30results about How to "Easy automatic transfer" patented technology

A monomer handling unit for storing a ampoule of monomer and releasing the monomer from the ampoule when desired is provided. The monomer handling unit can be used to attach to an enclosed mixer and release a monomer component of the bone cement into the mixer to be mixed with a powder component of the bone cement. The monomer handling unit can also be used to release the liquid monomer into another mixer, such as one that is not enclosed.

The invention relates to the analytical instrument filed in chemistry, which provides an air analyzer and comprises an air pressure transferring pump, an air pressure transferring tube, an automatic controller, a sample introduction measuring device and an air element adsorbing device. The air element adsorbing device comprises a plurality of air element adsorbing units with same structure, and the air element adsorbing units are connected with the sample introduction measuring device, the air pressure transferring tube and an automatic controller. The adsorbing bottles of each air element adsorbing bottle is loaded with adsorbing liquid for adsorbing different air or flammable air burning wire, which can be used in the air element analyzing of complicate component, the analyzing progress is controlled by automatic controlling procedure, the manufacture cost is low, the operation progress is simple and the analyzing result is accurate and reliable.

The invention provides a vehicle-mounted vending machine which comprises a cabinet body, a lifting platform and a pickup opening. Guide rails facilitating the vertical motion of the lifting platform are arranged in the middle of the cabinet body, the pickup opening is formed in the upper side of the position, at the upper ends of the guide rails, of the cabinet body, a lifting motor driving the lifting platform to vertically move is arranged at the bottom or the top of the position, at the lower ends of the guider rails, of the cabinet body, and a lifting transmission mechanism driving the lifting platform to do synchronous movement is connected between the lifting motor and the lifting platform. Separation plates which divide an inner cavity of the cabinet body into a left warehouse and a right warehouse are arranged at the positions, on two sides of the guide rails, inside the cabinet body, goods channels are arranged at the bottoms of the warehouses respectively, a plurality of driving wheels feeding goods in the warehouses into the goods channels are arranged on the upper sides of the goods channels, track pushing devices for conveying the goods to the lifting platform are arranged in the goods channels, and correction mechanisms preventing articles from being transverse in the goods channel conveying process are arranged in the positions, above the track pushing devices, of the goods channels. The correction mechanisms effectively prevent a vehicle-mounted movable platform from influencing article conveying in the moving process, and the reliability of outputting the goods is improved.

The method involves determining a wireless cell zone (A) and a source frequency band utilized in one system. An output cell corresponding to the zone (A) and the determined band is selected in a hierarchy table (T). A list of cells belonging to another system and neighborhood of the output cells is generated from the table. An input cell is selected in the list of cells based on a selection criterion. An independent claim is also included for computing equipment implementing a method of calculating second and third generation systems` neighborhood.

The invention relates to an automatic unfastening device for kelp harvesting. The device comprises an upper lifting rope, a lower lifting rope and a rope fastener, wherein the width of a narrow groove in the lower part of the rope fastener is smaller than the external diameter of a knot at the head of the lower lifting rope. The device further comprises a pressure block, a driver and a screw rod, wherein the driver is connected with the screw rod, and the pressure block is driven by the screw rod to transversely move; the knot is attached to a platform, a micro switch is arranged on the platform, and is used for feeding back an electric signal to a control unit to trigger the driver to work after receiving a touch signal of the knot, and the screw rod is driven by the driver to transversely move until the knot is tightly pressed by the pressure block; a torsional spring is arranged on the platform, the resistance of the torsional spring is overcome by the rotating force of the screw rod, the pressure block and the platform are driven by a guide pin shaft to rotate to one side of a rope groove, the knot enters the rope groove, and when the pressure block rotates approximately to 90 degrees, the knot is transversely moved and separated from the narrow groove in the lower part of the rope fastener by the lower lifting rope under the action of tensioning force, and the lower lifting rope is separated from the rope fastener.

The invention discloses a forage cutting device for feeding. The forage cutting device comprises a shell, a conveying channel and a grass cutting plate, wherein the top of the shell is fixedly provided with a first motor, and one end of the first motor is connected with a knife switch. A fixing plate is arranged on the inner side of the shell, the conveying channel is fixed on the side of the shell, and one end of the conveying channel is connected with a containing box. One end of a telescopic air cylinder is provided with a push plate, the pushing plate is located in the conveying channel, and a conveying belt is fixed on one side of the conveying channel. The grass cutting plate is fixed on the inner side of the shell, and a discharging pipe is arranged at the bottom of the inner side of the shell. A stirring roller is arranged in the discharging pipe, and a feeding hole is reserved in the side of the shell. The forage cutting device for feeding is provided with a conveyor belt anda telescopic air cylinder, the forage to be cut is transmitted to the knife switch, and the knife switch is driven by the first motor to cut forage. A stirring roller and a baffle are arranged, so that the cut forage and other feed can be conveniently stirred.

