod is away from the warehouse body, the power plate is placed on the front end of the sliding rod, the power plate is in a horizontal state, and the warehouse body elastic device is relaxed; the sliding rod is pulled by hand to slide in the direction of the power plate, and the sliding rod drives the return mechanism to deform and store potential energy; the front end of the sliding rod supports the power plate, and the power plate rotates forward as the sliding rod moves forward; the power plate drives the shaft rod to rotate, and the shaft rod drives its own warehouse body elastic device to deform and store energy; the timing toothless section of the sliding rod is adjacent to the timing gear of the timing mechanism, and the timing mechanism does not rotate and time; when the power plate rotates to the vertical position, the rotating plate is in a vertical position and fully opens the lower port of the warehouse body; when the power plate rotates to the other side and is pressed underneath by the sliding rod, the power plate is in a horizontal state, the power plate remains stationary, and the rotating plate is in When the gear train is at the same time engaged with the gear train, the slider moves to the desired position and the slider is released, the slider moves to the desired position, and the slider is timed. When the slider is released, the slider moves in the opposite direction. At this time, the return mechanism has no effect on the movement of the slider. Add substances to the interior of the slider. When the set timing time is reached, the gear train is disengaged from the gear train, the return mechanism drives the slider to move quickly to the initial position, and the front end of the slider no longer presses the power plate. The power plate rotates back under the action of the elastic device of the slider, and the power plate drives the rotating plate to rotate. The rotating plate opens the lower port of the slider, and the substances in the slider are released into the interior of the pot through the lower port of the slider and the substance delivery port. When the power plate is placed on the front end of the slider again, the rotating plate is in a horizontal state to block the lower port of the slider. The substance delivery is completed, the slider returns to the initial position, and the substance delivery is completed.

[0021] The delivery mechanism includes a warehouse body, a rotating plate, a slide bar, a power sheet, a timing mechanism, and a return mechanism; a timing toothless section and a timing rack section are arranged on the slide bar, the timing toothless section is arranged at the front end of the slide bar relative to the initial movement direction, and the timing rack section is arranged behind the timing toothless section; the timing gear of the timing mechanism can mesh with the timing rack section of the slide bar; a return mechanism is arranged on the cover plate, one end of the return mechanism is connected to the slide bar, and the other end is connected to the cover plate or the delivery device body; a shaft rod is arranged on one side of the rotating plate; the two ends of the shaft rod are respectively arranged on the side walls of the warehouse body; the shaft rod can drive the rotating plate to rotate sideways; the two ends of the shaft rod are respectively arranged on the side walls of the warehouse body; the shaft rod can drive the rotating plate to rotate; a power sheet is arranged at one end of the shaft rod; the initial position When the power plate is in the initial position, it is placed vertically, the power plate is against the front end of the slide rod or the front end of the adjacent slide rod, the horizontal state of the slide rod is higher than the horizontal state of the power plate, or the power plate is attached to the bottom of the slide rod in the initial position, the elastic force of the bunker elastic device is reversely set, the horizontal state of the slide rod is lower than the horizontal state of the shaft rod, and the material delivery can also be completed; the slide rod can drive the power plate to rotate forward, and the power plate can drive the rotating plate to rotate through the shaft rod to open or close the lower port of the bunker body; in the initial position, the rotating plate is placed vertically to open the lower port of the bunker body. After the slide rod is toggled, the power plate drives the rotating plate to rotate and is in a horizontal state. The rotating plate blocks the lower port of the bunker body and materials can be placed inside the bunker body. When the slide rod is released, the slide rod moves in the opposite direction, and the timing time is up. The timing gear is disengaged from the timing rack segment, the return device drives the slide bar to move quickly, the power sheet leaves the slide bar, and the rotating plate opens the lower port of the bin body for material delivery; a through hole is set on the cover plate as the material delivery port; the bin body is set above the material delivery port; the upper and lower ends of the bin body are open; a top cover is set on the upper port of the bin body; the upper port of the bin body is the material adding port, and the lower port is set above the material delivery port, and the lower port delivers the material outward; the rotating plate is set at the lower end of the bin body, and the rotating plate can serve as the bottom plate of the bin body to block the lower port of the bin body or open the lower port of the bin body: when the rotating plate blocks the lower port of the bin body, material can be added to the inside of the bin body; after the rotating plate is rotated, the lower port of the bin body is opened, and the material inside the bin body is discharged through the material delivery port Put it inside the pot body; the shape of the warehouse body is not limited; the shape of the rotating plate is not limited; the power sheet and the rotating plate are arranged parallel to each other on the shaft rod; the power sheet rotates 90 degrees to drive the rotating plate to rotate 90 degrees to complete the opening and closing of the lower port of the warehouse body; in the initial position, the power sheet is placed vertically and the rotating plate is placed vertically; the rotating plate is in a vertical position to open the lower port of the warehouse body; when the power sheet is pushed to the front end by the slide rod and pressed under the slide rod, there is also an angle between the power sheet and the cover plate, and the rotating plate cannot be completely in a horizontal state and cannot completely close the lower port of the warehouse body; in order to make the power sheet rotate to the front end and rotate 90 degrees to complete the opening and closing of the lower port of the warehouse body, a thickening layer or a nozzle pressing method or a comprehensive method is adopted: a thickening layer is set;A thickening layer is provided at the upper end of the side of the power sheet contacting the slide rod, that is, a sloped thickening layer is provided above the contact between the slide rod and the power sheet, and when the slide rod pushes the power sheet until the power sheet is pressed downward, the power sheet is pressed to a horizontal state through the thickening layer; the pressure nozzle is provided; a pressure nozzle is provided under the front end of the slide rod, and the pressure nozzle protrudes downward, and when the slide rod supports the power sheet and rotates forward, the pressure nozzle presses on the front end of the power sheet to make the power sheet in a horizontal state, completing a 90-degree rotation; the comprehensive method; combining the thickening layer and the pressure nozzle together to complete a 90-degree rotation of the power sheet; setting the cover plate to be horizontal; setting the slide rod to The working process of the pressure nozzle is as follows: the position of the rotating plate in front of the rotating plate is the initial position when the rotating plate is moved by hand; at the initial position, one end of the rotating plate faces downward, and the rotating plate is in a vertical state to open the lower port of the warehouse body; the top cover of the warehouse body covers the warehouse body; relative to the initial moving direction, the power plate is against the front end of the slide rod, and the power plate is placed vertically; the timing gear is located at the front end of the timing toothless section of the slide rod, and the slide rod is away from the warehouse body; the slide rod is pulled by hand to slide toward the warehouse body or the power plate, and the slide rod drives the return mechanism to deform and store potential energy; the front end of the slide rod presses against the power plate, and the power plate rotates forward as the slide rod moves forward; the power plate ... The driving shaft rotates, and the shaft drives the rotating plate to rotate and gradually close the lower port of the warehouse body; the timing toothless section of the slide bar is adjacent to the timing gear of the timing mechanism, and the timing mechanism does not rotate to set the timing; when the power sheet rotates to the other side and is pressed under the pressure nozzle by the slide bar, the power sheet rotates 90 degrees and remains stationary, and the rotating plate is in a horizontal state to block the lower port of the warehouse body; the timing rack section of the slide bar meshes with the timing gear of the timing mechanism, and the slide bar drives the timing mechanism to tighten the spring, and when the slide bar moves to the required timing position, let go, and the timing mechanism is set; after letting go, the timing mechanism drives the slide bar to move in the opposite direction; at this time, the return mechanism The movement of the slide bar does not work; the material is added to the interior of the bin; when the set timing time is reached, the timing rack section of the slide bar is disengaged from the timing mechanism, and the return mechanism drives the slide bar to move quickly to the initial position, and one end of the slide bar no longer presses the power plate; under the action of its own gravity, one end of the rotating plate rotates downward, the rotating plate drives the shaft rod to rotate back, and the shaft rod drives the power plate to rotate back, and when the rotating plate is in a vertical state, the lower port of the bin body is opened, and the material inside the bin body is released into the pot body through the lower port of the bin body and the material release port (19); the slide bar and the rotating plate return to the initial position, and the material release is completed;

[0022] The delivery mechanism comprises a warehouse body, a rotating plate, a sliding rod, a power sheet, a timing mechanism, a return mechanism and a damping device; a timing tooth track is arranged on the sliding rod, a timing rack segment and a timing toothless segment are arranged on the timing tooth track, and the timing gear can mesh with the timing rack segment; the timing toothless segment is arranged at the front end of the sliding rod relative to the initial movement direction of the sliding rod, and the timing rack segment is arranged behind the timing toothless segment; in the initial position, the timing gear corresponds to the position of the timing toothless segment; a return mechanism is arranged on the cover plate, one end of the return mechanism is connected to the sliding rod, and the other end is connected to the cover plate or the delivery device body; an axle rod is arranged in the middle of the rotating plate; an axle rod is arranged in the middle of the rotating plate; two ends of the axle rod are respectively arranged on the side walls of the warehouse body; the axle rod can drive the rotating plate to rotate; a power sheet is arranged at one end of the axle rod; the power sheet and The rotating plate is arranged on the same plane as the shaft; the power sheet rests on the front end of the slide rod, and the horizontal state of the slide rod is higher than the horizontal state of the shaft rod; a bin elastic device is arranged on the shaft rod; one end of the bin elastic device is connected to the power sheet, and the other end is connected to the bin or the cover plate; the slide rod can drive the power sheet to rotate, and the power sheet can drive the rotating plate to rotate through the shaft rod to open or close the lower port of the bin; a through opening is arranged on the cover plate as a material delivery port; the bin is arranged above the material delivery port; the upper and lower ends of the bin are open; the upper port of the bin is a material addition port, and the lower port is arranged above the material delivery port, and the lower port delivers the material outward; the rotating plate is arranged at the lower port of the bin, and the rotating plate can serve as the bottom plate of the bin to block the lower port of the bin or open the lower port of the bin: the rotating plate is in a horizontal state When the lower port of the bin body is blocked, materials can be added to the interior of the bin body; after the rotating plate rotates, the lower port of the bin body is opened, and the materials in the bin body are put into the pot body through the material delivery port; the shape of the bin body is not limited; the shape of the rotating plate is not limited; elastic edges are set on both sides of the rotating plate; the elastic edge is a deformable elastic material, which can automatically deform elastically during the rotation of the rotating plate, and can extend outward to block the materials on the rotating plate from flowing out when the rotating plate is not completely in a horizontal state, and can bend when the rotating plate is in a horizontal state without affecting the rotation of the rotating plate; in the initial position, the power sheet is placed on the front end of the sliding rod, so that there is a small angle between the power sheet and the cover plate, and no angle can be achieved. When the power sheet is pushed to the front end by the sliding rod, there is also a small angle between the power sheet and the cover plate. Angle, which will make the power plate unable to rotate 180 degrees during the rotation process, causing the rotation angle of the rotating plate to be less than 180 degrees, causing the lower port of the warehouse body to be not tightly closed. Compared with the theoretical rotation of the rotating plate of 180 degrees, in order to compensate for this lost rotation angle, elastic edges of a certain width are respectively set on both sides of the rotating plate. When the rotating plate is not completely in a horizontal state, the elastic edges can close the lower port of the warehouse body; in order to better complete the material delivery, a damping device is set, a damping body is set on the sliding rod, and a damping section is set on the cover plate. When the rotating plate rotates to deliver the material, the damping body encounters the damping section for friction, thereby reducing the rotation speed of the rotating plate; the cover plate is set to be horizontal; the working process is as follows: the position of the rotating plate before the rotating plate is moved by hand is the initial position;When the gear is in the initial position, the timing gear is located at the front end of the toothless section of the slide rod, the rotating plate is in a horizontal state blocking the lower port of the warehouse body, the slide rod is away from the warehouse body, the power sheet is placed on the front end of the slide rod, the power sheet is in a horizontal state, and the elastic device of the warehouse body is relaxed; the slide rod is pulled by hand to slide in the direction of the power sheet, and the slide rod drives the return mechanism to deform and store potential energy; the front end of the slide rod supports the power sheet, and the power sheet rotates forward as the slide rod moves forward; the power sheet drives the shaft rod to rotate, and the shaft rod drives its own warehouse body elastic device to deform and store energy; the toothless section of the slide rod is adjacent to the timing gear of the timing mechanism, and the timing mechanism does not rotate and time; when the power sheet rotates to the vertical position, the rotating plate is in a vertical position and fully opens the lower port of the warehouse body; when the power sheet rotates to the other side and is pressed underneath by the slide rod, the power sheet is in a horizontal state, the power sheet remains stationary, and the rotating plate is in a horizontal state again to block the lower port of the warehouse body; the timing rack section of the slide rod and the timing mechanism The timing gear of the structure is meshed, and the slide rod drives the timing mechanism to tighten the clockwork. When the slide rod moves to the required timing position, let go and the timing mechanism is timed; after letting go, the timing mechanism drives the slide rod to move in the opposite direction; at this time, the return mechanism has no effect on the movement of the slide rod; add substances to the interior of the warehouse body; when the set timing time is reached, the timing rack section of the slide rod is disengaged from the timing mechanism, and the return mechanism drives the slide rod to move quickly to the initial position, and the front end of the slide rod no longer presses the power plate; the power plate rotates back under the action of the warehouse body elastic device, and the power plate drives the rotating plate to rotate, and the rotating plate opens the lower port of the warehouse body, and the substances in the warehouse body are put into the pot body through the lower port of the warehouse body and the substance putting port, and the damping body encounters the damping section to reduce the rotation speed of the rotating plate, and when the power plate is placed on the front end of the slide rod again, the rotating plate is in a horizontal state to block the lower port of the warehouse body, and the substance putting is completed, the slide rod returns to the initial position, and the substance putting is completed;

[0023] The delivery mechanism includes a warehouse body, a rotating plate, a slide bar, a transmission gear, a power sheet, a timing mechanism, a return mechanism, and a damping device; an axle is arranged in the middle of the rotating plate; a timing tooth track is arranged on the slide bar, a timing rack segment and a timing toothless segment are arranged on the timing tooth track, the timing gear can mesh with the timing rack segment, the timing toothless segment is arranged at the front end of the slide bar relative to the initial movement direction of the slide bar, the timing rack segment is arranged behind the timing toothless segment, and the timing gear corresponds to the timing toothless segment in the initial position; an axle is arranged in the middle of the rotating plate; a return mechanism is arranged on the cover plate, and one of the return mechanisms One end of the shaft is connected to the slide rod, and the other end is connected to the cover plate or the dispenser body; the two ends of the shaft rod are respectively arranged on the side walls of the warehouse body; the shaft rod can drive the rotating plate to rotate; a transmission gear is arranged at one end of the shaft rod, and the transmission gear is meshed with the auxiliary gear; the auxiliary gear is arranged on the auxiliary shaft rod, and the auxiliary shaft rod is connected to the cover plate through the connecting body, and a power sheet is arranged at one end of the auxiliary shaft rod; the power sheet and the rotating plate are arranged on the same plane on the shaft rod; the power sheet rests on the front end of the slide rod, and the horizontal state of the slide rod is higher than the horizontal state of the power sheet; a warehouse body elastic device is arranged on the shaft rod; one end of the warehouse body elastic device is connected to The power plate and the other end are connected to the warehouse body or the cover plate; the sliding rod can drive the power plate to rotate, and the power plate can drive the rotating plate to rotate through the shaft rod to open or close the lower port of the warehouse body; a through hole is set on the cover plate as a material delivery port; the warehouse body is set above the material delivery port; the upper and lower ends of the warehouse body are open; the upper port of the warehouse body is the material addition port, and the lower port is set above the material delivery port, and the lower port delivers the material outward; the rotating plate is set at the lower port of the warehouse body, and the rotating plate can serve as the bottom plate of the warehouse body to block the lower port of the warehouse body or open the lower port of the warehouse body: when the rotating plate is in a horizontal state, it can block the lower port of the warehouse body. Add materials to the interior of the bin; after the rotating plate rotates, the lower port of the bin is opened, and the materials in the bin are put into the pot through the material delivery port; the shape of the bin is not limited; the shape of the rotating plate is not limited; in order to better complete the material delivery, a damping device is set, a damping body is set on the slide bar, and a damping section is set on the cover plate. When the rotating plate rotates to deliver materials, the damping body encounters the damping section for friction, thereby reducing the rotation speed of the rotating plate; the outer diameter of the auxiliary gear is larger than the outer diameter of the transmission gear, and the auxiliary gear is used to drive the transmission gear to rotate to compensate for the problem that the rotation angle of the rotating plate is less than 180 degrees;In the initial position, the power sheet is placed on the front end of the slide rod, so that there is a small angle between the power sheet and the cover plate, and no angle can be achieved. When the power sheet is pushed to the front end by the slide rod, there is also a small angle between the power sheet and the cover plate. This will prevent the power sheet from rotating 180 degrees, causing the rotating plate to rotate less than 180 degrees, causing the lower port of the warehouse to be loosely closed. Compared with the theoretical 180-degree rotation of the rotating plate, in order to compensate for this lost rotation angle, an auxiliary gear with a large outer diameter is set to drive the transmission gear with a small outer diameter, so that when the auxiliary gear rotates less than 180 degrees during the delivery process, it drives the transmission gear to rotate 180 degrees. When there is a small angle between the power sheet and the horizontal in the initial position, the rotating plate is in When the power plate is in a horizontal state, the rotating plate is in a horizontal state when the power plate is driven by the slide bar to the front end and there is a small angle between the power plate and the horizontal; the cover plate is set to be horizontal; the working process of the delivery mechanism is as follows: the position of the rotating plate in front of the rotating plate is the initial position when the hand moves; at the initial position, the rotating plate is in a horizontal state to block the lower port of the warehouse body, the slide bar is in a position away from the warehouse body, the power plate is placed on the front end of the slide bar, there is a small angle between the power plate and the cover plate, the warehouse body elastic device is relaxed, the timing gear is located at the front end of the toothless section of the slide bar, and the timing gear is located at the front end of the toothless section of the slide bar; the slide bar is pulled by hand to slide in the direction of the power plate, and the slide bar drives the return mechanism to deform and store potential energy; the front end of the slide bar presses against the power plate, and the power plate rotates forward as the slide bar moves forward The power sheet drives the auxiliary gear to rotate, the auxiliary gear drives the transmission gear to rotate, the transmission gear drives the shaft rod to rotate, and the shaft rod drives its own bunker elastic device to deform and store energy; the toothless section of the slide bar is adjacent to the timing gear of the timing mechanism, and the timing mechanism does not rotate and is timed; when the power sheet rotates to a nearly vertical position, the rotating plate is in a vertical position and fully opens the lower port of the bunker; when the power sheet rotates to the other side and is pressed underneath by the slide bar, the power sheet remains stationary, and the rotating plate is in a horizontal state again to block the lower port of the bunker; the timing rack section of the slide bar meshes with the timing gear of the timing mechanism, and the slide bar drives the timing mechanism to tighten the spring, and when the slide bar moves to the required timing position, let go, and the timing mechanism is timed; after letting go, the timing mechanism drives the slide bar to reverse Move to the right; at this time, the return mechanism has no effect on the movement of the slide bar; add materials to the interior of the warehouse; when the set timing time comes, the timing rack section of the slide bar is separated from the timing mechanism, and the return mechanism drives the slide bar to move quickly to the initial position, and the front end of the slide bar leaves the power plate; the power plate rotates back under the action of the warehouse elastic device; the rotating plate rotates back under the action of the warehouse elastic device, and the rotating plate opens the lower port of the warehouse, and the materials in the warehouse are released into the pot body through the lower port of the warehouse and the material delivery port. The damping body encounters the damping section, reducing the rotation speed of the rotating plate. When the power plate is placed on the front end of the slide bar again, the rotating plate is in a horizontal state to block the lower port of the warehouse, and the material delivery is completed. The slide bar returns to the initial position, and the material delivery is completed. ;

