A timed rotating plate dispenser

Abstract

The invention discloses a timed rotating plate type dispenser, comprising a dispenser body, the dispenser body comprising a cover plate and a pot body, the pot body being located at the lower part of the dispenser body, the cover plate being arranged on or above the pot body; a through opening is arranged on the cover plate as a cover plate opening; a material dispensing mechanism is arranged on the cover plate; the material dispensing mechanism comprises a bin body, a disc and a timing mechanism; the bin body is arranged on or above the disc; a through opening is arranged at the bottom of the bin body as a flow outlet or a through opening is arranged at the bottom plate of the bin body as a flow outlet; or the material dispensing mechanism comprises a bin body, a disc and a timing mechanism; the lower end of the bin body is not arranged with a bottom or a bin body bottom plate, and the lower port of the bin body is a bin body flow outlet; the timed rotating plate type dispenser of the invention does not need to power on the dispensing mechanism during the process of dispensing materials, can realize timed automatic dispensing, can be well applied to the home 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 timing rotating plate 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 timed rotating plate dispenser.

[0004] In order to solve the above technical problems, the technical solution adopted by the present invention is: a timed rotating plate type dispenser, comprising a dispenser body, the dispenser body comprising a cover plate and a pot body, the pot body is located at the lower part of the dispenser body, the cover plate is arranged on or above the pot body; a through opening is arranged on the cover plate as a cover plate opening; a material dispensing mechanism is arranged on the cover plate;

[0005] The material delivery mechanism comprises a bin body, a disc and a timing mechanism; the disc is arranged inside the opening of the cover plate or on the cover plate or above the cover plate; the disc can rotate; a rack or a rack segment is arranged on the outer wall or on the top of the disc; the disc is provided with a through hole called a delivery port; the bin body is arranged on or above the disc; the through hole at the bottom of the bin body is provided as the outflow port or the through hole at the bottom plate of the bin body is provided as the outflow port; the disc can be driven to rotate by turning the disc by hand, and the disc drives the delivery port to rotate, and the delivery port and the outflow port of the bin body can be staggered or overlapped to complete the delivery to the inside of the bin body. Place the material or put the material out of the bin; the timing mechanism is arranged on or above the cover plate, and the timing mechanism can mesh with the rack or rack segment of the disc; the disc is manually turned to rotate, and the timing mechanism can rotate with the rotation of the disc and be wound up, and when the disc rotates to the required timing position, the hand is released, and after the hand is released, the timing mechanism drives the disc to rotate back; the delivery port and the outflow port of the bin body are staggered to place the material inside the bin body; when the delivery port driven by the disc coincides with the outflow port of the bin body, the material inside the bin body is delivered to the inside of the pot body through the cover plate opening;

[0006] Or the material delivery mechanism includes a bin, a disc, and a timing mechanism; the disc is arranged inside the opening of the cover plate or on the top of the cover plate; the lower end of the bin is not provided with a bottom or a bottom plate of the bin, and the lower port of the bin is the bin outlet; the disc is arranged at the lower end of the bin to replace the bottom of the bin or the bottom plate of the bin; a rack or a rack segment is arranged on the outer wall or the top of the disc; the disc is provided with a through hole called a delivery port; the bin is arranged on the top of the disc; the disc is arranged under the bin; the disc can be driven to rotate by turning the hand, and the disc drives the delivery port to move The timing mechanism is arranged on or above the cover plate, and the timing mechanism can mesh with the rack or rack segment of the disc; the disc is manually turned to rotate, and the timing mechanism can rotate and be wound up with the rotation of the disc, and when the disc rotates to the required timing position, the user lets go, and after letting go, the timing mechanism drives the disc to rotate back; the delivery port and the cover plate opening are staggered to place the material inside the bin body; the disc drives the delivery port to rotate, and when the delivery port and the outflow port or the delivery port and the cover plate opening coincide, the material inside the bin body is delivered to the inside of the pot body.

[0007] Furthermore, the material delivery mechanism includes a bin body, a disc, and a timing mechanism; a through hole is provided on the cover plate, which is called a cover plate opening; the disc is provided inside the through hole of the cover plate; the bin body is provided on or above the disc, and the bin body is connected to the dispenser body or the cover plate through a support; the disc rotates at the bottom of the bin body or under the bottom plate of the bin body, or at the bottom of the bin body or under and outside the bottom plate of the bin body; the disc is provided inside the cover plate opening, and the lower end of the disc is in smooth contact with the cover plate opening and can rotate; one or more tooth paths are provided on the outer wall or on the top of the disc; a circle of racks or a rack segment or a toothless segment is provided on each tooth path; the through hole provided on the disc is the delivery port; the disc is connected to the cover plate or to the dispenser body. Or connected to the warehouse body; the disc is connected to the cover plate; the edge of the disc is connected to the cover plate opening, and the disc can rotate along the cover plate opening; the disc is connected to the dispenser body, the center of the disc is set on the shaft rod, the shaft rod is connected to the dispenser body, and the disc can rotate along the shaft rod; the disc is connected to the warehouse body; the center of the disc is set on the shaft rod, the upper end of the shaft rod is connected to the warehouse body, the upper end of the shaft rod is set at the bottom of the warehouse body or at the center of the bottom of the warehouse body, and the disc can rotate along the shaft rod; the delivery port is correspondingly arranged with the outflow port of the warehouse body; the delivery port can overlap or stagger with the outflow port of the warehouse body to deliver materials into the pot body through rotation; the timing mechanism includes a timing gear, and a clockwork is arranged inside the timing mechanism, and the timing The gear can mesh with the rack or rack segment of the disc; the disc is arranged under or below the warehouse body; the disc rotates at the bottom of the warehouse body or under the bottom plate of the warehouse body; the rotation range of the delivery port does not exceed the bottom of the warehouse body or the bottom plate of the warehouse body, and the bottom of the warehouse body or the bottom plate of the warehouse body can always block the delivery port above the disc, or the rotation range of the delivery port exceeds the bottom of the warehouse body or the bottom plate of the warehouse body, and the bottom of the warehouse body or the bottom plate of the warehouse body cannot always block the delivery port above the disc; the lower end periphery of the disc is smoothly placed inside the cover plate opening, and a rack is arranged around the upper end of the disc; the warehouse body is connected to the dispenser body or the cover plate through a support; the shape of the warehouse body is not limited; the upper port of the warehouse body is provided with a top cover or not; the warehouse body includes the warehouse body or includes the warehouse body and the bottom of the warehouse body. plate; when the bin body includes the bin body, the upper and lower ends of the bin body are open, the upper port of the bin body is the material addition port, and the lower port of the bin body is the outflow port; a through port is set at the bottom of the bin body as the outflow port or a through port is set at the bottom plate of the bin body as the outflow port; the outflow port is set corresponding to the rotatable delivery port, and the bin body outflow port can overlap or stagger with the delivery port; a top cover is set at the upper port of the bin body or no top cover is set; when the bin body includes the bin body and the bin body bottom plate, the bin body is set on the bin body bottom plate; a through port is set at the bin body bottom plate, and the through port is the outflow port; the bin body bottom plate is located on or above the disc; the shape of the bin body bottom plate is not limited, and the bin body bottom plate is larger than the bin body bottom plate; the timing mechanism includes a timer and a timing gear; the timing gear can mesh with the disc rack or rack segment;

[0008] The material delivery mechanism includes a bin body, a disc, and a timing mechanism; the bin body is connected to a cover plate or a dispenser body through a support, the bottom of the bin body is in smooth contact with the disc, and a top cover is provided on the bin body; a tooth track is provided on the top or outer wall of the disc, and a rack is provided on the tooth track; the timing gear of the timing mechanism is meshed with the rack of the disc; the position of the delivery port in front of the disc is manually moved as the initial position; the lower end periphery of the disc is smoothly placed inside the cover plate opening; the rotation range of the delivery port does not exceed the bottom of the bin body or the bottom plate of the bin body, and the bottom of the bin body or the bottom plate of the bin body can always block the delivery port on the disc; the outflow port is a through port provided at the bottom of the bin body; the working process is as follows; the delivery port in the initial position The timing gear meshes with the tooth track, and the top cover of the bin body is closed; the disc is rotated by hand, and the disc drives the delivery port to rotate; the disc drives the timing mechanism to tighten the spring; when the disc rotates to the set time scale position, let go, and the timing mechanism is timed. After letting go, the timing mechanism drives the disc to rotate back; the flow outlet and the delivery port are staggered, the top cover is opened to add substances to the inside of the bin body, and then the top cover is closed; when the timing time comes, the delivery port rotates to the bottom of the flow outlet, and the substances in the bin body are delivered to the inside of the pot through the flow outlet and the delivery port, and finally the delivery port completely coincides with the flow outlet, the disc returns to the initial position, and the substance delivery is completed;

[0009] The material delivery mechanism includes a bin body, a disc, a blocking body, and a timing mechanism. The disc is arranged under the bin body, and the disc rotates at the bottom of the bin body or under and outside the bottom plate of the bin body; the rotation range of the delivery port exceeds the bottom of the bin body or the bottom plate of the bin body, and the bottom of the bin body or the bottom plate of the bin body cannot always block the delivery port; the outflow port is a through port arranged at the bottom of the bin body; the bin body is connected to the cover plate or the main body of the dispenser through a support, the lower end of the bin body is in smooth contact with the disc, and the bin body is provided with a top cover; the blocking body is used to block the delivery port; the lower end of the blocking body is in smooth contact with the disc, the blocking body is in the shape of an arc-shaped ring, and the blocking body is connected to the lower end of the bin body; the blocking body is arranged corresponding to the delivery port, and the blocking body can block the delivery port when the disc delivery port leaves the bottom of the bin body; a tooth path is arranged on the top or outer wall of the disc, and a rack is arranged on the tooth path; the center of the disc is arranged on the shaft rod, and the shaft rod is connected to the cover plate through the shaft rod support; the timing mechanism The timing gear of the timing mechanism meshes with the rack of the disc; the position of the delivery port in front of the disc is the initial position when the disc is manually moved; the working process is as follows; at the initial position, the delivery port of the disc coincides with the outflow port of the bin body, the bin body closes the top cover, and the timing gear meshes with the tooth track; the disc is rotated by hand, the disc drives the delivery port to rotate, and the disc drives the timing mechanism to tighten the spring; when the disc rotates to the set time scale position, let go, the timing mechanism is timed, and after letting go, the timing mechanism drives the disc to rotate back; the outflow port and the delivery port are staggered, the top cover is opened to add substances to the inside of the bin body, and then the top cover is closed; the bottom of the blocking body or the bottom of the bin body blocks the delivery port; when the timing time comes, the delivery port coincides with the outflow port, and the substances in the bin body are delivered to the inside of the pot body through the outflow port and the delivery port, and finally the delivery port completely coincides with the outflow port, the disc returns to the initial position, and the substance delivery is completed;

[0010] The material delivery mechanism includes a bin, a disc, a timing mechanism, and a return mechanism; the disc is arranged under the bin; the disc rotates at the bottom of the bin or under the bottom plate of the bin; the bottom of the bin or the bottom plate of the bin can always block the delivery port; the outflow port is a through port arranged at the bottom of the bin; the bin is connected to the cover plate or the main body of the dispenser through a support, the bottom of the bin is in smooth contact with the disc, and the return mechanism includes a torsion spring, which is sleeved on the shaft, one end of the torsion spring is connected to the bottom of the bin, and the other end is connected to the disc; the torsion spring is hidden in the bin The cylinder at the bottom; a rack segment or a toothless segment is arranged on the top or outer wall of the disc; the timing gear can mesh with the rack segment of the disc or not mesh with the toothless segment; before the disc is moved by hand, the position of the delivery port is the initial position; the working process is as follows; at the initial position, the delivery port is staggered with the outflow port, and the bottom of the bin body or the bottom plate of the bin body blocks the delivery port; corresponding to the initial movement direction of the disc, the delivery port is located behind the outflow port; the timing gear is adjacent to the toothless segment of the outer wall of the disc; the disc is rotated by hand, and the return mechanism is driven to deform Energy storage; in the toothless section of the disc, the timing gear is separated from the disc and does not rotate together; after the disc rotates, it drives the delivery port through the outflow port and the two are staggered again, and the timing gear meshes with the rack section of the disc; the rack section of the disc drives the timing gear to rotate, and drives the timing mechanism to wind up the mainspring; when the disc rotates to the timing scale time position, let go, and after letting go, the timing gear of the timing mechanism rotates back, and the timing gear drives the disc to rotate back; at this time, the return mechanism does not work on the disc's reverse rotation; the disc rotates following the rhythm of the timer; The material is placed inside the bin; the lower end of the bin or the bottom plate of the bin blocks the delivery port; the disc drives the delivery port to continue to rotate back, and when the delivery port approaches the bin outlet or just coincides with the bin outlet, the timing gear encounters the toothless section of the outer wall of the disc, and the timing gear and the disc are disengaged and separated; the disc is driven by the return mechanism to accelerate the rotation, and when the delivery port coincides with the outlet, the material inside the bin is delivered to the inside of the pot body, and after the material is delivered, the disc continues to rotate back to the initial position driven by the return mechanism, and the delivery of the material is completed;

[0011] The material delivery mechanism comprises a bin, a disc, a timing mechanism, a return mechanism and a damping device; the disc is arranged under the bin; the disc rotates at the bottom of the bin or under the bottom plate of the bin; the bottom of the bin or the bottom plate of the bin can always block the delivery port; the outflow port is a through port arranged at the bottom of the bin; the bin is connected to the cover plate or the main body of the dispenser through a support, and the bottom of the bin is in smooth contact with the disc; the return mechanism comprises a torsion spring, which is sleeved on the shaft, one end of the torsion spring is connected to the bottom of the bin and the other end is connected to the disc; the torsion spring is hidden in the cylinder at the bottom of the bin; a rack section or a toothless section is arranged on the top or outer wall of the disc; the timing gear The wheel is meshed with the rack section of the disc or is not meshed with the toothless section; the damping device includes a damping section and a damping body; the damping section is arranged on the cover plate, and the damping body is arranged on the disc corresponding to the damping section, and the rotation speed of the disc is reduced when the damping body meets the damping section, and the rotation speed of the disc is increased when the damping body leaves the damping section; the damping device can reduce the rotation speed of the disc when the delivery port and the outlet of the bin body coincide with each other; the working process is as follows; at the initial position, the delivery port and the outlet are staggered, and the bottom of the bin body or the bottom plate of the bin body blocks the delivery port; corresponding to the initial movement direction of the disc, the delivery port is located behind the outlet; the timing gear is adjacent to the toothless section of the outer wall of the disc; The disc is pulled by hand to rotate, and the return mechanism is driven to deform and store energy; in the toothless section of the disc, the timing gear is separated from the disc and does not rotate together; after the disc rotates, it drives the delivery port through the outflow port, and the two are staggered and then the timing gear meshes with the rack section of the disc; the rack section of the disc drives the timing gear to rotate, and drives the timing mechanism to wind up the spring; when the disc rotates to the timing scale time position, let go, and after letting go, the timing gear of the timing mechanism rotates, and the timing gear drives the disc to rotate back; at this time, the return mechanism does not work on the disc's reverse rotation; the disc rotates following the rhythm of the timer; materials are placed inside the warehouse; the bottom of the warehouse The top of the pot or the bottom plate of the silo blocks the delivery port; the disc drives the delivery port to continue to rotate back, and when the delivery port is close to the outlet of the silo or is about to coincide with the outlet of the silo, the timing gear encounters the toothless section of the disc, and the timing gear and the disc are disengaged and separated; the disc is driven by the return mechanism to rotate faster, and when the delivery port coincides with the outlet, the material in the silo is delivered to the inside of the pot, and the damping body on the disc contacts the damping section, and the rotation speed of the disc is reduced, so there is enough time to deliver the material; after the material is delivered, the disc continues to rotate driven by the return mechanism, and the damping body leaves the damping section; the disc returns to the initial position, and the delivery of the material is completed;

[0012] The material delivery mechanism includes a bin body, a disc, a timing mechanism, a plug body, a return mechanism, and a damping device; two teeth are arranged on the disc; the disc is arranged below the bin body; the disc rotates at the bottom of the bin body or below the bottom plate of the bin body; the bottom of the bin body or the bottom plate of the bin body always blocks the delivery port; the bin body is connected to the cover plate or the main body of the dispenser through a support; a through opening is arranged at the bottom of the bin body as an outflow port; a plug body is arranged below the bottom of the bin body; the upper end of the plug body is arranged below the bottom plate of the bin body, the lower end of the plug body is in smooth contact with the disc, the setting of the plug body corresponds to the delivery port, and the delivery port rotates below the plug body; a discharging body is arranged below the outflow port of the bottom plate of the bin body, and the lower end of the discharging body is in smooth contact with the disc; the discharging body is arranged inside the plug body; when the delivery port is staggered with the lower end of the discharging body When the opening is open, materials can be placed inside the bin; when the delivery port coincides with the lower port of the discharge body, the materials inside the bin flow into the pot body from the outflow port, the discharge body and the delivery port for delivery; the two tooth paths on the disc include a timing tooth path and a return tooth path, the timing tooth path includes a timing tooth path rack segment and a timing tooth path toothless segment, the timing gear of the timing mechanism is meshed with the timing tooth path rack segment of the disc; the return gear of the return mechanism is meshed with the return tooth path; the damping device includes a damping segment and a damping body; a damping segment is arranged on the cover plate, and a damping body is arranged on the disc corresponding to the damping segment, when the damping body meets the damping segment, the rotation speed of the disc is reduced, and when the damping body leaves the damping segment, the rotation speed of the disc is increased; the damping device can reduce the rotation speed of the disc when the delivery port coincides with the bin outflow port. ; The position of the delivery port in front of the disc is the initial position when the disc is manually moved; the working process is as follows; at the initial position, the delivery port is staggered with the lower port of the discharging body, and the plug body blocks the delivery port; corresponding to the initial movement direction of the disc, the delivery port is located behind the lower port of the discharging body; the timing gear is adjacent to the toothless section of the timing tooth path on the outer wall of the disc; the disc is rotated by hand, and the rack of the return tooth path meshes with the return gear to drive the return gear to rotate, and the return mechanism is driven to deform and store energy; in the toothless section of the timing tooth path of the disc, the timing gear is separated from the disc and does not rotate together; after the disc rotates, it drives the delivery port to pass through the lower port of the discharging body, and the two are staggered again, and then the timing gear meshes with the rack section of the disc; the rack section of the timing tooth path of the disc drives the timing gear to rotate, which drives the timer to wind up; the disc rotates to the timing When the time position is reached, the user lets go. After letting go, the timing gear of the timing mechanism rotates, and the timing gear drives the disc to rotate back. At this time, the return mechanism does not work on the disc's rotation back. The disc rotates following the rhythm of the timer. The material is placed inside the bin. The disc drives the delivery port to continue to rotate back. When the delivery port and the lower port of the discharging body are about to coincide, the timing gear encounters the toothless section of the disc, and the timing gear separates from the disc. The disc accelerates its rotation driven by the return mechanism. When the delivery port coincides with the lower port of the discharging body, the material inside the bin is delivered to the inside of the pot. The damping body on the disc contacts the damping section, and the disc's rotation speed is reduced, so there is enough time to deliver the material. After the material is delivered, the disc continues to rotate driven by the return mechanism, and the damping body leaves the damping section.The disk returns to its initial position and the material placement is completed;

[0013] The material delivery mechanism includes a bin body, a disc, and a timing mechanism; the disc is arranged on or above the cover plate; the disc can rotate; one or several tooth paths are arranged on the outer wall or on the disc; a circle of racks or rack segments or no tooth segments are arranged on each tooth path; a through opening is arranged on the disc, which is called a delivery opening; the rotation range of the delivery opening does not exceed the bottom of the bin body or the bottom plate of the bin body, and the bottom of the bin body or the bottom plate of the bin body can always block the delivery opening on the disc, or the rotation range of the delivery opening exceeds the bottom of the bin body or the bottom plate of the bin body, and the bottom of the bin body or the bottom plate of the bin body cannot always block the delivery opening on the disc; a through opening is arranged on the cover plate, which is called a cover plate opening; the cover plate opening is arranged up and down corresponding to the outflow port of the bin body, and the cover plate opening is located below the outflow port, and the material flowing out of the outflow port of the bin body flows into the inside of the pot body through the delivery opening and the cover plate opening; the cover plate opening is not smaller than the outflow port; the bin body is arranged on or above the disc; the bottom of the bin body or the bottom plate of the bin body can always The delivery port is blocked or cannot be blocked all the time; the bin body is connected to the dispenser body or cover plate through a support; the shape of the bin body is not limited; the upper port of the bin body is provided with a top cover or not; the bin body includes the bin body or includes the bin body and the bin body bottom plate; when the bin body includes the bin body, the upper and lower ends of the bin body are open, the upper port of the bin body is the material addition port, the lower port of the bin body is the outflow port, or the outflow port is a through port provided at the bottom of the bin body or the bottom plate of the bin body; the outflow port is provided corresponding to the rotatable delivery port, and the bin body outflow port can overlap or stagger with the delivery port; the upper port of the bin body is provided with a top cover or not; when the bin body includes the bin body and the bin body bottom plate, the bin body is provided on the bin body bottom plate; the bin body bottom plate is provided with a through port, and the through port is the outflow port; the bin body bottom plate is located above or above the disc; the shape of the bin body bottom plate is not limited, and the bin body bottom plate is larger than the bin body bottom plate; the timing mechanism includes a timer and a timing gear; the timing gear can mesh with the disc rack or rack segment;

