222results about How to "Realize automatic loading" patented technology

The invention discloses a battery automatic replacement system of a small-sized multi-rotor-wing unmanned aerial vehicle. The battery automatic replacement system comprises a multi-track trolley, a battery storage disk, an unmanned aerial vehicle landing gear, a landing gear fixing plate, a landing gear fixing plate support, a battery storage disk support and a mechanical arm, wherein the landing gear fixing plate is arranged above the multi-track trolley, and is fixedly connected with the multi-track trolley through the landing gear fixing plate support; the unmanned aerial vehicle landing gear is arranged above the landing gear fixing plate; a battery inlet matched with the size of a battery is formed in the center of the fixing plate; the battery storage disk is arranged below the landing gear fixing plate, and is fixedly connected with the multi-track trolley through the battery storage disk support; and the mechanical arm is arranged below the battery storage disk. The battery automatic replacement system adopts a turntable type battery storage bin, so that five times of battery replacement can be performed at most through one step; and the battery automatic replacement system adopts a blind plugging type battery installation mode to achieve effects of convenience, fastness and high efficiency.

The invention discloses an automatic container system. The system comprises a rail frame, a plurality of containers, at least one container moving device, a connecting device, a movement device drive unit, a connecting device drive unit and a control unit, wherein the plurality of containers are movably arranged on the rail frame, at least one space which is used for moving and switching the container and is not less than the size of the container is left; the connecting device is used for connecting the container moving device with the container and drives the container to move. According to the automatic container system provided by the invention, the intensive arrangement of a plurality of rows of the containers without space can be realized by switching the positions of the containers, so that half of storage content can be promoted in comparison with a traditional technology; the automatic container system is matched up with an unloader so as to move out or in goods in any cell of any container, so that automatic goods entry and exit and refined goods management can be realized; and the containers and the rail frame can be freely spliced and assembled by adopting a standard cell design, so that the layout is flexible. The automatic container system is suitable for intensive storage centers, automatic storage racks in supermarkets, automatic storage cabinets, three-dimensional parking buildings, automatic container trucks, vending machines, automatic post cabinets and the like.

The invention discloses an automatic control method of workpiece-carrying injection molding. Automatic control of workpiece-carrying injection molding is completed through a rotor handling system, wherein a robot arm handling system is arranged near the side of an injection molding machine in a hanging manner, and automatic feeding of an embedded member of the injection molding machine and procedures of automatic grabbing and automatic placing of a finished injection molding workpiece are realized through a pneumatic control system and a program control system, wherein the robot arm handling system is provided with a grabbing mechanism which is composed of an air cylinder-controlled horizontal extending mechanism, and an air cylinder-controlled finished injection molding workpiece grabber mechanism, a small air cylinder-controlled embedded member compacting mechanism and a small air cylinder-controlled embedded member extending and compacting mechanism. The invention further discloses a robot handling system. The robot handling system is an automatic system which is high in automation degree, high in production efficiency and strong in universality, and is capable of lightening the labor intensity of manual operation, and realizing the automatic feeding of the embedded member of the injection molding machine and automatic grabbing and automatic placing of the finished injection molding workpiece.

The invention discloses a steel wire rod take-up device which comprises a rack and a wire arranging assembly. An automatic wire clamping and wheel discharging assembly used for clamping a spool and a spool ejecting assembly are arranged on one side below the wire arranging assembly, wherein the automatic wire clamping and wheel discharging assembly and the spool ejecting assembly are fixed to the rack respectively, an automatic disc feeding and discharging assembly located between the automatic wire clamping and wheel discharging assembly and the spool ejecting assembly is arranged below a wire arranging wheel set, a wire pushing and locating assembly and an automatic fusing assembly are oppositely arranged on one side of the automatic wire clamping and wheel discharging assembly and one side of the spool ejecting assembly, the distance between the wire pushing and locating assembly and the automatic fusing assembly is larger than the axis length of the spool, a steel wire locating clamp is arranged on the automatic fusing assembly, and the signal input end of the wire arranging assembly, the signal input end of the automatic wire clamping and wheel discharging assembly, the signal input end of the spool ejecting assembly, the signal input end of the automatic disc feeding and discharging assembly, the signal input end of the wire pushing and locating assembly and the signal input end of the automatic fusing assembly are all connected with the signal output end of a PLC. The steel wire rod take-up device is high in automation degree, high in production efficiency, low in manual labor intensity, and suitable for being widely applied to cable devices.