[0024] Furthermore, the delivery mechanism includes a warehouse, a rotating plate, a slide bar, and a timing mechanism; the timing mechanism includes a timer and a timing dial or the timing mechanism includes a timer, a timing gear, and a timing dial; the timer includes a power gear and a spring, and the power gear is arranged on or above the cover; the timing dial is arranged on the cover or on the outer cover; a timing pointer is also arranged on the slide bar, and the timing pointer corresponds to the zero point of the timing dial in the initial position;

[0025] When the timing mechanism includes a timer and a timing dial, the power gear meshes with the timing rack section of the slide bar, and the power gear drives the spring to be tightened by external force, and the spring is a one-way rotating tightening mechanism; the slide bar is moved by hand, and the slide bar drives the power gear to rotate, driving the timer spring to be tightened, and when the timing pointer on the slide bar reaches the timing time on the timing dial, the hand is released, and the spring drives the power gear to rotate in the opposite direction, and the power gear then drives the slide bar to move in the opposite direction;

[0026] When the timing mechanism includes a timer, a timing gear, and a timing dial, the timer is arranged on or above the cover plate, the timing gear is arranged on or above the cover plate, one side of the timing gear is meshed with the timing rack segment of the slide bar, and the other side is meshed with the power gear;

[0027] Move the slide bar by hand to move it, and the slide bar drives the timing gear to rotate. Since the timing gear is meshed with the power gear, the rotation of the timing gear drives the power gear to rotate, and then drives the timer spring to be tightened; when the timing pointer on the slide bar reaches the timing time on the timing dial, let go of the hand, the spring drives the power gear to rotate in the opposite direction, the power gear drives the meshing timing gear to rotate in the opposite direction, and the timing gear drives the slide bar to move in the opposite direction. When the timing time is reached, the spring stops, the power gear stops rotating, and the timing pointer on the slide bar returns to the zero indication position of the timing dial.

[0028] Furthermore, the delivery mechanism includes a warehouse body, a rotating plate, a sliding rod, a timing mechanism, and a slide, and the sliding rod is arranged inside, on or below the slide; the slide is arranged on the cover plate or above the cover plate; the slide includes a accommodating slide or a track-type slide; the accommodating slide includes a baffle, and the two baffles are respectively placed on the two sides of the sliding rod, and the sliding rod slides inside the baffle; the track-type slide includes a track or a hanging rail, and the track is arranged below the sliding rod, and one or more tracks are arranged; a groove is arranged on the sliding rod, and the groove is placed on the track and connected to the track, and the sliding rod can slide along the track; the hanging rail is arranged above the rotating plate, and the sliding rod is provided with a connecting piece, and the connecting piece is connected to the hanging rail, and the sliding rod can slide along the hanging rail.

[0029] Furthermore, the delivery mechanism includes a bin body, a rotating plate, a sliding rod, a timing mechanism, and a return mechanism; the return mechanism is arranged on or above the cover plate, and the return mechanism is connected to the sliding rod and the cover plate; the return mechanism includes an elastic return device or a gear return device, and the number of elastic return devices or gear return devices is not limited; after the sliding rod is driven by hand to leave the initial position, the return mechanism is driven to deform and store energy, and has the ability to make the sliding rod return to the initial position; the elastic return device of the return mechanism includes a spring and a compression spring; the spring is arranged on or above the cover plate, one end of the spring is connected to the cover plate, and the other end of the spring is connected to the sliding rod. The sliding rod is pulled by hand to slide, and the spring is stretched after the sliding rod leaves the initial position. When the hand is released, the stretched spring pulls the sliding rod to slide to the initial position until the sliding rod returns to the initial position; the compression spring is arranged on or above the cover plate, one end of the compression spring is connected to the cover plate, and the other end of the compression spring is connected to the sliding rod. The sliding rod is pulled by hand to slide, and the sliding rod leaves the initial position. After the hand is released from the initial position, the compression spring is compressed. When the hand is released, the elastic force released by the compression spring pushes the slide bar to slide toward the initial position until the slide bar returns to the initial position; the gear return device includes a torsion gear, a torsion shaft, and a rack; the torsion gear is connected to one end of the torsion shaft, and the other end of the torsion shaft is arranged on the cover plate and movably connected to the cover plate, and a spring or a torsion spring or an elastic sheet is sleeved on the torsion shaft, and one end of the spring or the torsion spring or the elastic sheet is arranged on the cover plate or connected to the cover plate, and the other end It is connected to the torsion gear; a rack is arranged on the slide bar, and the torsion gear is meshed with the rack on the slide bar; when the slide bar is pulled by hand to slide, the slide bar leaves the initial position and drives the torsion gear to rotate, and the spring or torsion spring or elastic sheet sleeved on the torsion shaft is contracted and compressed, and after the hand is released, the elastic force of the spring or torsion spring or elastic sheet is released, driving the torsion gear to rotate, and the torsion gear is meshed with the slide bar to drive the slide bar to move to the initial position until the slide bar returns to the initial position. The number of torque gears is not limited.

[0030] Furthermore, the delivery mechanism includes a warehouse body, a rotating plate, a sliding rod, a timing mechanism, a return mechanism, and a damping device; the damping device includes a sliding deceleration device or a rolling deceleration device; the sliding deceleration device is a damping body arranged on the sliding rod, and the damping body includes a raised section; a friction material is arranged on the raised section or no friction material is arranged; a damping section is arranged on or above the cover plate corresponding to the raised section, and the damping section is arranged with or no friction material. When the sliding rod drives the rotating plate to rotate, when the damping body on the sliding rod slides and contacts the damping section, the movement resistance of the sliding rod increases, the movement speed of the sliding rod decreases, and the rotation speed of the rotating plate decreases. When the damping body on the sliding rod moves through the damping section, the movement speed of the sliding rod increases; the friction The material is a material with a certain damping coefficient; the rolling deceleration device is a damping body arranged at a specified position on the slide bar, the damping body includes a raised section, and a rolling damping section is arranged on or above the cover plate corresponding to the damping body; the rolling damping section is provided with a roller, and there is a certain blocking force between the roller and the roller bearing; when the damping body on the slide bar encounters the rolling damping section during the movement of the slide bar, the movement resistance of the slide bar increases and the movement speed decreases, and the rotation speed of the rotating plate decreases. When the damping body on the slide bar passes through the rolling damping section, the movement speed of the slide bar increases; a rack can be arranged on the damping body, and a rack is arranged on the roller, and when the two are meshed together, they can play a damping role; one or more damping devices can be arranged on the delivery mechanism as needed.

[0031] The slide rod timing flip type dispenser of the present invention does not need to power on the material dispensing mechanism during the material dispensing process, can realize timing automatic dispensing, can be well applied to the household field requiring automatic dispensing without electricity, is very safe and convenient, and has strong applicability. BRIEF DESCRIPTION OF THE DRAWINGS

[0032] Figure 1 This is a schematic diagram of the structure of the dispenser of Example 1.

[0033] Figure 2 This is a schematic diagram of the structure of the dispenser of Example 2.

[0034] Figure 3 This is a schematic diagram of the structure of the dispenser of Example 3.

[0035] Figure 4 This is a schematic diagram of the structure of the dispenser of Example 4.

[0036] Figure 5 This is a schematic diagram of the structure of the dispenser of Example 5.

[0037] Figure 6 This is a schematic diagram of the structure of the dispenser of Example 6.

[0038] Figure 7 This is a schematic diagram of the structure of the dispenser of Example 7.

[0039] In the figure: 1, cover plate; 2, warehouse body; 3, rotating plate; 4, slide rod; 5, transmission gear; 6, timing mechanism; 7, shaft rod; 8, power plate; 9, timing gear; 10, slideway; 11, warehouse body rack section; 12, warehouse body non-tooth section; 13, timing rack section; 14, timing non-tooth section; 15, stopper; 16, return mechanism; 17, return gear; 18, return gearway; 19, material delivery port; 20, warehouse body No. 1; 21, warehouse body No. 2; 22, rotating plate No. 1; 23, warehouse body No. 1 non-tooth section; 24. No. 1 bin body rack segment; 25. No. 2 bin body toothless segment; 26. No. 2 bin body rack segment; 27. No. 1 timing toothless segment; 28. No. 1 timing rack segment; 29. ​​No. 2 timing toothless segment; 30. No. 2 timing rack segment; 31. No. 1 transmission gear; 32. No. 2 transmission gear; 33. damping body; 34. damping segment; 35. No. 1 shaft rod; 36. No. 1 limiter; 37. elastic edge; 38. bin body elastic device; 39. top cover; 40. pressure nozzle; 41. auxiliary shaft rod; 42. auxiliary gear. DETAILED DESCRIPTION

[0040] The present invention will be further described in detail below in conjunction with the accompanying drawings and specific embodiments.

[0041] A sliding rod timing flip type dispenser, comprising a dispenser body, a pot body and a cover plate 1 are arranged in the dispenser body, the cover plate 1 is arranged above the pot body, a dispensing mechanism is arranged on the cover plate 1; a material dispensing port 19 is opened on the cover plate 1;

[0042] The delivery mechanism includes a bin body 2, a rotating plate 3, a slide bar 4, a transmission gear 5, and a timing mechanism 6. The bin body 2 has openings at both ends and is arranged above the material delivery port 19; the rotating plate 3 is rotatably arranged at the lower part of the bin body 2, and an axle rod 7 is arranged on the rotating plate 3. A transmission gear 5 is arranged after one end of the axle rod 7 passes through the bin body 2. The transmission gear 5 can drive the rotating plate to rotate. When the rotating plate is in a horizontal state, the rotating plate can block the material inside the bin body from flowing out, and the lower port of the bin body is in a closed state; the slide bar 4 is slidably arranged on or above the cover plate 1, and a tooth track is arranged on the slide bar 4. The moving gear 5 can mesh with the tooth track; the timing mechanism 6 is arranged on or above the cover plate 1, and the timing mechanism 6 can mesh with the tooth track. The slide bar is manually moved, and the tooth track drives the meshing transmission gear 5 to rotate as the slide bar moves. The transmission gear 5 drives the rotating plate to rotate and puts the material into the warehouse when the rotating plate rotates in a horizontal state. The tooth track moves with the slide bar and the timing mechanism 6 is wound up to set the timing; when the manual release is made, the timing mechanism 6 drives the slide bar to move in the opposite direction. When the set timing time is reached, the tooth track drives the rotating plate to rotate to open the lower port of the warehouse to put the material into the pot body;

[0043] Or the delivery mechanism includes a bin body 2, a rotating plate 3, a sliding rod 4, a power sheet 8, and a timing mechanism 6. The bin body 2 has openings at both ends and is arranged above the material delivery port 19; the rotating plate 3 is rotatably arranged at the lower part of the bin body 2, and an axle rod 7 is arranged on the rotating plate 3. A power sheet 8 is arranged after one end of the axle rod 7 passes through the bin body 2. The power sheet can drive the axle rod to rotate, and the axle rod further drives the rotating plate to rotate. When the rotating plate is in a horizontal state, the rotating plate can block the material inside the bin body from flowing out, and the lower port of the bin body is in a closed state; when the rotating plate is in a vertical state during rotation, the rotating plate opens the lower port of the bin body to the maximum extent, and the lower port of the bin body is in an open state; the sliding rod 4 is slidably arranged on or above the cover plate 1, and a tooth track is arranged on the sliding rod 4; the timing mechanism 6 is arranged on or above the cover plate 1, and the timing mechanism 6 The slider is manually moved to move, and the slider 4 slides forward and its front end presses against the power sheet to drive the power sheet to rotate, so that the power sheet changes from a horizontal state or a vertical state to a horizontal state through rotation. The rotation of the power sheet simultaneously drives the rotating plate to rotate from a horizontal state or a vertical state to a horizontal state, and the lower port of the warehouse is closed; the gears are timed by winding up the timing mechanism 6 after the slider moves for a period of time; materials are put into the warehouse; when the slider is manually released, the timing mechanism 6 drives the slider to move in the opposite direction, and when the set timing time is reached, the slider 4 moves to leave the power sheet and the power sheet rotates in the opposite direction, and the rotating plate rotates in the opposite direction to open the lower port of the warehouse, and the lower port of the warehouse is opened to put materials into the pot body; the power sheet rotates back to the initial position of the horizontal or vertical state, and at the same time drives the rotating plate to rotate back to the initial position of the horizontal or vertical state.

[0044] The delivery mechanism includes a bin body 2, a rotating plate 3, a slide bar, a transmission gear 5, and a timing mechanism 6. A through opening is provided on the cover plate 1 as a material delivery port 19, and the bin body 2 is arranged above the material delivery port 19; the bin body 2 is opened at both ends or the upper end is provided with a top cover with a lower opening; the upper end of the bin body 2 is a material adding port, and the lower end is provided above the material delivery port 19, and the lower end flows out the material; the rotating plate 3 is provided at the lower part of the bin body 2, and the rotating plate can serve as the bottom plate of the bin body to block the lower end of the bin body or open the lower end of the bin body. When the rotating plate 3 is in a horizontal state, it can block the lower end of the bin body, and at this time, material can be added to the inside of the bin body 2; when the rotating plate 3 rotates from the horizontal state, the bin body 2, the lower port is opened, and the material inside the bin body 2 is put into the pot body through the lower port and the material delivery port 19; the shape of the bin body 2 is not limited; the shape of the rotating plate is not limited; a shaft is arranged in the middle or at one end of the rotating plate 3, and the two ends of the shaft respectively pass through the side wall of the bin body 2, and the shaft can drive the rotating plate to rotate, and a transmission gear 5 is arranged on one end of the shaft, and the transmission gear 5 can drive the shaft to rotate, and the shaft then drives the rotating plate to rotate; the slide bar can be manually driven to slide, and the shape of the slide bar is not limited, the slide bar is arranged on or above the cover plate, and a tooth path is arranged on the slide bar, and a slide bar rack section and a toothless section are arranged on the tooth path; the slide bar is meshed with the transmission gear 5 to drive the rotating plate to rotate;

[0045] The timing mechanism 6 is arranged on or above the cover plate, and a timing gear is arranged at the output end of the timing mechanism 6, and the timing gear is meshed with the slide bar; the slide bar is arranged inside the slideway 10 or on or below the slideway, and the slideway 10 is arranged on or above the cover plate; the timing mechanism 6 includes a timing dial, and the timing dial is arranged on the slide bar or on the outer cover of the dispenser body;

[0046] The output end of the timing mechanism is provided with a timing gear 9, the slide bar is meshed with the timing gear of the timing mechanism 6, and the timing mechanism 6 releases the material into the bin body at a fixed time;

[0047] One or more tooth tracks are arranged on the slide bar; when the slide bar is provided with one tooth track, the transmission gear 5 and the timing mechanism 6 share one tooth track, and the transmission gear and the timing mechanism are both meshed with one tooth track of the slide bar;

[0048] When the slide bar is provided with two tooth tracks, the two tooth tracks include a warehouse body tooth track and a timing tooth track, or the two tooth tracks include a common tooth track and a return tooth track; when the two tooth tracks include a warehouse body tooth track and a timing tooth track, the transmission gear 5 of the warehouse body and the timing gear 9 of the timing mechanism are respectively meshed with the warehouse body tooth track and the timing tooth track of the slide bar, the warehouse body tooth track of the slide bar can mesh with the transmission gear 5 to drive the rotating plate to rotate, and the timing tooth track of the slide bar can mesh with the timing mechanism 6, which is conducive to the timing mechanism. After the spring is wound up, the timing mechanism 6 is used to time the material delivery; when the two tooth paths include a common tooth path and a return tooth path, the common tooth path is a tooth path shared by the transmission gear 5 and the timing gear, and a return rack is arranged on the return tooth path, and the return rack is meshed with the return gear of the return mechanism. When the slide rod is toggled, the return mechanism is deformed to store energy, and the return mechanism is arranged on the cover plate 1. When the timing mechanism 6 is separated from the rack segment of the slide rod, the return mechanism can drive the slide rod to move in the opposite direction to the initial position;

[0049] When the slide bar is provided with three tooth tracks, the three tooth tracks include a bin body tooth track, a timing tooth track, and a return tooth track. The transmission gear 5, the timing mechanism 6, and the return mechanism are respectively meshed with the bin body tooth track, the timing tooth track, and the return tooth track. The return mechanism is provided on the cover plate 1. The bin body tooth track of the slide bar is meshed with the transmission gear 5 to drive the automatic plate to rotate. The timing tooth track of the slide bar is meshed with the timing mechanism 6. After the timing mechanism is wound up, the timing mechanism 6 times the material delivery. The return tooth track is meshed with the return gear of the return mechanism to drive the slide bar to move in the opposite direction and return to the initial position.