[0014] The material delivery mechanism includes a bin, a disc, and a timing mechanism; the disc is arranged on the cover plate; the bin is arranged on the disc; the bin is connected to the dispenser body or the cover plate through a support; the bottom of the bin or the bottom plate of the bin cannot always block the delivery port; the outflow port is a through port arranged at the bottom of the bin; a top cover is arranged at the upper port of the bin; the bottom of the bin is in smooth contact with the disc; a rack is arranged on the top or outer wall of the disc; the timing gear of the timing mechanism can mesh with the rack of the disc; the position of the delivery port in front of the disc is the initial position when the disc is manually moved; the working process is as follows; at the initial position, the delivery port coincides with the outflow port and the through port of the cover plate; the disc is rotated by manually moving the disc The disc drives the delivery port to rotate; the disc drives the timer to tighten the spring; when the disc rotates to the set time scale position, let go, the timer is timed, and after letting go, the timing mechanism drives the disc to rotate back; the delivery port and the outflow port are staggered; open the top cover to add substances to the inside of the warehouse body, and then close the top cover; when the timing time comes, the delivery port rotates to the bottom of the outflow port and the two overlap, and the substances in the warehouse body are delivered to the inside of the pot body through the outflow port, the delivery port, and the cover plate opening, and finally the delivery port and the outflow port completely overlap, the disc returns to the initial position, and the substance delivery is completed; the delivery port is not smaller than the warehouse body outflow port, and the cover plate opening is not smaller than the delivery port;

[0015] The material delivery mechanism includes a bin body, a disc, a cover plate, a timing mechanism, and a discharge body; the disc is arranged on the top of the cover plate; the bin body is arranged above the disc; a top cover is arranged on the upper port of the bin body; the bin body is connected to the cover plate through a support; a tooth path is arranged on the outer wall of the disc, and a rack is arranged on the tooth path; the timing gear of the timing mechanism is meshed with the rack; a discharge body is arranged under the bottom plate of the bin body; the outflow port is a through port arranged at the bottom of the bin body; the upper end of the discharge body is connected to the outflow port of the bottom plate of the bin body, and the lower end of the discharge body is in smooth contact with the disc, and the setting of the discharge body corresponds to the setting of the rotatable delivery port; the material inside the bin body can flow into the inside of the discharge body through the outflow port at the bottom of the bin body, and when the discharge body and the delivery port coincide, the internal material of the discharge body flows out from the lower port of the discharge body; the position of the disc before the disc is pulled by hand is the initial position; the working process is as follows: the material delivery mechanism is configured to be a material delivery mechanism. The opening coincides with the lower opening of the discharge body of the bin or the delivery opening coincides with the cover opening; the disc is rotated by hand; the disc drives the timing gear to rotate; the timer is driven to wind up; when the disc reaches the timing scale position, the hand is released, and the timer is timed, and after the hand is released, the timing mechanism drives the disc to rotate back; the lower opening of the discharge body is staggered with the delivery opening, and the lower opening of the discharge body is blocked by the disc; the top cover is opened to add substances to the inside of the bin, and then the top cover is closed; the timing mechanism continues to drive the disc to rotate back, and when the set substance delivery time comes, the timer drives the delivery opening on the disc to rotate to the bottom of the discharge body and the two coincide, and the substance inside the bin is delivered to the inside of the pot body through the outflow port, the discharge body, the delivery opening, and the cover opening, and finally the discharge body, the delivery opening, and the cover opening completely overlap, the disc or the delivery opening also returns to the initial position, and the substance delivery is completed;

[0016] The material delivery mechanism includes a bin body, a disc, a timing mechanism, a discharging body, and a return mechanism; the disc is arranged on the top of the cover plate; the bin body is arranged above the disc; the bin body is connected to the cover plate through a support; a shaft rod is arranged at the center of the disc, and the shaft rod is connected to the cover plate or the lower end of the bin body; two tooth tracks are arranged on the top or outer wall of the disc, and the two tooth tracks include a timing tooth track and a return tooth track; a timing tooth track rack section and a timing tooth track toothless section are arranged on the timing tooth track; the timing gear is meshed with the timing tooth track rack section of the disc or separated from the timing tooth track toothless section; a rack is arranged on the return tooth track, and the return mechanism includes a return gear, and the return gear is meshed with the return tooth track; before the disc is manually moved, the position of the delivery port is the initial position, relative to the initial position of the disc. In the initial rotation direction, the delivery port is located behind the lower port of the discharge body, and the delivery port and the lower port of the discharge body are staggered; the timing gear is adjacent to the toothless section of the timing tooth track on the outer wall of the disc segment; the discharge body is arranged below the outflow port at the bottom of the bin body; the upper end of the discharge body is connected to the bottom of the bin body, and the lower end of the discharge body is in smooth contact with the disc, and the setting of the discharge body corresponds to the rotatable delivery port; the outflow port is a through port arranged at the bottom of the bin body; the material inside the bin body can flow into the inside of the discharge body through the outflow port of the bin body, and when the discharge body coincides with the delivery port, the internal material of the discharge body flows from the lower port of the discharge body through the delivery port and the cover plate port to the inside of the pot body; the material delivery process is as follows: at the initial position, relative to the initial rotation direction of the disc, the delivery port is located behind the lower port of the discharge body The delivery port is staggered with the lower port of the discharge body; the timing mechanism is adjacent to the toothless section of the timing tooth track; the disc is rotated by hand, and the return gear meshes with the rack of the return tooth track and is driven to rotate, and the return mechanism is deformed and stores energy; the timing gear is separated from the toothless section of the disc and does not rotate together; the disc drives the delivery port through the outflow port, and the two are staggered, and then the timing gear meshes with the rack section of the timing tooth track of the disc; the rack section of the timing tooth track drives the timing gear to rotate, and drives the timing mechanism to wind up the spring; when the disc rotates to the timing scale time position, let go, and after letting go, the timing gear of the timing mechanism drives the disc to rotate back; the return mechanism does not work on the back rotation of the disc temporarily; place materials inside the warehouse body; the timing mechanism drives the delivery port on the disc Rotate back, when the delivery port approaches the lower end of the material discharging body or the two are about to overlap, the timing gear encounters the toothless section of the timing tooth track of the disc, and the timing gear separates from the disc; the return gear of the return mechanism meshes with the return tooth track to drive the disc to rotate faster, and when the delivery port coincides with the lower end of the material discharging body, the material inside the warehouse body is delivered to the inside of the pot body, and after the material is delivered, the disc continues to rotate back to the initial position driven by the return mechanism, and the delivery of the material is completed; in order to better deliver the material, the material delivery mechanism is also provided with a damping device; a damping section is provided on the delivery device body or the cover plate, and a damping body is correspondingly provided on the disc, and when the damping body meets the damping section, the rotation speed of the disc is reduced, and when the damping body leaves the damping section, the rotation speed of the disc is increased;When the delivery port coincides with the lower port of the discharge body, the material in the bin body is delivered to the inside of the pot body, and the damping body on the disc encounters the damping section on the main body of the dispenser, and the rotation speed of the disc is reduced, so there is enough time to deliver the material; after the material is delivered, the disc continues to rotate driven by the return mechanism, and the damping body leaves the damping section; the disc returns to the initial position, and the delivery of the material is completed;

[0017] The material delivery mechanism includes a bin body, a disc, a timing mechanism, and a plug body; the disc is arranged above the cover plate; the bin body is arranged above the disc; the delivery port is arranged corresponding to the cover plate port, and the delivery port can coincide with the cover plate port; a top cover is arranged at the upper end of the bin body; the bin body is connected to the cover plate through a support; the outflow port is a through port arranged at the bottom of the bin body; a plug body is arranged under the disc; the upper end of the plug body is connected to the disc, and the lower end of the plug body is in smooth contact with the cover plate, and the plug body is arranged in a section or a circle; the plug body is arranged corresponding to the cover plate port, and the plug body can block the cover plate port; a discharging body is arranged inside the plug body, and the lower end of the delivery port is connected to the upper end of the discharging body, and the lower end of the discharging body is in sliding contact with the cover plate; the lower end of the discharging body can coincide with or stagger with the cover plate port; the disc is a disc, and a rack is arranged on the outer wall of the disc; the timing gear of the timing mechanism is connected to the disc The outer wall racks are meshed; the position of the discharge body before the disc is moved by hand is the initial position; the working process is as follows; at the initial position, the lower port of the discharge body coincides with the cover plate mouth; the disc is rotated by hand, and the disc drives the plug body and the discharge body to rotate; the disc drives the timing mechanism to tighten the spring; when the disc rotates to the set time scale position, let go, the timing mechanism is timed, and after letting go, the timing mechanism drives the disc to rotate back; the discharge body is staggered with the outflow port or the cover plate mouth, and the lower port of the plug body blocks the cover plate mouth; open the top cover to add substances to the inside of the bin body, and then close the top cover; when the timing time comes, the lower port of the discharge body coincides with the outflow port and the cover plate mouth, and the substances in the bin body are dropped into the inside of the pot body through the outflow port, the delivery port, the discharge body, and the cover plate mouth, and finally the lower port of the discharge body completely coincides with the cover plate mouth, the disc also returns to the initial position, and the substance delivery is completed.

[0018] Furthermore, the material delivery mechanism includes a bin body, a disc, and a timing mechanism; the disc is arranged inside the opening of the cover plate or on the cover plate; the lower end of the bin body is not provided with a bottom or a bottom plate of the bin body, and the lower port of the bin body is the bin body outflow outlet; the disc is arranged at the lower end of the bin body and can replace the bottom of the bin body or the bottom plate of the bin body; a rack or a rack segment is arranged on the outer wall or the upper surface of the disc; the disc is provided with a through opening called the delivery port; the bin body is arranged on the upper surface of the disc; the disc is arranged under the bin body; the disc can be driven to rotate by turning the hand, and the disc drives the delivery port to rotate The invention relates to a method for dispensing a material into a silo and a dispensing device for dispensing a material. The method comprises the following steps: first, the dispensing port is arranged inside the opening of the cover plate, and the rotation range of the dispensing port exceeds the lower port of the silo; the silo is connected to the cover plate or the main body of the dispenser through a support, and the lower port of the silo is in smooth contact with the disk; a blocking body is arranged; the blocking body is used to block the dispensing port; the lower end of the blocking body is in smooth contact with the disk; when the dispensing port and the lower port of the silo are staggered, the disk can block the lower port of the silo; the blocking body can block the dispensing port; the dispensing port and the lower port of the silo can be staggered or overlapped to complete the placement of materials into the silo or the opening of the silo outward. The material is put in; the putting port is larger than the lower port of the bin body, equal to the lower port of the bin body, or smaller than the lower port of the bin body; the disk is manually turned to rotate, and the timing mechanism can rotate with the rotation of the disk and be wound up, and when the disk rotates to the required timing position, the hand is released; the disk blocks the lower port of the bin body; the blocking body blocks the putting port; after letting go, the timing mechanism drives the disk to rotate back; the putting port and the lower port of the bin body are staggered to put the material inside the bin body; when the disk drives the putting port to coincide with the lower port of the bin body, the material inside the bin body is released through the lower port and the putting port The material is put into the pot body; one or more tooth paths are arranged on the outer wall or on the top of the disc; a circle of racks or rack segments or no tooth segments are arranged on each tooth path; a through hole is arranged on the disc, which is called the putting-in hole; the material in the bin body flows into the pot body through the lower port of the bin body and the putting-in hole; the bin body is arranged on the top of the disc; the bin body is connected to the dispenser body or the cover plate through a support; the shape of the bin body is not limited; the upper port of the bin body is provided with a top cover or not; the timing mechanism includes a timer and a timing gear; the timing gear can mesh with the disc rack or rack segment;

[0019] When the disc is arranged on the top of the cover plate, the cover plate opening is arranged corresponding to the rotatable delivery opening; the delivery opening and the cover plate opening can be staggered or overlapped to complete the placement of materials into the warehouse or the delivery of materials from the warehouse; the timing mechanism is arranged on or above the cover plate, and the timing mechanism can mesh with the rack or rack segment of the disc; the disc is manually turned to rotate, and the timing mechanism can rotate with the rotation of the disc and be wound up, and when the disc rotates to the required timing position, the hand is released, and after the hand is released, the timing mechanism drives the disc to rotate back; the delivery opening and the cover plate opening are staggered to place materials into the warehouse; when the disc drives the delivery opening to rotate and overlaps with the cover plate opening, the materials inside the warehouse The material is put into the pot through the feeding port and the cover plate opening; the disc can rotate; one or more tooth paths are arranged on the outer wall or on the disc; a circle of racks or rack segments or no tooth segments are arranged on each tooth path; a through hole is arranged on the disc, which is called the feeding port; a through hole is arranged on the cover plate, which is called the cover plate opening; the rotation range of the feeding port does not exceed the lower port of the warehouse body or the rotation range of the feeding port exceeds the lower port of the warehouse body; the warehouse body is arranged on the top of the disc; the warehouse body is connected to the main body or the cover plate of the dispenser through a support; the shape of the warehouse body is not limited; the upper port of the warehouse body is provided with a top cover or without a top cover; the timing mechanism includes a timer and a timing gear; the timing gear can mesh with the rack or rack segment of the disc;

[0020] The material delivery mechanism includes a warehouse body, a disc, a blocking body, and a timing mechanism. The disc is arranged under the warehouse body, and the disc can rotate under and outside the lower port of the warehouse body; the disc is arranged inside the cover plate opening; the rotation range of the delivery port exceeds the lower port of the warehouse body; the warehouse body is connected to the cover plate or the main body of the dispenser through a support, and the lower port of the warehouse body is in smooth contact with the disc; the blocking body is used to block the delivery port; the lower end of the blocking body is in smooth contact with the disc, the blocking body is in the shape of an arc-shaped ring, and the blocking body is connected to the lower end of the warehouse body; the blocking body is arranged corresponding to the delivery port, and when the disc delivery port leaves the lower end of the warehouse body, the blocking body can block the delivery port; a tooth path is arranged on the top or outer wall of the disc, and a rack segment or a toothless segment is arranged on the tooth path; the center of the disc is arranged on the shaft rod, and the shaft The rod is connected to the cover plate through the shaft support; the timing gear of the timing mechanism is meshed with the rack segment of the disc; the two tooth tracks on the disc include a timing tooth track and a return tooth track, the timing tooth track includes a timing tooth track rack segment and a timing tooth track toothless segment, the timing gear of the timing mechanism is meshed with the timing tooth track rack segment of the disc; the return gear of the return mechanism is meshed with the return tooth track; the damping device includes a damping section and a damping body; a damping section is arranged on the cover plate, and a damping body is arranged on the disc corresponding to the damping section, when the damping body meets the damping section, the rotation speed of the disc is reduced, and when the damping body leaves the damping section, the rotation speed of the disc is increased; the damping device can reduce the rotation speed of the disc when the delivery port and the bin flow outlet coincide with each other; the position of the delivery port in front of the disc is manually moved as the initial position The working process is as follows: in the initial position, the delivery port and the outflow port are staggered, and the blocking body blocks the delivery port; corresponding to the initial movement direction of the disc, the delivery port is located behind the cover plate opening; the timing gear is adjacent to the toothless section of the timing tooth track on the outer wall of the disc; the disc is pulled by hand to rotate, and the rack of the return tooth track meshes with the return gear to drive the return gear to rotate, and the return mechanism is driven to deform and store energy; in the toothless section of the timing tooth track of the disc, the timing gear is separated from the disc and does not rotate together; after the disc rotates, it drives the delivery port to pass through the cover plate opening, and the two are staggered again, and the timing gear meshes with the rack section of the disc; the rack section of the timing tooth track of the disc drives the timing gear to rotate, which drives the timer to wind up; when the disc rotates to the timing scale time position, let go, and after letting go, the timing mechanism The timing gear rotates, and the timing gear drives the disc to rotate back; at this time, the return mechanism has no effect on the disc's rotation back; the disc rotates following the rhythm of the timer; the material is placed inside the bin; the disc drives the delivery port to continue to rotate back, and when the delivery port and the cover plate port are about to coincide, the timing gear encounters the toothless section of the disc, and the timing gear separates from the disc; the disc accelerates its rotation driven by the return mechanism, and when the delivery port and the cover plate port coincide, the material inside the bin is delivered to the inside of the pot body, and the damping body on the disc contacts the damping section, the disc's rotation speed is reduced, and there is enough time to deliver the material; after the material is delivered, the disc continues to rotate driven by the return mechanism, and the damping body leaves the damping section; the disc returns to the initial position, and the delivery of the material is completed;

[0021] The material delivery mechanism comprises a bin body, a disc, a timing mechanism and a return mechanism; the disc is arranged on the top of the cover plate; the bin body is arranged on the top of the disc; the outflow port is the lower port of the bin body; the lower port of the bin body is not provided with a bin body bottom or a bin body bottom plate; the bin body is connected to the cover plate through a support; the center of the disc is connected to the cover plate through an axle rod; two tooth tracks are arranged on the top or outer wall of the disc, and the two tooth tracks include a timing tooth track and a return tooth track; a timing tooth track rack section and a timing tooth track toothless section are arranged on the timing tooth track; the timing gear is meshed with the timing tooth track rack section of the disc or separated from the timing tooth track toothless section; a rack is arranged on the return tooth track, and the return mechanism includes a return gear, and the return gear is meshed with the return tooth track; a hand Before the disc is turned, the position of the delivery port is the initial position. Relative to the initial rotation direction of the disc, the delivery port is located behind the cover plate port, and the delivery port and the cover plate port are staggered; the timing gear is adjacent to the toothless section of the timing tooth path on the outer wall of the disc segment; the material delivery process is as follows: at the initial position, relative to the initial rotation direction of the disc, the delivery port is located behind the cover plate port, and the delivery port and the cover plate port are staggered; the timing mechanism is adjacent to the toothless section of the timing tooth path; the disc is turned by hand to rotate, the return gear is meshed with the rack of the return tooth path and is driven to rotate, and the return mechanism is deformed to store energy; the timing gear is separated from the toothless section of the disc and does not rotate together; the disc drives the delivery port through the cover plate port, and the two are staggered, and then the timing gear and the timing tooth path of the disc are meshed. The tooth segments are meshed; the rack segment of the timing tooth track drives the timing gear to rotate, and drives the timing mechanism to wind up the mainspring; when the disc rotates to the timing scale time position, let go, and after letting go, the timing gear of the timing mechanism drives the disc to rotate back; the return mechanism temporarily does not work on the disc's reverse rotation; place substances into the warehouse body; the timing mechanism drives the delivery port on the disc to rotate back, and when the delivery port approaches the cover plate port or the two are about to overlap, the timing gear encounters the toothless segment of the timing tooth track of the disc, and the timing gear separates from the disc; the return gear of the return mechanism meshes with the return tooth track to drive the disc to rotate faster, and when the delivery port coincides with the cover plate port, the substances inside the warehouse body are delivered into the pot body, and after the substances are delivered, the disc is in the return mechanism The material delivery is completed by continuing to rotate back to the initial position under the drive of the dispenser; in order to better deliver the material, a damping device is also provided on the material delivery mechanism; a damping section is provided on the dispenser body or the cover plate, and a damping body is correspondingly provided on the disc, when the damping body meets the damping section, the rotation speed of the disc is reduced, and when the damping body leaves the damping section, the rotation speed of the disc is increased; when the delivery port coincides with the cover port, the material inside the warehouse body is delivered to the inside of the pot body, the damping body on the disc encounters the damping section on the dispenser body, the rotation speed of the disc is reduced, and there is enough time to deliver the material; after the material is delivered, the disc continues to rotate driven by the return mechanism, and the damping body leaves the damping section; the disc returns to the initial position, and the material delivery is completed.

[0022] Furthermore, the material delivery mechanism includes a warehouse body, a disc, and a timing mechanism; the disc is arranged inside the opening of the cover plate or on the cover plate or above the cover plate; the disc can rotate; a circle of racks or rack segments or no tooth segments are arranged on the top or outer wall of the disc; the disc is provided with a through opening called a delivery opening; the cover plate is provided with an outer cover or not; when the cover plate is provided with an outer cover, a lever is provided on the disc, the lower end of the lever is provided on the disc, and the upper end of the lever is exposed from the outer cover; a timing dial is provided on the outer cover, and a timing time is set on the timing dial; when the cover plate is not provided with an outer cover, a lever is provided on the disc or not; a timing dial is provided on the cover plate, and a timing time is set on the timing dial; the disc is arranged inside the opening of the cover plate or on the cover plate or above the cover plate; when the disc is arranged inside the opening of the cover plate, the disc is connected to the opening of the cover plate, and the connection method includes an edge connection method or an axis rod connection method; when the connection When the connection mode is edge connection mode, the edge of the disc is arranged on the top of the cover plate opening, the upper end of the side wall of the cover plate opening is concave, the lower end of the edge of the disc is concave, and the disc is placed inside the cover plate opening; the disc can rotate; when the connection mode is shaft connection mode, the center of the disc is connected to the shaft, and the upper end of the shaft is connected to the dispenser body or the warehouse body; when the disc is arranged inside the cover plate opening, the disc and the cover plate opening are in smooth contact, and the disc can rotate; the disc is arranged on or above the cover plate; the disc can rotate on or above the cover plate; the connection mode between the disc and the cover plate includes shaft connection or edge connection; the shaft connection mode is that the center of the disc is connected to the cover plate or the dispenser body or the warehouse body through the shaft; the edge connection mode is that the edge of the disc is movably connected with the cover plate ring or the fixed body arranged on the cover plate, and the disc rotates on the cover plate along the cover plate ring to release the material; the edge of the disc is placed inside the cover plate ring or outside the cover plate ring.