The invention discloses an optical glass lens testing system and a testing method thereof. The system comprises a first supporting frame, a second supporting frame and a first vertical plate, the right side of the upper end of the first supporting frame is vertically and fixedly provided with a second vertical plate, and the left side end of the second vertical plate is fixedly provided with a projection plate. An image result generated by movement of a lens is shot by a camera and then transmitted into a control box, after the image is transmitted into the control box, the control box compares the image with various image results stored in a storage module through a comparison module, after comparison, the results are classified through a classification module, each category corresponds to different defect results and qualified results, after classification is completed, each result is counted by different counting modules, the total number is recorded, then data is displayed on a display module, if one defect result suddenly rises, equipment corresponding to the step goes wrong during production, and timely processing work is facilitated.

The invention aims to provide a material conveying mechanism for a skylight production line. The material conveying mechanism comprises a base, a plurality of beams are arranged on the upper end face of the base and provided with two tracks, the tracks are provided with grooves, rolling wheels are evenly arranged in the grooves, the beams are slantly arranged, each track and the plane form an included angle of 5-30 degrees, and baffles are arranged on the left sides and the right sides and at the front ends of the beams and positioned on the base. A feeding mechanism is arranged beside the skylight production line and is perpendicular to the running direction of the skylight production line, and a plurality of boxes for bearing materials are placed on the inclined tracks in one time. After the materials in the front boxes are used up and the empty boxes are taken down, the rear boxes can automatically slide down on the tracks, the goal of automatic feeding is achieved, frequent feeding by material workers can be effectively avoided, material conveying efficiency is improved, and accordingly assembly efficiency is improved.

The invention discloses a mobile phone processing part transfer mechanism and method. The transfer mechanism comprises a bracket, a low speed motor and an outer frame; a rotating disk is arranged above the bracket, and the low speed motor is arranged below the bracket; the outer frame is arranged on the outer side of the rotating disk, and the top end of the outer frame is connected with a support frame of which the top end is provided with a material box; the top end of a switch plate is provided with a material control block, and a discharging plate is installed above the switch plate; a fixing plate is installed below the switch plate, and the fixing plate is connected with a movable plate through a connecting shaft; the middle part of the front side of the fixing plate is provided with a clamping block, and the outer side of the fixing plate is provided with a spring of which the outer end is connected with the bottom end of the material box; and a material guide plate is arranged below the material box. The mobile phone processing part transfer mechanism facilitates placement and automatic feeding of a mobile phone part, and the production efficiency of mobile phones is improved, so that the benefits of an enterprise are improved.

A wafer end surface fine grinding device, comprising: a support body, a support component, a feeding component, a transfer component, a transfer component and a fine grinding component. The feeding component is used to place multiple wafers and drive multiple wafers to move inward. The transfer component is used to clamp a single wafer located in the feeding component and drive the single wafer to move towards the transfer component. , the transfer assembly is used to hold the single wafer held by the transfer assembly, and drive the single wafer to the fine grinding assembly, and is used for turning over the single wafer, the fine grinding assembly is used for multiple wafers Round end faces fine ground. The invention facilitates the end face polishing operation of the wafer, facilitates the automatic feeding of the wafer, facilitates the automatic transfer of the wafer, facilitates the automatic flipping of the wafer, and facilitates the automatic flipping of the wafer during the end face polishing of the wafer. Automatic placement facilitates automatic wafer end face grinding and polishing operations, improves the automation of wafer end face polishing, and improves the efficiency and quality of wafer end face polishing.

The invention relates to an electromagnetic relay, especially relates to a universal relay convenient for automatic assembling, and belongs to the technical field of electrical equipment. The universal relay convenient for automatic assembling is composed of a base, a shell, a contact assembly, a magnetic circuit assembly and a transmission assembly, the contact assembly and the magnetic circuit assembly are inserted into the base, an elastic piece of the transmission assembly is riveted with a yoke and an armature respectively, a tail end of the armature is inserted into a mounting groove ofa push rod, the structure is simple, and automatic assembling is facilitated. A base bottom plate and the shell are buckled together. Compared with a traditional universal relay, the universal relay has simple functional component structures and simple assembling and matching of the functional components, is convenient to achieve automatic assembling, and satisfies an industrial intelligent manufacturing requirement.