[0050] When multiple bins are arranged on the cover plate, multiple teeth are arranged on the slide bar, and the multiple teeth include a return tooth or do not include a return tooth. The timing mechanism 6 and the transmission gears 5 of each bin are respectively meshed with one of the teeth of the slide bar. When the slide bar is provided with a return tooth, the return mechanism is meshed with the return tooth; the slide bar is meshed with the transmission gears 5 of each bin to respectively drive the rotating plates of each bin to rotate; the slide bar is meshed with the timing mechanism 6, and after the timing mechanism is wound up, the timing mechanism 6 times the material delivery; the return gear is meshed with the return tooth, and when the slide bar is moved, the return mechanism is deformed and stores energy.

[0051] Embodiment 1

[0052] like Figure 1As shown, when the pot provided with the dispenser of the present invention is used to cook the eight-treasure porridge, the dispensing mechanism of the dispenser of the present invention includes a warehouse body 2, a rotating plate 3, a slide rod 4, a transmission gear 5, a timing mechanism 6, and a return mechanism 16; an axle rod 7 is arranged in the middle of the rotating plate 3, and the two ends of the axle rod respectively pass through the side wall of the warehouse body 2, and the axle rod can drive the rotating plate to rotate; a transmission gear 5 is arranged at one end of the axle rod, and the transmission gear 5 meshes with the slide rod to drive the rotating plate 3 to rotate; the tooth track of the slide rod includes a warehouse body tooth track and a timing tooth track, and the warehouse body tooth track is provided with a warehouse body rack segment 11 and a warehouse body toothless segment 12, and the transmission gear 5 can mesh with the warehouse body rack segment 11; the timing tooth track is provided with a timing rack segment 13 and a timing toothless segment 14, and the timing gear 9 of the timing mechanism can mesh with the timing rack segment 13; one end of the return mechanism 16 is connected to the slide rod 4 and the other end is connected to the cover plate 1; a limiter 15 is arranged on the cover plate 1, and a steel ball is arranged on the top of the limiter, and when it is in contact with the cover plate 1 A positioning hole is set on both sides of one end of the shaft rod corresponding to the position of the limiter 15, and the limiter is used to limit the position of the rotating plate when the rotating plate is in a horizontal state; the limiter includes a steel ball, a spring, and a sleeve, the sleeve is arranged on the cover plate, the steel ball and the spring are arranged inside the sleeve, the spring is located below the steel ball, one end of the spring is connected to the steel ball, and the other end is connected to the sleeve or the cover plate, the spring can push the steel ball into the positioning hole, and the steel ball can enter and exit the positioning hole as the shaft rod rotates; the steel ball of the limiter can enter the positioning hole on one side of the shaft rod, when the shaft rod rotates, the steel ball detaches from the positioning hole, and when the shaft rod rotates 180 degrees, the steel ball can enter the positioning hole on the other side of the shaft rod; when the ingredients are automatically put in to cook eight-treasure porridge, the working process of the dispenser is as follows: after placing 4000 grams of water, 100 grams of red beans and 50 grams of broad beans in the pot body, the pot body is heated and started to cook; the cover plate is covered on the pot body, and the dispensing mechanism is located on the cover plate.The initial position of the delivery mechanism before delivering food is that the rotating plate horizontally blocks the lower port of the warehouse body, the transmission gear 5 is meshed with the warehouse body rack section of the warehouse body tooth track, the timing gear of the timing mechanism 6 corresponds to the timing toothless section of the timing tooth track, and the steel ball of the limiter enters the inside of the positioning hole on one side of the shaft rod to limit the rotating plate; 200 grams of rice and 100 grams of coix seed are added to the inside of the warehouse body; the sliding rod is moved by hand, and the sliding rod is meshed with the transmission gear 5 through the warehouse body rack section of the warehouse body tooth track to drive the transmission gear 5, and the transmission gear 5 drives the rotating plate to rotate through the shaft rod; the sliding rod drives the return mechanism to deform and store potential energy; in the initial position, the timing toothless section of the timing tooth track corresponds to the timing gear position; when the rotating plate rotates to a horizontal state, the transmission gear 5 is separated from the warehouse body rack section of the warehouse body tooth track; the timing rack of the timing tooth track The segment meshes with the timing mechanism 6, and the slide rod drives the timing mechanism to rotate and tighten the clockwork; after the slide rod slides to the position of the set time of 2 hours, let go, and the timing mechanism completes the timing; after letting go, the timing mechanism 6 drives the slide rod to move in the opposite direction; after 2 hours of the cooking process of the pot body, the timing time is reached, the timing rack segment of the timing tooth track is separated from the timing gear, and the timing mechanism 6 is completed after the timing is separated from the slide rod; the transmission gear 5 is meshed with the warehouse rack segment of the warehouse tooth track; the return mechanism drives the slide rod to move quickly; the slide rod drives the transmission gear 5 to rotate quickly, and the transmission gear 5 drives the rotating plate to rotate quickly through the shaft rod, and the material inside the warehouse body is put into the inside of the pot body through the lower port of the warehouse body and the material delivery port 19, the rotating plate returns to the initial position, and the material delivery is completed; continue to heat the pot body for 40 minutes and then stop heating the pot body, and the eight-treasure porridge is cooked.

[0053] The dispenser of this embodiment can be used for dispensing food materials, and is suitable for dispensing food materials into large-scale cooking appliances in factories or canteens or small-scale cooking appliances in households.

[0054] Embodiment 2

[0055] like Figure 2As shown, the delivery mechanism of the dispenser of the present invention includes a warehouse body 2, a rotating plate 3, a slide rod 4, a transmission gear 5, a timing mechanism 6, and a return mechanism 16. The delivery mechanism adopts a three-tooth path delivery method; three tooth paths are arranged on the slide rod, including a warehouse body tooth path, a timing tooth path, and a return tooth path; the shaft rod is arranged in the middle of the rotating plate, and the shaft rod can drive the rotating plate to rotate; a transmission gear 5 is arranged at one end of the shaft rod; the warehouse body tooth path is provided with a warehouse body rack segment 11 and a warehouse body toothless segment 12; the timing tooth path is provided with a timing rack segment 13 and a timing toothless segment 14; a rack is arranged on the return tooth path; the transmission gear 5 is meshed with the warehouse body rack segment 11 of the warehouse body tooth path to drive the rotating plate 3 to rotate; the timing gear 9 of the timing mechanism 6 can mesh with the timing rack segment of the timing tooth path meshing; the return mechanism is provided with a return gear, which meshes with the return tooth track to return the slide bar; a limiter 15 is provided on the cover plate 1, and the limiter limits the position of the rotating plate when the rotating plate is in a horizontal state; the two ends of the shaft rod are respectively arranged on the side walls of the warehouse body 2; the shaft rod can drive the rotating plate to rotate; a transmission gear 5 is provided at one end of the shaft rod; the transmission gear 5 meshes with the warehouse tooth track of the slide bar to drive the rotating plate 3 to rotate; a through opening is provided on the cover plate 1 as a material delivery port 19; the warehouse body 2 is arranged above the material delivery port 19; the upper and lower ends of the warehouse body 2 are open; the upper port of the warehouse body 2 is a material addition port, and the lower port is arranged above the material delivery port 19, and the lower port delivers the material outward; the rotating plate 3 is arranged at the lower end of the warehouse body 2, and the rotating plate It can be used as the bottom plate of the warehouse body to block the lower port of the warehouse body or open the lower port of the warehouse body: when the rotating plate 3 blocks the lower port of the warehouse body, substances can be added to the interior of the warehouse body 2; after the rotating plate 3 rotates, the lower port of the warehouse body 2 is opened, and the substances in the warehouse body 2 are put into the interior of the pot body through the substance delivery port 19; the shape of the warehouse body 2 is not limited; the shape of the rotating plate is not limited; one end of the shaft rod is respectively provided with a positioning hole on both sides, and the steel ball can enter the interior of one positioning hole in the initial position, and the steel ball can enter the interior of the other positioning hole after the shaft rod or the rotating plate rotates 180 degrees; the limiter 15 includes a positioning hole, a steel ball, a spring, and a sleeve; the positioning hole is provided on the shaft rod, and the steel ball can enter the interior of the positioning hole; one end of the steel ball is connected to the spring, and can be moved with the rotation of the shaft rod In and out of the positioning hole; one end of the spring is connected to the steel ball, and the other end is connected to the sleeve or cover plate, which can push the steel ball into the positioning hole; the sleeve is arranged outside the spring or the steel ball, and the sleeve is arranged on the cover plate, one end of the sleeve is provided with a steel ball, and the other end of the sleeve is connected to the spring; the working process of the dispenser is as follows: in the initial position, the rotating plate horizontally blocks the lower port of the warehouse body; the transmission gear 5 is meshed with the warehouse body rack section of the warehouse body tooth track; the timing gear of the timing mechanism 6 corresponds to the timing toothless section position; the steel ball of the limiter enters the interior of the positioning hole to limit the rotating plate; the slide rod is moved by hand, and the slide rod is meshed with the transmission gear 5 through the warehouse body rack section of the warehouse body tooth track to drive the transmission gear 5, and the transmission gear 5 drives the rotating plate to rotate through the shaft rod;The slide rod drives the return gear of the return mechanism to rotate, causing the return mechanism to deform and store potential energy; the timing toothless section of the timing tooth track is adjacent to the timing gear, and the timing mechanism 6 does not rotate to perform timing; when the rotating plate rotates to a horizontal state, the transmission gear 5 is separated from the warehouse rack section of the warehouse tooth track; the timing rack section of the timing tooth track is meshed with the timing mechanism 6, and the slide rod drives the timing mechanism to rotate and tighten the mainspring; after the slide rod slides to the set time, let go, and the timing mechanism is completed; after letting go, the timing mechanism 6 drives the slide rod to move in the opposite direction; add substances to the interior of the warehouse body; when the timing time comes, the timing rack section of the timing tooth track is separated from the timing gear, and the timing mechanism 6 is completed after the timing is separated from the slide rod; the transmission gear 5 and the warehouse body tooth track are The rack segments of the bin body are meshed; the return gear of the return mechanism drives the slide bar to move quickly; the slide bar drives the transmission gear 5 to rotate quickly, and the transmission gear 5 drives the rotating plate to rotate quickly through the shaft rod, and the material inside the bin body is put into the pot body through the lower port of the bin body and the material delivery port 19, and the rotating plate returns to the initial position, and the material delivery is completed; in order to better complete the material delivery, the delivery mechanism also includes a damping device, which includes a damping body and a damping segment that are arranged in coordination. The damping body is arranged on the slide bar, and the damping segment is arranged on the cover plate. When the rotating plate opens the lower port of the bin body to deliver the material downward, the damping body encounters the damping segment for friction, which reduces the moving speed of the slide bar relative to the cover plate, thereby reducing the rotation speed of the rotating plate. ;

[0056] The dispenser of this embodiment can be used for dispensing food materials, and is suitable for dispensing food materials into large-scale cooking appliances in factories or canteens or small-scale cooking appliances in households.

[0057] Embodiment 3

[0058] like Figure 3As shown, the delivery mechanism of the dispenser of the present invention is a multi-bin, multi-tooth type material delivery method; the delivery mechanism has multiple bins, and the multiple bins are respectively arranged at the openings of their respective cover plates; a corresponding opening is arranged on the cover plate surface corresponding to each bin, and the lower port of each bin is respectively arranged at the opening of the respective cover plate; a rotating plate is respectively arranged at the lower end or bottom of each bin; an axle is respectively arranged at the center of the rotating plate of each bin, and the two ends of each axle are respectively connected to each bin through the axle, and each rotating plate can rotate along the axle at the two ends; the axle at one end of each rotating plate is connected to its own transmission gear; on the slide rod corresponding to each Each bin is provided with a bin tooth track, a timing tooth track and a return tooth track; one end of each shaft rod is provided with a positioning hole on both sides, and the steel ball can enter into one positioning hole in the initial position, and the steel ball can enter into another positioning hole after the shaft rod or the rotating plate rotates 180 degrees; each bin is provided with a limiter, and the limiter includes a positioning hole, a steel ball, a spring and a sleeve; the positioning hole is provided on the shaft rod, and the steel ball can enter into the positioning hole; one end of the steel ball is connected to the spring, and can enter and exit the positioning hole as the shaft rod rotates; one end of the spring is connected to the steel ball, and the other end is connected to the sleeve or the cover plate The sleeve is arranged outside the spring or the steel ball, and the sleeve is arranged on the cover plate. The steel ball is arranged at one end of the sleeve, and the other end of the sleeve is connected to the spring. When there are two warehouse bodies, the two-warehouse type delivery mechanism with two warehouse bodies is provided with four tooth tracks, and the four tooth tracks include two warehouse body tooth tracks, one timing tooth track, and one return tooth track. A return mechanism is arranged on the cover plate, and the return gear of the return mechanism is meshed with the return tooth track. The transmission gears of each warehouse body are respectively placed on the respective warehouse body tooth tracks on the slide bar, and can be meshed with the respective rack segments. The timing gear of the timing mechanism 6 is arranged on the cover plate. The invention relates to a method for preparing eight-treasure porridge by a pot provided with the dispenser of the present invention, wherein the dispenser has two independent bins, and the dispenser has two independent bins. The ... When the delivery mechanism is set to the initial position, the rotating plates of each bin body are placed horizontally, and the rotating plates of each bin body respectively block the lower ports of each bin body horizontally; the steel ball of the limiter of each bin body extends into the interior of each shaft rod positioning hole; the transmission gear of the No. 1 bin body 20 corresponds to the No. 1 bin body toothless segment 23 of the No. 1 bin body tooth track, and the transmission gear of the No. 2 bin body 21 is meshed with the No. 2 bin body rack segment 26 of the No. 2 bin body tooth track; the timing gear of the timing mechanism 6 is adjacent to the No. 1 timing toothless segment 27 of the timing tooth track;Each steel ball enters into each positioning hole to limit each rotating plate respectively; the rack section and toothless section on each tooth track on the sliding rod are arranged as follows: the transmission gear of the No. 1 warehouse body corresponds to the toothless section of the No. 1 warehouse body tooth track, the transmission gear of the No. 2 warehouse body corresponds to the rack section of the No. 2 warehouse body tooth track, and the timing mechanism corresponds to the No. 1 timing toothless section of the timing tooth track; then the transmission gear of the No. 1 warehouse body corresponds to the toothless section of the No. 1 warehouse body tooth track, the transmission gear of the No. 2 warehouse body corresponds to the toothless section of the No. 2 warehouse body tooth track, and the timing mechanism corresponds to the No. 1 timing rack section of the timing tooth track; then the transmission gear of the No. 1 warehouse body corresponds to the rack section of the No. 1 warehouse body tooth track, and the transmission gear of the No. 2 warehouse body corresponds to the toothless section of the No. 2 warehouse body tooth track, and the timing mechanism corresponds to the No. 1 timing rack section of the timing tooth track. The first section, the timing mechanism corresponds to the No. 2 timing toothless section of the timing tooth track; then the transmission gear of the No. 1 warehouse body corresponds to the No. 1 warehouse body toothless section, the transmission gear of the No. 2 warehouse body corresponds to the No. 2 warehouse body toothless section, and the timing mechanism corresponds to the No. 2 timing rack section of the timing tooth track; before the multi-warehouse materials are released, the slide bar is manually pushed to slide; the return mechanism is driven by the slide bar to deform and store energy; the transmission gear of the No. 2 warehouse body is meshed with the rack section of the No. 2 warehouse body, and the No. 2 warehouse body is driven to rotate. When the rotating plate of the No. 2 warehouse body is rotated to a horizontal position again, the transmission gear of the No. 2 warehouse body is separated from the rack section of the No. 2 warehouse body; the steel ball of the limiter of the No. 2 warehouse body extends into the positioning hole of the shaft rod 2; 300 grams of rice are placed inside the No. 2 warehouse body; the slide bar continues to rotate; then the timing mechanism The timing mechanism is meshed with the No. 1 timing rack segment, and the timing mechanism is driven by the sliding rod to rotate for timing. The length of the No. 1 timing rack segment is fixed, that is, the material delivery interval between the No. 1 warehouse body and the No. 2 warehouse body is fixed at 20 minutes; then the transmission gear of the No. 1 warehouse body is meshed with the No. 1 warehouse body rack segment, and the No. 1 warehouse body is driven to rotate by the sliding rod. When the rotating plate of the No. 1 warehouse body is rotated and is in a horizontal state, the transmission gear of the No. 1 warehouse body is separated from the No. 1 warehouse body rack segment; the steel ball of the limiter of the No. 1 warehouse body extends into the interior of the No. 1 shaft rod positioning hole; 200 grams of coix seed are placed inside the No. 1 warehouse body; then the sliding rod continues to rotate forward, the timing mechanism is meshed with the No. 2 timing rack segment, and the timing mechanism is driven to continue to rotate for timing until the sliding rod moves to 90 minutes of the timing delivery time of the No. 1 warehouse body. After 90 minutes, the hand is released; after releasing the hand, the slide bar is driven by the timing mechanism to rotate in the opposite direction; after 90 minutes, it is time to put the food in the No. 1 warehouse, and the timing mechanism is separated from the No. 2 timing rack segment; the return mechanism drives the slide bar to rotate rapidly; the No. 1 warehouse rack segment of the No. 1 warehouse tooth track is meshed with the transmission gear of the No. 1 warehouse, driving the transmission gear of the No. 1 warehouse to rotate rapidly, and the steel ball of the limiter of the No. 1 warehouse leaves the positioning hole; the transmission gear drives the rotating plate of the No. 1 warehouse to rotate rapidly, and when the rotating plate of the No. 1 warehouse rotates, the No. 1 warehouse puts the coix seeds into the pot; after the coix seeds are put in, when the rotating plate of the No. 1 warehouse is in a horizontal state, the transmission gear of the No. 1 warehouse is separated from the No. 1 warehouse rack segment, and the timing mechanism is meshed with the No. 1 timing rack segment, and the No. 2 warehouse continues to be timed;When 20 minutes have passed and it is time to put food into the No. 2 bin, the No. 1 timing rack segment is disengaged from the timing mechanism; the return mechanism drives the slide bar to rotate rapidly; the transmission gear of the No. 2 bin is meshed with the rack segment of the No. 2 bin, and the No. 2 bin rack segment of the No. 2 bin tooth track drives the transmission gear of the No. 2 bin to rotate rapidly, and the steel ball of the limiter of the No. 2 bin leaves the positioning hole; the transmission gear of the No. 2 bin drives the rotating plate of the No. 2 bin to rotate rapidly, and the No. 2 bin starts to put rice when the rotating plate of the No. 2 bin rotates; after the rice is put in, when the rotating plate of the No. 2 bin is in a horizontal state, the return mechanism stops working, the two bins return to the initial position, and the multi-bin material putting is completed; in order to better complete the material putting, a damping device is set, a damping body is respectively set on the slide bar corresponding to each bin, and a damping section is set on the cover plate, when the rotating plate of each bin rotates to put in the material, the damping body of each bin encounters the damping section for friction, and the rotation speed of the rotating plate is appropriately reduced to complete the material putting. When all ingredients are put in, continue to heat the pot for 50 minutes and then stop heating the pot. The eight-treasure porridge is cooked. ;

