WO2022037044A1 - 一种检测点胶后电子元件的监控装置及其工作方法 - Google Patents

一种检测点胶后电子元件的监控装置及其工作方法 Download PDF

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Publication number
WO2022037044A1
WO2022037044A1 PCT/CN2021/080704 CN2021080704W WO2022037044A1 WO 2022037044 A1 WO2022037044 A1 WO 2022037044A1 CN 2021080704 W CN2021080704 W CN 2021080704W WO 2022037044 A1 WO2022037044 A1 WO 2022037044A1
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WO
WIPO (PCT)
Prior art keywords
electronic components
drive
moving
motor
work
Prior art date
Application number
PCT/CN2021/080704
Other languages
English (en)
French (fr)
Inventor
万玲
曹宏
Original Assignee
南京禹智智能科技有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
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Application filed by 南京禹智智能科技有限公司 filed Critical 南京禹智智能科技有限公司
Publication of WO2022037044A1 publication Critical patent/WO2022037044A1/zh

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Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65GTRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G47/00Article or material-handling devices associated with conveyors; Methods employing such devices
    • B65G47/52Devices for transferring articles or materials between conveyors i.e. discharging or feeding devices
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B05SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
    • B05CAPPARATUS FOR APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
    • B05C13/00Means for manipulating or holding work, e.g. for separate articles
    • B05C13/02Means for manipulating or holding work, e.g. for separate articles for particular articles
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65GTRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G47/00Article or material-handling devices associated with conveyors; Methods employing such devices
    • B65G47/22Devices influencing the relative position or the attitude of articles during transit by conveyors
    • B65G47/24Devices influencing the relative position or the attitude of articles during transit by conveyors orientating the articles
    • B65G47/248Devices influencing the relative position or the attitude of articles during transit by conveyors orientating the articles by turning over or inverting them
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65GTRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G47/00Article or material-handling devices associated with conveyors; Methods employing such devices
    • B65G47/74Feeding, transfer, or discharging devices of particular kinds or types
    • B65G47/90Devices for picking-up and depositing articles or materials

Definitions

  • the invention relates to a monitoring device, in particular to a monitoring device for detecting electronic components after dispensing, and relates to the technical field of electronic component monitoring.
  • a monitoring device for detecting electronic components after dispensing is provided to solve the above problems in the prior art.
  • a monitoring device for detecting electronic components after dispensing comprising:
  • a workbench a feeding tray fixedly connected to the workbench, a transport device fixedly connected to the workbench, a basic assembly disposed on the workbench, a feeding assembly located on one side of the transport device, set A handling assembly on the other side of the transport assembly and fixedly connected with the worktable, and a turning assembly and a dislocation assembly arranged on the worktable.
  • the base assembly includes a transmission device disposed at the output end of the transport device and fixedly connected to the worktable, a discharge piece connected to the transmission device, and the loading assembly
  • the glue dispensing equipment located on the same side and fixedly connected to the workbench, and the glue dispensing device that is fixedly connected to the workbench, located between the feeding assembly and the transport device, and connected to the feeding assembly and the transport device
  • a table and a detection device located on one side of the transmission equipment and fixedly connected to the worktable can determine whether the device is faulty through the detection results of the detection device, thereby achieving the effect of protecting the safety of the device.
  • the feeding assembly includes a set of pillars symmetrically mounted on the worktable, a pushing motor fixedly connected with the pillars, a connection device provided at the output end of the pushing motor, and the The transmission plate fixedly connected by the connecting device, and the plurality of feeding rods arranged on the transmission plate, can push the electronic components to the transportation equipment, and then the transportation equipment can drive the electronic components to move to the desired position, ensuring the electronic components can be shipped smoothly.
  • the handling assembly includes a set of second brackets symmetrically mounted on the worktable, a horizontal slide rail fixedly connected to the second brackets, and a horizontal slide rail fixedly connected to one end of the horizontal slide rail.
  • the flipping assembly includes a set of brackets symmetrically installed on both sides of the transmission device, a fixed chute arranged on one of the brackets, a fixed plate fixedly connected with the fixed chute, fixed
  • the drive motor installed on the fixed plate is arranged at the output end of the drive motor and is slidably connected to the fixed chute.
  • the drive plate is fixedly connected to the drive plate and located on the fixed chute,
  • a drive rack that is slidably connected to the fixed chute, a drive gear that meshes with the drive rack, and a rotating shaft that is located on the same side as the bracket and connected to the drive gear is disposed on the other side of the rotating shaft.
  • the rotating part at one end, the driven part arranged on the bracket on the other side, and the adsorption device connected with the rotating part and the driven part make the driving rack and the driving gear always in a meshing state; thus avoiding Excessive vibration of the device causes the drive rack to deviate, which in turn causes the drive gear to be damaged, thereby ensuring the smooth operation and work of the rotating work.
  • the adsorption device includes a set of rotating plates connected with the rotating part and the driven part, and a lifting slide rail fixedly connected with the rotating plate is located on the lifting slide rail and is connected with the rotating plate.
  • the lifting block slidingly connected with the lifting slide rail, the turret fixedly connected with the lifting block, the adjustment motor arranged on the turret, the driven plate connected with the output end of the adjustment motor, and the The adsorption device on the driven plate; the turret is connected with the driven plate, which avoids the electronic component from colliding with the detection device or the transmission device during the overturning process, thereby achieving the purpose of protecting the electronic component and the device , while ensuring the smooth operation of the flipping work.
  • the dislocation assembly includes a dislocation motor and a horizontal rail arranged on the worktable, a pushing portion disposed on the output end of the dislocation motor, and a clamping portion disposed on the pushing portion;
  • the pushing part is located on the horizontal rail and is slidably connected with the horizontal rail, the clamping part is located on the transmission device, and the transmission device is provided with two transport rails, which can absorb a plurality of electrons components, thereby improving the detection efficiency of electronic components.
  • a working method of a monitoring device for detecting electronic components after dispensing comprising:
  • the handling motor located on the second bracket starts to work, and then the moving handling motor can drive the driving screw to start working, and then the moving driving screw can drive the transmission to start to work.
  • the moving transmission device changes the position of the connecting frame on the horizontal plane, and then the position of the connecting frame in the horizontal direction can be adjusted.
  • the vertical motor starts to work, and the moving vertical motor can drive the setting The connection on the vertical slide rail starts to move, and then its height on the vertical slide rail can be adjusted, and then the position adjustment of the handling device is completed.
  • the handling device that has completed the position adjustment work starts to work, and then the moving handling device Start to clamp the electronic components at the designated position, and then the handling motor starts to work again, and then the moving handling motor can drive the handling device to start working again, and then the moving handling device can transport the electronic components to the dispensing table.
  • the handling device can place the electronic components on the designated position on the dispensing table, and then complete the handling of the electronic components;
  • the push motor starts to work, and then the moving push motor can drive the connecting device to work, and the moving connecting device can drive the transmission plate to work, and then the moving The transmission plate can drive the feeding rod to start working.
  • the moving feeding rod can push the electronic components located at the designated position on the dispensing table to the designated position on the dispensing table.