[0023] Furthermore, 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 timing pointer is arranged on the disc, corresponding to the zero point of the timing dial; when the timing mechanism includes a timer and a timing dial, the timer includes a power gear; the power gear is arranged on or above the cover plate, and the power gear is meshed with the disc rack; when the timing mechanism includes a timer, a timing gear, and a timing dial, the timing gear is arranged on or above the cover plate, one side of the timing gear is meshed with the rack on the outer wall of the disc, and the other side is meshed with the power gear; the timer is arranged on or above the cover plate or on the outer cover The timer is composed of a power gear, a spring, and a release component; the power gear is driven by an external force to tighten the spring; the spring is a unidirectional rotating tightening mechanism, and the external force can intermittently tighten the spring; the disc is rotated by hand, and the disc drives the timing gear to rotate, driving the timer spring to be tightened. When the pointer on the disc reaches the timing time on the timing dial, let go, and the spring drives the power gear to rotate in the opposite direction; the power gear drives the disc to rotate in the opposite direction, or the power gear drives the timing gear to rotate in the opposite direction, and the timing gear drives the disc to rotate in the opposite direction for timing. When the timing time is reached, the spring stops, the power gear stops rotating, and the pointer on the disc returns to zero indication.

[0024] Furthermore, the return mechanism is arranged on or above the cover plate, one end of the return mechanism is connected to the disc, and the other end is connected to the dispenser body or 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 return mechanism pulls the disc away from the initial position by hand, the return mechanism deforms and stores energy, and has the ability to make the disc return to the initial position; the elastic return device of the return mechanism includes a spring or a compression spring or a torsion spring or an elastic sheet; the spring is arranged on or above the cover plate, one end of the spring is connected to the disc, and the other end is connected to the dispenser body or the cover plate; when the disc is pulled .... The disk rotates, and the spring is deformed after the disk leaves the initial position. The spring is stretched to store energy. When the hand is released, the stretched spring can pull the wheel to rotate toward the initial position until the disk 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 disk, and the other end of the compression spring is connected to the dispenser body or the cover plate. The disk is pulled by hand to rotate, and the compression spring is compressed to store energy after the disk leaves the initial position. When the hand is released, the elastic force of the compression spring is released, pushing the disk to rotate toward the initial position until the disk returns to the initial position; the torsion spring or elastic sheet is sleeved on the central shaft of the disk, and one end of the torsion spring or elastic sheet is connected to the cover plate or the dispenser body The other end of the torsion spring or elastic sheet is connected to the disc, and the disc is rotated by pulling it by hand. After the disc leaves the initial position, the torsion spring or elastic sheet is compressed to generate a reverse tension force. When the hand is released, the tension of the torsion spring or elastic sheet is released, driving the disc to rotate toward the initial position until the disc 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, 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; on the torsion shaft A mainspring or torsion spring or elastic sheet is arranged, one end of the mainspring or torsion spring or elastic sheet is arranged on the cover plate or connected to the cover plate, and the other end is connected to the torque gear; a circle or a section of return rack is arranged on the disc, and the torque gear is meshed with the return rack; when the disc is rotated by hand and the disc leaves the initial position, the return rack of the disc drives the torque gear to rotate, and the mainspring or torsion spring or elastic sheet of the torque gear is contracted and pressed; after the hand is released, the elastic force of the mainspring or torsion spring or elastic sheet is released, driving the torque gear to rotate, and the torque gear is meshed with the disc return rack to drive the wheel disc to rotate to the initial position until the disc returns to the initial position.

[0025] Furthermore, the damping device includes a sliding deceleration device or a rolling deceleration device; the sliding deceleration device is a damping body arranged on the disc, the damping body includes a raised section; a friction material or no friction material is arranged on the raised section; a damping section is arranged on or above the cover plate corresponding to the raised section, the damping section is arranged with or without friction material, when the disc damping body contacts the sliding damping section during the rotation of the disc, the rotation resistance of the disc increases, the rotation speed of the disc decreases, when the damping body on the disc rotates through the damping section, the rotation speed of the disc accelerates; the friction material is a material with a certain damping coefficient; the rolling deceleration device is a damping body arranged at a designated position on the disc, 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 disc damping body encounters the rolling damping section during the rotation of the disc, the disc As the rotational resistance increases, the rotational speed of the disc decreases. When the damping body of the disc passes through the rolling damping section, the rotation speed of the disc accelerates. One or more damping devices can be set on the material delivery mechanism as needed. A rack can be set on the damping body, and a rack can be set on the roller. When the two are meshed together, they can play a damping role. The working process of the material delivery mechanism with a damping device is as follows: at the initial position, the cover plate opening and the delivery opening do not overlap. The disc is rotated by hand, and the disc drives the return mechanism to deform and store energy. When the disc rotates to the set position, the hand releases the disc. The material is placed inside the warehouse body, and the material delivery time is set. When the disc is driven by the return mechanism to accelerate its rotation toward the initial position, and the delivery opening coincides with the cover plate opening, the damping body of the disc meets the damping section or the rolling damping section, the rotation speed of the disc is reduced, and the material inside the warehouse body flows to the inside of the pot body below the delivery opening. After the material is delivered, the disc damping body leaves the damping section, and the disc speed accelerates back to the initial position.

[0026] Furthermore, the material delivery mechanism is a multi-bin material delivery mechanism, which includes a bin body, a disc, and a timing mechanism; a plurality of bin bodies are provided; the lower ports of the plurality of bin bodies are all provided on a bin body bottom plate or a plurality of bin bodies are independently provided; the shape of each bin body is not limited, each bin body is connected to a dispenser body or a cover plate through a support, or the bin body bottom plate is connected to a dispenser body or a cover plate through a support; the lower ports of the plurality of bin bodies are all provided on a bin body bottom plate; each bin body has openings at the upper and lower ends, the upper port of the bin body is a material addition port, and the upper port of the bin body is provided with a top cover or without a top cover; the lower port of each bin body is provided on the bin body bottom plate, and a through port is provided at the bin body bottom plate inside each bin body as an outflow port for each bin body; the bottom of the bin body The shape and size of the plate are not limited, and the shape of the bottom plate of the bin body includes a circular bottom plate; multiple independent bins are set; the upper port of each bin body is a material addition port, and the material can be placed inside the bin body; the lower port of each bin body is an outflow port; each bin body is connected to the dispenser body or the cover plate through a support, or each bin body is connected to the dispenser body or the cover plate through a support; the disc is arranged inside the cover plate opening or on the cover plate or above the cover plate; the lower ports of multiple bin bodies are all arranged on a bin body bottom plate; the shape of each bin body is not limited; the bin body bottom plate includes a circular bottom plate; each bin body has openings at the upper and lower ends or the upper end is provided with a top cover with an opening at the lower end; the upper port of each bin body is a material addition port; the opening of the bottom plate of each bin body is The outlet of the bottom plate of the silo is respectively arranged corresponding to the rotatable delivery port, and each outlet of the bottom plate of the silo can be overlapped or staggered with the delivery port; the bottom plate of the silo is in contact with the disc, and the disc is arranged inside the cover plate opening; the bottom plate of the silo is connected to the dispenser body or the cover plate through a support; one or more tooth paths are arranged on the upper surface or outer wall of the disc, and a rack or a rack segment or a toothless segment is arranged on the tooth path; the rack segment is a section of rack arranged on the tooth path on the upper surface or outer wall of the disc, and the rack segment can mesh with the timing mechanism or the return mechanism; the toothless segment is a section of the tooth path on the upper surface or outer wall of the disc without a rack, and the toothless segment of the disc is separated from the timing mechanism; the timing gear of the timing mechanism can be engaged with the rack or rack segment on the tooth path The meshing is timed; the return mechanism can drive the disc back to the initial position; the material delivery mechanism is provided with a damping device or not; a damping device is provided; the damping device includes a damping section and a damping body; a damping section is provided, and the damping section is provided on the cover plate; the damping body is provided on the outer wall of the disc or on the disc, and each bin body is provided with a damping body; the damping device can properly control the overlap time of the delivery port and the outflow port to completely deliver the material in the bin body; the bottom plate of the bin body can always block the delivery port; before the disc is manually moved, the position of the delivery port is the initial position, corresponding to the initial movement direction of the disc, the delivery port is behind the outflow ports of several bin bodies, and the bin bodies from near to far from the delivery port are arranged in sequence, and the timing gear is adjacent to the toothless section of the disc;During the delivery process, only one of the bins can be accurately timed for material delivery, and the other bins will deliver materials at fixed time intervals following the timing bin.

[0027] The material delivery mechanism is a multi-bin material delivery mechanism, which is provided with two bin bodies; two tooth paths are provided on the disc, and the two tooth paths include a timing tooth path and a return tooth path; the return mechanism includes a return gear, and the return gear is meshed with the return tooth path; the position of the delivery port in front of the disc is manually moved as the initial position, corresponding to the initial movement direction of the disc, and the delivery port is behind the outflow ports of the two bin bodies; the bin bodies from near to far from the delivery port are sequentially arranged as No. 1 bin body and No. 2 bin body, and the timing gear is adjacent to the toothless section on the timing tooth path of the disc; two toothless sections and two rack sections are provided on the timing tooth path of the disc; the toothless section of the No. 1 timing tooth path on the disc corresponds to the No. 1 bin body, and the No. 2 timing gear on the disc corresponds to the toothless section of the No. 1 timing tooth path on the disc. The toothless section of the timing tooth path corresponds to the No. 2 warehouse body; the disc is rotated by hand, and the disc drives the return mechanism to deform and store energy; the timing gear is separated from the disc and does not rotate together; the delivery port first passes through the flow outlet of the No. 1 warehouse body, and when the delivery port coincides with the flow outlet of the No. 1 warehouse body and then staggers, the timing gear meshes with the rack section of the No. 1 timing tooth path, and the timing gear is driven to rotate by the disc, and the timing mechanism performs timing; when the delivery port is about to coincide with the flow outlet of the No. 2 warehouse body, the toothless section of the No. 2 timing tooth path on the outer wall of the disc passes through the timing gear of the timing mechanism, and the timing gear is separated from the disc; when the delivery port coincides with the flow outlet of the No. 2 warehouse body and then staggers, the rack section of the No. 2 timing tooth path meshes with the timing gear of the timing mechanism, The timing gear is driven by the disc to rotate for timing, driving the timing mechanism to wind up the mainspring; then, when the disc rotates to the timing time position of the No. 1 bin, let go, and after letting go, the timing gear of the timing mechanism drives the disc to rotate back, and the return mechanism has power to rotate the disc back, but at this time the disc rotates following the rhythm of the timing mechanism; materials are placed inside each bin; the timing mechanism drives the delivery port on the disc to continue to rotate back, and when the delivery port is about to coincide with the No. 2 outflow port of the No. 2 bin, the timing gear encounters the No. 2 timing tooth path of the disc corresponding to the No. 2 bin without a tooth section, and the timing gear separates from the disc; the disc rotates faster driven by the return mechanism, and the delivery port and the No. 2 bin are aligned. The No. 2 flow outlet overlaps, and the material in the No. 2 bin is released into the pot body through the release port. The No. 2 damping body meets the damping section and rubs to slow down the disc. After the material is released, the No. 2 damping body separates from the damping section, and the disc continues to rotate forward driven by the return mechanism; the No. 1 timing tooth track rack section passes through the timing gear of the timing mechanism, and the timing gear engages with the No. 1 timing tooth track rack section to drive the disc to continue to rotate backward, and the timing mechanism continues to time the rotation of the disc; when the release port and the No. 1 flow outlet of the No. 1 bin are about to overlap, the timing gear encounters the No. 1 timing tooth track toothless section on the outer wall of the disc, and the timing gear disengages from the No. 1 timing tooth track toothless section and separates from the disc;The disc rotates faster driven by the return mechanism. When the delivery port coincides with the No. 1 outflow port, the material in the No. 1 bin is delivered to the inside of the pot. The No. 1 damping body meets the damping section and rubs against it to reduce the speed of the disc. After the material is delivered, the No. 1 damping body separates from the damping section. After the material is delivered, the disc continues to rotate back to the initial position driven by the return mechanism. The delivery of the material is completed.

[0028] The material delivery mechanism is a multi-bin material delivery mechanism, which includes multiple bins; a disc is arranged on the cover plate; the lower ports of the multiple bins are all arranged on the bottom plate of the bin, and the lower ports of the bins are in smooth contact with the discs respectively; the shape of each bin is not limited; the bin is fixedly arranged; each bin has openings at both ends or the upper end is provided with an opening at the lower end of the top cover; the upper port of each bin is a material addition port, and the lower port of each bin is a flow outlet or the bottom plate opening of the bin inside the bin is the flow outlet; each bin flow outlet is respectively arranged corresponding to the rotatable disc delivery port, and the delivery port can overlap or stagger with each bin flow outlet respectively; the bin is connected to the dispenser body or the cover plate through a support; corresponding cover plate ports are respectively arranged on the cover plate corresponding to the flow outlet of each bin, and a plurality of cover plate ports are arranged; a disc is arranged between the bin and the cover plate; a tooth path is arranged on the disc, and a rack or a rack segment or a toothless segment is arranged on the tooth path; the lower ports of the multiple bins are respectively arranged on the bottom plate of the bin;

[0029] The material delivery mechanism is a multi-bin material delivery mechanism, which is provided with two bin bodies; a return mechanism is provided on the cover plate, and the return mechanism includes a return gear, which is meshed with a return tooth track; a damping device is provided on the cover plate; before the disc is manually moved, the position of the delivery port is the initial position, and the delivery port is behind the outflow ports of the two bin bodies corresponding to the initial movement direction of the disc, and the bin bodies from near to far from the delivery port are sequentially arranged as No. 1 bin body and No. 2 bin body, and the timing gear is adjacent to the toothless section of No. 1 timing tooth track; the toothless section of No. 1 timing tooth track corresponds to No. 1 bin body, and the toothless section of No. 2 timing tooth track corresponds to No. 2 bin body; No. 1 damping body corresponds to No. 1 outflow port of No. 1 bin body, and No. 2 damping body corresponds to No. 2 outflow port of No. 2 bin body; the cover plate is respectively A cover plate opening No. 1 and a cover plate opening No. 2 are provided corresponding to the positions of the warehouse body No. 1 and the warehouse body No. 2; the disc is rotated by hand, and the disc drives the return mechanism to deform and store energy; the toothless section of the No. 1 timing tooth path passes through the timing gear of the timing mechanism, and the timing gear is separated from the disc and does not rotate with the disc; when the delivery port on the disc passes through the outlet of the warehouse body No. 1, the rack section of the No. 1 timing tooth path passes through the timing gear of the timing mechanism, and the timing gear is meshed with the rack section of the No. 1 timing tooth path, and the timing gear rotates with the disc to perform timing; when the delivery port and the No. 2 outlet are about to coincide, the toothless section of the No. 2 timing tooth path passes through the timing gear of the timing mechanism, and the timing gear is separated from the toothless section of the No. 2 timing tooth path, and the timing gear does not rotate with the disc. The disc rotates together, and after the delivery port on the disc passes through the No. 2 flow outlet, the rack segment of the No. 2 timing tooth path passes through the timing gear of the timing mechanism, and the timing gear meshes with the rack segment of the No. 2 timing tooth path. After the timing gear rotates, it drives the timing mechanism to wind up the spring for timing; then the disc rotates to the timing time position of the No. 2 warehouse body and is released. After releasing the hand, the timing gear of the timing mechanism meshes with the rack segment of the No. 2 timing tooth path and drives the disc to rotate back. The return mechanism has power to rotate the disc back, but the disc rotates following the rhythm of the timer; materials are placed in the two warehouse bodies respectively; the disc drives the delivery port to continue to rotate back, and when the delivery port is about to coincide with the No. 2 flow outlet, the timing gear encounters the No. 2 timing tooth path on the disc without The tooth segment, the timing gear and the toothless segment of the No. 2 timing tooth track are disengaged, and the timing gear is separated from the disc; the disc rotates faster under the drive of the return mechanism, the delivery port coincides with the No. 2 outflow port of the No. 2 bin body, and the No. 2 damping body reduces the disc speed after contacting the damping segment, and the material inside the No. 2 bin body is delivered to the inside of the pot body through the No. 2 outflow port, the delivery port, and the No. 2 cover plate port. After the material is delivered, the No. 2 damping body leaves the damping segment, and the disc continues to rotate forward under the drive of the return mechanism; then the rack segment of the No. 1 timing tooth track passes through the timing gear of the timing mechanism, and the timing gear meshes with the rack segment of the No. 1 timing tooth track, and the timing mechanism drives the disc to rotate and continue to time the disc rotation; the timing mechanism drives the delivery port to continue to rotate back to the timing;When the delivery port and the No. 1 outlet of the No. 1 bin are about to coincide, the timing gear encounters the toothless section of the No. 1 timing tooth track, and the timing gear disengages from the toothless section of the No. 1 timing tooth track, and the timing gear separates from the disc; the disc accelerates its rotation under the drive of the return mechanism, and the No. 1 damping body contacts the damping section to reduce the rotation speed of the disc. When the delivery port coincides with the No. 1 outlet, the material inside the No. 1 bin is delivered to the inside of the pot through the No. 1 outlet, the delivery port, and the No. 1 cover plate. After the material is delivered, the No. 1 damping body disengages from the damping section, and the disc continues to rotate back to the initial position under the drive of the return mechanism, and the delivery of the material is completed. ;

[0030] The timed rotating plate dispenser of the present invention does not need to power up the dispensing mechanism during the process of dispensing substances, can achieve 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. BRIEF DESCRIPTION OF THE DRAWINGS

[0031] Figure 1 This is a schematic diagram of the structure of the dispenser of Example 1.

[0032] Figure 2 This is a schematic diagram of the structure of the dispenser of Example 2.

[0033] Figure 3 This is a schematic diagram of the structure of the dispenser of Example 3.

[0034] Figure 4 This is a schematic diagram of the structure of the dispenser of Example 4.

[0035] Figure 5 This is a schematic diagram of the structure of the dispenser of Example 5.

[0036] Figure 6 This is a schematic diagram of the structure of the dispenser of Example 6.

[0037] Figure 7 This is a schematic diagram of the structure of the dispenser of Example 7.

[0038] Figure 8 This is a schematic diagram of the structure of the dispenser of Example 8.

[0039] Fig. 9 This is a schematic diagram of the structure of the dispenser of Example 9.

[0040] Fig.10 This is a schematic diagram of the structure of the dispenser of Example 10.

[0041] Fig.11 This is a schematic diagram of the structure of the dispenser of Example 11.

[0042] Fig.12 This is a schematic diagram of the structure of the dispenser of Example 12.

[0043] Fig.13This is a schematic diagram of the structure of the dispenser of Example 13.

[0044] In the figure: 1, cover plate; 2, pot body; 3, bin body; 4, disc; 5, timing mechanism; 6, rack; 7, delivery port; 8, cover plate port; 9, support; 10, top cover; 11, timing gear; 12, plugging body; 13, shaft; 14, shaft support; 15, outflow port; 16, rack section; 17, toothless section; 18, damping section; 19, damping body; 20, plug body; 21, discharge body; 22, return gear; 23, return tooth track ; 24. Timing gear rack segment; 25. Timing gear non-tooth segment; 26. Torsion spring; 27. No. 1 housing; 28. No. 2 housing; 29. ​​No. 1 timing gear non-tooth segment; 30. No. 2 timing gear non-tooth segment; 31. No. 1 timing gear rack segment; 32. No. 2 timing gear rack segment; 33. No. 1 damping body; 34. No. 2 damping body; 35. No. 1 outflow port; 36. No. 2 outflow port; 37. No. 1 cover plate port; 38. No. 2 cover plate port. DETAILED DESCRIPTION

[0045] The present invention will be further described in detail below in conjunction with the accompanying drawings and specific embodiments.