[0059] The dispenser of this embodiment can be used for dispensing food materials, and is suitable for dispensing food materials into large-scale cooking appliances in factories or canteens or small-scale cooking appliances in households.

[0060] Embodiment 4:

[0061] like Figure 4As shown, the delivery mechanism of the dispenser of the present invention comprises a bin body 2, a rotating plate 3, a slide bar 4, a power sheet 8, a timing mechanism 6, and a return mechanism 16; an axle rod 7 is arranged in the middle of the rotating plate; a timing tooth track is arranged on the slide bar, a timing rack segment 13 and a timing toothless segment 14 are arranged on the timing tooth track, and a timing gear 9 can mesh with the timing rack segment 13, and the timing toothless segment is arranged at the front of the slide bar relative to the initial movement direction of the slide bar, and the timing rack segment is arranged at the rear of the slide bar and is located behind the timing toothless segment; in the initial position, the timing gear corresponds to the position of the timing toothless segment; an axle rod is arranged in the middle of the rotating plate 3; the two ends of the axle rod are respectively arranged on the side walls of the bin body 2; the axle rod can drive the rotating plate to rotate; a power sheet 8 is arranged at one end of the axle rod; the power sheet and the rotating plate It is arranged on the same plane above the shaft; the power sheet is pressed on the front end of the slide rod, and the horizontal state of the slide rod is higher than the horizontal state of the shaft rod; a bin elastic device 38 is arranged on the shaft rod; one end of the bin elastic device is connected to the power sheet, and the other end is connected to the bin or the cover plate; the slide rod can drive the power sheet to rotate, and the power sheet can drive the rotating plate 3 to rotate through the shaft rod to open or close the lower port of the bin; a through opening is arranged on the cover plate 1 as a material delivery port 19; the bin 2 is arranged above the material delivery port 19; the upper and lower ends of the bin 2 are open; the upper port of the bin 2 is a material adding port, and the lower port is arranged above the material delivery port 19, and the lower port delivers the material outward; the rotating plate 3 is arranged at the lower port of the bin 2, and the rotating plate can serve as the bottom plate of the bin to block the lower port of the bin or open the bin The lower port: when the rotating plate 3 is in a horizontal state, it blocks the lower port of the bin body and can add substances to the interior of the bin body 2; after the rotating plate 3 rotates, the lower port of the bin body 2 is opened, and the substances in the bin body 2 are dropped into the pot body through the substance delivery port 19; the shape of the bin body 2 is not limited; the shape of the rotating plate is not limited; a return mechanism is provided on the cover plate, one end of the return mechanism is connected to the slide rod, and the other end is connected to the cover plate or the dispenser body; elastic edges 37 are provided on both sides of the rotating plate; the elastic edge is a deformable elastic material, which can automatically deform elastically during the rotation of the rotating plate, and can extend outward when the rotating plate is not completely in a horizontal state to block the substances on the rotating plate from flowing out, and can bend when the rotating plate is in a horizontal state without affecting the rotation of the rotating plate; when in the initial position The power sheet is placed on the front end of the slide bar, so that there is a small angle between the power sheet and the cover plate. The power sheet cannot be horizontal without an angle. When the power sheet is pushed to the front end by the slide bar and pressed, there is also a small angle between the power sheet and the cover plate. This will prevent the power sheet from rotating 180 degrees, causing the rotation angle of the rotating plate to be less than 180 degrees, which will cause the lower port of the warehouse body to be not tightly closed. Compared with the theoretical rotation of the rotating plate of 180 degrees, in order to compensate for this loss of rotation angle, elastic edges of a certain width are respectively set on both sides of the rotating plate. When the rotating plate is not completely in a horizontal state, the elastic edges can close the lower port of the warehouse body; the cover plate is set to be horizontal; the working process of the delivery mechanism is as follows: the position of the rotating plate before the rotating plate is moved by hand is the initial position;When the gear is in the initial position, the timing gear is located at the front end of the toothless section of the slide rod, the rotating plate is in a horizontal state blocking the lower port of the warehouse body, the slide rod is away from the warehouse body, the power sheet is placed on the front end of the slide rod, the power sheet is in a horizontal state, and the elastic device of the warehouse body is relaxed; the slide rod is pulled by hand to slide in the direction of the power sheet, and the slide rod drives the return mechanism to deform and store potential energy; the front end of the slide rod supports the power sheet, and the power sheet rotates forward as the slide rod moves forward; the power sheet drives the shaft rod to rotate, and the shaft rod drives its own elastic device of the warehouse body to deform and store energy; the timing toothless section of the slide rod is adjacent to the timing gear of the timing mechanism, and the timing mechanism does not rotate for timing; when the power sheet rotates to the vertical position, the rotating plate is in a vertical position and fully opens the lower port of the warehouse body; when the power sheet rotates to the other side and is pressed underneath by the slide rod, the power sheet is in a horizontal state, the power sheet remains stationary, and the rotating plate is in a horizontal state again to block the lower port of the warehouse body; the timing of the slide rod The timing rack segment meshes with the timing gear of the timing mechanism, and the slide rod drives the timing mechanism to tighten the spring. When the slide rod moves to the required timing position, let go and the timing mechanism is timed; after letting go, the timing mechanism 6 drives the slide rod to move in the opposite direction; at this time, the return mechanism does not work on the movement of the slide rod; add substances to the interior of the warehouse; when the set timing time comes, the timing rack segment of the slide rod is disengaged from the timing mechanism 6, and the return mechanism drives the slide rod to move quickly to the initial position, and the front end of the slide rod no longer presses the power plate; the power plate rotates back under the action of the warehouse elastic device, and the power plate drives the rotating plate to rotate, and the rotating plate opens the lower port of the warehouse, and the substances in the warehouse are put into the pot body through the lower port of the warehouse and the substance delivery port 19. When the power plate is placed on the front end of the slide rod again, the rotating plate is in a horizontal state to block the lower port of the warehouse, and the substance delivery is completed. The slide rod returns to the initial position, and the substance delivery is completed. ;

[0062] The dispenser of this embodiment can be used for dispensing food materials, and is suitable for dispensing food materials into large-scale cooking appliances in factories or canteens or small-scale cooking appliances in households.

[0063] Embodiment 5

[0064] like Figure 5As shown, the delivery mechanism of the dispenser of the present invention comprises a bin body 2, a rotating plate 3, a slide bar 4, a power sheet 8, a timing mechanism 6, and a return mechanism 16; a timing toothless segment and a timing rack segment are arranged on the slide bar, the timing toothless segment is arranged at the front end of the slide bar relative to the initial movement direction, and the timing rack segment is arranged behind the timing toothless segment; the timing gear of the timing mechanism 6 can mesh with the timing rack segment of the slide bar; a return mechanism is arranged on the cover plate, one end of the return mechanism is connected to the slide bar, and the other end is connected to the cover plate or the dispenser body; a shaft rod is arranged on one side of the rotating plate 3; the two ends of the shaft rod are respectively arranged on the side walls of the bin body 2; the shaft rod can drive the rotating plate to rotate sideways; the two ends of the shaft rod are respectively arranged on the side walls of the bin body 2; the shaft rod can drive the rotating plate to rotate; a power sheet is arranged on one end of the shaft rod 8; in the initial position, the power sheet is placed vertically, the power sheet rests on the front end of the slide rod or the front end of the slide rod, and the horizontal state of the slide rod is higher than the horizontal state of the power sheet; the slide rod can drive the power sheet to rotate forward, and the power sheet can drive the rotating plate 3 to rotate through the shaft rod to open or close the lower port of the warehouse body; in the initial position, the rotating plate is placed vertically to open the lower port of the warehouse body. After the slide rod is toggled, the power sheet drives the rotating plate to rotate and is in a horizontal state, and the rotating plate blocks the lower port of the warehouse body to place materials into the warehouse body. When the slide rod is released, the slide rod moves in the opposite direction, the timing time is reached, the timing gear is disengaged from the timing rack segment, the return device drives the slide rod to move quickly, the power sheet leaves the slide rod, and the rotating plate opens the lower port of the warehouse body for material delivery; a through opening is provided on the cover plate 1 as a material delivery port 19; The bin body 2 is arranged above the material delivery port 19; the bin body 2 is open at both ends; a top cover is arranged at the upper port of the bin body; the upper port of the bin body 2 is a material adding port, and the lower port is arranged above the material delivery port 19, and the lower port delivers the material outward; a rotating plate 3 is arranged at the lower end of the bin body 2, and the rotating plate can serve as the bottom plate of the bin body to block the lower port of the bin body or open the lower port of the bin body: when the rotating plate 3 blocks the lower port of the bin body, material can be added to the inside of the bin body 2; after the rotating plate 3 is rotated, the lower port of the bin body 2 is opened, and the material inside the bin body 2 is delivered to the inside of the pot body through the material delivery port 19; the shape of the bin body 2 is not limited; the shape of the rotating plate is not limited; the power plate and the rotating plate are arranged parallel to each other on the shaft; the rotating plate is driven to rotate 90 degrees by the power plate to complete the rotation of 90 degrees For opening and closing of the lower port of the warehouse body; in the initial position, the power sheet is placed vertically, and the rotating plate is placed vertically; the rotating plate is in a vertical position to open the lower port of the warehouse body; when the power sheet is pushed to the front end by the sliding rod and pressed under the sliding rod, there is also an angle between the power sheet and the cover plate, and the rotating plate cannot be completely in a horizontal state and cannot completely close the lower port of the warehouse body; in order to make the power sheet rotate to the front end and reach 90 degrees to complete the opening and closing of the lower port of the warehouse body, a thickening layer or a pressure nozzle method or a comprehensive method is adopted: a thickening layer is set; a thickening layer is set at the upper end of the side of the power sheet contacting the sliding rod, that is, a sloped thickening layer is set above the contact between the sliding rod and the power sheet, and when the sliding rod pushes the power sheet until it is pressed underneath, the power sheet is pressed to a horizontal state through the thickening layer; a pressure nozzle is set;A pressure nozzle is set under the front end of the slide rod, and the pressure nozzle protrudes downward. When the slide rod pushes against the power sheet and rotates forward, the pressure nozzle presses on the front end of the power sheet so that the power sheet is in a horizontal state and completes a 90-degree rotation; comprehensive method; combine the thickening layer and the pressure nozzle to complete the 90-degree rotation of the power sheet; set the cover plate to be horizontal; the working process of setting the pressure nozzle on the slide rod is as follows: the position of the rotating plate in front of the rotating plate is the initial position when the rotating plate is manually moved; at the initial position, one end of the rotating plate faces downward, and the rotating plate is in a vertical state to open the lower port of the warehouse body; the top cover of the warehouse body covers the warehouse body; relative to the initial moving direction, the power sheet leans against the front end of the slide rod, and the power sheet is placed vertically; the timing gear is located at the front end of the timing toothless section of the slide rod, and the slide rod is away from the warehouse body; pull the slide rod by hand to slide toward the warehouse body or the power sheet, and the slide rod drives the return mechanism to deform and store potential energy; the front end of the slide rod pushes against the power sheet, and the power sheet rotates forward as the slide rod moves forward; the power sheet drives the shaft rod to rotate, and the shaft rod drives the rotating plate to rotate and gradually closes the lower port of the warehouse body; the timing toothless section of the slide rod and the timing gear of the timing mechanism Adjacent, the timing mechanism does not rotate and time; when the power sheet rotates to the other side and is pressed under the pressure nozzle by the slide bar, the power sheet rotates 90 degrees and remains stationary, and the rotating plate is in a horizontal state to block the lower port of the warehouse body; the timing rack section of the slide bar meshes with the timing gear of the timing mechanism, and the slide bar drives the timing mechanism to tighten the spring. When the slide bar moves to the required timing position, let go and the timing mechanism is timed; after letting go, the timing mechanism 6 drives the slide bar to move in the opposite direction; at this time, the return mechanism does not work on the movement of the slide bar; add substances to the interior of the warehouse body; when the set timing time comes, the timing rack section of the slide bar is disengaged from the timing mechanism 6, and the return mechanism drives the slide bar to move quickly to the initial position, and one end of the slide bar no longer presses the power sheet; under the action of its own gravity, one end of the rotating plate rotates downward, and the rotating plate drives the shaft rod to rotate back, and the shaft rod drives the power sheet to rotate back. When the rotating plate is in a vertical state, the lower port of the warehouse body is opened, and the substances inside the warehouse body are put into the pot body through the lower port of the warehouse body and the substance delivery port 19; the slide bar and the rotating plate return to the initial position, and the substance delivery is completed. ;

[0065] The dispenser of this embodiment can be used for dispensing food materials, and is suitable for dispensing food materials into large-scale cooking appliances in factories or canteens or small-scale cooking appliances in households.