  • the dispensing equipment starts to work, and then moves The dispensing equipment starts to dispense the electronic components, and then when the dispensing of the electronic components is completed, the motor is pushed to start working again, so that the feeding rod can start working again, and then the dispensing station can be placed on the dispensing station.
  • the electronic components on the device are pushed to the transport device to complete the feeding work of the electronic components;
  • the transport device starts to move again, and the moving transport device can drive the electronic components to start working, and then transport the electronic components to the transmission equipment.
  • the transmission device can drive the electronic component to move to the designated position.
  • the clamping part starts to work, and then the moving clamping part completes the electronic component.
  • the dislocation motor starts to work, and then the moving dislocation motor can drive the pushing part to start working, and then the moving pushing part can drive the clamping part to start moving, and then the electronic components can be transported from one of the transmission equipment.
  • the electronic component and the previous electronic component can be located on two different transportation tracks on the conveying equipment, thereby ensuring the smooth operation of the dislocation work;
  • the moving transmission equipment can drive the electronic components to move to the designated position, and then the detection device starts to work, and then the moving detection device can detect the electronic components, and then complete the electronic components.
  • the detection work is directly opposite the component and the detection device.
  • the drive motor starts to work, and then the moving drive motor can drive the drive plate to work, and then the moving drive plate can drive the drive rack to move on the fixed chute, and then move
  • the driving rack can drive the driving gear meshed with it to start working, and then the rotating driving gear can drive the rotating shaft to start working, and then the rotating rotating shaft can drive the rotating part to start working.
  • the rotating rotating part can drive the adsorption device to start working. Rotate to complete the adjustment of the adsorption device;
  • the invention discloses a monitoring device for detecting electronic components after dispensing.
  • a flipping component is further provided.
  • the transmission equipment drives the electronic components to start working
  • the moving transmission equipment can drive the electronic components.
  • the component moves to the specified position, and then the detection device starts to work, and then the moving detection device can detect the electronic components, and then complete the detection work on the opposite side of the electronic components and the detection device; then adjust the motor to start work, and then adjust the movement.
  • the motor can drive the driven plate to start moving, and then the moving driven plate can drive the turret to start working, and then the moving turret can drive the lifting slider to start moving on the lifting rail, and then the turret can be adjusted on the lifting rail.
  • the position of the driven plate can be adjusted, and the height of the driven plate can be adjusted.
  • the adsorption device starts to work, and then the electronic components on the transmission device can be adsorbed, and then the drive motor starts to work again, and then the moving
  • the driving motor can adjust the angle of the electronic components on the driven board, so that the detection device can complete the detection work on other surfaces of the electronic components, and then complete the detection work on the electronic components.
  • the adsorption device can be turned over by the driving motor, and the angle between the electronic component and the detection device can be adjusted, thereby completing the detection device. The inspection of the other sides of the electronic components, and then complete the comprehensive inspection of the electronic components.
  • FIG. 1 is a perspective view of the present invention.
  • Fig. 2 is a schematic diagram of the feeding assembly of the present invention.
  • FIG. 3 is a schematic view of the structure of the handling assembly of the present invention.
  • FIG. 4 is a schematic diagram of the dislocation assembly of the present invention.
  • FIG. 5 is a schematic view of the structure of the flipping assembly of the present invention.
  • Fig. 6 is a schematic diagram of the adsorption device of the present invention.
  • the reference numerals are: worktable 1, feeding tray 2, transport device 3, feeding assembly 4, pillar 401, push motor 402, connecting device 403, transmission plate 404, feeding rod 405, conveying assembly 5, second bracket 501, horizontal slide rail 502, conveying motor 503, driving screw 504, transmission device 505, vertical slide rail 506, vertical motor 507, connecting frame 508, conveying device 509, dispensing equipment 6, dislocation assembly 7, dislocation motor 701, Pushing part 702, horizontal rail 703, clamping part 704, turning assembly 8, bracket 801, fixing plate 802, driving motor 803, driving plate 804, fixing chute 805, driving rack 806, driving gear 807, rotating shaft 808, Lifting slide rail 809, lifting slide block 810, turret 811, driven plate 812, adsorption device 813, rotating part 814, adjusting motor 815, driven part 816, rotating plate 817, transmission equipment 9, detection device 10, discharging Parts 11, dispensing station 12.
  • the reason for this problem is that, When the existing detection device detects the electronic components, it can only complete the detection of the electronic components directly opposite to the detection device. During the process, the glue on the glue-coated surface of the electronic component will be offset, and the other surfaces of the electronic component will be stained with glue, which will lead to low detection efficiency of the detection device.
  • the invention discloses a monitoring device for detecting electronic components after dispensing. In order to complete the comprehensive detection of the electronic components, a flipping component is further provided. When the transmission equipment drives the electronic components to start working, the moving transmission equipment can drive the electronic components.
  • the component moves to the specified position, and then the detection device starts to work, and then the moving detection device can detect the electronic components, and then complete the detection work on the opposite side of the electronic components and the detection device; then adjust the motor to start work, and then adjust the movement.
  • the motor can drive the driven plate to start moving, and then the moving driven plate can drive the turret to start working, and then the moving turret can drive the lifting slider to start moving on the lifting rail, and then the turret can be adjusted on the lifting rail.
  • the position of the driven plate can be adjusted, and the height of the driven plate can be adjusted.
  • the adsorption device starts to work, and then the electronic components on the transmission device can be adsorbed, and then the drive motor starts to work again, and then the moving
  • the driving motor can adjust the angle of the electronic components on the driven board, so that the detection device can complete the detection work on other surfaces of the electronic components, and then complete the detection work on the electronic components. Furthermore, after the detection device completes the detection of a certain side of the electronic component through the set inversion component, the adsorption device can be turned over by the driving motor, and the angle between the electronic component and the detection device can be adjusted, thereby completing the detection device. The inspection of the other sides of the electronic components, and then complete the comprehensive inspection of the electronic components.
  • a monitoring device for detecting electronic components after dispensing comprising: a workbench 1, a feeding tray 2, a transport device 3, a feeding assembly 4, a support column 401, a push motor 402, a connecting device 403, a transmission plate 404, and a feeding rod 405, transport assembly 5, second bracket 501, horizontal slide rail 502, transport motor 503, drive screw 504, transmission device 505, vertical slide rail 506, vertical motor 507, connecting frame 508, transport device 509, dispensing equipment 6 , dislocation assembly 7, dislocation motor 701, push part 702, horizontal rail 703, clamping part 704, flip assembly 8, bracket 801, fixed plate 802, drive motor 803, drive plate 804, fixed chute 805, drive rack 806 , driving gear 807, rotating shaft 808, lifting slide rail 809, lifting slider 810, turret 811, driven plate 812, adsorption device 813, rotating part 814, adjusting motor 815, driven part 816, rotating plate 817, transmission Equipment 9 , detection device 10 , discharge part 11 , dispensing table 12 .
  • the feeding tray 2 fixedly connected with the workbench 1, the transport device 3 fixedly installed on the workbench 1, and the basic assembly arranged on the workbench 1 are located on the side of the transport device 3
  • the control system controls the feeding tray 2 to start working, and then the moving feeding tray 2 can transport the electronic components to the designated area, thereby completing the handling of the electronic components.