[0046] A timed rotating plate type dispenser, comprising a dispenser body, the dispenser body comprising a cover plate 1 and a pot body 2, the pot body 2 being located at the lower part of the dispenser body, the cover plate 1 being arranged on or above the pot body 2; a through opening 8 being arranged on the cover plate; a material dispensing mechanism being arranged on the cover plate 1;

[0047] The material delivery mechanism comprises a bin body 3, a disc 4, and a timing mechanism 5; the disc is arranged inside the opening of the cover plate 1 or on the cover plate or above the cover plate; the disc can rotate; a rack 6 and a rack segment are arranged on the outer wall or on the top of the disc; the disc is provided with a through opening called a delivery opening 7; the bin body 3 is arranged on or above the disc; the through opening is arranged at the bottom of the bin body as a flow outlet or at the bottom plate of the bin body as a flow outlet; the disc can be driven to rotate by manually turning the disc, and the disc drives the delivery opening to rotate, and the delivery opening and the flow outlet of the bin body can be staggered or overlapped to complete the placement of materials into the bin body or the delivery of materials out of the bin body;

[0048] The timing mechanism 5 is arranged on or above the cover plate, and the timing mechanism can mesh with the rack or rack segment of the disc; the disc is manually turned to rotate, and the timing mechanism can rotate with the rotation of the disc and be wound up, and when the disc rotates to the required timing position, the hand is released, and after the hand is released, the timing mechanism drives the disc to rotate back; the delivery port and the outflow port of the bin body are staggered to place the material inside the bin body; when the delivery port driven by the disc coincides with the outflow port of the bin body, the material inside the bin body is delivered to the inside of the pot body through the cover plate opening;

[0049] Or the material delivery mechanism includes a bin body 3, a disc 4, and a timing mechanism 5; the disc is arranged inside the opening of the cover plate 1 or on the cover plate 1; the lower end of the bin body is not provided with a bottom or a bin body bottom plate, and the lower port of the bin body is the bin body outflow outlet; the disc is arranged at the lower end of the bin body and can replace the bin body bottom or the bin body bottom plate; a rack 6 or a rack segment is arranged on the outer wall or the upper surface of the disc; the disc is provided with a through hole called a delivery port 7; the bin body 3 is arranged on the upper side of the disc; the disc is arranged on the lower side of the bin body; the disc can be driven to rotate by turning the hand, and the disc drives the delivery The timing mechanism 5 is arranged on or above the cover plate, and the timing mechanism can mesh with the rack or rack segment of the disc; the disc is manually turned to rotate, and the timing mechanism can rotate with the rotation of the disc and be wound up. When the disc rotates to the required timing position, let go, and after letting go, the timing mechanism drives the disc to rotate back; the delivery port and the cover plate port 8 are staggered to place the material inside the warehouse body; the disc drives the delivery port to rotate, and when the delivery port and the outflow port or the delivery port and the cover plate port 8 coincide, the material inside the warehouse body is delivered to the inside of the pot body.

[0050] The material delivery mechanism includes a bin body 3, a disc 4, and a timing mechanism 5; a through opening is provided on the cover plate, which is called a cover plate opening 8; the disc is provided inside the through opening of the cover plate 1; the bin body is provided on or above the disc; the bin body is connected to the dispenser body or the cover plate through a support; the disc rotates at the bottom of the bin body or under the bottom plate of the bin body, or at the bottom of the bin body or under and outside the bottom plate of the bin body; the disc is provided inside the cover plate opening, and the lower end of the disc is in smooth contact with the cover plate opening and can rotate; one or more tooth paths are provided on the outer wall or on the top of the disc; a circle of racks or a rack segment or a toothless segment is provided on each tooth path; the through opening of the disc is provided as a delivery opening 7; the disc is connected to the cover plate or to the dispenser body. Or connected to the warehouse body; the disc is connected to the cover plate; the edge of the disc is connected to the cover plate opening, and the disc can rotate along the cover plate opening; the disc is connected to the dispenser body, the center of the disc is set on the shaft rod, the shaft rod is connected to the dispenser body, and the disc can rotate along the shaft rod; the disc is connected to the warehouse body; the center of the disc is set on the shaft rod, the upper end of the shaft rod is connected to the warehouse body, and the upper end of the shaft rod is set at the bottom of the warehouse body or at the center of the bottom of the warehouse body; the disc can rotate along the shaft rod; the delivery port is correspondingly arranged with the outflow port of the warehouse body; the delivery port can overlap or stagger with the outflow port of the warehouse body to deliver materials into the pot body through rotation; the timing mechanism includes a timing gear, and a clockwork is arranged inside the timing mechanism, and the timing The gear can mesh with the rack or rack segment of the disc; the disc is arranged under or below the warehouse body; the disc rotates at the bottom of the warehouse body or under the bottom plate of the warehouse body; the rotation range of the delivery port does not exceed the bottom of the warehouse body or the bottom plate of the warehouse body, and the bottom of the warehouse body or the bottom plate of the warehouse body can always block the delivery port above the disc, or the rotation range of the delivery port exceeds the bottom of the warehouse body or the bottom plate of the warehouse body, and the bottom of the warehouse body or the bottom plate of the warehouse body cannot always block the delivery port above the disc; the lower end periphery of the disc is smoothly placed inside the cover plate opening, and a rack is arranged around the upper end of the disc; the warehouse body is connected to the dispenser body or the cover plate through a support; the shape of the warehouse body is not limited; the upper port of the warehouse body is provided with a top cover or not; the warehouse body includes the warehouse body or includes the warehouse body and the bottom of the warehouse body. plate; when the bin body includes the bin body, the upper and lower ends of the bin body are open, the upper port of the bin body is the material addition port, and the lower port of the bin body is the outflow port; a through port is set at the bottom of the bin body as the outflow port or a through port is set at the bottom plate of the bin body as the outflow port; the outflow port is set corresponding to the rotatable delivery port, and the bin body outflow port can overlap or stagger with the delivery port; a top cover is set at the upper port of the bin body or no top cover is set; when the bin body includes the bin body and the bin body bottom plate, the bin body is set on the bin body bottom plate; a through port is set at the bin body bottom plate, and the through port is the outflow port; the bin body bottom plate is located on or above the disc; the shape of the bin body bottom plate is not limited, and the bin body bottom plate is larger than the bin body bottom plate; the timing mechanism includes a timer and a timing gear; the timing gear can mesh with the disc rack or rack segment;

[0051] The material delivery mechanism includes a warehouse body, a disc, and a timing mechanism; the disc is arranged inside the opening of the cover plate 1 or on the cover plate or above the cover plate; the disc can rotate; a circle of racks or rack segments or no tooth segments are arranged on the top or outer wall of the disc; the disc is provided with a through opening called a delivery opening; the cover plate is provided with an outer cover or not; when the cover plate is provided with an outer cover, a lever is provided on the disc, the lower end of the lever is provided on the disc, and the upper end of the lever is exposed from the outer cover; a timing dial is provided on the outer cover, and a timing time is set on the timing dial; when the cover plate is not provided with an outer cover, a lever is provided on the disc or not; a timing dial is provided on the cover plate, and a timing time is set on the timing dial; the disc is arranged inside the opening of the cover plate or on the cover plate or above the cover plate; when the disc is arranged inside the opening of the cover plate, the disc is connected to the opening of the cover plate, and the connection method includes an edge connection method or an axis rod connection method; when the connection method When the edge connection mode is adopted, the edge of the disc is arranged on the top of the cover plate opening, the upper end of the side wall of the cover plate opening is concave, the lower end of the edge of the disc is concave, and the disc is placed inside the cover plate opening; the disc can rotate; when the connection mode is the shaft rod connection mode, the center of the disc is connected to the shaft rod, and the upper end of the shaft rod is connected to the dispenser body or the warehouse body; when the disc is arranged inside the through opening of the cover plate 1, the disc and the cover plate through opening are in smooth contact, and the disc can rotate; the disc is arranged on or above the cover plate; the disc can rotate on or above the cover plate; the connection mode between the disc and the cover plate includes shaft rod connection or edge connection; the shaft rod connection mode is that the center of the disc is connected to the cover plate or the pot body or the warehouse body through the shaft rod; the edge connection mode is that the edge of the disc is movably connected with the cover plate ring or the fixed body arranged on the cover plate, and the disc rotates on the cover plate along the cover plate ring to release the material; the edge of the disc is placed inside the cover plate ring or outside the cover plate ring.

[0052] 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 timing pointer is arranged on the disc, corresponding to the zero point of the timing dial; when the timing mechanism includes a timer and a timing dial, the timer includes a power gear; the power gear is arranged on or above the cover plate, and the power gear is meshed with the rack of the disc; when the timing mechanism includes a timer, a timing gear and a timing dial, the timing gear is arranged on or above the cover plate, one side of the timing gear is meshed with the rack of the outer wall of the disc, and the other side is meshed with the power gear; the timer is arranged on or above the cover plate or on the outer cover, The timer is composed of a power gear, a spring, and a release component; the power gear is driven by an external force to tighten the spring; the spring is a unidirectional rotating tightening mechanism, and the external force can intermittently tighten the spring; the disk is rotated by hand, and the disk drives the timing gear to rotate, driving the timer spring to be tightened. When the pointer on the disk reaches the timing time on the timing dial, let go, and the spring drives the power gear to rotate in the opposite direction; the power gear drives the disk to rotate in the opposite direction, or the power gear drives the timing gear to rotate in the opposite direction, and the timing gear drives the disk to rotate in the opposite direction for timing. When the timing time is reached, the spring stops, the power gear stops rotating, and the pointer on the disk returns to zero indication.

[0053] The return mechanism is arranged on or above the cover plate, one end of the return mechanism is connected to the disc, and the other end is connected to the dispenser body or the cover plate; the return mechanism includes an elastic return device or a gear return device, and the number of the elastic return devices or the gear return devices is not limited; after the disc is pulled away from the initial position by hand, the return mechanism deforms and stores energy, and has the ability to make the disc return to the initial position; the elastic return device of the return mechanism includes a spring or a compression spring or an elastic sheet; the spring is arranged on or above the cover plate, one end of the spring is connected to the disc, and the other end is connected to the dispenser body or the cover plate; the disc is pulled by hand to rotate, After the disc leaves the initial position, the spring is deformed, and the spring is stretched to store energy. When the hand is let go, the stretched spring can pull the wheel to rotate toward the initial position until the disc 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 disc, and the other end of the compression spring is connected to the dispenser body or the cover plate. The disc is pulled by hand to rotate, and the compression spring is compressed to store energy after the disc leaves the initial position. When the hand is let go, the elastic force of the compression spring is released, pushing the disc to rotate toward the initial position until the disc returns to the initial position; the torsion spring or elastic sheet is sleeved on the central shaft of the disc, and one end of the torsion spring or elastic sheet is connected to the cover plate or the dispenser body. The other end of the torsion spring or elastic sheet is connected to the disc, and the disc is rotated by pulling it by hand. After the disc leaves the initial position, the torsion spring or elastic sheet is compressed to generate a reverse tension force. When the hand is released, the tension of the torsion spring or elastic sheet is released, driving the disc to rotate toward the initial position until the disc 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, 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 rod, 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 is connected to the torsion gear; a circle or a section of return rack is arranged on the disc, and the torsion gear is meshed with the return rack; when the disc is rotated by hand and the disc leaves the initial position, the return rack of the disc drives the torsion gear to rotate, and the torsion spring or the elastic sheet of the torsion gear is contracted and pressed, and after the hand is released, the elastic force of the torsion spring or the elastic sheet is released, driving the torsion gear to rotate, and the torsion gear is meshed with the disc return rack to drive the wheel disc to rotate to the initial position until the disc returns to the initial position.

[0054] The damping device includes a sliding deceleration device or a rolling deceleration device; the sliding deceleration device is to set a damping body on the disc, and the damping body includes a raised section; a friction material or no friction material is set on the raised section; a damping section is set on or above the cover plate corresponding to the raised section, and the damping section is set with or without friction material. When the disc damping body contacts the sliding damping section during the rotation of the disc, the rotation resistance of the disc increases and the rotation speed of the disc decreases. When the damping body on the disc rotates through the damping section, the rotation speed of the disc accelerates; 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 disc, and 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; a roller is set in the rolling damping section, and there is a certain blocking force between the roller and the roller bearing; when the disc damping body encounters the rolling damping section during the rotation of the disc, the rotation resistance of the disc Increase, the rotation speed of the disc decreases, and the disc speed increases after the damping body of the disc passes through the rolling damping section; one or more damping devices can be set up for the material delivery mechanism as needed; a rack can be set up on the damping body, and a rack can be set up on the roller, and when the two are meshed together, they can play a damping role; the working process of the material delivery mechanism with a damping device is as follows: at the initial position, the lower port of the warehouse body does not coincide with the delivery port; the disc is rotated by hand, and the disc drives the return mechanism to deform and store energy. When the disc rotates to the set position, the hand releases the disc; the material is placed inside the warehouse body, and the material delivery time is set; the disc rotates to the initial position driven by the return mechanism, and when the lower port of the warehouse body coincides with the delivery port, the damping body of the disc meets the damping section or the rolling damping section, the rotation speed of the disc is reduced, and the material inside the warehouse body flows to the inside of the pot body below the delivery port. After the material is delivered, the disc protrudes away from the damping section, and the disc speed increases and returns to the initial position.

[0055] The material delivery mechanism is a multi-bin material delivery mechanism, which includes a bin body, a disc, and a timing mechanism; a plurality of bin bodies are provided; the lower ports of the plurality of bin bodies are all provided on a bin body bottom plate or a plurality of bin bodies are provided independently; the shape of each bin body is not limited, each bin body is connected to a dispenser body or a cover plate, or the bin body bottom plate is connected to a dispenser body or a cover plate; the lower ports of the plurality of bin bodies are all provided on a bin body bottom plate; each bin body has openings at the upper and lower ends, the upper port of the bin body is a material addition port, and the upper port of the bin body is provided with a top cover or without a top cover; the lower port of each bin body is provided on the bin body bottom plate, and a through port is provided on the bin body bottom plate inside each bin body as an outflow port for each bin body; the shape and size of the bin body bottom plate are not limited, and the shape of the bin body bottom plate is not limited. It includes a circular bottom plate; a plurality of independent bins are arranged; the upper port of each bin is a material adding port, and the material can be placed inside the bin; the lower port of each bin is a flow outlet; each bin is respectively connected to the dispenser body or the cover plate or is connected between each bin; the disc is arranged inside the cover plate opening or on the cover plate or above the cover plate; the lower ports of the plurality of bins are arranged on a bin bottom plate; the shape of each bin is not limited; the bin bottom plate includes a circular bottom plate; each bin has openings at the upper and lower ends or the upper end is provided with an opening at the lower end of the top cover; the upper port of each bin is a material adding port; the opening of each bin bottom plate is a flow outlet; each bin bottom plate flow outlet is respectively arranged corresponding to the rotatable delivery port, and each bin bottom plate flow outlet can be respectively connected to the dispenser The discharge openings overlap or staggered; the bottom plate of the warehouse body contacts the disc, and the disc is arranged inside the cover plate opening; the bottom plate of the warehouse body is connected to the dispenser body or the cover plate through a support; one or more tooth paths are arranged on the upper side or the outer wall of the disc, and a rack or a rack segment or a toothless segment is arranged on the tooth path; the rack segment is a section of rack arranged on the tooth path on the upper side or the outer wall of the disc, and the rack segment can mesh with the timing mechanism or the return mechanism; the toothless segment is a section of the tooth path on the upper side or the outer wall of the disc without a rack, and the toothless segment of the disc is separated from the timing mechanism; the timing gear of the timing mechanism can mesh with the rack or rack segment on the tooth path for timing; the inner cover of the return mechanism drives the disc back to the initial position; the material delivery mechanism is provided with a damping device or no damping device; the damping device is provided The damping device comprises a damping section and a damping body; one damping section is provided, and the damping section is provided on the cover plate; the damping body is provided on the outer wall of the disc or on the disc, and one damping body is provided for each bin body; the damping device can properly control the overlap time between the delivery port and the outflow port, and completely deliver the material in the bin body; the bottom plate of the bin body can always block the delivery port; before the disc is manually moved, the position of the delivery port is the initial position, corresponding to the initial movement direction of the disc, the delivery port is behind the outflow ports of several bin bodies, and the bin bodies from near to far from the delivery port are arranged in sequence, and the timing gear is adjacent to the toothless section of the disc; the delivery process can only accurately time the delivery time of the material in one bin body, and the other bin bodies deliver the material respectively according to the fixed time interval of the timing bin body.

[0056] The material delivery mechanism is a multi-bin material delivery mechanism, which includes multiple bins; a disc is arranged on the cover plate; the lower ports of the multiple bins are all arranged on the bottom plate of the bin, and the lower ports of the bins are in smooth contact with the discs respectively; the shape of each bin is not limited; all bins are fixedly arranged; each bin has openings at both ends or the upper end is provided with an opening at the lower end of the top cover; the upper port of each bin is a material addition port, and the lower port of each bin is a flow outlet or the bottom plate opening of the bin inside the bin is the flow outlet; each bin flow outlet is respectively arranged corresponding to the rotatable disc delivery port, and the delivery port can overlap or stagger with each bin flow outlet respectively; the bin is connected to the dispenser body or the cover plate through a support; corresponding delivery ports are respectively arranged on the cover plate corresponding to the flow outlet of each bin, and a plurality of delivery ports are arranged; a disc is arranged between the bin and the cover plate; a tooth path is arranged on the disc, and a rack or a rack segment or a toothless segment is arranged on the tooth path; the lower ports of the multiple bins are respectively arranged on the bottom plate of the bin.

[0057] For the sake of clarity, the initial movement direction of the disk is set to rotate clockwise when the disk is pulled by hand.

[0058] Embodiment 1

[0059] like Figure 1As shown, when cooking eight-treasure porridge with a pot provided with the dispenser of the present invention, the material dispensing mechanism of the dispenser of the present invention comprises a bin 3, a disc 4, and a timing mechanism 5; the bin is connected to the cover plate or the dispenser body through a support 9, the bottom of the bin is in smooth contact with the disc, and a top cover 10 is provided on the bin; a tooth track is provided on the upper surface or the outer wall of the disc, and a rack is provided on the tooth track; a timing gear 11 of the timing mechanism is meshed with the rack of the disc; the position of the dispensing port before the disc is manually moved is the initial position; the lower end periphery of the disc is smoothly placed inside the cover plate opening; the rotation range of the dispensing port does not exceed the bottom of the bin or the bottom plate of the bin, and the bottom of the bin or the bottom plate of the bin can always block the dispensing port on the disc; the outflow port is a through port provided at the bottom of the bin; the working process of automatically dispensing the cooking ingredients to make eight-treasure porridge is as follows: 4000 grams of water, 100 grams of red beans, and 50 grams of broad beans are placed inside the pot body, and then the pot body is heated to start cooking; the cover plate is covered on the pot body, and the material dispensing mechanism is provided on the cover plate. When the material delivery mechanism is in the initial position, the delivery port coincides with the outflow port, the timing gear meshes with the tooth track, and the top cover of the bin body is closed; the disc is rotated by hand, and the disc drives the delivery port to rotate; the disc drives the timing mechanism to tighten the spring; when the disc rotates to the scale position corresponding to the set time of 2 hours, let go, and the timing mechanism is timed. After letting go, the timing mechanism drives the disc to rotate back; the outflow port and the delivery port are staggered, and the top cover is opened to add materials to the inside of the bin body, and 200 grams of rice and 100 grams of coix seeds are added to the inside of the bin body, and then the top cover is closed; after 2 hours of cooking in the pot body, when the timing time arrives, the delivery port rotates to the bottom of the outflow port, and the material inside the bin body is delivered to the inside of the pot body through the outflow port and the delivery port, and finally the delivery port completely coincides with the outflow port, the disc returns to the initial position, and the material delivery is completed; continue cooking for 40 minutes and then turn off the fire manually, and the eight-treasure porridge is cooked.

[0060] Embodiment 2

[0061] like Figure 2As shown, the material delivery mechanism includes a warehouse body 3, a disc 4, a blocking body 12, and a timing mechanism 5. The disc is arranged under the warehouse body, and the disc rotates at the bottom of the warehouse body or under and outside the bottom plate of the warehouse body; the rotation range of the delivery port exceeds the bottom of the warehouse body or the bottom plate of the warehouse body, and the bottom of the warehouse body or the bottom plate of the warehouse body cannot always block the delivery port; the outflow port is a through port arranged at the bottom of the warehouse body; the warehouse body is connected to the cover plate or the main body of the dispenser through a support, the lower end of the warehouse body is in smooth contact with the disc, and the warehouse body is provided with a top cover 10; the blocking body 12 is used to block the delivery port; the lower end of the blocking body is in smooth contact with the disc, the blocking body is in the shape of an arc-shaped ring, and the blocking body is connected to the lower end of the warehouse body; the blocking body is arranged corresponding to the delivery port, and the blocking body can block the delivery port when the disc delivery port leaves the bottom of the warehouse body; a tooth path is arranged on the top or outer wall of the disc, and a rack is arranged on the tooth path; the center of the disc is arranged on the shaft rod 13, and the shaft rod is connected to the cover through the shaft rod support 14 The plate is connected; the timing gear 11 of the timing mechanism is meshed with the disc rack; the position of the delivery port in front of the disc is moved by hand to the initial position; the working process is as follows; at the initial position, the delivery port of the disc coincides with the outflow port 15 of the bin body, the bin body is closed with the top cover, and the timing gear is meshed with the tooth track; the disc is rotated by hand, the disc drives the delivery port to rotate, and the disc drives the timing mechanism to tighten the spring; when the disc rotates to the set time scale position, let go, the timing mechanism is timed, and after letting go, the timing mechanism drives the disc to rotate back; the outflow port and the delivery port are staggered, the top cover is opened to add substances to the inside of the bin body, and then the top cover is closed; the bottom of the blocking body or the bottom of the bin body blocks the delivery port; when the timing time comes, the delivery port coincides with the outflow port, and the substances inside the bin body are delivered to the inside of the pot body through the outflow port and the delivery port, and finally the delivery port completely coincides with the outflow port, the disc returns to the initial position, and the substance delivery is completed.