[0066] Embodiment 6

[0067] like Figure 6As shown, the delivery mechanism of the dispenser of the present invention comprises a bin body 2, a rotating plate 3, a slide bar 4, a power sheet 8, a timing mechanism 6, a return mechanism 16, and a damping device; a timing tooth track is arranged on the slide bar, a timing rack segment and a timing toothless segment are arranged on the timing tooth track, and the timing gear can mesh with the timing rack segment; the timing toothless segment is arranged at the front end of the slide bar relative to the initial movement direction of the slide bar, and the timing rack segment is arranged behind the timing toothless segment; in the initial position, the timing gear corresponds to the position of the timing toothless segment; a return mechanism is arranged on the cover plate, one end of the return mechanism is connected to the slide bar, and the other end is connected to the cover plate or the dispenser body; a shaft rod is arranged in the middle of the rotating plate; a shaft rod is arranged in the middle of the rotating plate 3; the two ends of the shaft rod are respectively It is arranged on the side wall of the warehouse body 2; the shaft can drive the rotating plate to rotate; a power sheet is arranged at one end of the shaft; the power sheet and the rotating plate are arranged on the same plane above the shaft; the power sheet is pressed on the front end of the slide rod, and the horizontal state of the slide rod is higher than the horizontal state of the shaft; a warehouse body elastic device is arranged on the shaft; one end of the warehouse body elastic device is connected to the power sheet, and the other end is connected to the warehouse body or the cover plate; the slide rod can drive the power sheet to rotate, and the power sheet can drive the rotating plate 3 to rotate through the shaft to open or close the lower port of the warehouse body; a through opening is arranged on the cover plate 1 as a material delivery port 19; the warehouse body 2 is arranged above the material delivery port 19; the upper and lower ends of the warehouse body 2 are open; the upper port of the warehouse body 2 is the material addition port, and the lower port is arranged at the material delivery port 19 The rotating plate 3 is arranged at the lower port of the bin body 2, and the rotating plate can serve as the bottom plate of the bin body to block the lower port of the bin body or open the lower port of the bin body: when the rotating plate 3 is in a horizontal state, it blocks the lower port of the bin body and can add substances to the inside of the bin body 2; after the rotating plate 3 rotates, the lower port of the bin body 2 is opened, and the substances in the bin body 2 are put into the inside of the pot body through the substance delivery port 19; the shape of the bin body 2 is not limited; the shape of the rotating plate is not limited; elastic edges are arranged on both sides of the rotating plate; the elastic edge is a deformable elastic material, which can automatically deform elastically during the rotation of the rotating plate, and can extend outward when the rotating plate is not completely in a horizontal state to block the substances on the rotating plate from flowing out The power sheet is placed on the front end of the slide bar at the initial position, so that there is a small angle between the power sheet and the cover plate, and no angle can be achieved. When the power sheet is pushed to the front end by the slide bar, there is also a small angle between the power sheet and the cover plate. This will cause the power sheet to fail to rotate 180 degrees during the rotation process, causing the rotation angle of the rotating plate to be less than 180 degrees, which will cause the lower port of the warehouse body to be not tightly closed. Compared with the theoretical rotation of the rotating plate of 180 degrees, in order to compensate for the loss of the rotation angle, elastic edges of a certain width are respectively set on both sides of the rotating plate. When the rotating plate is not completely in a horizontal state, the elastic edges can close the lower port of the warehouse body.In order to better complete the material delivery, a damping device is set, a damping body is set on the slide bar, and a damping section is set on the cover plate. When the rotating plate rotates to deliver the material, the damping body encounters the damping section for friction, thereby reducing the rotation speed of the rotating plate; the cover plate is set to be horizontal; the working process is as follows: the position of the rotating plate in front of the rotating plate is the initial position when the rotating plate is manually moved; at the initial position, the timing gear is located at the front end of the toothless section of the slide bar, the rotating plate is in a horizontal state to block the lower port of the warehouse body, the slide bar is away from the warehouse body, the power sheet is placed on the front end of the slide bar, the power sheet is in a horizontal state, and the warehouse body elastic device is relaxed; the slide bar is pulled by hand to slide in the direction of the power sheet, and the slide bar drives the return mechanism to deform and store potential energy; the front end of the slide bar supports the power sheet, and the power sheet rotates forward as the slide bar moves forward; the power sheet drives the shaft rod to rotate, and the shaft rod drives its own warehouse body elastic device to deform and store energy; the toothless section of the slide bar is adjacent to the timing gear of the timing mechanism, and the timing mechanism does not rotate and time; when the power sheet rotates to the vertical position, the rotating plate is in a vertical position and fully opens the lower port of the warehouse body; when the power sheet rotates to the other side and is pressed by the slide bar After the lower part, the power sheet is in a horizontal state, the power sheet remains stationary, and the rotating plate is in a horizontal state again to block the lower port of the warehouse body; the timing rack section of the slide bar meshes with the timing gear of the timing mechanism, and the slide bar drives the timing mechanism to tighten the clockwork. When the slide bar moves to the required timing position, let go, and the timing mechanism is timed; after letting go, the timing mechanism 6 drives the slide bar to move in the opposite direction; at this time, the return mechanism does not work on the movement of the slide bar; add substances to the interior of the warehouse body; when the set timing time comes, the timing rack section of the slide bar is disengaged from the timing mechanism 6, and the return mechanism drives the slide bar to move quickly to the initial position, and the front end of the slide bar no longer presses the power sheet; the power sheet rotates back under the action of the warehouse body elastic device, and the power sheet drives the rotating plate to rotate, and the rotating plate opens the lower port of the warehouse body, and the substances inside the warehouse body are put into the pot body through the lower port of the warehouse body and the substance delivery port 19, and the damping body encounters the damping section, reducing the rotation speed of the rotating plate, and when the power sheet is placed on the front end of the slide bar again, the rotating plate is in a horizontal state to block the lower port of the warehouse body, and the substance delivery is completed, and the slide bar returns to the initial position, and the substance delivery is completed. ;

[0068] The dispenser of this embodiment can be used for dispensing food materials, and is suitable for dispensing food materials into large-scale cooking appliances in factories or canteens or small-scale cooking appliances in households.

[0069] Embodiment 7

[0070] like Figure 7As shown, the delivery mechanism of the dispenser of the present invention includes a bin body 2, a rotating plate 3, a slide bar 4, a transmission gear 5, a power sheet 8, a timing mechanism 6, a return mechanism 16, and a damping device; an axle is arranged in the middle of the rotating plate; a timing tooth track is arranged on the slide bar, a timing rack segment and a timing toothless segment are arranged on the timing tooth track, the timing gear can mesh with the timing rack segment, the timing toothless segment is arranged at the front end of the slide bar relative to the initial movement direction of the slide bar, the timing rack segment is arranged behind the timing toothless segment, and the timing gear corresponds to the timing toothless segment in the initial position; an axle is arranged in the middle of the rotating plate 3; a return mechanism is arranged on the cover plate One end of the return mechanism is connected to the slide rod, and the other end is connected to the cover plate or the dispenser body; the two ends of the shaft rod are respectively arranged on the side walls of the warehouse body 2; the shaft rod can drive the rotating plate to rotate; a transmission gear 5 is arranged at one end of the shaft rod, and the transmission gear 5 is meshed with the auxiliary gear 42; the auxiliary gear 42 is arranged on the auxiliary shaft rod 41, and the auxiliary shaft rod 41 is connected to the cover plate through a connecting body, and a power sheet 8 is arranged at one end of the auxiliary shaft rod; the power sheet and the rotating plate are arranged on the same plane on the shaft rod; the power sheet is pressed on the front end of the slide rod, and the horizontal state of the slide rod is higher than the horizontal state of the power sheet; a warehouse body elastic device is arranged on the shaft rod; the warehouse body elastic device One end of the device is connected to the power sheet, and the other end is connected to the warehouse body or the cover plate; the sliding rod can drive the power sheet to rotate, and the power sheet can drive the rotating plate 3 to rotate through the shaft rod to open or close the lower port of the warehouse body; a through hole is set on the cover plate 1 as a material delivery port 19; the warehouse body 2 is set above the material delivery port 19; the warehouse body 2 has openings at the upper and lower ends; the upper port of the warehouse body 2 is a material addition port, and the lower port is set above the material delivery port 19, and the lower port delivers the material outward; the rotating plate 3 is set at the lower port of the warehouse body 2, and the rotating plate can serve as the bottom plate of the warehouse body to block the lower port of the warehouse body or open the lower port of the warehouse body: when the rotating plate 3 is in a horizontal state, it blocks the warehouse body. When the lower port of the bin body 2 is opened, the material inside the bin body 2 can be added to the inside of the pot body; after the rotating plate 3 rotates, the lower port of the bin body 2 is opened, and the material inside the bin body 2 is put into the pot body through the material putting port 19; the shape of the bin body 2 is not limited; the shape of the rotating plate is not limited; in order to better complete the material putting, a damping device is set, a damping body is set on the slide bar, and a damping section is set on the cover plate. When the rotating plate rotates to put the material, the damping body encounters the damping section for friction, thereby reducing the rotation speed of the rotating plate; the outer diameter of the transmission gear 5 is smaller than the outer diameter of the auxiliary gear, and the auxiliary gear is used to drive the transmission gear 5 to rotate to compensate for the problem that the rotation angle of the rotating plate is less than 180 degrees;In the initial position, the power sheet is placed on the front end of the slide bar, so that there is a small angle between the power sheet and the cover plate, and no angle can be achieved. When the power sheet is pushed to the front end by the slide bar, there is also a small angle between the power sheet and the cover plate. This will prevent the power sheet from rotating 180 degrees, causing the rotation angle of the rotating plate to be less than 180 degrees, causing the lower port of the warehouse to be loosely closed. Compared with the theoretical rotation of the rotating plate of 180 degrees, in order to compensate for this loss of rotation angle, an auxiliary gear with a large outer diameter is provided to drive the transmission gear 5 with a small outer diameter, so that when the rotation angle of the auxiliary gear is less than 180 degrees during the delivery process, the transmission gear 5 is driven to rotate 180 degrees. When in the initial position, there is a small angle between the power sheet and the horizontal and it rotates The plate is in a horizontal state, and when the power plate is driven by the slide rod to the front end, there is a small angle between the power plate and the horizontal, and the rotating plate is in a horizontal state; the cover plate is set to be horizontal; the working process of the delivery mechanism is as follows: the position of the rotating plate in front of the rotating plate is the initial position when the rotating plate is toggled by hand; at the initial position, the rotating plate is in a horizontal state to block the lower port of the warehouse body, the slide rod is in a position away from the warehouse body, the power plate is placed on the front end of the slide rod, and there is a small angle between the power plate and the cover plate, and the warehouse body elastic device relaxes the timing gear at the front end of the toothless section of the slide rod, and the timing gear is at the front end of the toothless section of the slide rod; the slide rod is pulled by hand to slide in the direction of the power plate, and the slide rod drives the return mechanism to deform and store potential energy; the front end of the slide rod presses against the power plate, and the power plate moves forward as the slide rod moves forward The power sheet drives the auxiliary gear to rotate, and the auxiliary gear drives the transmission gear 5 to rotate, and the shaft drives its own bunker elastic device to deform and store energy; the toothless section of the slide bar is adjacent to the timing gear of the timing mechanism, and the timing mechanism does not rotate and is timed; when the power sheet rotates to a position close to the vertical position, the rotating plate is in a vertical position and fully opens the lower port of the bunker; when the power sheet rotates to the other side and is pressed underneath by the slide bar, the power sheet remains stationary, and the rotating plate is in a horizontal state again to block the lower port of the bunker; the timing rack section of the slide bar meshes with the timing gear of the timing mechanism, and the slide bar drives the timing mechanism to tighten the spring, and when the slide bar moves to the required timing position, let go, and the timing mechanism is timed; after letting go, the timing mechanism 6 drives the slide bar to move in the opposite direction; At this time, the return mechanism does not work on the movement of the slide bar; add materials to the interior of the warehouse; when the set timing time comes, the timing rack section of the slide bar is separated from the timing mechanism 6, and the return mechanism drives the slide bar to move quickly to the initial position, and the front end of the slide bar leaves the power plate; the power plate rotates back under the action of the warehouse elastic device; the rotating plate rotates back under the action of the warehouse elastic device, and the rotating plate opens the lower port of the warehouse, and the materials in the warehouse are released into the pot body through the lower port of the warehouse and the material delivery port 19. The damping body encounters the damping section, reducing the rotation speed of the rotating plate. When the power plate is placed on the front end of the slide bar again, the rotating plate is in a horizontal state to block the lower port of the warehouse, and the material delivery is completed. The slide bar returns to the initial position, and the material delivery is completed. ;

[0071] The dispenser of this embodiment can be used for dispensing food materials, and is suitable for dispensing food materials into large-scale cooking appliances in factories or canteens or small-scale cooking appliances in households.

[0072] The above implementation modes are not limitations of the present invention, and the present invention is not limited to the above examples. Changes, modifications, additions or substitutions made by technicians in this technical field within the scope of the technical solution of the present invention also belong to the protection scope of the present invention.

Claims

1. A sliding rod timed flipping dispenser, comprising a dispenser body, characterized in that: The dispenser body is provided with a pot body and a cover plate (1), the cover plate (1) is arranged above the pot body, and a dispensing mechanism is arranged on the cover plate (1); the cover plate (1) is provided with a material dispensing port (19); The delivery mechanism comprises a bin body (2), a rotating plate (3), a sliding rod (4), a transmission gear (5), and a timing mechanism (6). The bin body (2) is open at both ends and the bin body (2) is arranged above the material delivery port (19); the rotating plate (3) is rotatably arranged at the lower part of the bin body (2); a shaft rod (7) is arranged on the rotating plate (3); one end of the shaft rod passes through the bin body (2), and a transmission gear (5) is arranged after the other end of the shaft rod (7) passes through the bin body (2); the transmission gear (5) can drive the shaft rod to rotate, and the shaft rod further drives the rotating plate to rotate; when the rotating plate is in a horizontal state, the rotating plate can block the material inside the bin body from flowing out, and the lower port of the bin body is in a closed state; when the rotating plate is in a vertical state during rotation, the rotating plate opens the lower port of the bin body to the maximum extent, and the lower port of the bin body is in a fully open state; the sliding rod (4) can be slidably arranged on or above the cover plate (1). The slide bar (4) is provided with a tooth track, and the transmission gear (5) can mesh with the tooth track; the timing mechanism (6) is arranged on or above the cover plate (1), and the timing mechanism (6) can mesh with the tooth track. When the slide bar is manually moved, the tooth track drives the meshing transmission gear (5) to rotate as the slide bar moves, and the transmission gear (5) drives the rotating plate to rotate. When the rotating plate rotates to a horizontal state, the material is put into the warehouse body. After the tooth track moves for a period of time with the slide bar, the timing mechanism (6) is wound up to perform timing; when the manual release is performed, the timing mechanism (6) drives the slide bar to move in the opposite direction, and when the set timing time is reached, the tooth track drives the transmission gear (5) to rotate, and after the transmission gear drives the rotating plate to rotate, the lower port of the warehouse body is opened to put the material into the pot body; when the rotating plate is in a vertical state during rotation, the rotating plate opens the lower port of the warehouse body to the maximum extent to put the material into the pot body, and then the rotating plate returns to the initial position; Alternatively, the delivery mechanism comprises a bin body (2), a rotating plate (3), a slide bar (4), a power plate (8), and a timing mechanism (6); the bin body (2) is open at both ends and the bin body (2) is arranged above the material delivery port (19); the rotating plate (3) is rotatably arranged at the lower part of the bin body (2); a shaft (7) is arranged on the rotating plate (3); one end of the shaft extends through the bin body (2), and the other end of the shaft (7) extends through the bin body (2), and a power plate (8) is arranged thereafter; the power plate can drive the shaft to rotate, and the shaft further drives the rotating plate to rotate; when the rotating plate is in a horizontal state, the rotating plate can block the material inside the bin body from flowing out, and the lower port of the bin body is in a closed state; when the rotating plate is in a vertical state during rotation, the rotating plate opens the lower port of the bin body to the maximum extent, and the lower port of the bin body is in a fully open state; the slide bar (4) can be slidably arranged on or above the cover plate (1), and a tooth path is arranged on the slide bar (4); the timing mechanism (6) The timing mechanism (6) is arranged on or above the cover plate (1), and the timing mechanism (6) can mesh with the gear track; the slide bar is manually moved to move, and the slide bar (4) slides forward and its front end presses against the power plate to drive the power plate to rotate. The power plate rotates and drives the rotating plate to rotate at the same time, and the rotating plate changes from a vertical state to a horizontal state or returns from a horizontal state to a horizontal state again, and the lower port of the bin body is closed, and the material is put into the bin body; the gear track moves along with the slide bar for a period of time, and the timing mechanism (6) is wound up to perform timing; when the manual release is performed, the timing mechanism (6) drives the slide bar to move in the opposite direction, and when the set timing time is reached, the slide bar (4) moves backward to leave the power plate, and the power plate rotates in the opposite direction, and the rotating plate rotates in the opposite direction to open the lower port of the bin body and put the material into the pot body. When the rotating plate is in a vertical state during rotation, the rotating plate opens the lower port of the bin body to the maximum extent, and when the lower port of the bin body is fully opened, the material is put into the pot body, and then the rotating plate returns to the initial position.