The invention provides a vehicle-mounted vending machine which comprises a cabinet body, a lifting platform and a pickup opening. Guide rails facilitating the vertical motion of the lifting platform are arranged in the middle of the cabinet body, the pickup opening is formed in the upper side of the position, at the upper ends of the guide rails, of the cabinet body, a lifting motor driving the lifting platform to vertically move is arranged at the bottom or the top of the position, at the lower ends of the guider rails, of the cabinet body, and a lifting transmission mechanism driving the lifting platform to do synchronous movement is connected between the lifting motor and the lifting platform. Separation plates which divide an inner cavity of the cabinet body into a left warehouse and a right warehouse are arranged at the positions, on two sides of the guide rails, inside the cabinet body, goods channels are arranged at the bottoms of the warehouses respectively, a plurality of driving wheels feeding goods in the warehouses into the goods channels are arranged on the upper sides of the goods channels, track pushing devices for conveying the goods to the lifting platform are arranged in the goods channels, and correction mechanisms preventing articles from being transverse in the goods channel conveying process are arranged in the positions, above the track pushing devices, of the goods channels. The correction mechanisms effectively prevent a vehicle-mounted movable platform from influencing article conveying in the moving process, and the reliability of outputting the goods is improved.

The invention relates to an automatic unfastening device for kelp harvesting. The device comprises an upper lifting rope, a lower lifting rope and a rope fastener, wherein the width of a narrow groove in the lower part of the rope fastener is smaller than the external diameter of a knot at the head of the lower lifting rope. The device further comprises a pressure block, a driver and a screw rod, wherein the driver is connected with the screw rod, and the pressure block is driven by the screw rod to transversely move; the knot is attached to a platform, a micro switch is arranged on the platform, and is used for feeding back an electric signal to a control unit to trigger the driver to work after receiving a touch signal of the knot, and the screw rod is driven by the driver to transversely move until the knot is tightly pressed by the pressure block; a torsional spring is arranged on the platform, the resistance of the torsional spring is overcome by the rotating force of the screw rod, the pressure block and the platform are driven by a guide pin shaft to rotate to one side of a rope groove, the knot enters the rope groove, and when the pressure block rotates approximately to 90 degrees, the knot is transversely moved and separated from the narrow groove in the lower part of the rope fastener by the lower lifting rope under the action of tensioning force, and the lower lifting rope is separated from the rope fastener.

The invention discloses a chassis cleaning device for a patrol robot, and relates to the technical field of cleaning devices. In order to solve the problems that a chassis of an existing patrol robotis inconvenient to clean, fixing and conveying are inconvenient, manual operation is generally adopted, and time and labor are wasted, the following scheme is provided, wherein the chassis cleaning device comprises an external support; a power mechanism is fixedly connected to the inner wall of the bottom of the external support; a fixing mechanism is arranged outside the power mechanism in a threaded sleeving mode; a conveying mechanism is fixedly connected to the back face of the external support; a transmission mechanism is fixedly connected to the inner wall of the left side of the external support; a cleaning mechanism is arranged above the transmission mechanism; a pushing mechanism is arranged above the cleaning mechanism; a feeding inlet is formed in the right side of the externalsupport; and a first fixing rod is fixedly connected to the inner wall of the bottom of the power mechanism. The chassis of the patrol robot can be cleaned conveniently, automatic fixing and conveyingare facilitated, automatic operation is achieved, and the chassis cleaning device is suitable for market use.

A wafer bar end cutting device, comprising: a support assembly, a first lifting assembly, a rear pulling mechanism, a second lifting mechanism, a clamping mechanism, an adjusting mechanism, an end cutting mechanism, a rotating mechanism and a rounding mechanism. The invention facilitates the automatic transfer of the wafer rod when processing the wafer rod, and can stably clamp the wafer rod when the wafer rod is transferred, thereby improving the safety of the wafer rod transfer , it is convenient to carry out the end cutting operation of the wafer bar, and at the same time, it can roughly grind the outer wall of the wafer plate. Through this device, the processing efficiency of the wafer bar can be significantly improved, and the working intensity of the operator can be reduced. It has a strong practicality.

The invention discloses a stamping device for an anti-oxidative film-coated ceiling plate, comprising a worktable, a motor, a cylinder and a mold. A bracket is welded and connected to the upper left end of the worktable, and a support block is slidably connected to the inside of the rail. The left end of the carrying plate is provided with a mounting slot, the right side of the limiting mechanism is fixedly connected with a second limit bar, the right end of the carrying plate is provided with a first connecting slot, and the inside of the first connecting slot is provided with a The first disc, the right end of the second disc is connected with a connecting handle by welding, the center of the second disc is fixedly connected with a rotating shaft, the lower end of the rotating shaft is installed with a motor, the upper end of the bracket is installed with a cylinder, and The lower end of the cylinder is bolted with a die. The punching device for the anti-oxidative film-coated ceiling plate is easy to limit the integrated ceiling, facilitates automatic transmission of the integrated ceiling, and facilitates unloading of the punched integrated ceiling.