[0062] Embodiment 3

[0063] like Figure 3As shown, the material delivery mechanism includes a bin body, a disc, a timing mechanism, and a return mechanism; the disc is arranged under the bin body; the disc rotates at the bottom of the bin body or under the bottom plate of the bin body; the bottom of the bin body or the bottom plate of the bin body can always block the delivery port; the outflow port is a through port arranged at the bottom of the bin body; the bin body is connected to the cover plate or the main body of the dispenser through a support, the bottom of the bin body is in smooth contact with the disc, and the return mechanism includes a torsion spring 26, the torsion spring 26 is sleeved on the shaft 13, one end of the torsion spring is connected to the bottom of the bin body, and the other end is connected to the disc; the torsion spring It is hidden in the cylinder at the bottom of the bin; a rack segment 16 or a toothless segment 17 is set on the top or outer wall of the disc; the timing gear 11 can mesh with the rack segment of the disc or not mesh with the toothless segment; before the disc is moved by hand, the position of the delivery port is the initial position; the working process is as follows; at the initial position, the delivery port and the outflow port are staggered, and the bottom of the bin or the bottom plate of the bin blocks the delivery port; corresponding to the initial movement direction of the disc, the delivery port is located behind the outflow port; the timing gear is adjacent to the toothless segment of the outer wall of the disc; the disc is rotated by hand and returned to its original position The mechanism is driven to deform and store energy; in the toothless section of the disc, the timing gear is separated from the disc and does not rotate together; after the disc rotates, it drives the delivery port through the outflow port and the two are staggered again, and the timing gear meshes with the rack section of the disc; the rack section of the disc drives the timing gear to rotate, driving the timing mechanism to wind up the mainspring; when the disc rotates to the timing scale time position, let go, and after letting go, the timing gear of the timing mechanism rotates back, and the timing gear drives the disc to rotate back; at this time, the return mechanism has no effect on the disc's reverse rotation; the disc follows the rhythm of the timer to move forward The disc rotates in rotation; the material is placed into the warehouse; the lower end of the warehouse or the bottom plate of the warehouse blocks the delivery port; the disc drives the delivery port to continue to rotate back, and when the delivery port is close to the warehouse outflow port or just coincides with the warehouse outflow port, the timing gear encounters the toothless section of the outer wall of the disc, and the timing gear and the disc are disengaged and separated; the disc rotates faster driven by the return mechanism, and when the delivery port coincides with the outflow port, the material in the warehouse is delivered into the pot body. After the material is delivered, the disc continues to rotate back to the initial position driven by the return mechanism, and the delivery of the material is completed.

[0064] Embodiment 4:

[0065] like Figure 4As shown, the material delivery mechanism includes a bin body, a disc, a timing mechanism, a return mechanism, and a damping device; the disc is arranged under the bin body; the disc rotates at the bottom of the bin body or under the bottom plate of the bin body; the bottom of the bin body or the bottom plate of the bin body can always block the delivery port; the outflow port is a through port arranged at the bottom of the bin body; the bin body is connected to the cover plate or the main body of the dispenser through a support, and the bottom of the bin body is in smooth contact with the disc; the return mechanism includes a torsion spring, which is sleeved on the shaft, one end of the torsion spring is connected to the bottom of the bin body, and the other end is connected to the disc; the torsion spring is hidden in the cylinder at the bottom of the bin body; a rack segment or a toothless segment is arranged on the top or outer wall of the disc; The gear meshes with the rack section of the disc or does not mesh with the toothless section; the damping device includes a damping section 18 and a damping body 19; a damping section is arranged on the cover plate, and a damping body is arranged on the disc corresponding to the damping section. When the damping body meets the damping section, the rotation speed of the disc is reduced, and when the damping body leaves the damping section, the rotation speed of the disc is increased; the damping device can reduce the rotation speed of the disc when the delivery port and the outlet of the bin body coincide with each other; the working process is as follows; at the initial position, the delivery port and the outlet are staggered, and the bottom of the bin body or the bottom plate of the bin body blocks the delivery port; corresponding to the initial movement direction of the disc, the delivery port is located behind the outlet; the timing gear and the outer wall of the disc have no tooth section The disc is pulled by hand to rotate, and the return mechanism is driven to deform and store energy; in the toothless section of the disc, the timing gear is separated from the disc and does not rotate together; after the disc rotates, it drives the delivery port through the outflow port, and the two are staggered, and then the timing gear meshes with the rack section of the disc; the rack section of the disc drives the timing gear to rotate, and drives the timing mechanism to wind up the spring; when the disc rotates to the timing scale time position, let go, and after letting go, the timing gear of the timing mechanism rotates, and the timing gear drives the disc to rotate back; at this time, the return mechanism does not work on the disc's reverse rotation; the disc rotates following the rhythm of the timer; placing materials into the warehouse; the warehouse's The bottom or the bottom plate of the bin body blocks the delivery port; the disc drives the delivery port to continue to rotate back, and when the delivery port is close to the bin body outflow outlet or is about to coincide with the bin body outflow outlet, the timing gear encounters the toothless section of the disc, and the timing gear and the disc are disengaged and separated; the disc is driven by the return mechanism to accelerate its rotation, and when the delivery port coincides with the outflow outlet, the material inside the bin body is delivered to the inside of the pot body, the damping body on the disc contacts the damping section, the rotation speed of the disc is reduced, and there is enough time to deliver the material; after the material is delivered, the disc continues to rotate driven by the return mechanism, and the damping body leaves the damping section; the disc returns to the initial position, and the delivery of the material is completed.

[0066] Embodiment 5

[0067] like Figure 5As shown, the material delivery mechanism includes a bin body, a disc, a timing mechanism, a plug body, a return mechanism, and a damping device; two teeth are arranged on the disc; the disc is arranged below the bin body; the disc rotates at the bottom of the bin body or below the bottom plate of the bin body; the bottom of the bin body or the bottom plate of the bin body always blocks the delivery port; the bin body is connected to the cover plate or the main body of the dispenser through a support; a through opening is arranged at the bottom of the bin body as an outflow outlet; a plug body 20 is arranged below the bottom of the bin body; the upper end of the plug body 20 is arranged below the bottom plate of the bin body, the lower end of the plug body is in smooth contact with the disc, the setting of the plug body corresponds to the delivery port, and the delivery port rotates below the plug body; a discharge body 21 is arranged below the outflow outlet of the bottom plate of the bin body, and the lower end of the discharge body is in smooth contact with the disc; the discharge body is arranged inside the plug body; when the delivery When the outlet is staggered with the lower outlet of the discharge body, materials can be placed into the warehouse; when the delivery outlet coincides with the lower outlet of the discharge body, materials in the warehouse flow from the outflow outlet, the discharge body and the delivery outlet into the pot body for delivery; the two tooth paths on the disc include a timing tooth path and a return tooth path 23, the timing tooth path includes a timing tooth path rack segment 24 and a timing tooth path toothless segment 25, the timing gear of the timing mechanism is meshed with the timing tooth path rack segment of the disc; the return gear 22 of the return mechanism is meshed with the return tooth path 23; the damping device includes a damping segment 18 and a damping body 19; a damping segment is arranged on the cover plate, and a damping body is arranged on the disc corresponding to the damping segment, when the damping body meets the damping segment, the rotation speed of the disc is reduced, and when the damping body leaves the damping segment, the rotation speed of the disc is increased; the damping device includes a damping segment 18 and a damping body 19; a damping segment is arranged on the cover plate, and a damping body is arranged on the disc corresponding to the damping segment, when the damping body meets the damping segment, the rotation speed of the disc is reduced, and when the damping body leaves the damping segment, the rotation speed of the disc is increased; the damping device includes a damping segment 18 and a damping body 19; the ... the damping body is arranged on the disc corresponding to the damping segment, and the damping body meets the damping segment, and the damping body meets the damping segment, and the damping body meets the damping segment, and the damping body The device can reduce the rotation speed of the disc when the delivery port and the outlet of the bin body coincide with each other; the position of the delivery port in front of the disc is the initial position when the disc is manually moved; the working process is as follows; at the initial position, the delivery port and the lower port of the discharge body are staggered, and the plug body blocks the delivery port; corresponding to the initial movement direction of the disc, the delivery port is located behind the lower port of the discharge body; the timing gear is adjacent to the toothless section of the timing tooth track on the outer wall of the disc; the disc is rotated by hand, and the rack of the return tooth track is meshed with the return gear to drive the return gear to rotate, and the return mechanism is driven to deform and store energy; in the toothless section of the timing tooth track of the disc, the timing gear is separated from the disc and does not rotate together; after the disc rotates, it drives the delivery port to pass through the lower port of the discharge body, and the two are staggered again, and the timing gear is meshed with the rack section of the disc; the gear of the timing tooth track of the disc The bar segment drives the timing gear to rotate, driving the timer to wind up; when the disc rotates to the time position of the timing scale, let go, and after letting go, the timing gear of the timing mechanism rotates back, and the timing gear drives the disc to rotate back; at this time, the return mechanism has no effect on the disc's reverse rotation; the disc rotates following the rhythm of the timer; the material is placed inside the bin; the disc drives the delivery port to continue to rotate back, and when the delivery port and the lower port of the discharge body are about to coincide, the timing gear encounters the toothless segment of the disc, and the timing gear separates from the disc; the disc accelerates its rotation driven by the return mechanism, and when the delivery port coincides with the lower port of the discharge body, the material inside the bin is delivered to the inside of the pot body, and the damping body on the disc contacts the damping segment, the disc's rotation speed is reduced, and there is enough time to deliver the material;After the material is released, the disc continues to rotate driven by the return mechanism, and the damping body leaves the damping section; the disc returns to the initial position, and the material release is completed. ;

[0068] Embodiment 6

[0069] like Figure 6 As shown, the material delivery mechanism includes a bin body, a disc, and a timing mechanism; the disc is arranged on the cover plate 1; the bin body is arranged on the disc; the bin body is connected to the dispenser body or the cover plate through a support; the bottom of the bin body or the bottom plate of the bin body cannot always block the delivery port; the outflow port is a through port arranged at the bottom of the bin body; a top cover is arranged at the upper port of the bin body; the bottom of the bin body is in smooth contact with the disc; a rack is arranged on the top or outer wall of the disc; the timing gear of the timing mechanism can mesh with the rack of the disc; the position of the delivery port before the disc is manually moved is the initial position; the working process is as follows; at the initial position, the delivery port coincides with the outflow port and the through port of the cover plate; the disc is manually moved The disc drives the delivery port to rotate; the disc drives the timer to tighten the spring; when the disc rotates to the set time scale position, let go and the timer is timed. After letting go, the timing mechanism drives the disc to rotate back; the delivery port and the outflow port are staggered; open the top cover to add substances to the inside of the warehouse body, and then close the top cover; when the timing time comes, the delivery port rotates to the bottom of the outflow port and the two overlap, and the substances in the warehouse body are delivered to the inside of the pot body through the outflow port, the delivery port and the cover plate opening, and finally the delivery port and the outflow port completely overlap, the disc returns to the initial position, and the material delivery is completed; the delivery port is not smaller than the warehouse body outflow port, and the cover plate opening is not smaller than the delivery port.

[0070] Embodiment 7

[0071] like Figure 7As shown, the material delivery mechanism includes a bin body, a disc, a cover plate, a timing mechanism, and a discharge body 21; the disc is arranged on the cover plate 1; the bin body is arranged above the disc; a top cover is arranged on the upper port of the bin body; the bin body is connected to the cover plate through a support; a tooth path is arranged on the outer wall of the disc, and a rack is arranged on the tooth path; the timing gear of the timing mechanism is meshed with the rack; a discharge body is arranged under the bottom plate of the bin body; the outflow port is a through port arranged at the bottom of the bin body; the upper end of the discharge body is connected to the outflow port of the bottom plate of the bin body, and the lower end of the discharge body is in smooth contact with the disc, and the setting of the discharge body corresponds to the setting of the rotatable delivery port; the material inside the bin body can flow into the inside of the discharge body through the outflow port at the bottom of the bin body, and when the discharge body and the delivery port coincide, the internal material of the discharge body flows out from the lower port of the discharge body; the position of the disc before the disc is pulled by hand is the initial position; the working process is as follows: initial position The timer is wound up; when the disc reaches the timing scale position, let go and the timer is timed, and after letting go, the timing mechanism drives the disc to rotate back; the lower end of the discharging body is staggered from the feeding port, and the lower end of the discharging body is blocked by the disc; open the top cover to add substances to the inside of the bin, and then close the top cover; the timing mechanism continues to drive the disc to rotate back, and when the set substance feeding time comes, the timer drives the feeding port on the disc to rotate to the bottom of the discharging body and the two overlap, and the substance inside the bin is fed into the pot body through the outflow port, the discharging body, the feeding port, and the cover plate, and finally the discharging body, the feeding port, and the cover plate completely overlap, the disc or the feeding port also returns to the initial position, and the substance feeding is completed.

[0072] Embodiment 8

[0073] like Figure 8As shown, the material delivery mechanism includes a bin body, a disc, a timing mechanism, a discharging body, and a return mechanism; the disc is arranged on the cover plate 1; the bin body is arranged above the disc; the bin body is connected to the cover plate through a support; a shaft rod is arranged at the center of the disc, and the shaft rod is connected to the cover plate or the lower end of the bin body; two tooth tracks are arranged on the top or outer wall of the disc, and the two tooth tracks include a timing tooth track and a return tooth track 23; a timing tooth track rack segment 25 and a timing tooth track toothless segment are arranged on the timing tooth track; the timing gear is meshed with the timing tooth track rack segment of the disc or separated from the timing tooth track toothless segment; a rack is arranged on the return tooth track, and the return mechanism includes a return gear, and the return gear is connected to the return gear track. meshing; before the disc is manually moved, the position of the delivery port is the initial position, and relative to the initial rotation direction of the disc, the delivery port is located behind the lower port of the discharge body, and the delivery port and the lower port of the discharge body are staggered; the timing gear is adjacent to the toothless section of the timing tooth track on the outer wall of the disc segment; a discharge body is arranged below the flow outlet at the bottom of the silo; the upper end of the discharge body is connected to the bottom of the silo, and the lower end of the discharge body is in smooth contact with the disc, and the discharge body is provided with a corresponding rotatable delivery port; the flow outlet is a through port arranged at the bottom of the silo; the material inside the silo can flow into the inside of the discharge body through the flow outlet of the silo, and when the discharge body coincides with the delivery port, the internal material of the discharge body passes through the delivery port from the lower port of the discharge body. , the material flows from the cover plate opening to the inside of the pot body; the material feeding process is as follows: at the initial position, the feeding port is located behind the lower port of the discharge body relative to the initial rotation direction of the disc, and the feeding port and the lower port of the discharge body are staggered; the timing mechanism is adjacent to the toothless section of the timing tooth track; the disc is rotated by hand, and the return gear is meshed with the rack of the return tooth track and driven to rotate, and the return mechanism is deformed to store energy; the timing gear is separated from the toothless section of the disc and does not rotate together; the disc drives the feeding port to pass through the flow outlet, and after the two are staggered, the timing gear is meshed with the rack section of the timing tooth track of the disc; the rack section of the timing tooth track drives the timing gear to rotate, which drives the timing mechanism to wind up the spring; the disc rotates to the timing When the time is at the scaled time position, let go. After letting go, the timing gear of the timing mechanism drives the disc to rotate back; the return mechanism does not work on the disc's reverse rotation temporarily; place the material into the warehouse body; the timing mechanism drives the delivery port on the disc to rotate back, and when the delivery port is close to the lower port of the discharge body or the two are about to overlap, the timing gear encounters a toothless section of the timing tooth track of the disc, and the timing gear separates from the disc; the return gear of the return mechanism meshes with the return tooth track to drive the disc to rotate faster, and when the delivery port coincides with the lower port of the discharge body, the material inside the warehouse body is delivered into the pot body, and after the material is delivered, the disc continues to rotate back to the initial position driven by the return mechanism, and the delivery of the material is completed.

[0074] Embodiment 9:

[0075] like Fig. 9As shown, the material delivery mechanism includes a bin body, a disc, a timing mechanism, and a plug body 20; the disc 4 is arranged above the cover plate 1; the bin body is arranged above the disc; the delivery port 7 is arranged corresponding to the cover plate port 8, and the delivery port can coincide with the cover plate port; the upper port of the bin body is provided with a top cover 10; the bin body is connected to the cover plate through a support 9; the outflow port is a through port arranged at the bottom of the bin body; a plug body 20 is arranged under the disc; the upper end of the plug body is connected to the disc, and the lower end of the plug body is in smooth contact with the cover plate, and the plug body is arranged in a section or a circle; the plug body is arranged corresponding to the cover plate port, and the plug body can block the cover plate port; a discharging body is arranged inside the plug body, and the lower end of the delivery port is connected to the upper port of the discharging body, and the lower port of the discharging body is in sliding contact with the cover plate; the lower port of the discharging body can coincide with or stagger with the cover plate port; the disc is a disc, and a rack 6 is arranged on the outer wall of the disc; the timing mechanism The timing gear meshes with the rack on the outer wall of the disc; the position of the discharge body in front of the disc is the initial position when the disc is moved by hand; the working process is as follows; at the initial position, the lower port of the discharge body coincides with the cover plate mouth; the disc is rotated by hand, and the disc drives the plug body and the discharge body to rotate; the disc drives the timing mechanism to tighten the spring; when the disc rotates to the set time scale position, let go, the timing mechanism is timed, and after letting go, the timing mechanism drives the disc to rotate back; the discharge body is staggered with the outflow port or the cover plate mouth, and the lower port of the plug body blocks the cover plate mouth; open the top cover to add substances to the inside of the bin body, and then close the top cover; when the timing time comes, the lower port of the discharge body coincides with the outflow port and the cover plate mouth, and the substances in the bin body are dropped into the inside of the pot body through the outflow port, the delivery port, the discharge body, and the cover plate mouth, and finally the lower port of the discharge body completely coincides with the cover plate mouth, the disc also returns to the initial position, and the substance delivery is completed.

[0076] Embodiment 10

[0077] like Fig.10As shown, the material delivery mechanism includes a warehouse body 3, a disc 4, a blocking body 12, and a timing mechanism 5. The disc is arranged below the warehouse body, and the disc can rotate below and outside the lower port of the warehouse body; the disc is arranged inside the opening of the cover plate 1; the rotation range of the delivery port exceeds the lower port of the warehouse body; the warehouse body is connected to the cover plate or the main body of the dispenser through a support, and the lower port of the warehouse body is in smooth contact with the disc; the blocking body 12 is used to block the delivery port; the lower end of the blocking body is in smooth contact with the disc, and the blocking body is in the shape of an arc-shaped ring, and the blocking body is connected to the lower end of the warehouse body; the blocking body is arranged corresponding to the delivery port, and when the disc delivery port leaves the lower end of the warehouse body, the blocking body can block the delivery port; a tooth path is arranged on the top or outer wall of the disc, and a rack segment or a toothless segment is arranged on the tooth path; the center of the disc is arranged on the shaft 13, the shaft is connected to the cover plate through the shaft support 14; the timing gear 11 of the timing mechanism is meshed with the rack segment of the disc; the two tooth paths on the disc include a timing tooth path and a return tooth path 23, the timing tooth path includes a timing tooth path rack segment 24 and a timing tooth path toothless segment 25, the timing gear of the timing mechanism is meshed with the timing tooth path rack segment of the disc; the return gear 22 of the return mechanism is meshed with the return tooth path 23; the damping device includes a damping segment 18 and a damping body 19; a damping segment is arranged on the cover plate, and a damping body is arranged on the disc corresponding to the damping segment, when the damping body meets the damping segment, the rotation speed of the disc is reduced, and when the damping body leaves the damping segment, the rotation speed of the disc is increased; the damping device can reduce the rotation speed of the disc when the delivery port and the outlet of the bin body coincide with each other; by hand The position of the delivery port in front of the disk is the initial position; the working process is as follows; at the initial position, the delivery port and the outflow port are staggered, and the blocking body blocks the delivery port; corresponding to the initial movement direction of the disk, the delivery port is located behind the cover plate port; the timing gear is adjacent to the toothless section of the timing tooth track on the outer wall of the disk; the disk is pulled by hand to rotate, and the rack of the return tooth track meshes with the return gear to drive the return gear to rotate, and the return mechanism is driven to deform and store energy; in the toothless section of the timing tooth track of the disk, the timing gear is separated from the disk and does not rotate together; after the disk rotates, it drives the delivery port to pass through the cover plate port, and the two are staggered again, and the timing gear meshes with the rack section of the disk; the rack section of the timing tooth track of the disk drives the timing gear to rotate, which drives the timer to wind up the clockwork; when the disk rotates to the timing scale time position, let go. After letting go, the timing gear of the timing mechanism rotates, and the timing gear drives the disc to rotate back; at this time, the return mechanism has no effect on the reverse rotation of the disc; the disc rotates following the rhythm of the timer; the material is placed inside the bin; the disc drives the delivery port to continue to rotate back, and when the delivery port and the cover plate port are about to coincide, the timing gear encounters the toothless section of the disc, and the timing gear separates from the disc; the disc accelerates its rotation driven by the return mechanism, and when the delivery port and the cover plate port coincide, the material inside the bin is delivered into the pot body, the damping body on the disc contacts the damping section, the rotation speed of the disc is reduced, and there is enough time to deliver the material; after the material is delivered, the disc continues to rotate driven by the return mechanism, and the damping body leaves the damping section; the disc returns to the initial position, and the delivery of the material is completed.