  • the basic assembly includes a transmission device 9 arranged at the output end of the transport device 3 and fixedly connected to the workbench 1 , and a discharge member 11 connected to the transmission device 9 is located at the loading assembly 4 .
  • the glue dispensing equipment 6 on the same side and fixedly connected with the workbench 1 is fixedly connected with the workbench 1, located between the loading assembly 4 and the transport device 3, and is connected with the loading assembly 4 and transport.
  • the glue dispensing station 12 connected to the device 3, and the detection device 10 located on one side of the transmission device 9 and fixedly connected to the workbench 1; in a further embodiment, the glue dispensing device 6 needs to spot the electronic components Glue work, and then achieve the protection effect on the electronic components.
  • the dispensing head of the dispensing device 6 may be used for a long time, resulting in uneven glue discharge. Or because the glue on the electronic component has not dried completely after the electronic component is dispensed, the working transport device 3 will offset the glue on the electronic component that has not dried out, and then At this time, the displaced glue may move to the surface of other components of the electronic components that do not need to be dispensed, thereby affecting the dispensing effect of the electronic components. In order to improve the dispensing effect of the electronic components, it is necessary to carry out the dispensing of the electronic components after dispensing.
  • Dispensing work, and then the electronic components that do not meet the requirements can be removed, thereby ensuring the smooth operation of the dispensing work.
  • the continuous operation of the device can be stopped at this time, and then the operator can inspect and repair the device, and then the operator can stop the continuous operation of the device.
  • the damaged part of the device can be checked out, and it can continue to work after the maintenance is completed, which can not only reduce the waste of electronic components and glue to achieve the effect of saving and environmental protection, but also can judge by the results detected by the detection device 10. It can find out whether the device fails, so as to achieve the effect of protecting the safety of the device.
  • the feeding assembly 4 includes a set of pillars 401 symmetrically mounted on the worktable 1, a push motor 402 fixedly connected to the pillars 401, a connection device 403 arranged at the output end of the push motor 402, and the The transmission plate 404 fixedly connected by the connection device 403, and the plurality of feeding rods 405 arranged on the transmission plate 404; when the electronic component is located at the designated position on the dispensing table 12, the push motor 402 starts to work at this time, and then The moving push motor 402 can drive the connecting device 403 to start working, at this time the moving connecting device 403 can drive the transmission plate 404 to start working, and then the moving transmission plate 404 can drive the feeding rod 405 to work, and the moving feeding rod 405 starts to work.
  • the 405 can push the electronic components located at the designated position on the dispensing table 12 to the designated position on the dispensing table 12.
  • the dispensing equipment 6 starts to work, and then the moving dispensing equipment 6 starts to dispense the electronic components.
  • the motor 402 is pushed to start working again, so that the feeding rod 405 can start working again, and then the electronic components located on the dispensing table 12 can be pushed to the transport device 3 , and then complete the feeding work of electronic components.
  • the electronic components when the dispensing device performs the dispensing work on the electronic components, the electronic components need to perform position limit work, so as to prevent the position of the electronic components from being shifted, thereby causing the failure of the dispensing work.
  • a plurality of through grooves adapted to the electronic components are provided on the dispensing table 12, and when the electronic components are located on the dispensing table 12, when the feeding rod 405 moves for the first time, At this time, moving the feeding rod 405 will push the electronic components to the middle of the through groove, and then locate the glue in the dispensing area of the glue dispensing device, thereby completing the dispensing work of the electronic components, so that the electronic components can be located on the dispensing station 12 .
  • the through groove is a concave structure, it is ensured that the electronic components will not be greatly offset when moving on the dispensing table 12 .
  • the feeding rod 405 when the feeding rod 405 moves for the second time, the feeding rod 405 will push the electronic components to a predetermined position, and then complete the work of feeding and discharging the electronic components to ensure the dispensing work.
  • the smooth operation of the electronic component can further push the electronic component to the transportation device, and then the transportation device can drive the electronic component to move to the expected position, ensuring that the electronic component can be transported smoothly.
  • the transport assembly 5 includes a set of second brackets 501 symmetrically mounted on the workbench 1 , a horizontal slide rail 502 fixedly connected to the second bracket 501 , and a transport rail 502 fixedly connected to one end of the horizontal slide rail 502 .
  • the motor 503, the driving screw 504 arranged at the output end of the conveying motor 503, the transmission device 505 installed on the driving screw 504, and the vertical slide rail 506 fixedly connected with the transmission device 505 are arranged in the vertical
  • the vertical motor 507 that moves at the same time can drive the connection arranged on the vertical slide rail 506 to start moving, and then can adjust its height on the vertical slide rail 506, and then complete the position adjustment work of the conveying device 509, and the position adjustment is completed at this time.
  • the working conveying device 509 starts to work, and then the moving conveying device 509 starts to clamp the electronic components at the designated position, and then the conveying motor 503 starts to work again, and then the moving conveying motor 503 can drive the conveying device 509 to start again.
  • the moving transport device 509 can transport the electronic components to the dispensing table 12 , at this time, the transport device 509 can place the electronic components at the designated position on the dispensing table 12 to complete the transporting of the electronic components.
  • the provided conveying motor 503 and the vertical motor 507 can adjust the position of the motor 815 in the horizontal direction and the vertical direction, thereby completing the adjustment of the conveying device 509 Adjust the position of the device to ensure that the device can work smoothly.
  • the conveying device 509 starts to move, in order to enable the electronic components to be located at the designated positions on the dispensing table 12 , so as to ensure that the feeding assembly 4 can accurately push the electronic components to the positions on the dispensing table 12 .
  • the conveying device 509 In order to designate the position, the conveying device 509 needs to be able to adjust the position of the electronic components to ensure that they can be located in the designated area on the inspection table. Therefore, through the cooperation of the vertical motor 507 and the conveying motor 503, the electronic components can be adjusted. The horizontal position and vertical height of the electronic component can be adjusted, so as to complete the position adjustment of the electronic component, ensure that it can be located at the designated position on the dispensing table 12, and ensure the smooth operation of the subsequent feeding work.
  • the flip assembly 8 includes a set of brackets 801 symmetrically installed on both sides of the transmission device 9, a fixed chute 805 arranged on one of the brackets 801, a fixed plate 802 fixedly connected to the fixed chute 805, and fixed.
  • the drive motor 803 installed on the fixed plate 802, and the drive plate 804 disposed at the output end of the drive motor 803 and slidably connected to the fixed chute 805, are fixedly connected to the drive plate 804 and located at the On the fixed chute 805, the drive rack 806 slidably connected to the fixed chute 805, and the drive gear 807 meshed with the drive rack 806 are located on the same side as the bracket 801 and are connected to the drive gear
  • the rotating shaft 808 connected with 807, the rotating part 814 arranged on the other end of the rotating shaft 808, the driven part 816 arranged on the other side bracket 801, and the suction connected with the rotating part 814 and the driven part 816
  • the driving motor 803 starts to work, and then the moving driving motor 803 can drive the driving plate 804 to start to work, and then the moving driving plate 804 can drive the driving rack 806 to start.