The invention relates to an automatic stacking and loading machine for bagged cement, characterized by comprising a receiver, a transfer device, a lifting coordinator, a grouping device, a slide carriage device, a stacking device, a lifting device and a master controller. The receiver is abutted to one end of the transfer device. The other end of the transfer device is rotatably connected with the upper end of the lifting coordinator. The lower end of the lifting coordinator is movably connected with the front end of the grouping device. The rear end of the grouping device is connected with the slide carriage device. The lower end of the slide carriage device is flush with the stacking device. The grouping device, the slide carriage device and the stacking device are lifted up and down together by the lifting device. The receiver, the transfer device, the grouping device, the stacking device and the lifting device are all connected with the master controller. The automatic stacking and loading machine has the advantages that cement bags from the machine can be directly grouped and stacked, automatic loading of the bagged cement is achieved, labor intensity is reduced for workers, work environment is improved, and efficiency is greatly improved.

The invention relates to an automatic loading device of a stress ring for a hydrogen sulfide resistant stress corrosion test, belonging to the technical field of mechanical tests. The automatic loading device comprises a stand, a transmission pressurization mechanism and a stress ring positioning board, wherein the stress ring positioning board is horizontally arranged at the bottom of the stand, and the transmission pressurization mechanism is positioned in the stand and is vertically arranged above the stress ring positioning board. The transmission pressurization mechanism comprises a stepping motor, a synchronous belt transmission mechanism, a vertical driving mechanism and a connection pressurization mechanism, wherein the stepping motor is fixedly arranged at the upper part of the stand and is connected with one end of the synchronous belt transmission mechanism; the other end of the synchronous belt transmission mechanism is connected with the vertical driving mechanism; the vertical driving mechanism is rotatablely arranged at the upper part of the stand vertically; and the connection pressurization mechanism is fixedly arranged at the lower end of the vertical driving mechanism and is in contact with the stress ring to be measured. The invention realizes the purpose of loading the load of which the loading force is 0.1-40KN through a compact structure.

The invention relates to an automatic loading and unloading system, an automatic loading method and an automatic unloading method, and belongs to the technical field of logistics systems. The automatic loading and unloading system involves a cargo bearing plate, submerged transferring devices, a traction loading and unloading operation device and a flexible conveying line, wherein the cargo bearing plate is used for being laid on a bottom plate of a truck carriage, the traction loading and unloading operation device is located between the submerged transferring devices and the flexible conveying line, the traction loading and unloading operation device is connected with the submerged transferring devices and the front end of the flexible conveying line, the traction loading and unloading operation device can drag the submerged transferring devices and the flexible conveying line to move in the front-back direction, and the submerged transferring devices, the traction loading and unloading operation device and the flexible conveying line can achieve cargo transferring. According to the automatic loading and unloading system, automatic loading and unloading on cargo can be achieved,labor and time are saved, and the logistics cost is reduced.

The invention discloses full-automatic base plate size detection equipment, a base plate detection line and a detection method of the base plate detection line. The full-automatic base plate size detection equipment comprises a main rack, a plurality of loading plates, conveying belts, a gate-type travelling mechanism and a laser sensor, wherein the plurality of loading plates are fixed to the main rack at equal intervals; one conveying belt is arranged between the two adjacent loading plates; travelling tracks are arranged on the loading plates located at the two sides along the length directions of the loading plates; the gate-type travelling mechanism is arranged on the traveling tracks; and the laser sensor is arranged on the gate-type travelling mechanism through a third travelling mechanism. The base plate detection line comprises an automatic feeding device, base plate size detection equipment and an unloading output table which are connected in sequence; and the base plate sizedetection equipment adopted by the base plate detection line is the full-automatic base plate size detection equipment. The full-automatic base plate size detection equipment can automatically detectthe size of a base plate to replace manual work and has the advantages of fast detection speed and high detection accuracy.