[0078] Embodiment 11

[0079] like Fig.11 As shown, the material delivery mechanism includes a bin body, a disc, a timing mechanism, and a return mechanism; the disc is arranged on the cover plate 1; the bin body is arranged on the disc; the outflow port is the lower port of the bin body; the lower port of the bin body is not provided with a bin body bottom or a bin body bottom plate; the bin body is connected to the cover plate through a support; the center of the disc is connected to the cover plate through an axle rod; two tooth tracks are respectively arranged on the upper side or the outer wall of the disc, and the two tooth tracks include a timing tooth track and a return tooth track 23; a timing tooth track rack segment 25 and a timing tooth track toothless segment are arranged on the timing tooth track; the timing gear is meshed with the timing tooth track rack segment of the disc or separated from the timing tooth track toothless segment; a rack is arranged on the return tooth track, and the return mechanism includes a return gear, and the return gear and the return gear The material delivery process is as follows: at the initial position, the delivery port is located behind the cover plate port relative to the initial rotation direction of the disk, and the delivery port and the cover plate port are staggered; the timing gear is adjacent to the toothless section of the timing tooth path on the outer wall of the disk segment; the material delivery process is as follows: at the initial position, relative to the initial rotation direction of the disk, the delivery port is located behind the cover plate port, and the delivery port and the cover plate port are staggered; the timing mechanism is adjacent to the toothless section of the timing tooth path; the disk is rotated by hand, the return gear is meshed with the rack of the return tooth path and is driven to rotate, and the return mechanism is deformed to store energy; the timing gear is separated from the toothless section of the disk and does not rotate together; the disk drives the delivery port through the cover plate port, and the two are staggered, and the timing gear and the disk The rack segments of the timing tooth track are meshed; the rack segments of the timing tooth track drive the timing gear to rotate, and drive the timing mechanism to wind up the mainspring; when the disc rotates to the timing scale time position, let go, and after letting go, the timing gear of the timing mechanism drives the disc to rotate back; the return mechanism temporarily does not work on the disc's reverse rotation; place substances into the warehouse body; the timing mechanism drives the delivery port on the disc to rotate back, and when the delivery port approaches the cover plate port or the two are about to overlap, the timing gear encounters the toothless segment of the timing tooth track of the disc, and the timing gear separates from the disc; the return gear of the return mechanism meshes with the return tooth track to drive the disc to rotate faster, and when the delivery port coincides with the cover plate port, the substances inside the warehouse body are delivered into the pot body, and after the substances are delivered, the disc returns to its original position. The material delivery is completed when the material delivery mechanism continues to rotate back to the initial position driven by the delivery mechanism; in order to better deliver the material, the material delivery mechanism is also provided with a damping device; a damping section is provided on the delivery device body or the cover plate, and a damping body is correspondingly provided on the disc, when the damping body meets the damping section, the rotation speed of the disc is reduced, and when the damping body leaves the damping section, the rotation speed of the disc is increased; when the delivery port coincides with the cover port, the material inside the warehouse body is delivered to the inside of the pot body, the damping body on the disc encounters the damping section on the delivery device body, the rotation speed of the disc is reduced, and there is enough time to deliver the material; after the material is delivered, the disc continues to rotate driven by the return mechanism, and the damping body leaves the damping section; the disc returns to the initial position, and the material delivery is completed.

[0080] Embodiment 12

[0081] like Fig.12As shown, the material delivery mechanism is a multi-bin material delivery mechanism. When the multi-bin material delivery mechanism is provided with two bin bodies, the working process of the material delivery mechanism for cooking eight-treasure porridge is as follows: the container body is a pot body, 5000 grams of water, 200 grams of red beans and 100 grams of broad beans are placed inside the pot body, and then the pot body is heated to start cooking; a cover plate is placed on the pot body, and the material delivery mechanism is located on the cover plate. Two tooth paths are arranged on the disc, and the two tooth paths include a timing tooth path and a return tooth path 23; the return mechanism includes a return gear 22, and the return gear is meshed with the return tooth path; the position of the delivery port in front of the disc is manually moved as the initial position, and corresponding to the initial movement direction of the disc, the delivery port is behind the outflow ports of the two bins; the bins from near to far from the delivery port are arranged in sequence as No. 1 bin 27 and No. 2 bin 28, and the timing gear is adjacent to the toothless section on the timing tooth path of the disc; two toothless sections and two rack sections are arranged on the timing tooth path of the disc; the toothless section 29 of the No. 1 timing tooth path on the disc corresponds to the No. 1 bin 27, and the No. 2 timing gear on the disc corresponds to the No. 2 The toothless section 30 corresponds to the No. 2 bin 28; the disc is rotated by hand, and the disc drives the return mechanism to deform and store energy; the timing gear is separated from the disc and does not rotate together; the delivery port first passes through the flow outlet of the No. 1 bin 27, and when the delivery port coincides with the flow outlet of the No. 1 bin 27 and then staggers, the timing gear meshes with the No. 1 timing tooth rack section 31, the timing gear is driven to rotate by the disc, and the timing mechanism performs timing; when the delivery port is about to coincide with the flow outlet of the No. 2 bin 28, the toothless section 30 of the No. 2 timing tooth on the outer wall of the disc passes through the timing gear of the timing mechanism, and the timing gear is separated from the disc; when the delivery port coincides with the flow outlet of the No. 2 bin 2 After the 8 outflow ports overlap and then stagger, the No. 2 timing tooth rack segment 32 meshes with the timing gear of the timing mechanism, and the timing gear is driven by the disc to rotate for timing, driving the timing mechanism to wind up the spring; then the disc rotates to the timing time position of the No. 1 bin 27 and is released. After releasing, the timing gear of the timing mechanism drives the disc to rotate back, and the return mechanism has power to rotate the disc back, but at this time the disc rotates following the rhythm of the timing mechanism; materials are placed in each bin, 200 grams of coix seed are placed in the No. 1 bin 27, and 300 grams of rice are placed in the No. 2 bin 28; the timing mechanism drives the disc The upper delivery port continues to rotate backwards, and when the delivery port and the No. 2 flow outlet 36 of the No. 2 bin body 28 are about to overlap, the timing gear encounters the No. 2 timing tooth track toothless section 30 of the disc corresponding to the No. 2 bin body, and the timing gear separates from the disc; the disc accelerates its rotation under the drive of the return mechanism, and the delivery port coincides with the No. 2 flow outlet 36 of the No. 2 bin body 28, and the material inside the No. 2 bin body 28 is delivered to the inside of the pot body through the delivery port, and the No. 2 damping body 34 meets the damping section 18 to rub and reduce the speed of the disc, and after the material is delivered, the No. 2 damping body 34 separates from the damping section 18, and the disc continues to rotate forward under the drive of the return mechanism;The No. 1 timing tooth rack segment 31 passes through the timing gear of the timing mechanism, and the timing gear meshes with the No. 1 timing tooth rack segment 31 to drive the disc to continue to rotate back, and the timing mechanism continues to time the rotation of the disc; when the delivery port and the No. 1 outflow outlet 35 of the No. 1 bin body 27 are about to coincide, the timing gear encounters the No. 1 timing tooth segment 29 without teeth on the outer wall of the disc, and the timing gear disengages from the No. 1 timing tooth segment 29 without teeth and separates from the disc; the disc accelerates its rotation under the drive of the return mechanism, and when the delivery port coincides with the No. 1 outflow outlet 35, the material inside the No. 1 bin body 27 is delivered to the inside of the pot body, and the No. 1 damping body 33 meets the damping segment 18 for friction to reduce the speed of the disc, and the No. 1 damping body 33 separates from the damping segment 18 after the material is delivered, and the disc continues to rotate back to the initial position under the drive of the return mechanism after the material delivery is completed; after the delivery is completed, the pot body is heated for 50 minutes and then stopped, and the eight-treasure porridge is cooked. ;

[0082] Embodiment 13

[0083] like Fig.13As shown, the material delivery mechanism is a multi-bin material delivery mechanism, and the multi-bin material delivery mechanism is provided with two bin bodies; a return mechanism is provided on the cover plate, and the return mechanism includes a return gear 22, and the return gear is meshed with the return tooth track; a damping device is provided on the cover plate; before the disc is manually moved, the position of the delivery port is the initial position, and the delivery port is behind the flow outlets of the two bin bodies corresponding to the initial movement direction of the disc, and the bin bodies from near to far from the delivery port are sequentially arranged as No. 1 bin body 27 and No. 2 bin body 28, and the timing gear is adjacent to the No. 1 timing tooth track toothless section 29; the No. 1 timing tooth track toothless section 29 corresponds to the No. 1 bin body 27, and the No. 2 timing tooth track toothless section 30 corresponds to the No. 2 bin body 28; the No. 1 damping body 33 corresponds to the No. 1 flow outlet of the No. 1 bin body 35, the second damping body 34 corresponds to the second outlet 36 of the second bin; the cover plate is provided with a first cover plate opening 37 and a second cover plate opening 38 corresponding to the positions of the first bin and the second bin respectively; the disc is rotated by hand, and the disc drives the return mechanism to deform and store energy; the toothless segment 29 of the first timing tooth track passes through the timing gear of the timing mechanism, and the timing gear is separated from the disc and does not rotate with the disc. After the delivery port on the disc passes through the outlet of the first bin 27, the rack segment 31 of the first timing tooth track passes through the timing gear of the timing mechanism, and the timing gear is meshed with the rack segment 31 of the first timing tooth track, and the timing gear rotates with the disc to perform timing. When the delivery port and the second outlet 36 are about to overlap, The toothless segment 30 of the No. 2 timing tooth track passes through the timing gear of the timing mechanism, and the timing gear is separated from the toothless segment 30 of the No. 2 timing tooth track, and the timing gear does not rotate with the disc. After the delivery port on the disc passes through the No. 2 outflow port 36, the rack segment 32 of the No. 2 timing tooth track passes through the timing gear of the timing mechanism, and the timing gear meshes with the rack segment 32 of the No. 2 timing tooth track. After the timing gear rotates, it drives the timing mechanism to wind up the mainspring for timing; then, when the disc rotates to the timing time position of the No. 2 bin body 28, the user lets go, and after letting go, the timing gear of the timing mechanism meshes with the rack segment 32 of the No. 2 timing tooth track, driving the disc to rotate back. The return mechanism has power to rotate the disc back, but the disc rotates following the rhythm of the timer; The materials are placed in the two bins respectively; the disc drives the delivery port to continue to rotate back, and when the delivery port and the second flow outlet 36 are about to coincide, the timing gear encounters the second timing tooth track toothless section 30 on the disc, and the timing gear is disengaged from the second timing tooth track toothless section 30, and the timing gear is separated from the disc; the disc is accelerated to rotate under the drive of the return mechanism, and the delivery port coincides with the second flow outlet 36 of the second bin, and the second damping body 34 reduces the rotation speed of the disc after contacting the damping section, and the materials in the second bin are delivered to the inside of the pot through the second flow outlet 36, the delivery port, and the second cover plate port 38. After the materials are delivered, the second damping body 34 leaves the damping section 18, and the disc continues to rotate forward under the drive of the return mechanism;After that, the rack segment 31 of the No. 1 timing tooth track passes through the timing gear of the timing mechanism, and the timing gear meshes with the rack segment 31 of the No. 1 timing tooth track, and the timing mechanism drives the disc to rotate and continue to time the disc rotation; the timing mechanism drives the delivery port to continue to rotate back to the timing; when the delivery port and the No. 1 flow outlet 35 of the No. 1 bin body are about to overlap, the timing gear encounters the No. 1 timing tooth track toothless segment 29, and the timing gear disengages from the No. 1 timing tooth track toothless segment 29, and the timing gear separates from the disc; the disc accelerates the rotation under the drive of the return mechanism, and the No. 1 damping body 33 contacts the damping segment 18 to reduce the rotation speed of the disc. When the delivery port and the No. 1 flow outlet 35 overlap, the material inside the No. 1 bin body passes through the No. 1 flow outlet 35, the delivery port, and the No. 1 cover plate port 37 and is delivered to the inside of the pot body. After the material is delivered, the No. 1 damping body 33 is disengaged from the damping segment 18, and the disc continues to rotate back to the initial position under the drive of the return mechanism, and the delivery of the material is completed. ;

[0084] The above implementation modes are not limitations of the present invention, and the present invention is not limited to the above examples. Any 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 timed rotating plate dispenser, comprising a dispenser body, characterized in that: The dispenser body comprises a cover plate (1) and a pot body (2), wherein the pot body (2) is located at the lower part of the dispenser body, and the cover plate (1) is arranged on or above the pot body (2); a through opening is arranged on the cover plate, namely, a cover plate opening (8); and a substance dispensing mechanism is arranged on the cover plate (1); The material delivery mechanism comprises a bin body (3), a disc (4), and a timing mechanism (5); the disc is arranged inside the opening of the cover plate (1) or on the cover plate or above the cover plate; the disc can rotate; a rack (6) or a rack segment is arranged on the outer wall or on the top of the disc; the disc is provided with a through hole called a delivery port (7); the bin body (3) is arranged on or above the disc; the through hole is arranged at the bottom of the bin body as a flow outlet or the through hole is arranged at the bottom plate of the bin body as a flow outlet; the disc can be driven to rotate by manually moving the disc, and the disc drives the delivery port to rotate, and the delivery port and the flow outlet of the bin body can be connected to each other. The staggered or overlapped method is used to place the material into the warehouse or to release the material out of the warehouse; the timing mechanism (5) is arranged on or above the cover plate, and the timing mechanism can mesh with the rack or rack segment of the disc; the disc is manually turned to rotate, and the timing mechanism can rotate with the rotation of the disc and be wound up, and when the disc rotates to the required timing position, the hand is released, and after the hand is released, the timing mechanism drives the disc to rotate back; the delivery port and the outlet of the warehouse are staggered to place the material into the warehouse; when the disc drives the delivery port to coincide with the outlet of the warehouse, the material in the warehouse is released into the pot through the cover plate opening; Alternatively, the substance delivery mechanism comprises a bin (3), a disc (4), and a timing mechanism (5); the disc is arranged inside the opening of the cover plate (1) or on the top of the cover plate (1); the lower end of the bin is not provided with a bottom or a bin bottom plate, and the lower port of the bin is the bin outlet; the disc is arranged at the lower end of the bin and can replace the bin bottom or the bin bottom plate; a rack (6) or a rack segment is arranged on the outer wall or the top of the disc; the disc is provided with an opening called a delivery port (7); the bin (3) is arranged on the top of the disc; the disc is arranged on the bottom of the bin; the disc can be driven to rotate by manually moving the disc The disk drives the delivery port to rotate; the timing mechanism (5) is arranged on or above the cover plate, and the timing mechanism can mesh with the rack or rack segment of the disk; the disk is manually turned to rotate, and the timing mechanism can rotate with the rotation of the disk and be wound up, and when the disk rotates to the required timing position, the user lets go, and after letting go, the timing mechanism drives the disk to rotate back; the delivery port and the cover plate opening (8) are staggered to place the material inside the bin; the disk drives the delivery port to rotate, and when the delivery port and the outflow port or the delivery port and the cover plate opening (8) coincide, the material inside the bin is delivered to the inside of the pot body.