  • the moving driving rack 806 can drive the driving gear 807 meshed with it to start working, and the rotating driving gear 807 can drive the rotating shaft 808 to start working, and then the rotating rotating shaft 808 can drive The rotating part 814 starts to work.
  • the rotating rotating part 814 can drive the adsorption device to start to rotate, thereby completing the adjustment of the adsorption device.
  • the glue dispensing head of the glue dispensing device 6 may be used for a long time, resulting in uneven glue discharge, or because the glue on the electronic components has not dried after the electronic components are glued.
  • the working transport device 3 will offset the glue that has not dried on the electronic component, and then the displaced glue may move to the surface of other components of the electronic component that do not need to be glued, and then Affects the dispensing effect of electronic components.
  • a flipping assembly 8 is provided, and when the driving motor 803 starts to work, the moving driving motor 803 can make the adsorption device start to move.
  • the angle between the electronic components located on the adsorption device and the detection device 10 can be adjusted, and then the angle between the remaining surfaces of the electronic components and the detection device 10 can be adjusted, so as to complete the detection of the electronic components, and then the detection device 10 can be detected. Whether there is glue on the non-gluing surface of the outlet, thereby improving the detection effect of the detection device 10 and ensuring the smooth operation of the detection work.
  • the driving rack 806 is arranged in the fixed chute 805 for the smooth operation of the rotating work, and when the driving rack 806 moves, the moving driving rack 806 can only move in the fixed chute 805 moves up, thereby restricting the large deviation of the driving rack 806, so that the driving rack 806 and the driving gear 807 can always be in a meshing state; thus avoiding excessive vibration of the device and causing the driving rack 806 to shift , thereby causing damage to the driving gear 807, thereby ensuring the smooth operation and operation of the rotating work.
  • the adsorption device includes a set of rotating plates 817 connected to the rotating part 814 and the driven part 816 , and a lift rail 809 fixedly connected to the rotating plate 817 , located on the lift rail 809 and connected to the lift rail 809 .
  • the lifting slider 810 slidably connected to the lifting rail 809 , the turret 811 fixedly connected to the lifting slider 810 , the adjusting motor 815 arranged on the turret 811 , and the slave connected to the output end of the adjusting motor 815 .
  • the driving plate 812, and the adsorption device 813 arranged on the driven plate 812; the turret 811 is connected to the driven plate 812; when the adsorption device is at the desired angle, the adjustment motor 815 starts to work, and then The moving adjustment motor 815 can drive the driven plate 812 to start moving, and then the moving driven plate 812 can drive the turret 811 to start working, and then the moving turret 811 can drive the lifting slider 810 to start moving on the lifting rail 809 . Further, the position of the turret 811 on the lift rail 809 can be adjusted, and then the height of the driven plate 812 can be adjusted.
  • the adsorption device 813 starts to work, and then the transmission device 9 can be moved onto the The electronic components are adsorbed, and then the driving motor 803 starts to work again, and the moving driving motor 803 can adjust the angle of the electronic components on the driven plate 812, so that the detection device 10 can complete other components adjacent to the detection surface of the electronic components.
  • the drive motor 803 and the adjustment motor 815 start to work, and the electronic components can be placed on the transmission device 9.
  • the transmission device 9 starts to work, and the moving transmission device 9 can transport the electronic components out of the discharge part 11, thereby completing the glue dispensing inspection of the device.
  • the detection device 10 since the electronic component is transported to this area by the transmission device 9 before the electronic component is turned over, the glue on the glued surface has dried out during the transportation process, and then when the electronic component is located in the area After specifying the position, the detection device 10 will directly detect the dispensing surface.
  • the adjusting motor 815 starts to work, so that the adsorption device 813 is located on the surface of the electronic component, and then The adsorption device 813 completes the adsorption of the electronic components, and then adjusts the motor 815 to work in the opposite direction to lift the electronic components to a certain height, so as to prevent the electronic components from colliding with the detection device 10 or the transmission equipment during the turning process, thereby protecting the electronic components. components and the purpose of the device, while ensuring the smooth operation of the flip job.
  • the dislocation assembly 7 includes a dislocation motor 701 and a horizontal rail 703 arranged on the worktable 1 , a pushing part 702 arranged at the output end of the dislocation motor 701 , and a clamping part 704 arranged on the pushing part 702 ;
  • the pushing portion 702 is located on the horizontal rail 703 and is slidably connected with the horizontal rail 703, and the clamping portion 704 is located on the transmission device 9, which is provided with two transport rails
  • the transport device 3 starts to move again at this time, and then the moving transport device 3 can drive the electronic components to start working, and then can transport the electronic components to the transmission device 9.
  • the transmission device 9 can drive the electronic component to move to the designated position.
  • the clamping part 704 starts to work, and then the moving clamp The holding part 704 completes the clamping work of the electronic component, and then the dislocation motor 701 starts to work, and then the moving dislocation motor 701 can drive the pushing part 702 to start working, and then the moving pushing part 702 can drive the clamping part 704 to start moving,
  • the electronic components can be transported from one of the transport lines on the transmission device 9 to another transport line, so that the electronic components and the previous electronic components can be located on two different transport tracks on the transport device, thereby ensuring misalignment work. of smooth operation.
  • the transporting device 509 in the process of transporting the electronic components by the transporting device 509, since the transporting device 509 can transport a certain number of electronic components at one time, and at the same time in the process of detecting the electronic components, it is necessary to turn the device The electronic component performs the flip detection work, and then a certain time is required during the flip process. If all the electronic components are located on the same transport track, the adsorption device 813 can only adsorb one electronic component, resulting in low detection efficiency.
  • the electronic components located on the same transport track can be located on different transport tracks, and then a plurality of adsorption devices 813 are arranged on the driven plate 812, so that it can adsorb multiple electronic components, thereby improving the detection efficiency of the electronic components.
  • the control system controls the feeding tray 2 to start working, and then the moving feeding tray 2 can transport the electronic components to the designated area, and then complete the electronic components.
  • Handling work when the electronic components are located in the designated area, the handling motor 503 located on the second bracket 501 starts to work, and then the moving handling motor 503 can drive the driving screw 504 to start working, and then the moving driving screw 504 can Drive the transmission device 505 to start working.
  • the moving transmission device 505 changes the position of the connecting frame 508 in the horizontal plane, and then the position of the connecting frame 508 in the horizontal direction can be adjusted.
  • the vertical motor 507 When the connecting frame 508 is located at the designated position, the vertical motor 507 Start to work, at this time, the moving vertical motor 507 can drive the connection arranged on the vertical slide rail 506 to start moving, and then can adjust its height on the vertical slide rail 506, and then complete the position adjustment work for the handling device 509.
  • the handling device 509 that completes the position adjustment work starts to work, and then the moving handling device 509 starts to clamp the electronic components at the designated position, and then the handling motor 503 starts to work again at this time, and then the moving handling motor 503 can drive the handling The device 509 starts working again, and the moving transport device 509 can transport the electronic components to the dispensing table 12.