The invention provides an automatic electricity meter turnover box loading system by which automatic loading of electricity meters from a stereoscopic warehouse to a truck. The system is composed of a connecting system, an automatic carrying and stacking robot and a backing induction system and connected with a stereoscopic warehouse conveying line and a truck compartment, and is in communication with an upper-layer control platform. After the system is successfully connected with the stereoscopic warehouse conveying line, the truck compartment and the upper-layer control platform, the system starts to check out-of-warehouse information and order information at a warehouse outlet in real time, if the out-of-warehouse information is not coincident with the order information, the system stops working and gives an alarm, and restarts working after the alarm is eliminated; if the out-of-warehouse information is coincident with the order information, a turnover box is conveyed to a vertical two-way transplanting platform of the system by the conveying line and then conveyed onto a loading machine, and the loading machine grabs two stacks of the electricity meters, moves along rails to corresponding positions in the truck compartment for stacking and then returns to an operating platform to receive next two stacks of the electricity meters. On-site actual working tests show that the automatic electricity meter turnover box loading system is good in effect, so that the problem that existing electricity meter loading is high in intensity and low in efficiency.

The invention discloses a device for automatically loading a nose pad insert of a pair of glasses. The device for automatically loading the nose pad insert of the pair of glasses comprises a base, a mould moving mechanism which is arranged on the base and used for fixing a mould and horizontally conveying the mould, a feeding mechanism which is arranged on the base and is arranged at the two sides of the mould moving mechanism, a vibration feeding mechanism which is arranged on the base and is connected with a feeding end of the feeding mechanism, a material moving frame which is arranged on the base and is perpendicular to a moving direction of the mould, a material moving mechanism which is arranged on the material moving frame and used for carrying an insert to the mould from the feeding mechanism and a driving mechanism which is arranged on the material moving mechanism and used for driving the material moving mechanism to move. The device for automatically loading the nose pad insert of the pair of glasses has the advantages that the insert is conveyed to the feeding mechanism by virtue of the vibration feeding mechanism, then the insert is carried and loaded onto the mould by driving the material moving mechanism by virtue of the driving mechanism, automatic loading of the insert is realized, production efficiency is greatly improved, and production cost is reduced.

The invention discloses an automatic wheel replacing take-up machine which comprises a conveying device and a winding device. I-shaped wheels used for winding are placed vertically, in this way, the problems of rolling, off-tracking and the like during conveying of the I-shaped wheels are solved, and the stability during conveying is improved. According to the automatic wheel replacing take-up machine, an automatic guided vehicle (AGV) can be in seamless butt joint with the conveying device directly, the purposes of automatic wheel mounting, automatic wheel dismounting and transferring are achieved, the workload is reduced, and the working efficiency is improved. By arranging a lifting air cylinder, a lower ejector pin is driven to make the I-shaped wheels to ascend and descend, each I-shaped wheel full of wires can be descended onto the conveying device along with the lower ejector pin, the damage to the machine caused when the I-shaped wheels are dismounted after the I-shaped wheels are full of wires is avoided, the service life of the machine is prolonged, the reliability of the machine is improved, long-term stable operation at an industry scene can be achieved, and automation of the industry is achieved in a real sense. In addition, by arranging a sticking device, a tail wire can be fixed automatically, transportation is convenient, manual participation is not needed in the whole process, and the automation degree is high.

The invention discloses a badminton detection machine. The badminton detection machine comprises a frame body, a controller, a badminton feeding mechanism, a detection mechanism and a badminton discharging mechanism, wherein the badminton feeding mechanism, the detection mechanism and the badminton discharging mechanism are in signal connection with the controller; the detection mechanism comprises a rotating disc, rotating stations, an upper camera, a side camera and a light source, wherein the rotating stations are evenly distributed on the rotating disc and can keep a rotating state relative to the rotating disc; and the upper camera and the side camera correspond to the tops and the side faces of the rotating stations on detection positions at the same time, and the badminton feeding mechanism and the badminton discharging mechanism correspond to the rotating stations correspondingly. The structure of the badminton detection machine achieves automatic badminton feeding and detection and automatic sorting after detection, greatly improves the detection efficiency, improves the detection quality, is high in sorting precision and good in stability, and can be used in cooperation with all kinds of automatic badminton production equipment.

The invention relates to the technical field of circuit board processing production, in particular to a tray transferring mechanism which comprises a tray storage vehicle used for storing a tray, a transferring table used for bearing the tray and a transferring assembly used for conveying the tray between the transferring table and the tray storage vehicle. The transferring assembly is provided with two first guide rails and two tray clamping parts movably connected to the two first guide rails correspondingly. The two tray clamping parts are used for clamping the two sides of the tray. The tray transferring mechanism has the beneficial effects that the tray transferring mechanism is reasonable in structural design, automatic loading or separation of a circuit board and the tray is achieved, automatic feeding and discharging of the tray are achieved, production efficiency is improved, and production cost is reduced.