2. The slide rod timing flip type dispenser according to claim 1, characterized in that: The upper port of the bin body (2) is a material adding port, and the lower port is arranged above the material delivery port (19), and the lower port flows out the material; the rotating plate can serve as the bottom plate of the bin body to block the lower port of the bin body or open the lower port of the bin body, and when the rotating plate (3) is in a horizontal state, it can block the lower port of the bin body, and at this time, material can be added to the interior of the bin body (2); when the rotating plate (3) rotates from the horizontal state, the lower port of the bin body (2) is opened, and the material inside the bin body (2) is delivered into the interior of the pot body through the lower port and the material delivery port (19); the shape of the bin body (2) is not limited; the shape of the rotating plate No limit; an axle is arranged in the middle or at one end of the rotating plate (3), and the two ends of the axle respectively pass through the side wall of the bin body (2), and the axle can drive the rotating plate to rotate. A transmission gear (5) is arranged after one end of the axle passes through the side wall of the bin body (2), and the transmission gear (5) can drive the axle to rotate, and the axle in turn drives the rotating plate to rotate; the sliding rod can be manually driven to slide, and the shape of the sliding rod is not limited. The sliding rod is arranged on or above the cover plate, and a tooth path is arranged on the sliding rod, and a rack is arranged on the tooth path, or a sliding rod rack section and a toothless section are arranged on the tooth path; the sliding rod is meshed with the transmission gear (5) to drive the rotating plate to rotate; The timing mechanism (6) is arranged on or above the cover plate, and a timing gear is arranged at the output end of the timing mechanism (6), and the timing gear is meshed with the slide bar; the slide bar is arranged inside the slideway (10) or on or below the slideway, and the slideway (10) is arranged on or above the cover plate; the timing mechanism (6) includes a timing dial, and the timing dial is arranged on the slide bar or on the outer cover of the dispenser body; The output end of the timing mechanism is provided with a timing gear (9), the slide bar is meshed with the timing gear of the timing mechanism (6), and the timing mechanism (6) releases substances into the bin body at a fixed time; The slide bar is provided with one or more tooth tracks; when the slide bar is provided with one tooth track, the transmission gear (5) and the timing mechanism (6) share one tooth track, and the transmission gear and the timing mechanism are both meshed with one tooth track of the slide bar; When the slide bar is provided with two tooth tracks, the two tooth tracks include a body tooth track and a timing tooth track, or the two tooth tracks include a common tooth track and a return tooth track; when the two tooth tracks include a body tooth track and a timing tooth track, the transmission gear (5) of the body and the timing gear (9) of the timing mechanism are respectively meshed with the body tooth track and the timing tooth track of the slide bar, the body tooth track of the slide bar can mesh with the transmission gear (5) to drive the rotating plate to rotate, and the timing tooth track of the slide bar can mesh with the timing mechanism (6), so as to control the timing mechanism. After the spring is wound up, the timing mechanism (6) timers the material delivery; when the two tooth paths include a common tooth path and a return tooth path, the common tooth path is a tooth path shared by the transmission gear (5) and the timing gear, a return rack is arranged on the return tooth path, the return rack is meshed with the return gear of the return mechanism, when the slide rod is moved, the return mechanism deforms to store energy, the return mechanism is arranged on the cover plate (1), and when the timing mechanism (6) is separated from the rack section of the slide rod, the return mechanism can drive the slide rod to move in the opposite direction to the initial position; When the slide bar is provided with three tooth tracks, the three tooth tracks include a bin body tooth track, a timing tooth track, and a return tooth track. The transmission gear (5), the timing mechanism (6), and the return mechanism are respectively meshed with the bin body tooth track, the timing tooth track, and the return tooth track. The return mechanism is provided on the cover plate (1). The bin body tooth track of the slide bar is meshed with the transmission gear (5) to drive the rotating plate to rotate. The timing tooth track of the slide bar is meshed with the timing mechanism (6). After the timing mechanism is wound up, the timing mechanism (6) performs timing for the material delivery. The return tooth track is meshed with the return gear of the return mechanism to drive the slide bar to move in the opposite direction and return to the initial position. When a plurality of bins are arranged on the cover plate, a plurality of tooth paths are arranged on the slide bar, and the plurality of tooth paths include a return tooth path or do not include a return tooth path. The timing mechanism (6) and the transmission gears (5) of each bin are respectively meshed with one of the tooth paths of the slide bar. When the plurality of tooth paths include a return tooth path, the return mechanism is meshed with the return tooth path. The slide bar is meshed with the transmission gears (5) of each bin to respectively drive the rotating plates of each bin to rotate. The slide bar is meshed with the timing mechanism (6). After the timing mechanism is wound up, the timing mechanism (6) timed the material delivery. The return gear is meshed with the return tooth path. When the slide bar is moved, the return mechanism is deformed to store energy.