  • the transport device 509 can place the electronic components on the designated position on the dispensing table 12, and then complete the electronic components. Handling work; when the electronic components are located at the designated position on the dispensing table 12, the push motor 402 starts to work, and then the moving push motor 402 can drive the connecting device 403 to start working, and the moving connecting device 403 can drive the transmission plate at this time. 404 starts to work, and then the moving transmission plate 404 can drive the feeding rod 405 to start working.
  • the moving feeding rod 405 can push the electronic components at the designated position on the gluing table to the designated position on the gluing table, At this time, the glue dispensing device 6 starts to work, and then the moving glue dispensing device 6 begins to dispense glue to the electronic components. Then, after the glue dispensing work for the electronic components is completed, the motor 402 is pushed to start working again, so that the feeding rod can be made to work again.
  • the 405 starts working again, and then can push the electronic components located on the dispensing table 12 to the transport device 3, and then complete the feeding work of the electronic components; when the electronic components are pushed to the transport device 3, at this time
  • the transportation device 3 starts to move again, and the moving transportation device 3 can drive the electronic components to start working, and then can transport the electronic components to the transmission device 9.
  • the transmission device 9 can drive the electronic component to move to the designated position.
  • the clamping part 704 starts to work, and then the moving clamping part 704 completes the clamping work of the electronic component, and then the clamping part 704.
  • the dislocation motor 701 starts to work, and the moving dislocation motor 701 can drive the The pushing part 702 starts to work, and then the moving pushing part 702 can drive the clamping part 704 to start to move, so that the electronic components can be transported from one of the transport lines on the transmission device 9 to the other transport line, so that the electronic components and the front An electronic component can be located on two different transport tracks on the conveying device, thereby ensuring the smooth operation of the dislocation work; when the transmission device 9 drives the electronic component to start working, the moving transmission device 9 can drive the electronic component to move to the designated position. , and then the detection device 10 starts to work, and the moving detection device 10 can complete the detection of the electronic components, and then complete the detection of the electronic components and the detection device 10 directly opposite.
  • the driving motor 803 starts to work, and then the driving The motor 803 can drive the drive plate 804 to start working, and then the moving drive plate 804 can drive the drive rack 806 to start moving on the fixed chute 805, and then the moving drive rack 806 can drive the meshing drive gear 807 to work. Then the rotating drive gear 807 can drive the rotating shaft 808 to start working, and the rotating rotating shaft 808 can drive the rotating part 814 to start working. At this time, the rotating rotating part 814 can drive the adsorption device to start to rotate, thereby completing the adjustment of the adsorption device.
  • the adjustment motor 815 starts to work, and the moving adjustment motor 815 can drive the driven plate 812 to start moving, and then the moving driven plate 812 can drive the turret 811 to start working, and then move