2. The timed rotating plate dispenser according to claim 1, characterized in that: The cover plate is provided with a through opening called the cover plate opening (8); the disc is arranged inside the through opening of the cover plate (1); the bin body is arranged on or above the disc, and the bin body is connected to the dispenser body or the cover plate through a support; the disc rotates at the bottom of the bin body or under the bottom plate of the bin body, or the disc rotates at the bottom of the bin body or under and outside the bottom plate of the bin body; the disc is arranged inside the cover plate opening, and the lower end of the disc is in smooth contact with the cover plate opening and can rotate; one or more tooth paths are arranged on the outer wall or on the disc; a circle of racks or a rack segment or a toothless segment is arranged on each tooth path; the disc is provided with a through opening as the delivery opening (7); the disc is connected to the cover plate or to the dispenser body or to the bin body; the The disc is connected to the cover plate; the edge of the disc is connected to the cover plate opening, and the disc can rotate along the cover plate opening; the disc is connected to the dispenser body, the center of the disc is arranged on the shaft rod, the shaft rod is connected to the dispenser body, and the disc can rotate along the shaft rod; the disc is connected to the warehouse body; the center of the disc is arranged on the shaft rod, the upper end of the shaft rod is connected to the warehouse body, the upper end of the shaft rod is arranged at the bottom of the warehouse body or at the center of the bottom of the warehouse body, and the disc can rotate along the shaft rod; the delivery port is arranged corresponding to the outflow port of the warehouse body; the delivery port can overlap or stagger with the outflow port of the warehouse body to deliver materials into the pot body by rotating; the timing mechanism includes a timing gear, and a clockwork is arranged inside the timing mechanism, and the timing gear can be The disc rack or rack segment is meshed; the disc is arranged under or below the warehouse body; the disc rotates at the bottom of the warehouse body or under the warehouse body bottom plate; the rotation range of the delivery port does not exceed the bottom of the warehouse body or the warehouse body bottom plate, and the bottom of the warehouse body or the warehouse body bottom plate can always block the delivery port above the disc, or the rotation range of the delivery port exceeds the bottom of the warehouse body or the warehouse body bottom plate, and the bottom of the warehouse body or the warehouse body bottom plate cannot always block the delivery port above the disc; the lower end periphery of the disc is smoothly placed inside the cover plate opening, and a rack is arranged around the upper end of the disc; the warehouse body is connected to the dispenser body or the cover plate through a support; the shape of the warehouse body is not limited; the upper port of the warehouse body is provided with a top cover or not; the warehouse body includes the warehouse body or includes the warehouse body and the warehouse body bottom plate; when the warehouse body When the bin body is included, the upper and lower ends of the bin body are open, the upper port of the bin body is the material addition port, and the lower port of the bin body is the outflow port; the bottom of the bin body is provided with a through port as the outflow port or the bottom plate of the bin body is provided with a through port as the outflow port; the outflow port is provided corresponding to the rotatable delivery port, and the bin body outflow port can overlap or stagger with the delivery port; the upper port of the bin body is provided with a top cover or no top cover; when the bin body includes the bin body and the bin body bottom plate, the bin body is provided on the bin body bottom plate; the bin body bottom plate is provided with a through port, and the through port is the outflow port; the bin body bottom plate is located on or above the disc; the bin body bottom plate has no limit on shape, and the bin body bottom plate is larger than the bin body bottom plate; the timing mechanism includes a timer and a timing gear; the timing gear can mesh with the disc rack or rack segment; The bin body is connected to the cover plate or the dispenser body through a support (9), the bottom of the bin body is in smooth contact with the disc, and a top cover (10) is provided on the bin body; a toothed track is provided on the top or outer wall of the disc, and a rack is provided on the toothed track; a timing gear (11) of a timing mechanism meshes with the rack of the disc; the position of the delivery port in front of the disc is manually moved as the initial position; the lower end periphery of the disc is smoothly placed inside the cover plate opening; the rotation range of the delivery port does not exceed the bottom of the bin body or the bottom plate of the bin body, and the bottom of the bin body or the bottom plate of the bin body can always block the delivery port on the disc; the flow outlet is a through port provided at the bottom of the bin body; the working process is as follows; in the initial position, the delivery port and the flow outlet are in contact with each other. The outlets coincide with each other, the timing gear meshes with the tooth track, and the top cover of the bin body is closed; the disc is rotated by hand, and the disc drives the delivery port to rotate; the disc drives the timing mechanism to tighten the spring; when the disc rotates to the set time scale position, let go, the timing mechanism is timed, and after letting go, the timing mechanism drives the disc to rotate back; the outflow port and the delivery port are staggered, the top cover is opened to add substances to the inside of the bin body, and then the top cover is closed; when the timing time comes, the delivery port rotates to the bottom of the outflow port, and the substances in the bin body are delivered to the inside of the pot through the outflow port and the delivery port, and finally the delivery port completely coincides with the outflow port, the disc returns to the initial position, and the substance delivery is completed; The material delivery mechanism also includes a blocking body (12), a disc is arranged below the warehouse body, and the disc rotates at the bottom of the warehouse body or below and outside the bottom plate of the warehouse body; the rotation range of the delivery port exceeds the bottom of the warehouse body or the bottom plate of the warehouse body, and the bottom of the warehouse body or the bottom plate of the warehouse body cannot always block the delivery port; the outflow port is a through port arranged at the bottom of the warehouse body; the warehouse body is connected to the cover plate or the delivery device body through a support, the lower end of the warehouse body is in smooth contact with the disc, and the warehouse body is provided with a top cover (10); the blocking body (12) is used to block the delivery port; the lower end of the blocking body is in smooth contact with the disc, the blocking body is in the shape of an arc-shaped ring, and the blocking body is connected to the lower end of the warehouse body; the blocking body is arranged corresponding to the delivery port, and when the disc delivery port leaves the bottom of the warehouse body, the blocking body can block the delivery port; a tooth path is arranged on the top or outer wall of the disc, and a rack is arranged on the tooth path; the center of the disc is arranged on the shaft rod (13), and the shaft rod is connected to the cover plate through the shaft rod support (14). The timing mechanism is connected; the timing gear (11) of the timing mechanism is meshed with the rack of the disc; the position of the delivery port in front of the disc is manually moved to the initial position; the working process is as follows; at the initial position, the delivery port of the disc coincides with the outflow port (15) of the bin body, the bin body is closed with the top cover, and the timing gear is meshed with the tooth track; the disc is manually moved to rotate, the disc drives the delivery port to rotate, and the disc drives the timing mechanism to tighten the spring; when the disc rotates to the set time scale position, the hand is released, the timing mechanism is timed, and after the hand is released, the timing mechanism drives the disc to rotate back; the outflow port and the delivery port are staggered, the top cover is opened to add substances to the inside of the bin body, and then the top cover is closed; the bottom of the blocking body or the bottom of the bin body blocks the delivery port; when the timing time comes, the delivery port coincides with the outflow port, and the substances in the bin body are delivered to the inside of the pot body through the outflow port and the delivery port, and finally the delivery port completely coincides with the outflow port, the disc returns to the initial position, and the delivery of substances is completed; The material delivery mechanism also includes a return mechanism; the disc is arranged below the warehouse body; the disc rotates at the bottom of the warehouse body or below the bottom plate of the warehouse body; the bottom of the warehouse body or the bottom plate of the warehouse body can always block the delivery port; the outflow port is a through port arranged at the bottom of the warehouse body; the warehouse body is connected to the cover plate or the delivery device body through a support, the bottom of the warehouse body is in smooth contact with the disc, and the return mechanism includes a torsion spring (26), the torsion spring (26) is sleeved on the shaft (13), one end of the torsion spring is connected to the bottom of the warehouse body, and the other end is connected to the disc; the torsion spring is hidden in the warehouse The cylinder at the bottom of the body; a rack segment (16) or a toothless segment (17) is arranged on the top or outer wall of the disk; the timing gear (11) can mesh with the rack segment of the disk or not mesh with the toothless segment; before the disk is manually moved, the position of the delivery port is the initial position; the working process is as follows; at the initial position, the delivery port and the outflow port are staggered, and the bottom of the bin body or the bottom plate of the bin body blocks the delivery port; corresponding to the initial movement direction of the disk, the delivery port is located behind the outflow port; the timing gear is adjacent to the toothless segment of the outer wall of the disk; the disk is rotated by pulling it by hand , the return mechanism is driven to deform and store energy; in the toothless section of the disc, the timing gear is separated from the disc and does not rotate together; after the disc rotates and drives the delivery port through the outflow port, when the two are staggered again, the timing gear meshes with the rack section of the disc; the rack section of the disc drives the timing gear to rotate, driving the timing mechanism to wind up the mainspring; when the disc rotates to the timing scale time position, let go, and after letting go, the timing gear of the timing mechanism rotates back, and the timing gear drives the disc to rotate back; at this time, the return mechanism has no effect on the disc's reverse rotation; the disc follows the rhythm of the timer Rotate; place material into the warehouse; the lower end of the warehouse or the bottom plate of the warehouse blocks the delivery port; the disc drives the delivery port to continue to rotate back, and when the delivery port approaches the warehouse outlet or just coincides with the warehouse outlet, the timing gear encounters the toothless section of the outer wall of the disc, and the timing gear and the disc are disengaged and separated; the disc accelerates its rotation under the drive of the return mechanism, and when the delivery port coincides with the outlet, the material in the warehouse is delivered into the pot body, and after the material is delivered, the disc continues to rotate back to the initial position under the drive of the return mechanism, and the delivery of the material is completed; The material delivery mechanism also includes a damping device; a disc is arranged under the warehouse body; the disc rotates at the bottom of the warehouse body or under the bottom plate of the warehouse body; the bottom of the warehouse body or the bottom plate of the warehouse body can always block the delivery port; the outflow port is a through port arranged at the bottom of the warehouse body; the warehouse body is connected to the cover plate or the main body of the delivery device through a support, and the bottom of the warehouse body is in smooth contact with the disc; the return mechanism includes a torsion spring, which is sleeved on the shaft, one end of the torsion spring is connected to the bottom of the warehouse body, and the other end is connected to the disc; the torsion spring is hidden in the cylinder at the bottom of the warehouse body; a rack segment or a toothless segment is arranged on the top or outer wall of the disc; the timing gear is connected to the rack segment of the disc meshing with or not meshing with the toothless section; the damping device comprises a damping section (18) and a damping body (19); the damping section is arranged on the cover plate, and the damping body is arranged on the disc corresponding to the damping section, when the damping body meets the damping section, the rotation speed of the disc is reduced, and when the damping body leaves the damping section, the rotation speed of the disc is increased; the damping device can reduce the rotation speed of the disc when the delivery port and the outlet of the bin body coincide with each other; the working process is as follows; at the initial position, the delivery port and the outlet are staggered, and the bottom of the bin body or the bottom plate of the bin body blocks the delivery port; corresponding to the initial movement direction of the disc, the delivery port is located behind the outlet; the timing gear is adjacent to the toothless section of the outer wall of the disc; The hand pulls the disc to rotate, and the return mechanism is driven to deform and store energy; in the toothless section of the disc, the timing gear is separated from the disc and does not rotate together; after the disc rotates, it drives the delivery port through the outflow port, and the two are staggered and then the timing gear meshes with the rack section of the disc; the rack section of the disc drives the timing gear to rotate, and drives the timing mechanism to wind up the spring; when the disc rotates to the timing scale time position, let go, and after letting go, the timing gear of the timing mechanism rotates, and the timing gear drives the disc to rotate back; at this time, the return mechanism does not work on the disc's reverse rotation; the disc rotates following the rhythm of the timer; materials are placed inside the warehouse; the bottom of the warehouse Or the bottom plate of the bin body blocks the delivery port; the disc drives the delivery port to continue to rotate back, and when the delivery port approaches the bin body outflow outlet or is about to coincide with the bin body outflow outlet, the timing gear encounters the toothless section of the disc, and the timing gear and the disc are disengaged and separated; the disc is driven by the return mechanism to accelerate the rotation, and when the delivery port coincides with the outflow outlet, the material inside the bin body is delivered to the inside of the pot body, and the damping body on the disc contacts the damping section, and the rotation speed of the disc is reduced, so there is enough time to deliver the material; after the material is delivered, the disc continues to rotate driven by the return mechanism, and the damping body leaves the damping section; the disc returns to the initial position, and the delivery of the material is completed; The disc is arranged on the cover plate (1); the bin body is arranged above the disc; the bin body is connected to the cover plate through a support; a shaft is arranged at the center of the disc, and the shaft is connected to the cover plate or the lower end of the bin body; two tooth paths are arranged on the top or outer wall of the disc, and the two tooth paths include a timing tooth path and a return tooth path (23); a timing tooth path rack section and a timing tooth path toothless section are arranged on the timing tooth path; the timing gear is meshed with the timing tooth path rack section of the disc or separated from the timing tooth path toothless section; a rack is arranged on the return tooth path, and the return mechanism includes a return gear, and the return gear is meshed with the return tooth path; before the disc is manually moved, the position of the delivery port is the initial position, and relative to the initial rotation direction of the disc, the delivery port is in the initial position. The discharge port is located behind the lower port of the discharge body, and the delivery port is staggered with the lower port of the discharge body; the timing gear is adjacent to the toothless section of the timing tooth track on the outer wall of the disc segment; the discharge body is arranged below the flow outlet at the bottom of the bin body; the upper end of the discharge body is connected to the bottom of the bin body, and the lower end of the discharge body is in smooth contact with the disc, and the setting of the discharge body corresponds to the rotatable delivery port; the flow outlet is a through port arranged at the bottom of the bin body; the material inside the bin body can flow into the inside of the discharge body through the flow outlet of the bin body, and when the discharge body coincides with the delivery port, the internal material of the discharge body flows from the lower port of the discharge body through the delivery port and the cover plate port to the inside of the pot body; the material delivery process is as follows: at the initial position, relative to the initial rotation direction of the disc, the delivery port is located behind the lower port of the discharge body, The delivery port is staggered with the lower port of the discharge body; the timing mechanism is adjacent to the toothless section of the timing tooth track; the disc is rotated by hand, and the return gear meshes with the rack of the return tooth track and is driven to rotate, and the return mechanism is deformed to store energy; the timing gear is separated from the toothless section of the disc and does not rotate together; the disc drives the delivery port through the outflow port, and the two are staggered, and then the timing gear meshes with the rack section of the timing tooth track of the disc; the rack section of the timing tooth track drives the timing gear to rotate, and drives the timing mechanism to wind up the spring; when the disc rotates to the timing scale time position, let go, and after letting go, the timing gear of the timing mechanism drives the disc to rotate back; the return mechanism does not work on the disc's reverse rotation temporarily; place materials into the warehouse body; the timing mechanism drives the delivery port on the disc to When the feeding port approaches the lower end of the material discharging body or the two are about to overlap, the timing gear encounters the toothless section of the timing tooth track of the disc, and the timing gear separates from the disc; the return gear of the return mechanism meshes with the return tooth track to drive the disc to rotate faster, and when the feeding port coincides with the lower end of the material discharging body, the material inside the warehouse body is fed into the pot body, and after the material is fed, the disc continues to rotate back to the initial position driven by the return mechanism, and the material feeding is completed; in order to better feed the material, the material feeding mechanism is also provided with a damping device; a damping section is provided on the feeder body or the cover plate, and a damping body is correspondingly provided on the disc, and when the damping body meets the damping section, the rotation speed of the disc is reduced, and when the damping body leaves the damping section, the rotation speed of the disc is increased;When the delivery port coincides with the lower port of the discharge body, the material in the bin body is delivered to the inside of the pot body, and the damping body on the disc encounters the damping section on the main body of the dispenser, and the rotation speed of the disc is reduced, so there is enough time to deliver the material; after the material is delivered, the disc continues to rotate driven by the return mechanism, and the damping body leaves the damping section; the disc returns to the initial position, and the delivery of the material is completed; The material delivery mechanism also includes a plug body (20); the disc (4) is arranged above the cover plate (1); the delivery port (7) is arranged corresponding to the cover plate port (8), and the delivery port can overlap with the cover plate port; the upper port of the warehouse body is provided with a top cover (10); the warehouse body is connected to the cover plate through a support (9); the flow outlet is a through port arranged at the bottom of the warehouse body; a plug body (20) is arranged below the disc; the upper end of the plug body is connected to the disc, and the lower end of the plug body is in smooth contact with the cover plate, and the plug body is arranged in a section or a circle; the plug body is arranged corresponding to the cover plate port, and the plug body can block the cover plate port; a discharge body is arranged inside the plug body, and the lower end of the delivery port is connected to the upper end of the discharge body , the lower port of the discharge body is in sliding contact with the cover plate; the lower port of the discharge body can overlap or stagger with the cover plate opening; the disc is a disc, and a rack (6) is arranged on the outer wall of the disc; the timing gear of the timing mechanism is meshed with the rack on the outer wall of the disc; the position of the discharge body before the disc is moved by hand is the initial position; the working process is as follows; at the initial position, the lower port of the discharge body overlaps with the cover plate opening; the disc is moved by hand to rotate, and the disc drives the plug body and the discharge body to rotate; the disc drives the timing mechanism to tighten the spring; when the disc rotates to the set time scale position, let go, the timing mechanism is timed, and after letting go, the timing mechanism drives the disc to rotate back; the discharge body is staggered with the outflow port or the cover plate opening, and the lower port of the plug body blocks the cover plate opening; Open the top cover to add materials to the interior of the bin, and then close the top cover; at the scheduled time, the lower port of the discharge body coincides with the outflow port and the cover plate port, and the materials in the bin are discharged into the pot body through the outflow port, the delivery port, the discharge body, and the cover plate port. Finally, the lower port of the discharge body completely coincides with the cover plate port, the disc returns to the initial position, and the material delivery is completed.

3. The timed rotating plate dispenser according to claim 1, characterized in that: The disc is arranged inside the opening of the cover plate (1) or on the top of the cover plate (1); the lower end of the bin body is not provided with a bottom or a bottom plate of the bin body, and the lower port of the bin body is the bin body outflow outlet; the disc is arranged at the lower end of the bin body and can replace the bottom or the bottom plate of the bin body; a rack (6) or a rack segment is arranged on the outer wall or the top of the disc; the disc is provided with an opening called a delivery port (7); the bin body (3) is arranged on the top of the disc; the disc is arranged on the bottom of the bin body; the disc can be driven to rotate by turning the disc by hand, and the disc drives the delivery port to rotate; when the disc is set When the delivery port is inside the opening of the cover plate (1), the rotation range of the delivery port exceeds the lower end of the bin body; the bin body is connected to the cover plate or the delivery device body through a support, and the lower end of the bin body is in smooth contact with the disc; a blocking body is provided; the blocking body (12) is used to block the delivery port; the lower end of the blocking body is in smooth contact with the disc; when the delivery port and the lower end of the bin body are staggered, the disc can block the lower end of the bin body; the blocking body can block the delivery port; the delivery port and the lower end of the bin body can be staggered or overlapped to complete the placement of materials into the bin body or the opening of the bin body outward Put the material in; the putting port is larger than the lower port of the bin body, equal to the lower port of the bin body, or smaller than the lower port of the bin body; the disk is manually turned to rotate, and the timing mechanism can rotate and be wound up with the rotation of the disk, and when the disk rotates to the required timing position, let go; the disk blocks the lower port of the bin body; the blocking body blocks the putting port; after letting go, the timing mechanism drives the disk to rotate back; the putting port and the lower port of the bin body are staggered to put the material inside the bin body; when the disk drives the putting port to coincide with the lower port of the bin body, the material inside the bin body passes through the lower port and the putting port to the inside of the pot body The outer wall or the upper surface of the disk is provided with one or several tooth paths; each tooth path is provided with a circle of racks or rack segments or no tooth segments; the disk is provided with a through opening called the delivery opening; the material in the bin body flows into the pot body through the lower port of the bin body and the delivery opening; the bin body is arranged on the upper surface of the disk; the bin body is connected to the dispenser body or the cover plate through a support; the shape of the bin body is not limited; the upper port of the bin body is provided with a top cover or not; the timing mechanism includes a timer and a timing gear; the timing gear can mesh with the disk rack or the rack segment; When the disc is arranged on the cover plate, the cover plate opening is arranged corresponding to the rotatable delivery opening; the delivery opening and the cover plate opening (8) can be staggered or overlapped to complete the delivery of materials into the warehouse or delivery of materials from the warehouse; the timing mechanism (5) is arranged on or above the cover plate, and the timing mechanism can mesh with the rack or rack segment of the disc; the disc is manually turned to rotate, and the timing mechanism can rotate with the rotation of the disc and be wound up, and when the disc rotates to the required timing position, the hand is released, and after the hand is released, the timing mechanism drives the disc to rotate back; the delivery opening and the cover plate opening (8) are staggered to place materials into the warehouse; when the disc drives the delivery opening to rotate and overlaps with the cover plate opening (8), the interior of the warehouse is The material is put into the pot body through the feeding port and the cover plate opening; the disc can rotate; one or more tooth paths are arranged on the outer wall or on the disc; a circle of racks or rack segments or no tooth segments are arranged on each tooth path; a through hole is arranged on the disc, which is called the feeding port; a through hole is arranged on the cover plate, which is called the cover plate opening; the rotation range of the feeding port does not exceed the lower port of the warehouse body or the rotation range of the feeding port exceeds the lower port of the warehouse body; the warehouse body is arranged on the disc; the warehouse body is connected to the dispenser body or the cover plate through a support; the shape of the warehouse body is not limited; the upper port of the warehouse body is provided with a top cover or no top cover; the timing mechanism includes a timer and a timing gear; the timing gear can mesh with the disc rack or rack segment; The disc is arranged below the bin body, and the disc can rotate below and outside the lower port of the bin body; the disc is arranged inside the opening of the cover plate (1); the rotation range of the delivery port exceeds the lower port of the bin body; the bin body is connected to the cover plate or the delivery device body through a support, and the lower port of the bin body is in smooth contact with the disc; the blocking body (12) is used to block the delivery port; the lower end of the blocking body is in smooth contact with the disc, the blocking body is in the shape of an arc-shaped ring, and the blocking body is connected to the lower end of the bin body; the blocking body is arranged corresponding to the delivery port, and when the disc delivery port leaves the lower end of the bin body, the blocking body can block the delivery port; a tooth path is arranged on the upper side or the outer wall of the disc, and a rack segment or a toothless segment is arranged on the tooth path; the center of the disc is arranged on the shaft rod (13), and the shaft rod is connected to the shaft rod through the shaft rod support (14). The cover plate is connected; the timing gear (11) of the timing mechanism is meshed with the rack segment of the disk; the two tooth paths on the disk include a timing tooth path and a return tooth path (23), the timing tooth path includes a timing tooth path rack segment (24) and a timing tooth path toothless segment (25), the timing gear of the timing mechanism is meshed with the timing tooth path rack segment of the disk; the return gear (22) of the return mechanism is meshed with the return tooth path (23); the damping device includes a damping segment (18) and a damping body (19); the damping segment is arranged on the cover plate, and the damping body is arranged on the disk corresponding to the damping segment, when the damping body meets the damping segment, the rotation speed of the disk is reduced, and when the damping body leaves the damping segment, the rotation speed of the disk is increased; the damping device can reduce the rotation speed of the disk when the delivery port and the outlet of the bin body coincide with each other; the damping device can reduce the rotation speed of the disk by hand The position of the delivery port in front of the disk is the initial position; the working process is as follows; at the initial position, the delivery port and the outflow port are staggered, and the blocking body blocks the delivery port; corresponding to the initial movement direction of the disk, the delivery port is located behind the cover plate port; the timing gear is adjacent to the toothless section of the timing tooth track on the outer wall of the disk; the disk is pulled by hand to rotate, and the rack of the return tooth track meshes with the return gear to drive the return gear to rotate, and the return mechanism is driven to deform and store energy; in the toothless section of the timing tooth track of the disk, the timing gear is separated from the disk and does not rotate together; after the disk rotates, it drives the delivery port to pass through the cover plate port, and the two are staggered again, and the timing gear meshes with the rack section of the disk; the rack section of the timing tooth track of the disk drives the timing gear to rotate, which drives the timer to wind up the clockwork; when the disk rotates to the timing scale time position, let go. After letting go, the timing gear of the timing mechanism rotates, and the timing gear drives the disc to rotate back; at this time, the return mechanism has no effect on the disc's rotation back; the disc rotates following the rhythm of the timer; the material is placed inside the bin; the disc drives the delivery port to continue to rotate back, and when the delivery port and the cover plate are about to coincide, the timing gear encounters the toothless section of the disc, and the timing gear separates from the disc; the disc accelerates its rotation driven by the return mechanism, and when the delivery port coincides with the cover plate, the material inside the bin is delivered to the inside of the pot, and the damping body on the disc contacts the damping section, the disc's rotation speed is reduced, and there is enough time to deliver the material; after the material is delivered, the disc continues to rotate driven by the return mechanism, and the damping body leaves the damping section; the disc returns to the initial position, and the delivery of the material is completed; The bin body is arranged on the top of the disc; the outlet is the lower port of the bin body; the lower port of the bin body is not provided with a bin body bottom or a bin body bottom plate; the bin body is connected to the cover plate through a support; the center of the disc is connected to the cover plate through an axle rod; two tooth paths are arranged on the top or outer wall of the disc, and the two tooth paths include a timing tooth path and a return tooth path (23); a timing tooth path rack section and a timing tooth path toothless section are arranged on the timing tooth path; the timing gear is meshed with the timing tooth path rack section of the disc or separated from the timing tooth path toothless section; a rack is arranged on the return tooth path, and the return mechanism includes a return gear, and the return gear is meshed with the return tooth path; before the disc is manually moved, the position of the delivery port is initially At the initial position, relative to the initial rotation direction of the disc, the delivery port is located behind the cover plate port, and the delivery port and the cover plate port are staggered; the timing gear is adjacent to the toothless section of the timing tooth path on the outer wall of the disc segment; the material delivery process is as follows: at the initial position, relative to the initial rotation direction of the disc, the delivery port is located behind the cover plate port, and the delivery port and the cover plate port are staggered; the timing mechanism is adjacent to the toothless section of the timing tooth path; the disc is rotated by hand, the return gear is meshed with the rack of the return tooth path and driven to rotate, and the return mechanism is deformed to store energy; the timing gear is separated from the toothless section of the disc and does not rotate together; the disc drives the delivery port to pass through the cover plate port, and the two are staggered, and then the timing gear is meshed with the rack section of the timing tooth path of the disc; the timing gear The rack segment drives the timing gear to rotate, and drives the timing mechanism to wind up the mainspring; when the disc rotates to the timing scale time position, let go, and after letting go, the timing gear of the timing mechanism drives the disc to rotate back; the return mechanism temporarily does not work on the disc's reverse rotation; place materials into the warehouse body; the timing mechanism drives the delivery port on the disc to rotate back, and when the delivery port approaches the cover plate port or the two are about to overlap, the timing gear encounters the toothless segment of the disc timing tooth track, and the timing gear separates from the disc; the return gear of the return mechanism meshes with the return tooth track to drive the disc to rotate faster, and when the delivery port coincides with the cover plate port, the material inside the warehouse body is delivered into the pot body, and after the material is delivered, the disc continues to rotate under the drive of the return mechanism. The material delivery is completed by rotating continuously and returning to the initial position; in order to better deliver the material, a damping device is also provided on the material delivery mechanism; a damping section is provided on the dispenser body or the cover plate, and a damping body is provided on the disc correspondingly, when the damping body meets the damping section, the rotation speed of the disc is reduced, and when the damping body leaves the damping section, the rotation speed of the disc is increased; when the delivery port coincides with the cover port, the material inside the warehouse body is delivered to the inside of the pot body, the damping body on the disc encounters the damping section on the dispenser body, the rotation speed of the disc is reduced, and there is enough time to deliver the material; after the material is delivered, the disc continues to rotate driven by the return mechanism, and the damping body leaves the damping section; the disc returns to the initial position, and the material delivery is completed.