The invention discloses an automatic crawler-type loading shovel. The automatic crawler-type loading shovel comprises a rack assembly, a loading shoveling mechanism arranged in front of the rack assembly, walking mechanisms arranged on the two sides of the rack assembly, a control mechanism which is arranged above the left side of the rack assembly to control the whole loading shovel to work, a power mechanism for providing power for the automatic crawler-type loading shovel and a transport mechanism arranged on the rack assembly; the automatic crawler-type loading shovel is a novel efficient deslagging transport device for underground mine tunneling, the loading shovel is used for tunneling of a small section, a medium section and a large section, the automatic crawler-type loading shovel works on the tunneling face, and the heavy deslagging and transporting tasks are completed. According to the scheme, the shovel has the automatic functions of slagging off and slag removal, and is easy and convenient to operate, low in labor intensity of operators, flexible, small in occupied area, good in site adaptation, safe, stable, reliable and capable of greatly increasing the engineering tunneling speed.

The invention relates to a cargo loading device of an automatic guided vehicle, a control method of the cargo loading device and a control system of the cargo loading, and belongs to the field of logistics. The cargo loading device comprises a cargo loading conveying table and a control assembly, the cargo loading conveying table further comprises a cargo supporting platform and a driver for driving the cargo supporting table to move, the cargo supporting platform is provided with a cargo inlet and a cargo outlet, the control assembly can control the cargo supporting platform to convey cargoesfrom the cargo inlet to the cargo outlet through the driver, and the cargoes are conveyed to a carrying vehicle through the cargo outlet. According to the cargo loading device, automatic loading of the cargos is realized, and the loading efficiency and accuracy of the cargos are improved; and the cargo loading device, the control method and the control method are used for loading the cargos in logistics transportation.

The invention discloses soundbox spraying equipment capable of automatically feeding and belongs to the technical field of soundbox spraying. The soundbox spraying equipment capable of automatically feeding comprises a conveying device, a translation platform, a clamping device, a lifting column and a material placing basket; the translation platform is arranged above the front end of the conveying device; a sliding device is arranged on a lower surface of the translation platform; a lower surface of the sliding device is fixedly connected with a telescopic cylinder; and a clamping device is fixedly connected below the telescopic cylinder. Automatic feeding is realized by a transmission device, a clamping jaw device, the translation platform and the conveying device, so that manual work isreduced and personnel safety is guaranteed; manual feeding is not adopted, many workpieces can be placed in the material placing basket at one time and five workpieces can be clamped by the clampingdevice at each time, so that working efficiency is improved; the workpiece grabbing and placing positions are unchanged at each time, so the influence on the spraying effect caused by position changeof the workpieces is reduced; and a conveying mechanism is arranged below the material placing basket and the material placing basket can move back and forth, so that injury caused by that people approaches the spraying position is reduced.

The invention discloses a load shifting device and a vacuum arc-extinguishing chamber aging device using the load shifting device. A load shifting port is formed in the wall of an aging lead room; the load shifting device which consists of a fixed seat, a support seat and a bearing unit is assembled in the load shifting port; a shifting device which is used for shifting the bearing unit with an arc-extinguishing chambers to be detected between an aging platform and the support seat is assembled in the aging lead room. During the use, the arc-extinguishing chambers to be detected shifts indoors and the detected arc-extinguishing chambers shift outdoors through the rotation of the support seat in the load shifting device on the fixed seat; after the arc-extinguishing chambers to be detected shift indoors, the load shifting port of the aging lead room is blocked by the support seat to prevent the harmful rays generated in the aging process from escaping, so that the automatic loading of the arc-extinguishing chamber aging operation is realized when the radiation resistance in the aging process is ensured and then the arc-extinguishing chamber aging efficiency is accelerated.

The invention discloses a silo feeding control system. The silo feeding control system comprises a silo, a self-service terminal, a feeding control unit, a remote PC (personal computer) terminal, a cloud server and a mobile phone terminal, wherein the self-service terminal comprises a processor, a first communication module, a touch screen, a first serial interface, a card issuing unit, a printingmodule and a card receiving unit; the feeding control unit comprises an IC (integrated circuit) reading device, which is connected with an IC card, a vehicle scale, an electric flange butterfly valveand an infrared sensor; the IC card reading device comprises a singlechip microcomputer, which is connected with a second communication module, a second serial interface, a radio frequency identification module and a voice module. The silo feeding control system has the advantages of being accurate in positioning, accurate and controllable in material loading amount, automated in material loadingand capable of saving labor investment.