  • the turret 811 can drive the lifting slider 810 to start moving on the lifting rail 809, and then can adjust the position of the turret 811 on the lifting rail 809, and then can adjust the height of the driven plate 812.
  • the adsorption device 813 starts to work at this time, and then the electronic components on the transmission device 9 can be adsorbed, and then the driving motor 803 starts to work again, and the moving driving motor 803 can adjust the electronic components on the driven plate 812.
  • the detection device 10 can complete the detection of the other surfaces of the electronic components, and then complete the detection of the electronic components; when the detection of the electronic components is completed, the driving motor 803 and the adjusting motor 815 start. work, and then the electronic components can be placed on the transport track at the initial position on the transmission device 9, and then the transmission device 9 starts to work, and then the moving transmission device 9 can transport the electronic components from the discharge part 11. Out, and then complete the device The dispensing inspection work.

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Abstract

本发明公开了一种检测点胶后电子元件的监控装置及其工作方法,该一种检测点胶后电子元件的监控装置包括工作台,与所述工作台固定连接的上料盘,与所述工作台固定连接的运输装置,设置在所述工作台上的基础组件,位于所述运输装置一侧的上料组件,设置在所述运输装置另一侧、且与所述工作台固定连接的搬运组件,以及设置在所述工作台上的翻转组件和错位组件。通过设置的翻转组件进而能够使检测装置完成对电子元件某一面的检测工作后,进而能够通过驱动电机带动吸附装置进行翻转,进而能够调整电子元件与检测装置的角度,进而完成检测装置对电子元件的其他几个面的检测工作,进而完成对电子元件的全面检测工作。

Description

一种检测点胶后电子元件的监控装置及其工作方法 技术领域
本发明涉及一种监控装置,具体是一种检测点胶后电子元件的监控装置,涉及电子元件监控的技术领域。
背景技术
现如今出现的电子元器件工业,使人们的工作和生活方式都产生了新的变化,电子元件不仅质量轻、功率小和成本低的优势,而且还有利于提高电子设备的可靠性,进而在对电子元件进行点胶工作后,需要对其进行检测工作,进而保证点胶后的电子元件能够达到预期的标准。
现如今的用于电子元件的检测装置还存在一些问题,现有的检测装置在对电子元件进行检测工作时,只能够完成对与检测装置正对面的电子元件的检测工作,当时在点胶装置在对电子元件的点胶过程中或者在对电子元件运输的过程中,会导致位于电子元件涂胶面的胶水发生偏移,进而导致电子元件的其他面沾有胶水,进而导致检测装置的检测效率低,同时现有的检测大都设置在一定位置,进而只能对电子元件的检测区域是有限制的,进而不能完成对电子元件的全面检测。
因此,如何完成对电子元件的全面检测工作,是目前要解决的一个问题。
技术问题
提供一种检测点胶后电子元件的监控装置,以解决现有技术存在的上述问题。
技术解决方案
一种检测点胶后电子元件的监控装置,包括:
工作台,与所述工作台固定连接的上料盘,与所述工作台固定连接的运输装置,设置在所述工作台上的基础组件,位于所述运输装置一侧的上料组件,设置在所述运输组件另一侧、且与所述工作台固定连接的搬运组件,以及设置在所述工作台上的翻转组件和错位组件。
在进一步的实施例中,所述基础组件包括设置在所述运输装置输出端、且与所述工作台固定连接的传动设备,与所述传动设备连接的出料件,与所述上料组件位于同侧、且与所述工作台固定连接的点胶设备,与所述工作台固定连接、位于所述上料组件和运输装置间、且与所述上料组件和运输装置连接的点胶台,以及位于所述传动设备一侧、且与所述工作台固定连接的检测装置,能够通过检测装置所检测的结果能够判断出该装置是否发生故障,进而达到保护该装置安全的效果。 
在进一步的实施例中,所述上料组件包括对称安装在所述工作台上的一组支柱,与所述支柱固定连接的推动电机,设置在所述推动电机输出端的连接装置,与所述连接装置固定连接的传动板,以及设置在所述传动板上的多个上料杆,能够将电子元件推至运输设备上,进而该运输设备能够带动电子元件运动至预期位置,保证了电子元件能够顺利被运送。
在进一步的实施例中,所述搬运组件包括对称安装在所述工作台上的一组第二支架,与所述第二支架固定连接的水平滑轨,与所述水平滑轨一端固定连接的搬运电机,设置在所述搬运电机输出端的驱动丝杆,安装在所述驱动丝杆上的传动装置,与所述传动装置固定连接的垂直滑轨,设置在所述垂直滑轨上的垂直电机,安装在所述垂直电机输出端的垂直丝杆,设置在所述垂直丝杆上的连接架,以及与所述连接架固定连接的搬运装置,完成对电子元件的位置调整工作,保证其能够位于点胶台上的指定位置,保证了后续上料工作的顺利运行。
在进一步的实施例中,所述翻转组件包括对称安装在所述传动设备两侧的一组支架,设置在其中一个支架上的固定滑槽,与所述固定滑槽固定连接的固定板,固定安装在所述固定板上的驱动电机,设置在所述驱动电机输出端、且与所述固定滑槽滑动连接的驱动板,与所述驱动板固定连接、且位于所述固定滑槽上、与所述固定滑槽滑动连接的驱动齿条,与所述驱动齿条啮合的驱动齿轮,与所述支架位于同侧、且与所述驱动齿轮连接的转动轴,设置在所述转动轴另一端的旋转部,设置在另一侧支架上的从动部,以及与所述旋转部和从动部连接的吸附装置,使驱动齿条能够与驱动齿轮始终处于一个啮合的状态;进而避免了装置震动过大而导致驱动齿条偏移,进而导致驱动齿轮的损坏,进而保证了旋转工作的顺利运用和工作。
在进一步的实施例中,所述吸附装置包括所述旋转部和从动部连接的一组转动板,与所述转动板固定连接的升降滑轨,位于所述升降滑轨上、且与所述升降滑轨滑动连接的升降滑块,与所述升降滑块固定连接的转动架,设置在所述转动架上的调整电机,与所述调整电机输出端连接的从动板,以及设置在所述从动板上的吸附设备;所述转动架与所述从动板连接,避免了电子元件在翻转过程中,与检测装置或者传送设备发生碰撞,进而达到保护电子元件和该装置的目的,同时保证翻转工作的顺利运行。
在进一步的实施例中,所述错位组件包括设置在所述工作台上的错位电机和水平轨道,设置在所述错位电机输出端的推动部,以及设置在所述推动部上的夹持部;所述推动部位于所述水平轨道上、且与所述水平轨道滑动连接,所述夹持部位于所述传动设备上,所述传动设备上设有两条运输轨道,其能够吸附多个电子元件,进而能够提高电子元件的检测效率。
一种检测点胶后电子元件的监控装置的工作方法,包括:
S1:当需要对电子元件进行点胶工作时,此时控制系统控制上料盘开始工作,进而运动的上料盘能够将电子元件搬运至指定的区域,进而完成对电子元件的搬运工作;