4. The timed rotating plate dispenser according to claim 1, characterized in that: The disc is arranged inside the opening of the cover plate (1) or on the cover plate or above the cover plate; the disc can rotate; a circle of racks or rack segments or no tooth segments are arranged on the top or outer wall of the disc; the disc is provided with a through opening called the delivery port; the cover plate is provided with an outer cover or not; when the cover plate is provided with an outer cover, a lever is arranged on the disc, the lower end of the lever is arranged on the disc, and the upper end of the lever is exposed from the outer cover; a timing dial is arranged on the outer cover, and a timing time is set on the timing dial; when the cover plate is not provided with an outer cover, a lever is arranged on the disc or not; a timing dial is arranged on the cover, and a timing time is set on the timing dial; the disc is arranged inside the opening of the cover plate or on the cover plate or above the cover plate; when the disc is arranged inside the opening of the cover plate, the disc is connected to the opening of the cover plate, and the connection method includes an edge connection method or an axis rod connection method; when the connection method is an edge connection method The edge of the disk is arranged on the top of the cover plate opening, the upper end of the side wall of the cover plate opening is concave, the lower end of the edge of the disk is concave, and the disk is placed inside the cover plate opening; the disk can rotate; when the connection method is a shaft rod connection method, the center of the disk is connected to the shaft rod, and the upper end of the shaft rod is connected to the dispenser body or the warehouse body; when the disk is arranged inside the cover plate (1) opening, the disk and the cover plate opening are in smooth contact, and the disk can rotate; the disk is arranged on or above the cover plate; the disk can rotate on or above the cover plate; the connection method between the disk and the cover plate includes a shaft rod connection or an edge connection; the shaft rod connection method is that the center of the disk is connected to the cover plate or the dispenser body or the warehouse body through the shaft rod; the edge connection method is that the edge of the disk is movably connected with the cover plate ring or the fixed body arranged on the cover plate, and the disk rotates on the cover plate along the cover plate ring to release the substance; the edge of the disk is placed inside the cover plate ring or outside the cover plate ring.

5. The timed rotating plate dispenser according to claim 1, characterized in that: 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 timing pointer is arranged on the disc, corresponding to the zero point of the timing dial; when the timing mechanism includes a timer and a timing dial, the timer includes a power gear; the power gear is arranged on or above the cover plate, and the power gear is meshed with the rack of the disc; when the timing mechanism includes a timer, a timing gear and a timing dial, the timing gear is arranged on or above the cover plate, one side of the timing gear is meshed with the rack of the outer wall of the disc, and the other side is meshed with the power gear; the timer is arranged on or above the cover plate or on the outer cover The timer is composed of a power gear, a spring, and a release component; the power gear is driven by an external force to wind up the spring; the spring is a unidirectional rotating winding mechanism, and the external force can intermittently wind up the spring; the disk is rotated by hand, and the disk drives the timing gear to rotate, driving the timer spring to be tightened. When the pointer on the disk reaches the timing time on the timing dial, let go, and the spring drives the power gear to rotate in the opposite direction; the power gear drives the disk to rotate in the opposite direction, or the power gear drives the timing gear to rotate in the opposite direction, and the timing gear drives the disk to rotate in the opposite direction for timing. When the timing time is reached, the spring stops, the power gear stops rotating, and the pointer on the disk returns to zero indication.

6. The timed rotating plate dispenser according to claim 1, characterized in that: The return mechanism is arranged on or above the cover plate, one end of the return mechanism is connected to the disc, and the other end is connected to the dispenser body or the cover plate; the return mechanism includes an elastic return device or a gear return device, and the number of the elastic return devices or the gear return devices is not limited; after the disc is pulled away from the initial position by hand, the return mechanism deforms and stores energy, and has the ability to make the disc return to the initial position; the elastic return device of the return mechanism includes a spring or a compression spring or a torsion spring or an elastic sheet; the spring is arranged on or above the cover plate, one end of the spring is connected to the disc, and the other end is connected to the dispenser body or the cover plate; the disc is pulled by hand to rotate, After the disc leaves the initial position, the spring is deformed, and the spring is stretched to store energy. When the hand is let go, the stretched spring can pull the wheel to rotate toward the initial position until the disc 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 disc, and the other end of the compression spring is connected to the dispenser body or the cover plate. The disc is pulled by hand to rotate, and the compression spring is compressed to store energy after the disc leaves the initial position. When the hand is let go, the elastic force of the compression spring is released, pushing the disc to rotate toward the initial position until the disc returns to the initial position; the torsion spring or elastic sheet is sleeved on the central shaft of the disc, and one end of the torsion spring or elastic sheet is connected to the cover plate or the dispenser body. The other end of the torsion spring or elastic sheet is connected to the disc, and the disc is rotated by pulling it by hand. After the disc leaves the initial position, the torsion spring or elastic sheet is compressed to generate a reverse tension force. When the hand is released, the tension of the torsion spring or elastic sheet is released, driving the disc to rotate toward the initial position until the disc 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, 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 torsion spring or elastic sheet is arranged on it, one end of the spring or torsion spring or elastic sheet is arranged on the cover plate or connected to the cover plate, and the other end is connected to the torque gear; a circle or a section of return rack is arranged on the disc, and the torque gear is meshed with the return rack; when the disc is rotated by hand and the disc leaves the initial position, the return rack of the disc drives the torque gear to rotate, and the spring or torsion spring or elastic sheet of the torque gear is contracted and pressed; after the hand is released, the elastic force of the spring or torsion spring or elastic sheet is released, driving the torque gear to rotate, and the torque gear is meshed with the disc return rack to drive the wheel disc to rotate to the initial position until the disc returns to the initial position.

7. The timed rotating plate 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 to arrange a damping body on the disc, 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 disc damping body contacts the sliding damping section during the rotation of the disc, the rotation resistance of the disc increases, the rotation speed of the disc decreases, and when the damping body on the disc rotates through the damping section, the rotation speed of the disc increases; the friction material is a material with a certain damping coefficient; the rolling deceleration device is to arrange a damping body at a designated position on the disc, the damping body comprises 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 disc damping body encounters the rolling damping When the disc is in the rolling damping section, the rotation resistance of the disc increases and the rotation speed of the disc decreases. When the damping body of the disc passes through the rolling damping section, the rotation speed of the disc increases. One or more damping devices can be set on the material delivery mechanism as needed. A rack can be set on the damping body and a rack is set on the roller. When the two are meshed together, they can play a damping role. The working process of the material delivery mechanism with a damping device is as follows: at the initial position, the cover plate opening and the delivery opening do not coincide with each other; the disc is rotated by hand, and the disc drives the return mechanism to deform and store energy. When the disc rotates to the set position, the hand releases the disc; the material is placed inside the warehouse body and the material delivery time is set; when the disc is driven by the return mechanism to accelerate the rotation to the initial position and the delivery opening coincides with the cover plate opening, the damping body of the disc meets the damping section or the rolling damping section, the rotation speed of the disc decreases, and the material inside the warehouse body flows to the inside of the pot body below the delivery opening. After the material is delivered, the disc damping body leaves the damping section and the disc speed increases to return to the initial position.

8. The timed rotating plate dispenser according to claim 1, characterized in that: The material delivery mechanism is a multi-bin material delivery mechanism, and the bin bodies are provided with a plurality of bin bodies; the lower ports of the plurality of bin bodies are all provided on a bin body bottom plate or a plurality of bin bodies are provided independently; the shape of each bin body is not limited, and each bin body is connected to the dispenser body or cover plate through a support, or the bin body bottom plate is connected to the dispenser body or cover plate through a support; the lower ports of the plurality of bin bodies are all provided on a bin body bottom plate; the upper and lower ends of each bin body are open, the upper port of the bin body is a material addition port, and the upper port of the bin body is provided with a top cover or without a top cover; the lower port of each bin body is provided on the bin body bottom plate, and a through port is provided on the bin body bottom plate inside each bin body as each bin body outflow port; the shape and size of the bin body bottom plate are not limited, and the bin body bottom plate The shape includes a circular bottom plate; a plurality of independent bins are provided; the upper port of each bin is a material addition port, which can place materials into the bin; the lower port of each bin is an outflow port; each bin is connected to the dispenser body or the cover plate through a support, or each bin is connected to the dispenser body or the cover plate through a support; a disc is arranged inside the cover plate opening or on the cover plate or above the cover plate; the lower ports of the plurality of bins are arranged on a bin bottom plate; the shape of each bin is not limited; the bin bottom plate includes a circular bottom plate; each bin has openings at the upper and lower ends or the upper end is provided with an opening at the lower end of the top cover; the upper port of each bin is a material addition port; the opening of the bottom plate of each bin is an outflow port; the outflow port of the bottom plate of each bin The outlets of the bottom plate of the silo are respectively arranged corresponding to the rotatable delivery ports, and each outlet of the bottom plate of the silo can be overlapped or staggered with the delivery port respectively; the bottom plate of the silo is in contact with the disc, and the disc is arranged inside the cover plate opening; the bottom plate of the silo is connected to the main body of the dispenser or the cover plate through a support; one or more tooth paths are arranged on the upper surface or outer wall of the disc, and a rack or a rack segment or a toothless segment is arranged on the tooth path; the rack segment is a section of rack arranged on the tooth path on the upper surface or outer wall of the disc, and the rack segment can mesh with the timing mechanism or the return mechanism; the toothless segment is a section of the tooth path on the upper surface or outer wall of the disc without a rack, and the toothless segment of the disc is separated from the timing mechanism; the timing gear of the timing mechanism can mesh with the rack or rack segment on the tooth path to The material delivery mechanism is provided with a damping device or not; the damping device is provided; the damping device includes a damping section and a damping body; the damping section is provided with one, and the damping section is provided on the cover plate; the damping body is provided on the outer wall of the disk or on the disk, and each bin body is provided with a damping body; the damping device can properly control the overlap time of the delivery port and the outflow port to completely deliver the material in the bin body; the bottom plate of the bin body can always block the delivery port; before the disk is moved by hand, the position of the delivery port is the initial position, corresponding to the initial movement direction of the disk, the delivery port is behind the outflow ports of several bin bodies, and the bin bodies from near to far from the delivery port are arranged in sequence, and the timing gear is adjacent to the toothless section of the disk;During the delivery process, only one of the bins can be accurately timed for delivery, and the other bins will deliver materials at fixed intervals following the timed bin. The disk is provided with two tooth tracks, the two tooth tracks include a timing tooth track and a return tooth track (23); the return mechanism includes a return gear (22), and the return gear is meshed with the return tooth track; the position of the delivery port in front of the disk is manually moved as the initial position, corresponding to the initial movement direction of the disk, and the delivery port is behind the two bin flow outlets; the bins from the nearest to the delivery port are sequentially arranged as a No. 1 bin (27) and a No. 2 bin (28), and the timing gear is adjacent to the toothless section on the timing tooth track of the disk; two toothless sections and two rack sections are provided on the timing tooth track of the disk; the toothless section (29) of the No. 1 timing tooth track on the disk corresponds to the No. 1 bin (27), and the toothless section (30) of the No. 2 timing tooth track on the disk corresponds to the No. 2 bin (28); the disk is manually moved to rotate, The disc drives the return mechanism to deform and store energy; the timing gear is separated from the disc and does not rotate together; the delivery port first passes through the outlet of the No. 1 bin body (27); when the delivery port and the outlet of the No. 1 bin body (27) coincide and then stagger, the timing gear meshes with the No. 1 timing tooth track rack segment (31), the timing gear is driven to rotate by the disc, and the timing mechanism performs timing; when the delivery port is about to coincide with the outlet of the No. 2 bin body (28), the No. 2 timing tooth track toothless segment (30) on the outer wall of the disc passes through the timing gear of the timing mechanism, and the timing gear is separated from the disc; when the delivery port and the outlet of the No. 2 bin body (28) coincide and then stagger, the No. 2 timing tooth track rack segment (32) meshes with the timing gear of the timing mechanism, the timing gear is driven to rotate by the disc to perform timing, and the timing gear is driven to rotate by the disc to perform timing. The timing mechanism is wound up; when the disc rotates to the timing time position of the No. 1 bin (27), the user lets go. After letting go, the timing gear of the timing mechanism drives the disc to rotate back. The return mechanism has the power to rotate the disc back, but at this time, the disc rotates back following the rhythm of the timing mechanism; materials are placed inside each bin; the timing mechanism drives the delivery port on the disc to continue to rotate back. When the delivery port is about to coincide with the No. 2 flow outlet (36) of the No. 2 bin (28), the timing gear encounters the No. 2 timing tooth track toothless section (30) of the disc corresponding to the No. 2 bin, and the timing gear separates from the disc; the disc rotates faster under the drive of the return mechanism, and the delivery port coincides with the No. 2 flow outlet (36) of the No. 2 bin (28). The material is put into the pot body through the feeding port, and the second damping body (34) and the damping section (18) meet and rub against each other to reduce the speed of the disc. After the material is put in, the second damping body (34) and the damping section (18) are separated, and the disc continues to rotate forward under the drive of the return mechanism; the first timing tooth track rack section (31) passes through the timing gear of the timing mechanism, and the timing gear meshes with the first timing tooth track rack section (31) to drive the disc to continue to rotate backward, and the timing mechanism continues to time the rotation of the disc; when the feeding port and the first outflow port (35) of the first bin body (27) are about to overlap, the timing gear encounters the first timing tooth track toothless section (29) on the outer wall of the disc, and the timing gear is disengaged from the first timing tooth track toothless section (29) and is separated from the disc;The disc rotates faster under the drive of the return mechanism. When the delivery port coincides with the first outflow port (35), the material inside the first bin body (27) is delivered into the pot body. The first damping body (33) and the damping section (18) meet and rub against each other to reduce the speed of the disc. After the material is delivered, the first damping body (33) and the damping section (18) separate. After the material is delivered, the disc continues to rotate back to the initial position under the drive of the return mechanism. The delivery of the material is completed. The disc is arranged on the cover plate; the lower ports of the plurality of bins are arranged on the bottom plate of the bin, and the lower ports of the bins are in smooth contact with the discs respectively; the shape of each bin is not limited; all bins are fixedly arranged; each bin has openings at both ends or the upper end is provided with an opening at the lower end of the top cover; the upper port of each bin is a material addition port, and the lower port of each bin is a flow outlet or the through port of the bottom plate of the bin inside the bin is the flow outlet; each bin flow outlet is respectively arranged corresponding to the rotatable disc delivery port, and the delivery port can overlap or stagger with each bin flow outlet respectively; the bin is connected to the dispenser body or the cover plate through a support; corresponding cover plate ports are respectively arranged on the cover plate corresponding to the flow outlet of each bin, and a plurality of cover plate ports are arranged; a disc is arranged between the bin and the cover plate; a tooth path is arranged on the disc, and a rack or a rack segment or a toothless segment is arranged on the tooth path; the lower ports of the plurality of bins are respectively arranged on the bottom plate of the bin; A return mechanism is arranged on the cover plate, the return mechanism comprises a return gear (22), and the return gear is meshed with the return tooth track; a damping device is arranged on the cover plate; before the disc is manually moved, the position of the delivery port is the initial position, and the delivery port is behind the two bin flow outlets corresponding to the initial movement direction of the disc, and the bins from near to far from the delivery port are sequentially arranged as a No. 1 bin (27) and a No. 2 bin (28); the timing gear is adjacent to a No. 1 timing tooth track toothless section (29); the No. 1 timing tooth track toothless section (29) corresponds to the No. 1 bin (27), and the No. 2 timing tooth track toothless section (30) corresponds to the No. 2 bin (28); the No. 1 damping body (33) corresponds to the No. 1 flow outlet (35) of the No. 1 bin, and the No. 2 damping body (34) corresponds to the No. 2 flow outlet (36) of the No. 2 bin The cover plate is provided with a cover plate opening (37) and a cover plate opening (38) corresponding to the positions of the first bin body and the second bin body respectively; the disc is rotated by hand, and the disc drives the return mechanism to deform and store energy; the toothless section (29) of the first timing tooth path passes through the timing gear of the timing mechanism, and the timing gear is separated from the disc and does not rotate with the disc; after the delivery port on the disc passes through the flow outlet of the first bin body (27), the rack section (31) of the first timing tooth path passes through the timing gear of the timing mechanism, and the timing gear meshes with the rack section (31) of the first timing tooth path, and the timing gear rotates with the disc to perform timing; when the delivery port and the second flow outlet (36) are about to overlap, the toothless section (30) of the second timing tooth path After passing through the timing gear of the timing mechanism, the timing gear is separated from the toothless section (30) of the second timing tooth track, and the timing gear does not rotate together with the disc. After the delivery port on the disc passes through the second outflow port (36), the rack section (32) of the second timing tooth track passes through the timing gear of the timing mechanism, and the timing gear meshes with the rack section (32) of the second timing tooth track. After the timing gear rotates, it drives the timing mechanism to wind up the mainspring for timing; after that, when the disc rotates to the timing time position of the second bin body (28), the user lets go. After letting go, the timing gear of the timing mechanism meshes with the rack section (32) of the second timing tooth track to drive the disc to rotate back. The return mechanism has the power to rotate the disc back, but the disc rotates back following the rhythm of the timer; respectively, to the inside of the two bin bodies The material is placed; the disc drives the delivery port to continue to rotate backwards, and when the delivery port and the second flow outlet (36) are about to coincide, the timing gear encounters the second timing tooth track toothless section (30) on the disc, and the timing gear is disengaged from the second timing tooth track toothless section (30), and the timing gear is separated from the disc; the disc is driven by the return mechanism to accelerate the rotation, the delivery port coincides with the second flow outlet (36) of the second bin body, and the second damping body (34) contacts the damping section to reduce the rotation speed of the disc, and the material in the second bin body is delivered to the inside of the pot body through the second flow outlet (36), the delivery port, and the second cover plate port (38). After the material is delivered, the second damping body (34) leaves the damping section (18), and the disc continues to rotate forward driven by the return mechanism;Afterwards, the rack segment (31) of the No. 1 timing tooth track passes through the timing gear of the timing mechanism, and the timing gear meshes with the rack segment (31) of the No. 1 timing tooth track, and the timing mechanism drives the disc to rotate and continue to time the disc rotation; the timing mechanism drives the delivery port to continue to rotate back to the timing; when the delivery port and the No. 1 outflow port (35) of the No. 1 bin body are about to overlap, the timing gear encounters the toothless segment (29) of the No. 1 timing tooth track, and the timing gear is disengaged from the toothless segment (29) of the No. 1 timing tooth track, and the timing gear is retracted. The disc is separated; the disc rotates faster under the drive of the return mechanism, the No. 1 damping body (33) contacts the damping section (18) to reduce the rotation speed of the disc, and when the delivery port coincides with the No. 1 outflow port (35), the material inside the No. 1 bin body is delivered into the pot body through the No. 1 outflow port (35), the delivery port, and the No. 1 cover plate port (37). After the material is delivered, the No. 1 damping body (33) is separated from the damping section (18), and the disc continues to rotate back to the initial position under the drive of the return mechanism, and the delivery of the material is completed. ;

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