3. The slide rod timing flip type dispenser according to claim 2, characterized in that: The bin body tooth track is provided with a bin body rack section (11) and a bin body toothless section (12), and the transmission gear (5) can mesh with the bin body rack section (11); the timing tooth track is provided with a timing rack section (13) and a timing toothless section (14), and the timing gear (9) of the timing mechanism can mesh with the timing rack section (13); one end of the return mechanism (16) is connected to the slide rod (4) and the other end is connected to the cover plate (1); a limiter (15) is provided on the cover plate (1), a steel ball is provided on the top of the limiter, and a positioning hole is provided on the opposite sides of one end of the shaft rod corresponding to the position of the limiter (15), and the limiter is used to limit the position of the rotating plate when the rotating plate is in a horizontal state; The limiter comprises a steel ball, a spring and a sleeve. The sleeve is arranged on the cover plate. The steel ball and the spring are arranged inside the sleeve. The spring is located below the steel ball. One end of the spring is connected to the steel ball and the other end is connected to the sleeve or the cover plate. The spring can push the steel ball into the positioning hole. The steel ball can enter and exit the positioning hole as the shaft rotates. The steel ball of the limiter can enter the positioning hole on one side of the shaft. When the shaft rotates, the steel ball is separated from the positioning hole. When the shaft rotates 180 degrees, the steel ball can enter the positioning hole on the other side of the shaft. The working process of the dispenser is as follows: in the initial position, the rotating plate horizontally blocks the lower port of the warehouse body, the transmission gear (5) is meshed with the warehouse body rack section of the warehouse body tooth track, and the timing mechanism (6) The timing gear corresponds to the position of the timing toothless section of the timing tooth track, and the steel ball of the limiter enters the interior of the positioning hole on one side of the shaft rod to limit the rotating plate; the sliding rod is manually moved, and the sliding rod meshes with the transmission gear (5) through the warehouse rack section of the warehouse tooth track to drive the transmission gear (5), and the transmission gear (5) drives the rotating plate to rotate through the shaft rod; the sliding rod drives the return mechanism to deform and store potential energy; at the initial position, the timing toothless section of the timing tooth track corresponds to the position of the timing gear; when the rotating plate rotates to a horizontal state, the transmission gear (5) is separated from the warehouse rack section of the warehouse tooth track; the timing rack section of the timing tooth track meshes with the timing mechanism (6), and the sliding rod drives the timing mechanism to rotate and tighten the mainspring; After the slide bar slides to the set time, the user releases the hand, and the timing mechanism completes the timing; after the user releases the hand, the timing mechanism (6) drives the slide bar to move in the opposite direction; the material is placed inside the bin body, and when the timing time comes, the timing rack section of the timing tooth track separates from the timing gear, and the timing mechanism (6) is separated from the slide bar, and the timing is completed; the return mechanism drives the slide bar to move quickly; the transmission gear (5) meshes with the bin body rack section of the bin body tooth track; the return mechanism drives the slide bar to move quickly; the slide bar drives the transmission gear (5) to rotate quickly, and the transmission gear (5) drives the rotating plate to rotate quickly through the shaft rod, and the material inside the bin body is released into the pot body through the lower port of the bin body and the material release port (19), and the rotating plate returns to the initial position, and the material release is completed; The delivery mechanism adopts a three-tooth track delivery method; three tooth tracks are arranged on the slide bar, including a bin body tooth track, a timing tooth track, and a return tooth track; the shaft rod is arranged in the middle of the rotating plate, and the shaft rod can drive the rotating plate to rotate; a transmission gear (5) is arranged at one end of the shaft rod; the bin body tooth track is provided with a bin body rack section (11) and a bin body toothless section (12); the timing tooth track is provided with a timing rack section (13) and a timing toothless section (14); a rack is arranged on the return tooth track; the transmission gear (5) is meshed with the bin body rack section (11) of the bin body tooth track to drive the rotating plate (3) to rotate; the timing gear (9) of the timing mechanism (6) can mesh with the timing rack section of the timing tooth track; the return mechanism is provided with a return gear, and the return gear The wheel meshes with the return tooth track to return the slide bar; a limiter (15) is arranged on the cover plate (1), and the limiter limits the position of the rotating plate when the rotating plate is in a horizontal state; the two ends of the shaft rod are respectively arranged on the side walls of the warehouse body (2); the shaft rod can drive the rotating plate to rotate; a transmission gear (5) is arranged at one end of the shaft rod; the transmission gear (5) meshes with the warehouse body tooth track of the slide bar to drive the rotating plate (3) to rotate; a through opening is arranged on the cover plate (1) as a material delivery port (19); the warehouse body (2) is arranged above the material delivery port (19); the warehouse body (2) is open at both ends; the upper end of the warehouse body (2) is a material addition port, and the lower end is arranged above the material delivery port (19), and the lower end delivers the material outward; The rotating plate (3) is arranged at the lower end of the bin body (2), and the rotating plate can serve as the bottom plate of the bin body to block the lower port of the bin body or open the lower port of the bin body: when the rotating plate (3) blocks the lower port of the bin body, substances can be added to the interior of the bin body (2); after the rotating plate (3) rotates, the lower port of the bin body (2) is opened, and the substances in the bin body (2) are put into the interior of the pot body through the substance delivery port (19); the shape of the bin body (2) is not limited; the shape of the rotating plate is not limited; one end of the shaft rod is respectively provided with a positioning hole on both sides, and the steel ball can enter the interior of one positioning hole when in the initial position, and the steel ball can enter the interior of the other positioning hole when the shaft rod or the rotating plate rotates 180 degrees; the limiter (15) comprises a positioning hole, a steel ball, a spring, a sleeve tube; the positioning hole is arranged on the shaft, and the steel ball can enter the interior of the positioning hole; one end of the steel ball is connected to the spring, and can enter and exit the positioning hole as the shaft rotates; one end of the spring is connected to the steel ball, and the other end is connected to the sleeve or the cover plate, so that the steel ball can be pushed into the interior of the positioning hole; the sleeve is arranged outside the spring or the steel ball, the sleeve is arranged on the cover plate, one end of the sleeve is provided with a steel ball, and the other end of the sleeve is connected to the spring; the working process of the dispenser is as follows: in the initial position, the rotating plate horizontally blocks the lower port of the warehouse body; the transmission gear (5) is meshed with the warehouse body rack segment of the warehouse body gear track; the timing gear of the timing mechanism (6) corresponds to the position of the timing toothless segment; the steel ball of the limiter enters the interior of the positioning hole to limit the rotating plate;The slide bar is moved by hand, and the slide bar meshes with the transmission gear (5) through the warehouse body tooth track, driving the transmission gear (5), and the transmission gear (5) drives the rotating plate to rotate through the shaft rod; the slide bar drives the return gear of the return mechanism to rotate, so that the return mechanism deforms and stores potential energy; the timing toothless section of the timing tooth track is adjacent to the timing gear, and the timing mechanism (6) does not rotate to perform timing; when the rotating plate rotates to a horizontal state, the transmission gear (5) is separated from the warehouse body tooth track; the timing rack section of the timing tooth track is meshed with the timing mechanism (6), and the slide bar drives the timing mechanism to rotate and tighten the mainspring; after the slide bar slides to the set time, the hand is released, and the timing mechanism completes the timing; after the hand is released, the timing mechanism (6) drives the slide bar to move in the opposite direction; a substance is added to the interior of the warehouse body; when the timing time comes, the timing rack section of the timing tooth track is separated from the timing gear, and the timing is completed. The mechanism (6) is completed at a fixed time after the sliding rod is separated; the return gear of the return mechanism drives the sliding rod to move rapidly; the transmission gear (5) is meshed with the rack section of the bin body tooth track; the return gear of the return mechanism drives the sliding rod to move rapidly; the sliding rod drives the transmission gear (5) to rotate rapidly, and the transmission gear (5) drives the rotating plate to rotate rapidly through the shaft rod, and the material inside the bin body is released into the pot body through the lower port of the bin body and the material release port (19), and the rotating plate returns to the initial position, and the material release is completed; in order to better complete the material release, the release mechanism also includes a damping device, the damping device includes a damping body and a damping section that are arranged in a coordinated manner, the damping body is arranged on the sliding rod, and the damping section is arranged on the cover plate, when the multi-purpose port of the bin body is facing downward to release the material, the damping body encounters the damping section for friction, thereby reducing the moving speed of the sliding rod relative to the cover plate, thereby reducing the rotation speed of the rotating plate; The delivery mechanism is a multi-bin, multi-tooth type material delivery method; the delivery mechanism has multiple bins, and the multiple bins are respectively arranged at the openings of their respective cover plates; a corresponding opening is arranged on the cover plate surface corresponding to each bin, and the lower port of each bin is respectively arranged at the opening of the respective cover plate; a rotating plate is respectively arranged at the lower end or bottom of each bin; an axle is respectively arranged at the center of each bin rotating plate, and the two ends of each axle are respectively connected to each bin through the axle, and each rotating plate can rotate along the axle at the two ends; the axle at one end of each rotating plate is connected to its own transmission gear (5); a bin tooth track and a timing tooth track, a return tooth track or no return track are respectively arranged on the slide bar corresponding to each bin. tooth path; one end of each shaft rod is respectively provided with a positioning hole on both sides, and the steel ball can enter the inside of one positioning hole in the initial position, and the steel ball can enter the inside of the other positioning hole after the shaft rod or the rotating plate rotates 180 degrees; each warehouse body is respectively provided with a limiter, and the limiter includes a positioning hole, a steel ball, a spring, and a sleeve; the positioning hole is arranged on the shaft rod, and the steel ball can enter the inside of the positioning hole; one end of the steel ball is connected to the spring, and can enter and exit the positioning hole with the rotation of the shaft rod; one end of the spring is connected to the steel ball, and the other end is connected to the sleeve or the cover plate, so that the steel ball can be pushed into the inside of the positioning hole; the sleeve is arranged on the outside of the spring or the steel ball, the sleeve is arranged on the cover plate, and a steel ball, a spring, and a sleeve are arranged on one end of the sleeve, The other end of the sleeve is connected to the spring; when there are two bins, the two-bin type delivery mechanism with two bins is provided with four tooth tracks, the four tooth tracks include two bin tooth tracks, one timing tooth track, and one return tooth track; a return mechanism is provided on the cover plate, and the return gear of the return mechanism is meshed with the return tooth track; the transmission gears (5) of each bin are respectively placed on the bin tooth tracks on the slide bar, and can be meshed with the rack segments of the bin; the timing gear of the timing mechanism (6) is provided on the cover plate, and can be meshed with the rack segments on the timing tooth track; the slide bar is provided inside the slide bar, and the slide bar can be moved by hand; the timing mechanism or each bin is provided on its respective tooth track; the rack segments or non-tooth segments on each tooth track The sections are respectively arranged to complete the delivery of multi-bin materials; the delivery mechanism of the two independent bins works as follows: when the initial position is set, the rotating plates of each bin are placed horizontally, and the rotating plates of each bin horizontally block the lower ports of each bin; the steel balls of the limiters of each bin extend into the interior of each shaft rod positioning hole; the transmission gear (5) of the No. 1 bin (20) corresponds to the No. 1 bin toothless section (23) of the No. 1 bin tooth track, and the transmission gear (5) of the No. 2 bin (21) is meshed with the No. 2 bin rack section (26) of the No. 2 bin tooth track; the timing gear of the timing mechanism (6) is adjacent to the No. 1 timing toothless section (27) of the timing tooth track; each steel ball enters the interior of each positioning hole to limit each rotating plate respectively;The rack segments and toothless segments on each tooth track on the slide bar are arranged as follows: the transmission gear (5) of the No. 1 warehouse body corresponds to the No. 1 warehouse body toothless segment of the No. 1 warehouse body, the transmission gear (5) of the No. 2 warehouse body corresponds to the No. 2 warehouse body rack segment of the No. 2 warehouse body tooth track, and the timing mechanism corresponds to the No. 1 timing toothless segment of the timing tooth track; then the transmission gear (5) of the No. 1 warehouse body corresponds to the No. 1 warehouse body toothless segment of the No. 1 warehouse body tooth track, the transmission gear (5) of the No. 2 warehouse body corresponds to the No. 2 warehouse body toothless segment of the No. 2 warehouse body tooth track, and the timing mechanism corresponds to the No. 1 timing rack segment of the timing tooth track; then the transmission gear (5) of the No. 1 warehouse body corresponds to the No. 1 warehouse body rack segment of the No. 1 warehouse body tooth track, the transmission gear (5) of the No. 2 warehouse body corresponds to the No. 2 warehouse body toothless segment of the No. 2 warehouse body tooth track, and the timing mechanism corresponds to the No. 1 timing rack segment of the timing tooth track. The second bin body of the tooth track has no tooth segment, and the timing mechanism corresponds to the second timing tooth segment of the timing tooth track; then the transmission gear (5) of the first bin body corresponds to the first bin body tooth segment, the transmission gear (5) of the second bin body corresponds to the second bin body tooth segment, and the timing mechanism corresponds to the second timing rack segment of the timing tooth track; before the multi-bin material is released, the sliding rod is manually moved to slide; the return mechanism is driven by the sliding rod to deform and store energy; the transmission gear (5) of the second bin body meshes with the rack segment of the second bin body, and the second bin body is driven to rotate. When the rotating plate of the second bin body rotates to a horizontal position again, the transmission gear (5) of the second bin body is separated from the rack segment of the second bin body; the limiter of the second bin body The steel ball of the No. 1 warehouse body is inserted into the positioning hole of the shaft rod 2; the material is placed inside the No. 2 warehouse body; the slide bar continues to rotate; then the timing mechanism is meshed with the No. 1 timing rack segment, and the timing mechanism is driven by the slide bar to rotate timing, and the length of the No. 1 timing rack segment is fixed, that is, the material delivery interval between the No. 1 warehouse body and the No. 2 warehouse body is fixed; then the transmission gear (5) of the No. 1 warehouse body is meshed with the No. 1 warehouse body rack segment, and the No. 1 warehouse body is driven to rotate by the slide bar. When the rotating plate of the No. 1 warehouse body is rotated and is in a horizontal state, the transmission gear (5) of the No. 1 warehouse body is separated from the No. 1 warehouse body rack segment; the steel ball of the No. 1 warehouse body limiter is inserted into the positioning hole of the No. 1 shaft rod; the material is placed inside the No. 1 warehouse body; then the slide bar continues to rotate. The timing mechanism continues to rotate forward, meshing with the second timing rack segment, and the timing mechanism is driven to continue to rotate in timing until the slide bar rotates to the timed delivery time of the first bin and then the user is released; after the user is released, the slide bar is driven by the timing mechanism to rotate in the opposite direction; when the material delivery time of the first bin is reached, the timing mechanism separates from the second timing rack segment; the return mechanism drives the slide bar to slide rapidly; the first bin rack segment of the first bin tooth track meshes with the transmission gear (5) of the first bin and drives the transmission gear (5) of the first bin to rotate rapidly, and the steel ball of the limiter of the first bin leaves the positioning hole; the transmission gear (5) drives the rotating plate of the first bin to rotate rapidly, and when the rotating plate of the first bin rotates, the material is delivered; After the material delivery is completed, when the rotating plate of the No. 1 warehouse body is in a horizontal state, the transmission gear (5) of the No. 1 warehouse body is separated from the rack section of the No. 1 warehouse body, and the timing mechanism is meshed with the No. 1 timing rack section to continue timing the No. 2 warehouse body; when the material delivery time of the No. 2 warehouse body is reached, the No. 1 timing rack section is separated from the timing mechanism; the return mechanism drives the slide bar to rotate rapidly; the transmission gear (5) of the No. 2 warehouse body is meshed with the rack section of the No. 2 warehouse body, and the No. 2 warehouse body rack section of the No. 2 warehouse body tooth track drives the transmission gear (5) of the No. 2 warehouse body to rotate rapidly, and the steel ball of the limiter of the No. 2 warehouse body leaves the positioning hole. ; The transmission gear (5) of the second bin body drives the rotating plate of the second bin body to rotate rapidly, and when the rotating plate of the second bin body rotates, the material is put into the bin; after the material is put into the bin, when the rotating plate of the second bin body is in a horizontal state, the return mechanism stops working, and the two bin bodies return to the initial position, and the multi-bin material is put into the bin; in order to better complete the material putting, a damping device is set, and a damping body is respectively set on the sliding rod corresponding to each bin body, and a damping section is set on the cover plate. When the rotating plates of each bin body rotate to put the material into the bin, the damping body encounters the damping section for friction, and the rotation speed of the bin body is appropriately reduced to complete the material putting; A shaft (7) is arranged at one end of the rotating plate (3), and the two ends of the shaft respectively pass through the side wall of the warehouse body (2), and the shaft can drive the rotating plate to rotate; after one end of the shaft passes through the side wall of the warehouse body (2), a transmission gear (5) is arranged at one end of the shaft, and the transmission gear (5) meshes with the slide bar to drive the rotating plate (3) to rotate; the tooth track of the slide bar includes a warehouse body tooth track and a timing tooth track, and the warehouse body tooth track is provided with a warehouse body rack segment (11) and a warehouse body toothless segment (12), and the transmission gear (5) can mesh with the warehouse body rack segment (11); the timing tooth track is provided with a timing rack segment (13) and a timing toothless segment (14), and the timing gear (9) of the timing mechanism can mesh with the timing rack segment (13); the return mechanism (16) One end is connected to the slide rod (4) and the other end is connected to the cover plate (1); a limiter (15) is arranged on the cover plate (1), a steel ball is arranged on the top of the limiter, and a positioning hole is arranged at one end of the shaft rod corresponding to the position of the limiter (15), and the limiter is used to limit the position of the rotating plate when the rotating plate is in a horizontal state; the limiter comprises a steel ball, a spring, and a sleeve, the sleeve is arranged on the cover plate, the steel ball and the spring are both arranged inside the sleeve, the spring is located below the steel ball, one end of the spring is connected to the steel ball, and the other end is connected to the sleeve or the cover plate, the spring can push the steel ball into the positioning hole, and the steel ball can enter and exit the positioning hole as the shaft rod rotates; the steel ball of the limiter can enter the positioning hole on one side of the shaft rod, and when the shaft rod rotates, the steel ball disengages from the positioning hole, and when the shaft rod rotates, the steel ball disengages from the positioning hole. After the rod is rotated 90 degrees, the steel ball can enter the positioning hole at one end of the shaft rod; a top cover is arranged at the upper end of the warehouse body; the working process of the dispenser is as follows: at the initial position, the rotating plate vertically opens the lower end of the warehouse body, the transmission gear (5) meshes with the warehouse body rack section of the warehouse body tooth track, the timing gear of the timing mechanism (6) corresponds to the timing toothless section of the timing tooth track, the steel ball of the limiter does not enter the inside of the positioning hole on one side of the shaft rod, and there is no need to limit the rotating plate; the sliding rod is manually moved, and the sliding rod meshes with the transmission gear (5) through the warehouse body rack section of the warehouse body tooth track to drive the transmission gear (5), and the transmission gear (5) drives the rotating plate to rotate through the shaft rod; the sliding rod drives the return mechanism to deform and store potential energy; at the initial position, the timing toothless section of the timing tooth track and the timing gear are aligned with the timing gear. The position of the wheel corresponds to that of the wheel; when the rotating plate rotates to a horizontal state, the transmission gear (5) is separated from the rack section of the bin body tooth track; the steel ball of the limiter enters the interior of the positioning hole on one side of the shaft rod to limit the rotating plate; the timing rack section of the timing tooth track meshes with the timing mechanism (6), and the slide rod drives the timing mechanism to rotate and tighten the spring; after the slide rod slides to the set time, the hand is released, and the timing mechanism completes the timing; after the hand is released, the timing mechanism (6) drives the slide rod to move in the opposite direction; the top cover is opened to place the material inside the bin body, and then the top cover is closed; when the timing time comes, the timing rack section of the timing tooth track separates from the timing gear, and the timing mechanism (6) is separated from the slide rod and the timing is completed; the return mechanism drives the slide rod to move quickly; the transmission gear (5) meshes with the rack section of the bin body tooth track;The slide rod drives the transmission gear (5) to rotate rapidly, and the transmission gear (5) drives the rotating plate to rotate rapidly through the shaft rod, and the material inside the bin body is released into the pot body through the lower port of the bin body and the material release port (19), and the rotating plate returns to the initial position, and the material release is completed. ; 4. The slide rod timing flip type dispenser according to claim 1, characterized in that: The rotating plate (3) is provided with an axle, one end of the axle passes through the bin body (2), and a power plate (8) is provided after the other end of the axle passes through the bin body (2). The power plate can drive the axle to rotate, and the axle drives the rotating plate to rotate; the horizontal state of the power plate is arranged corresponding to the horizontal state of the axle, so that the slide bar can drive the power plate to rotate back and forth; the power plate rests on the front end of the slide bar; the power plate is connected to the axle; a bin body elastic device (38) is arranged on the axle or no bin body elastic device is arranged, and the bin body elastic device includes an axle return spring, which is sleeved on the axle, one end of which is connected to the power plate and the other end of which is connected to the cover plate, and can be The slide bar can drive the power sheet back to the initial position; when the slide bar is manually pulled, the slide bar can drive the power sheet to rotate; the power sheet rotates back and forth to drive the shaft rod to rotate, and the shaft rod drives the rotating plate to rotate back and forth; the rotating plate opens and closes the lower port of the warehouse body; the slide bar is arranged on or above the cover plate, and a timing rack segment (13) and a timing toothless segment (14) are arranged on the slide bar; when a return tooth track is arranged on the slide bar, a return rack is arranged on the return tooth track, and the return rack meshes with the return gear of the return mechanism; the timing mechanism (6) is arranged on or above the cover plate, and the timing mechanism (6) can mesh with the timing rack segment of the slide bar; the slide bar is manually moved to slide The timing mechanism (6) is wound up as the slide bar moves by meshing with the timing rack segment on the slide bar, and the timing mechanism (6) performs timing after the user releases the hand; in the initial position, the power sheet is in a horizontal state or a vertical state without being acted upon by an external force; when the power sheet is in a horizontal state, the power sheet is against the top of the slide bar or against the bottom of the slide bar; when the rotating plate is in a horizontal state, the rotating plate blocks the lower port of the bin body, and the lower port of the bin body is in a closed state; when the rotating plate is in a vertical state, the rotating plate opens the lower port of the bin body to the maximum extent, and the lower port of the bin body is in an open state; the slide bar (4) is slidably arranged on the top of the cover plate (1) or above, when the slide bar (4) is manually pulled, the slide bar (4) slides forward and its front end presses against the power plate and rotates forward, pressing down or lifting the power plate, so that the power plate changes from a horizontal state or a vertical state to a horizontal state through rotation, and the rotation of the power plate drives the rotating plate to rotate from a horizontal state or a vertical state to a horizontal state, and the lower port of the bin body is closed or closed again; the timing rack segment (13) is meshed with the timing mechanism, driving the timing mechanism to perform timing, and when the set timing time is reached, the timing mechanism drives the slide bar to move in the opposite direction; food is placed inside the bin body; when the timing is completed, the timing rack segment (13) is disengaged from the timing mechanism, and the slide bar still presses the power plate;The return mechanism drives the slide bar to move quickly to the initial position. When the slide bar (4) leaves the power plate, the power plate is driven to rotate to the initial position under the drive of the bunker body elastic device (38). The power plate drives the rotating plate to rotate to the initial position. When the rotating plate opens the lower port of the bunker body, the material is released. After that, the power plate returns to the initial horizontal state or vertical state. At the same time, the power plate drives the rotating plate to rotate back to the initial horizontal state or vertical state. The lower port of the bunker body is closed or opened, and the release of the material is completed. The working process is as follows: the slide bar is manually moved, the movement of the slide bar drives the power sheet to rotate, the power sheet drives the rotating plate to rotate and when the rotating plate is in a horizontal state, the material is put into the warehouse body, the power sheet is pressed down by the slide bar or the power sheet is lifted up by the slide bar, and the slide bar teeth are used to wind up the spring for timing; when the manual release is made, the timing mechanism (6) drives the slide bar to move in the opposite direction, and when the set timing time is reached, the timing mechanism is disengaged from the slide bar teeth, and the return mechanism drives the slide bar to move quickly, the slide bar stops pressing down or lifting the power sheet, and the power sheet drives the rotating plate to rotate to open the lower port of the warehouse body and put the material into the pot body; The delivery mechanism also includes a return mechanism (16); an axle (7) is arranged in the middle of the rotating plate; a timing tooth track is arranged on the slide bar, and a timing rack segment (13) and a timing toothless segment (14) are arranged on the timing tooth track; the timing gear (9) can mesh with the timing rack segment (13); the timing toothless segment is arranged at the front of the slide bar relative to the initial movement direction of the slide bar, and the timing rack segment is arranged at the rear of the slide bar and is located behind the timing toothless segment; in the initial position, the timing gear corresponds to the position of the timing toothless segment; an axle is arranged in the middle of the rotating plate (3); the two ends of the axle are respectively arranged on the side walls of the bin body (2); the axle can drive the rotating plate to rotate; one end of the axle A power sheet (8) is provided; the power sheet and the rotating plate are provided on the same plane above the shaft; a bin elastic device (38) is provided on the shaft; one end of the bin elastic device is connected to the power sheet and the other end is connected to the bin or the cover plate; the slide bar can drive the power sheet to rotate, and the power sheet can drive the rotating plate (3) to rotate through the shaft to open or close the lower port of the bin; the power sheet is against the front end of the slide bar, the horizontal state of the slide bar is higher than the horizontal state of the shaft, and the slide bar can move above the shaft, or in the initial position, the power sheet is attached to the bottom of the slide bar, the horizontal state of the slide bar is lower than the horizontal state of the shaft, and the slide bar can move below the shaft, and the bin elastic device The elastic force of the silo (2) is reversely arranged, and the material can also be put into the silo; the cover plate (1) is provided with a through opening as the material putting-in opening (19); the silo (2) is arranged above the material putting-in opening (19); the silo (2) is open at both ends; the upper end of the silo (2) is the material adding opening, and the lower end is arranged above the material putting-in opening (19), and the material is put into the silo outwardly through the lower end; the rotating plate (3) is arranged at the lower end of the silo (2), and the rotating plate can serve as the bottom plate of the silo to block the lower end of the silo or open the lower end of the silo: when the rotating plate (3) is in a horizontal state and blocks the lower end of the silo, material can be added into the silo (2); when the rotating plate (3) is rotated After the movement, the lower port of the bin body (2) is opened, and the material inside the bin body (2) is dropped into the pot body through the material drop-in port (19); the bin body (2) has any shape; the rotating plate has any shape; a return mechanism is provided on the cover plate, one end of the return mechanism is connected to the slide bar, and the other end is connected to the cover plate or the dispenser body; elastic edges (37) are provided on both sides of the rotating plate; the elastic edges are a deformable elastic material, which can automatically elastically deform during the rotation of the rotating plate, can extend outwards to block the material on the rotating plate from flowing out when the rotating plate is not completely in a horizontal state, and can bend when the rotating plate is in a horizontal state without affecting the rotation of the rotating plate;In the initial position, the power sheet is placed on the front end of the slide rod, so that there is a small angle between the power sheet and the cover plate, and no angle can be achieved. When the power sheet is pushed to the front end by the slide rod, there is also a small angle between the power sheet and the cover plate, which will make the power sheet unable to rotate 180 degrees during the rotation process, causing the rotation angle of the rotating plate to be less than 180 degrees, and causing the lower port of the warehouse body to be not tightly closed. Compared with the theoretical rotation of the rotating plate of 180 degrees, in order to compensate for this loss of rotation angle, elastic edges of a certain width are respectively set on both sides of the rotating plate. When the rotating plate is not completely in a horizontal state, the elastic edges can close the lower port of the warehouse body; The cover plate is set to be horizontal; the working process of the delivery mechanism is as follows: the position of the rotating plate in front of the rotating plate is the initial position when the rotating plate is moved by hand; at the initial position, the timing gear is located at the front end of the toothless section of the slide bar, the rotating plate is in a horizontal state to block the lower port of the warehouse body, the slide bar is away from the warehouse body, the power plate is placed on the front end of the slide bar, the power plate is in a horizontal state, and the warehouse body elastic device is relaxed; the slide bar is pulled by hand to slide in the direction of the power plate, and the slide bar drives the return mechanism to deform and store potential energy; the front end of the slide bar presses against the power plate, and the power plate rotates forward as the slide bar moves forward; the power plate drives the shaft rod to rotate, and the shaft rod drives its own warehouse body elastic device to deform and store energy; the slide bar The timing toothless section of the rod is adjacent to the timing gear of the timing mechanism, and the timing mechanism does not rotate for timing; when the power sheet rotates to the vertical position, the rotating plate is in the vertical position and fully opens the lower port of the warehouse body; when the power sheet rotates to the other side and is pressed down by the slide bar, the power sheet is in a horizontal state, the power sheet remains stationary, and the rotating plate is in a horizontal state again to block the lower port of the warehouse body; the timing rack section of the slide bar is meshed with the timing gear of the timing mechanism, and the slide bar drives the timing mechanism to tighten the spring, and when the slide bar moves to the required timing position, the hand is released, and the timing mechanism is timed; after the hand is released, the timing mechanism (6) drives the slide bar to move in the opposite direction; at this time, the return mechanism is on the slide bar The movement does not work; add material to the interior of the bin; when the set timing time is reached, the timing rack section of the slide bar is disengaged from the timing mechanism (6), and the return mechanism drives the slide bar to move quickly to the initial position, and the front end of the slide bar no longer presses the power plate; the power plate rotates back under the action of the bin elastic device, and the power plate drives the rotating plate to rotate, and the rotating plate opens the lower port of the bin, and the material inside the bin is released into the pot through the lower port of the bin and the material release port (19). When the power plate is placed on the front end of the slide bar again, the rotating plate is in a horizontal state to block the lower port of the bin, and the material release is completed. The slide bar returns to the initial position, and the material release is completed; The slide bar is provided with a timing toothless section and a timing rack section, wherein the timing toothless section is provided at the front end of the slide bar relative to the initial movement direction, and the timing rack section is provided behind the timing toothless section; the timing gear of the timing mechanism (6) can mesh with the timing rack section of the slide bar; a return mechanism is provided on the cover plate, one end of the return mechanism is connected to the slide bar, and the other end is connected to the cover plate or the dispenser body; an axle is provided on one side of the rotating plate (3); the two ends of the axle are respectively provided on the side walls of the bin body (2); the axle can drive the rotating plate to rotate sideways; the two ends of the axle are respectively provided on the side walls of the bin body (2); the axle can drive the rotating plate to rotate; a power sheet (8) is provided at one end of the axle; in the initial position, the power sheet is placed vertically, and the power sheet is against the front end of the slide bar or adjacent to the slide bar At the front end, the horizontal state of the slide bar is higher than the horizontal state of the power plate, or in the initial position, the power plate is attached to the bottom of the slide bar, the elastic force of the bunker elastic device is set in the opposite direction, the horizontal state of the slide bar is lower than the horizontal state of the shaft rod, and the material can also be put into the bunker; the slide bar can drive the power plate to rotate forward, and the power plate can drive the rotating plate (3) to rotate through the shaft rod to open or close the lower port of the bunker; the initial position rotating plate is placed vertically to open the lower port of the bunker, after the slide bar is moved, the power plate drives the rotating plate to rotate and is in a horizontal state, the rotating plate blocks the lower port of the bunker and can place materials into the bunker, when the slide bar is released, it moves in the opposite direction, the timing time is reached, the timing gear is separated from the timing rack segment, the return device drives the slide bar to move quickly, the power plate leaves the slide bar, and the rotating plate The lower port of the bin body is opened to release substances; a through opening is provided on the cover plate (1) as a substance release port (19); the bin body (2) is arranged above the substance release port (19); the bin body (2) is opened at both ends; a top cover is provided at the upper port of the bin body; the upper port of the bin body (2) is a substance adding port, the lower port is provided above the substance release port (19), and substances are released outward from the lower port; the rotating plate (3) is provided at the lower end of the bin body (2), and the rotating plate can serve as a bottom plate of the bin body to block the lower port of the bin body or open the lower port of the bin body: when the rotating plate (3) blocks the lower port of the bin body, substances can be added to the interior of the bin body (2); after the rotating plate (3) is rotated, the lower port of the bin body (2) is opened, and substances inside the bin body (2) are released through the substance release The opening (19) is placed into the pot body; the shape of the warehouse body (2) is not limited; the shape of the rotating plate is not limited; the power sheet and the rotating plate are arranged parallel to each other on the shaft; the power sheet rotates 90 degrees to drive the rotating plate to rotate 90 degrees to complete the opening and closing of the lower port of the warehouse body; in the initial position, the power sheet is placed vertically and the rotating plate is placed vertically; the rotating plate is in a vertical position to open the lower port of the warehouse body; when the power sheet is pushed to the front end by the slide rod and pressed under the slide rod, there is also an angle between the power sheet and the cover plate, and the rotating plate cannot be completely in a horizontal state and cannot completely close the lower port of the warehouse body; in order to make the power sheet rotate to the front end and rotate 90 degrees to complete the opening and closing of the lower port of the warehouse body, a thickening layer or a nozzle pressing method or a comprehensive method is adopted: the thickening layer is set;A thickening layer is provided at the upper end of the side of the power sheet contacting the slide rod, that is, a sloped thickening layer is provided above the contact between the slide rod and the power sheet, and when the slide rod pushes the power sheet until the power sheet is pressed downward, the power sheet is pressed to a horizontal state through the thickening layer; a pressure nozzle is provided; a pressure nozzle is provided under the front end of the slide rod, and the pressure nozzle protrudes downward, and when the slide rod supports the power sheet and rotates forward, the pressure nozzle presses on the front end of the power sheet to make the power sheet in a horizontal state, completing a 90-degree rotation; the comprehensive method; combining the thickening layer and the pressure nozzle to complete a 90-degree rotation of the power sheet; setting the cover plate to be horizontal; setting the pressure nozzle on the slide rod The working process is as follows: the position of the rotating plate in front of the rotating plate is the initial position; in the initial position, one end of the rotating plate faces downward, and the rotating plate is in a vertical state to open the lower port of the warehouse body; the top cover of the warehouse body covers the warehouse body; relative to the initial moving direction, the power plate rests on the front end of the slide rod, and the power plate is placed vertically; the timing gear is located at the front end of the timing toothless section of the slide rod, and the slide rod is away from the warehouse body; the slide rod is pulled by hand to slide toward the warehouse body or the power plate, and the slide rod drives the return mechanism to deform and store potential energy; the front end of the slide rod presses against the power plate, and the power plate rotates forward as the slide rod moves forward; the power plate drives the shaft rod to move forward The shaft drives the rotating plate to rotate and gradually close the lower port of the bin body; the timing toothless section of the slide bar is adjacent to the timing gear of the timing mechanism, and the timing mechanism does not rotate to set the timing; when the power plate rotates to the other side and is pressed under the pressure nozzle by the slide bar, the power plate rotates 90 degrees and remains stationary, and the rotating plate is in a horizontal state to block the lower port of the bin body; the timing rack section of the slide bar meshes with the timing gear of the timing mechanism, and the slide bar drives the timing mechanism to tighten the spring, and when the slide bar moves to the required timing position, the hand is released, and the timing mechanism is set; after the hand is released, the timing mechanism (6) drives the slide bar to move in the opposite direction; at this time, the return mechanism is pressed against the slide bar The movement does not work; add the material into the interior of the bin; when the set timing time comes, the timing rack section of the slide bar is disengaged from the timing mechanism (6), and the return mechanism drives the slide bar to move quickly to the initial position, and one end of the slide bar no longer presses the power plate; under the action of its own gravity, one end of the rotating plate rotates downward, and the rotating plate drives the shaft rod to rotate back, and the shaft rod drives the power plate to rotate back, and when the rotating plate is in a vertical state, the lower port of the bin body is opened, and the material inside the bin body is released into the pot body through the lower port of the bin body and the material release port (19); the slide bar and the rotating plate return to the initial position, and the material release is completed; The delivery mechanism also includes a damping device; a timing tooth track is arranged on the slide bar, a timing rack segment and a timing toothless segment are arranged on the timing tooth track, and the timing gear can mesh with the timing rack segment; the timing toothless segment is arranged at the front end of the slide bar relative to the initial movement direction of the slide bar, and the timing rack segment is arranged behind the timing toothless segment; in the initial position, the timing gear corresponds to the position of the timing toothless segment; a return mechanism is arranged on the cover plate, one end of the return mechanism is connected to the slide bar, and the other end is connected to the cover plate or the delivery device body; an axle is arranged in the middle of the rotating plate; an axle is arranged in the middle of the rotating plate (3); the two ends of the axle are respectively arranged on the side walls of the bin body (2); the axle can drive the rotating plate to rotate; a power sheet is arranged at one end of the axle; a power sheet The sheet and the rotating plate are arranged on the same plane above the shaft; the power sheet rests on the front end of the slide rod, and the horizontal state of the slide rod is higher than the horizontal state of the shaft rod; a bin elastic device is arranged on the shaft rod; one end of the bin elastic device is connected to the power sheet, and the other end is connected to the bin or the cover plate; the slide rod can drive the power sheet to rotate, and the power sheet can drive the rotating plate (3) to rotate through the shaft rod to open or close the lower port of the bin; a through opening is arranged on the cover plate (1) as a material delivery port (19); the bin (2) is arranged above the material delivery port (19); the bin (2) is open at both ends; the upper port of the bin (2) is a material addition port, and the lower port is arranged above the material delivery port (19), and the lower port delivers the material outward; The rotating plate (3) is arranged at the lower port of the warehouse body (2), and the rotating plate can serve as the bottom plate of the warehouse body to block the lower port of the warehouse body or open the lower port of the warehouse body: when the rotating plate (3) is in a horizontal state and blocks the lower port of the warehouse body, substances can be added to the interior of the warehouse body (2); after the rotating plate (3) rotates, the lower port of the warehouse body (2) is opened, and the substances in the warehouse body (2) are put into the interior of the pot body through the substance delivery port (19); the shape of the warehouse body (2) is not limited; the shape of the rotating plate is not limited; elastic edges are arranged on both sides of the rotating plate; the elastic edges are a kind of elastic material that can be deformed, and can automatically elastically deform during the rotation of the rotating plate, and can extend outward to block the upper surface of the rotating plate when the rotating plate is not completely in a horizontal state. The material does not flow out, and the rotating plate can be bent when it is in a horizontal state without affecting the rotation of the rotating plate; in the initial position, the power sheet is placed on the front end of the sliding rod, so that there is a small angle between the power sheet and the cover plate, and no angle can be achieved. When the power sheet is pushed to the front end by the sliding rod, there is also a small angle between the power sheet and the cover plate, which will make the power sheet unable to rotate 180 degrees during the rotation process, causing the rotating plate to rotate less than 180 degrees, causing the lower port of the warehouse body to be not tightly closed. Compared with the theoretical rotation of the rotating plate of 180 degrees, in order to compensate for the loss of the rotation angle, elastic edges of a certain width are respectively provided on both sides of the rotating plate, and when the rotating plate is not completely in a horizontal state, the elastic edges can close the lower port of the warehouse body;In order to better complete the material delivery, a damping device is set, a damping body is set on the slide bar, and a damping section is set on the cover plate. When the rotating plate rotates to deliver the material, the damping body encounters friction with the damping section to reduce the rotation speed of the rotating plate; the cover plate is set to be horizontal; the working process is as follows: the position of the rotating plate before the rotating plate is moved by hand is the initial position; at the initial position, the timing gear is located at the front end of the toothless section of the slide bar, the rotating plate is in a horizontal state to block the lower port of the warehouse body, the slide bar is away from the warehouse body, the power plate is placed on the front end of the slide bar, the power plate is in a horizontal state, and the warehouse body is The body elastic device is relaxed; the slide bar is pulled by hand to slide in the direction of the power sheet, and the slide bar drives the return mechanism to deform and store potential energy; the front end of the slide bar supports the power sheet, and the power sheet rotates forward as the slide bar moves forward; the power sheet drives the shaft rod to rotate, and the shaft rod drives its own warehouse body elastic device to deform and store energy; the toothless section of the slide bar is adjacent to the timing gear of the timing mechanism, and the timing mechanism does not rotate for timing; when the power sheet rotates to the vertical position, the rotating plate is in the vertical position and fully opens the lower port of the warehouse body; when the power sheet rotates to the other side and is pressed under the slide bar, the power sheet is in a horizontal state, the power sheet remains stationary, and the rotating plate is in a horizontal state again to block the lower port of the warehouse body; the timing rack section of the slide bar is meshed with the timing gear of the timing mechanism, and the slide bar drives the timing mechanism to tighten the clockwork, and when the slide bar moves to the required timing position, let go, and the timing mechanism is timed; after letting go, the timing mechanism (6) drives the slide bar to move in the opposite direction; at this time, the return mechanism does not have any effect on the movement of the slide bar; add material to the interior of the warehouse body; when the set timing time comes, the timing rack section of the slide bar is disengaged from the timing mechanism (6), The return mechanism drives the slide bar to move quickly to the initial position, and the front end of the slide bar no longer presses the power plate; the power plate rotates back under the action of the bunker body elastic device, and the power plate drives the rotating plate to rotate, and the rotating plate opens the lower port of the bunker body, and the material in the bunker body is released into the pot body through the lower port of the bunker body and the material release port (19). The damping body encounters the damping section, reducing the rotation speed of the rotating plate. When the power plate is placed on the front end of the slide bar again, the rotating plate is in a horizontal state to block the lower port of the bunker body, and the material release is completed. The slide bar returns to the initial position, and the material release is completed.