S2:当电子元件位于指定的区域后,此时位于第二支架上的搬运电机开始工作,进而运动的搬运电机能够带动驱动丝杆开始工作,然后运动的驱动丝杆能够带动传动装置开始工作,此时运动的传动装置改变连接架在水平面的位置,进而能够调整连接架在水平方向上的位置,当连接架位于指定位置后,此时垂直电机开始工作,此时运动的垂直电机能够带动设置在垂直滑轨上的连接在开始运动,进而能够调整其在垂直滑轨上的高度,进而完成对搬运装置的位置调整工作,此时完成位置调整工作的搬运装置开始工作,进而运动的搬运装置开始对位于指定位置的电子元件进行夹持工作,然后此时搬运电机再次开始工作,然后运动的搬运电机能够带动搬运装置再次开始工作,进而运动的搬运装置能够将电子元件运输至点胶台上,此时搬运装置能够将电子元件放置在点胶台上的指定位置,进而完成对电子元件的搬运工作;
S3:当电子元件位于点胶台上的指定位置后,此时推动电机开始工作,进而运动的推动电机能够带动连接装置开始工作,此时运动的连接装置能够带动传动板开始工作,进而运动的传动板能够带动上料杆开始工作,此时运动的上料杆能够将位于点胶台上的指定位置电子元件能够推到点胶台上的指定位置,此时点胶设备开始工作,进而运动的点胶设备开始对电子元件进行点胶工作,然后当完成对电子元件的点胶工作后,推动电机再次开始工作,进而能够使上料杆再次开始工作,进而能够将位于所述点胶台上的电子元件推送至运输装置上,进而完成对电子元件的上料工作;
S4:当电子元件被推送至运输装置上后,此时运输装置再次开始运动,进而运动的运输装置能够带动电子元件开始工作,进而能够将电子元件运输至传动设备上,当第一个电子元件运动至传动设备上时,此时传动设备能够带动电子元件运动至指定位置,当下一个电子元件运动至传动设备上时,此时夹持部开始工作,进而运动的夹持部完成对该电子元件的夹持工作,然后该错位电机开始工作,进而运动的错位电机能够带动推动部开始工作,进而运动的推动部能够带动夹持部开始运动,进而能够将电子元件从传动设备上的其中一条运输线运输至另一条运输线,进而使该电子元件与前一个电子元件能够位于传送设备上的两条不同的运输轨道上,进而保证错位工作的顺利运行;
S5:当传动设备带动电子元件开始工作,此时运动的传动设备能够带动电子元件运动至指定位置,然后检测装置开始工作,进而运动的检测装置能够进行对电子元件的检测工作,进而完成对电子元件与检测装置正对面的检测工作,此时驱动电机开始工作,进而运动的驱动电机能够带动驱动板开始工作,进而运动的驱动板能够带动驱动齿条开始在固定滑槽上进行运动,进而运动的驱动齿条能够带动与之啮合的驱动齿轮开始工作,进而转动的驱动齿轮能够带动转动轴开始工作,进而转动的转动轴能够带动旋转部开始工作,此时转动的旋转部能够带动吸附装置开始转动,进而完成对吸附装置的调整工作;
S6:当吸附装置位于预期角度后,此时调整电机开始工作,进而运动的调整电机能够带动从动板开始运动,进而运动的从动板能够带动转动架开始工作,进而运动的转动架能够带动升降滑块在升降滑轨上开始运动,进而能够调整转动架在升降滑轨上的位置,进而能够调整从动板的高度,当从动板位于指定位置后,此时吸附设备开始工作,进而能够将传动设备上的电子元件吸附起来,然后驱动电机再次开始工作,进而运动的驱动电机能够调整从动板上的电子元件的角度,进而使检测装置能够完成与电子元件检测完成面相邻的其他几个面的检测工作,进而完成对电子元件的检测工作;
S7:当完成对电子元件的检测工作后,此时驱动电机和调整电机开始工作,进而能够将电子元件放置位于传动设备上的初始位置的运输轨道上,进而传动设备开始工作,进而运动的传动设备能够使电子元件从出料件处运输出去,进而完成装置的点胶检测工作。
有益效果
本发明公开了一种检测点胶后电子元件的监控装置,为了完成对电子元件的全面检测工作,进而设有翻转组件,当传动设备带动电子元件开始工作,此时运动的传动设备能够带动电子元件运动至指定位置,然后检测装置开始工作,进而运动的检测装置能够进行对电子元件的检测工作,进而完成对电子元件与检测装置正对面的检测工作;然后调整电机开始工作,进而运动的调整电机能够带动从动板开始运动,进而运动的从动板能够带动转动架开始工作,进而运动的转动架能够带动升降滑块在升降滑轨上开始运动,进而能够调整转动架在升降滑轨上的位置,进而能够调整从动板的高度,当从动板位于指定位置后,此时吸附设备开始工作,进而能够将传动设备上的电子元件吸附起来,然后驱动电机再次开始工作,进而运动的驱动电机能够调整从动板上的电子元件的角度,进而使检测装置能够完成对电子元件的其他几个面的检测工作,进而完成对电子元件的检测工作。进而通过设置的翻转组件进而能够使检测装置完成对电子元件某一面的检测工作后,进而能够通过驱动电机带动吸附装置进行翻转,进而能够调整电子元件与检测装置件的角度,进而完成检测装置对电子元件的其他几个面的检测工作,进而完成对电子元件的全面检测工作。
附图说明
图1是本发明的立体图。
图2是本发明的上料组件示意图。
图3是本发明的搬运组件结构示意图。
图4是本发明的错位组件示意图。
图5是本发明的翻转组件结构示意图。
图6是本发明的吸附装置示意图。
附图标记为:工作台1、上料盘2、运输装置3、上料组件4、支柱401、推动电机402、连接装置403、传动板404、上料杆405、搬运组件5、第二支架501、水平滑轨502、搬运电机503、驱动丝杆504、传动装置505、垂直滑轨506、垂直电机507、连接架508、搬运装置509、点胶设备6、错位组件7、错位电机701、推动部702、水平轨道703、夹持部704、翻转组件8、支架801、固定板802、驱动电机803、驱动板804、固定滑槽805、驱动齿条806、驱动齿轮807、转动轴808、升降滑轨809、升降滑块810、转动架811、从动板812、吸附设备813、旋转部814、调整电机815、从动部816、转动板817、传动设备9、检测装置10、出料件11、点胶台12。
本发明的实施方式
经过申请人的研究分析,出现这一问题(现有的检测大都设置在一定位置,进而只能对电子元件的检测区域是有限制的,进而不能完成对电子元件的全面检测)的原因在于,现有的检测装置在对电子元件进行检测工作时,只能够完成对与检测装置正对面的电子元件的检测工作,当时在点胶装置在对电子元件的点胶过程中或者在对电子元件运输的过程中,会导致位于电子元件涂胶面的胶水发生偏移,进而导致电子元件的其他面沾有胶水,进而导致检测装置的检测效率低。本发明公开了一种检测点胶后电子元件的监控装置,为了完成对电子元件的全面检测工作,进而设有翻转组件,当传动设备带动电子元件开始工作,此时运动的传动设备能够带动电子元件运动至指定位置,然后检测装置开始工作,进而运动的检测装置能够进行对电子元件的检测工作,进而完成对电子元件与检测装置正对面的检测工作;然后调整电机开始工作,进而运动的调整电机能够带动从动板开始运动,进而运动的从动板能够带动转动架开始工作,进而运动的转动架能够带动升降滑块在升降滑轨上开始运动,进而能够调整转动架在升降滑轨上的位置,进而能够调整从动板的高度,当从动板位于指定位置后,此时吸附设备开始工作,进而能够将传动设备上的电子元件吸附起来,然后驱动电机再次开始工作,进而运动的驱动电机能够调整从动板上的电子元件的角度,进而使检测装置能够完成对电子元件的其他几个面的检测工作,进而完成对电子元件的检测工作。进而通过设置的翻转组件进而能够使检测装置完成对电子元件某一面的检测工作后,进而能够通过驱动电机带动吸附装置进行翻转,进而能够调整电子元件与检测装置件的角度,进而完成检测装置对电子元件的其他几个面的检测工作,进而完成对电子元件的全面检测工作。
一种检测点胶后电子元件的监控装置,包括:工作台1、上料盘2、运输装置3、上料组件4、支柱401、推动电机402、连接装置403、传动板404、上料杆405、搬运组件5、第二支架501、水平滑轨502、搬运电机503、驱动丝杆504、传动装置505、垂直滑轨506、垂直电机507、连接架508、搬运装置509、点胶设备6、错位组件7、错位电机701、推动部702、水平轨道703、夹持部704、翻转组件8、支架801、固定板802、驱动电机803、驱动板804、固定滑槽805、驱动齿条806、驱动齿轮807、转动轴808、升降滑轨809、升降滑块810、转动架811、从动板812、吸附设备813、旋转部814、调整电机815、从动部816、转动板817、传动设备9、检测装置10、出料件11、点胶台12。
其中,与所述工作台1固定连接的上料盘2,固定安装在所述工作台1上的运输装置3,设置在所述工作台1上的基础组件,位于所述运输装置3一侧的上料组件4,设置在所述运输组件另一侧、且与所述工作台1固定连接的搬运组件5,以及设置在所述工作台1上的翻转组件8和错位组件7;当需要对电子元件进行点胶工作时,此时控制系统控制上料盘2开始工作,进而运动的上料盘2能够将电子元件搬运至指定的区域,进而完成对电子元件的搬运工作。