The invention relates to the technical field of seed packaging, and discloses a seed inner package charging machine. The seed inner package charging machine comprises a rack. A conveying mechanism, acharging mechanism and a sealing mechanism are arranged on the rack. The conveying mechanism comprises a driving wheel. The charging mechanism comprises a charging box, and a discharging opening is formed on the charging box. A baffle is in sliding connection to the rack and provided with a through hole. The driving wheel is coaxially connected with a sector gear. A first gear rack used for beingengaged with the sector gear is in sliding connection to the rack. A first spring is connected between the first gear rack and the rack. A first wedge groove allowing the baffle to be inserted is formed on the first gear rack. A first transmission rod is in sliding connection to the rack. A supporting plate is arranged on the first transmission rod. Gear teeth are formed on the first transmissionrod. The first transmission rod is engaged with a gear through the gear teeth. A second gear rack is engaged to the gear. A second wedge groove allowing the baffle to be inserted is formed on the second gear rack. The seed inner package charging machine solves the problem that in a seed packaging device in the prior art, the packaging percent of pass is reduced due to the fact that the bagging quantity cannot be controlled is solved.

The invention discloses an intelligent glass handling device. The intelligent glass handling device comprises a frame, wherein a traveling mechanism is arranged at the bottom of the frame; a bracket for placing glass is arranged at the top of the frame; a vertical support is fixedly arranged at the right side of the bracket at the top of the frame; a lifting mechanism is arranged at the bottom endof the vertical support; the vertical support is supported on the frame through the lifting mechanism; a transverse sleeve is arranged at the top end of the vertical support; a transverse slide bar is mounted in the transverse sleeve in a sleeved manner; a transverse toothed rail is arranged on the upper side of the top of the transverse slide bar; a first engine room is fixedly arranged at the top end of the vertical support; the bottom of the first engine room communicates with the transverse sleeve; and a movable gear is arranged in the first engine room and mounted on a gear shaft in thefirst engine room in a sleeving manner. The intelligent glass handling device is skillful in structural setting and reasonable in arrangement and realizes automatic loading and unloading of glass, theglass handling efficiency is greatly improved, and the intelligent glass handling device is stable in running, guarantees the handling safety and realizes intelligent handling.

The invention relates to the technical field of carriage stacking, in particular to a stacking tool for loading. The stacking tool for loading comprises a mounting frame, a feeding mechanism, a distribution mechanism, pushing mechanisms and supporting plate mechanisms, wherein the mounting frame is connected with a variable-amplitude mechanism for driving the installation frame to swing; the feeding mechanism is mounted on the mounting frame; the feeding mechanism forms a delivery channel allowing goods to pass through; the distribution mechanism is provided with a distribution station arranged at an outlet of the delivery channel; and two sides of the distribution station are separately provided with the supporting plate mechanisms, when the goods move from the delivery channel to the distribution station, the distribution mechanism moves the goods to the supporting plate mechanisms, and the pushing mechanisms are arranged at one sides of the supporting plate mechanisms and used for moving the goods on the supporting plate mechanisms out of the supporting plate mechanisms for stacking. According to the stacking tool for loading, automatic loading of the goods is facilitated, and the tidiness degree of the stacked goods and the stability of placing the stacked goods are improved.

The invention discloses a carrying manipulator and a carrying robot. The carrying manipulator comprises a fixing seat, a driving mechanism, a movable piece and a clamping mechanism, wherein the driving mechanism is arranged on the fixing seat; the movable piece is connected with the output end of the driving mechanism, and the driving mechanism can drive the movable piece to ascend and descend; and the clamping mechanism comprises two clamping arms and two connecting arms, one end of each connecting arm is hinged to the fixing seat, each clamping arm comprises a first arm and a second arm which are connected and form a certain included angle, the first arms of the two clamping arms are arranged in a crossed mode, one ends of the first arms are hinged to the other ends of the connecting arms, the other ends of the first arms are hinged to the movable piece, and the second arms of the two clamping arms are oppositely arranged and can get close or away from each other along with the lifting of the movable piece, so that a piece to be clamped is clamped or released. When the driving mechanism of the carrying manipulator drives the movable piece to ascend, the second arms of the two clamping arms get close to each other to clamp the piece to be clamped. When the whole carrying manipulator is lifted, the gravity of the to-be-clamped piece enables the two second arms to further get close, and clamping reliability and clamping force are increased.