5. The slide rod timing flip type dispenser according to claim 1, characterized in that: The timing mechanism includes a timer, a timing dial or the timing mechanism includes a timer, a timing gear, and a timing dial; the timer includes a power gear and a spring, and the power gear is arranged on or above the cover; the timing dial is arranged on the cover or on the outer cover; a timing pointer is also arranged on the slide bar, and the timing pointer corresponds to the zero point of the timing dial in the initial position; When the timing mechanism includes a timer and a timing dial, the power gear meshes with the timing rack section of the slide bar, and the power gear drives the spring to be tightened by external force, and the spring is a one-way rotating tightening mechanism; the slide bar is moved by hand, and the slide bar drives the power gear to rotate, driving the timer spring to be tightened, and when the timing pointer on the slide bar reaches the timing time on the timing dial, the hand is released, and the spring drives the power gear to rotate in the opposite direction, and the power gear then drives the slide bar to move in the opposite direction; When the timing mechanism includes a timer, a timing gear, and a timing dial, the timer is arranged on or above the cover plate, the timing gear is arranged on or above the cover plate, one side of the timing gear is meshed with the timing rack segment of the slide bar, and the other side is meshed with the power gear; Move the slide bar by hand to move it, and the slide bar drives the timing gear to rotate. Since the timing gear is meshed with the power gear, the rotation of the timing gear drives the power gear to rotate, and then drives the timer spring to be tightened; when the timing pointer on the slide bar reaches the timing time on the timing dial, let go of the hand, the spring drives the power gear to rotate in the opposite direction, the power gear drives the meshing timing gear to rotate in the opposite direction, and the timing gear drives the slide bar to move in the opposite direction. When the timing time is reached, the spring stops, the power gear stops rotating, and the timing pointer on the slide bar returns to the zero indication position of the timing dial.

6. The slide rod timing flip type dispenser according to claim 1, characterized in that: The slide bar (4) is arranged inside, on or below the slideway (10); the slideway (10) is arranged on or above the cover plate; the slideway (10) includes a accommodating slideway or a track-type slideway; the accommodating slideway includes baffles, two baffles are respectively placed on the two sides of the slide bar, and the slide bar slides inside the baffles; the track-type slideway includes a track or a hanging rail, the track is arranged below the slide bar, and one or more tracks are arranged; a groove is arranged on the slide bar, the groove is placed on the track and connected to the track, and the slide bar can slide along the track; the hanging rail is arranged above the rotating plate, the slide bar is provided with a connecting piece, the connecting piece is connected to the hanging rail, and the slide bar can slide along the hanging rail.

7. The slide rod timing flip type dispenser according to claim 2, characterized in that: The return mechanism is arranged on or above the cover plate, and the return mechanism is connected to the slide bar and the cover plate; the return mechanism includes an elastic return device or a gear return device, and the number of elastic return devices or gear return devices is not limited; after the slide bar is manually driven to leave the initial position, the return mechanism is driven to deform and store energy, and has the ability to make the slide bar return to the initial position; the elastic return device of the return mechanism includes a spring and a compression spring; the spring is arranged on or above the cover plate, one end of the spring is connected to the cover plate, and the other end of the spring is connected to the slide bar. The slide bar is pulled by hand to slide, and the spring is stretched after the slide bar leaves the initial position. When the hand is released, the stretched spring pulls the slide bar to slide to the initial position until the slide bar returns to the initial position; the compression spring is arranged on or above the cover plate, one end of the compression spring is connected to the cover plate, and the other end of the compression spring is connected to the slide bar. The slide bar is pulled by hand to slide, and the compression spring is compressed after the slide bar leaves the initial position. When the hand is released, the elastic force released by the compression spring pushes the slide bar to slide to the initial position. until the slide bar returns to its initial position; the gear return device includes a torsion gear, a torsion shaft, and a rack; the torsion gear is connected to one end of the torsion shaft, and the other end of the torsion shaft is arranged on the cover plate and movably connected to the cover plate, or the torsion gear is movably connected to one end of the torsion shaft, and the other end of the torsion shaft is arranged on the cover plate and connected to the cover plate; a spring or a torsion spring or an elastic sheet is sleeved on the torsion shaft, and one end of the spring or the torsion spring or the elastic sheet is arranged on the cover plate or connected to the cover plate The other end is connected to the torsion gear; a rack is arranged on the slide bar, and the torsion gear is meshed with the rack on the slide bar; when the slide bar is pulled by hand to slide, the slide bar leaves the initial position and drives the torsion gear to rotate, and the spring or torsion spring or elastic sheet sleeved on the torsion shaft is contracted and compressed, and after the hand is released, the elastic force of the spring or torsion spring or elastic sheet is released, driving the torsion gear to rotate, and the torsion gear is meshed with the slide bar to drive the slide bar to move to the initial position until the slide bar returns to the initial position. The number of torque gears is not limited.

8. The slide rod timing flip type dispenser according to claim 3, characterized in that: The damping device comprises a sliding deceleration device or a rolling deceleration device; the sliding deceleration device is a damping body arranged on the slide bar, the damping body comprises a raised section; the raised section is provided with a friction material or not; a damping section is arranged on or above the cover plate corresponding to the raised section, the damping section is provided with a friction material or not, when the slide bar drives the rotating plate to rotate, when the damping body on the slide bar slides and contacts the damping section, the movement resistance of the slide bar increases, the movement speed of the slide bar decreases, the rotation speed of the rotating plate decreases, and when the damping body on the slide bar moves through the damping section, the movement speed of the slide bar increases; the friction material is a material with a certain damping coefficient ; The rolling deceleration device is to set a damping body at a specified position on the sliding rod, the damping body includes a raised section, and a rolling damping section is set on or above the cover plate corresponding to the damping body; the rolling damping section is provided with a roller, and there is a certain blocking force between the roller and the roller bearing; when the damping body on the sliding rod encounters the rolling damping section during the movement of the sliding rod, the movement resistance of the sliding rod increases and the movement speed decreases, and the rotation speed of the rotating plate decreases. When the damping body on the sliding rod passes through the rolling damping section, the movement speed of the sliding rod increases; a rack can be set on the damping body, and a rack is set on the roller, and when the two are meshed together, they can play a damping role; one or more damping devices can be set on the delivery mechanism as needed.

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