所述基础组件包括设置在所述运输装置3输出端、且与所述工作台1固定连接的传动设备9,与所述传动设备9连接的出料件11,与所述上料组件4位于同侧、且与所述工作台1固定连接的点胶设备6,与所述工作台1固定连接、位于所述上料组件4和运输装置3间、且与所述上料组件4和运输装置3连接的点胶台12,以及位于所述传动设备9一侧、且与所述工作台1固定连接的检测装置10;在进一步实施例中,该点胶设备6需要对电子元件进行点胶工作,进而达到对电子元件的保护效果,同时在点胶设备6对电子元件进行点胶的过程中,点胶设备6的点胶头可能因为使用时间过久,进而导致出胶不均匀,或者因为电子元件在进行点胶工作后,位于所述电子元件上的胶水还没有干透,此时工作的运输装置3会使位于该电子元件上的还没有干透的胶水发生偏移,进而此时发生位移的胶水可能运动至电子元件的其他不需要点胶的元件表面,进而影响电子元件的点胶效果,进而为了提高电子元件的点胶效果,进而需要对点胶后的电子元件进行点胶工作,进而能够对不符合要求电子元件进行剔除工作,进而保证了点胶工作的顺利运行。在进一步实施例中,当检测装置10发现不合格产品在一段时间内的数量在不断增加,进而此时可以停止装置的继续运行,然后操作人员可以对该装置进行检测和维修,进而直至操作人员能够排查出发生损坏的装置部分,并将其维修结束后再让其继续工作,不仅能够减少电子元件和胶水的浪费进而达到节约环保的效果,而且还能够通过检测装置10所检测的结果能够判断出该装置是否发生故障,进而达到保护该装置安全的效果。
所述上料组件4包括对称安装在所述工作台1上的一组支柱401,与所述支柱401固定连接的推动电机402,设置在所述推动电机402输出端的连接装置403,与所述连接装置403固定连接的传动板404,以及设置在所述传动板404上的多个上料杆405;当电子元件位于点胶台12上的指定位置后,此时推动电机402开始工作,进而运动的推动电机402能够带动连接装置403开始工作,此时运动的连接装置403能够带动传动板404开始工作,进而运动的传动板404能够带动上料杆405开始工作,此时运动的上料杆405能够将位于点胶台12上的指定位置电子元件能够推到点胶台12上的指定位置,此时点胶设备6开始工作,进而运动的点胶设备6开始对电子元件进行点胶工作,然后当完成对电子元件的点胶工作后,推动电机402再次开始工作,进而能够使上料杆405再次开始工作,进而能够将位于所述点胶台12上的电子元件推送至运输装置3上,进而完成对电子元件的上料工作。在进一步实施例中,在进一步实施例中,在点胶装置对电子元件进行点胶工作时,电子元件需要进行限位工作,进而避免电子元件位置发生偏移,进而导致点胶工作的失败,进而在所述点胶台12上设有多个与所述电子元件适配的通槽,进而当电子元件位于点胶台12上时,此时当该上料杆405第一次运动时,此时运动上料杆405会将电子元件推至该通槽的中部,进而位于点胶装置的点胶区域,进而完成对电子元件的点胶工作,进而能够使电子元件能够位于点胶台12上的指定位置,通过该通槽为凹型结构,进而保证了电子元件在点胶台12上运动时不会发生较大的偏移。在进一步实施例中,当该上料杆405第二次运动时,此时上料杆405会将电子元件推至制定位置,进而完成电子元件的上料和出料的工作,保证点胶工作的顺利运行,进而能够将电子元件推至运输设备上,进而该运输设备能够带动电子元件运动至预期位置,保证了电子元件能够顺利被运送。
所述搬运组件5包括对称安装在所述工作台1上的一组第二支架501,与所述第二支架501固定连接的水平滑轨502,与所述水平滑轨502一端固定连接的搬运电机503,设置在所述搬运电机503输出端的驱动丝杆504,安装在所述驱动丝杆504上的传动装置505,与所述传动装置505固定连接的垂直滑轨506,设置在所述垂直滑轨506上的垂直电机507,安装在所述垂直电机507输出端的垂直丝杆,设置在所述垂直丝杆上的连接架508,以及与所述连接架508固定连接的搬运装置509;当电子元件位于指定的区域后,此时位于第二支架501上的搬运电机503开始工作,进而运动的搬运电机503能够带动驱动丝杆504开始工作,然后运动的驱动丝杆504能够带动传动装置505开始工作,此时运动的传动装置505改变连接架508在水平面的位置,进而能够调整连接架508在水平方向上的位置,当连接架508位于指定位置后,此时垂直电机507开始工作,此时运动的垂直电机507能够带动设置在垂直滑轨506上的连接在开始运动,进而能够调整其在垂直滑轨506上的高度,进而完成对搬运装置509的位置调整工作,此时完成位置调整工作的搬运装置509开始工作,进而运动的搬运装置509开始对位于指定位置的电子元件进行夹持工作,然后此时搬运电机503再次开始工作,然后运动的搬运电机503能够带动搬运装置509再次开始工作,进而运动的搬运装置509能够将电子元件运输至点胶台12上,此时搬运装置509能够将电子元件放置在点胶台12上的指定位置,进而完成对电子元件的搬运工作。在进一步实施例中,为了能够使搬运装置509能够位于指定位置,进而通过设置的搬运电机503和垂直电机507能够调整电机815装置在水平方向上和垂直方向上的位置,进而完成对搬运装置509的位置调整工作,进而保证装置能够顺利工作。在进一步实施例中,当搬运装置509开始运动时,为了能够使电子元件能够位于点胶台12上的指定位置,进而保证上料组件4能够精准的将电子元件推送至点胶台12上的指定位置,进而需要搬运装置509能够对电子元件进行位置上的调整,保证其能够位于点检台上的指定区域,因此通过设置的垂直电机507和搬运电机503的相互配合,进而能够调整电子元件的水平位置和垂直高度,进而能够对电子元件的位置进行调整,从而完成对电子元件的位置调整工作,保证其能够位于点胶台12上的指定位置,保证了后续上料工作的顺利运行。
所述翻转组件8包括对称安装在所述传动设备9两侧的一组支架801,设置在其中一个支架801上的固定滑槽805,与所述固定滑槽805固定连接的固定板802,固定安装在所述固定板802上的驱动电机803,设置在所述驱动电机803输出端、且与所述固定滑槽805滑动连接的驱动板804,与所述驱动板804固定连接、且位于所述固定滑槽805上、与所述固定滑槽805滑动连接的驱动齿条806,与所述驱动齿条806啮合的驱动齿轮807,与所述支架801位于同侧、且与所述驱动齿轮807连接的转动轴808,设置在所述转动轴808另一端的旋转部814,设置在另一侧支架801上的从动部816,以及与所述旋转部814和从动部816连接的吸附装置;当传动设备9带动电子元件开始工作,此时运动的传动设备9能够带动电子元件运动至指定位置,然后检测装置10开始工作,进而运动的检测装置10能够完成对电子元件的检测工作,进而完成对电子元件与检测装置10正对面的检测工作,此时驱动电机803开始工作,进而运动的驱动电机803能够带动驱动板804开始工作,进而运动的驱动板804能够带动驱动齿条806开始在固定滑槽805上进行运动,进而运动的驱动齿条806能够带动与之啮合的驱动齿轮807开始工作,进而转动的驱动齿轮807能够带动转动轴808开始工作,进而转动的转动轴808能够带动旋转部814开始工作,此时转动的旋转部814能够带动吸附装置开始转动,进而完成对吸附装置的调整工作。在进一步实施例中,点胶设备6的点胶头可能因为使用时间过久,进而导致出胶不均匀,或者因为电子元件在进行点胶工作后,位于所述电子元件上的胶水还没有干透,此时工作的运输装置3会使位于该电子元件上的还没有干透的胶水发生偏移,进而此时发生位移的胶水可能运动至电子元件的其他不需要点胶的元件表面,进而影响电子元件的点胶效果,此时为了完成对该电子元件进行检测工作,进而设有翻转组件8,进而当驱动电机803开始工作后,此时运动的驱动电机803能够使吸附装置开始运动,此时能够调整位于该吸附装置上的电子元件与检测装置10之间的角度,进而能够调整电子元件其余面与检测装置10之间的夹角,进而完成对电子元件的检测工作,进而能够检测出非涂胶面上是否沾有胶水,进而提高检测装置10的检测效果,保证检测工作的顺利运行。在进一步实施例中,为了旋转工作的顺利运行,进而将驱动齿条806设在所述固定滑槽805中,进而在驱动齿条806运动时,运动的驱动齿条806只能够在固定滑槽805上运动,进而限制驱动齿条806发生较大的偏移,进而使驱动齿条806能够与驱动齿轮807始终处于一个啮合的状态;进而避免了装置震动过大而导致驱动齿条806偏移,进而导致驱动齿轮807的损坏,进而保证了旋转工作的顺利运用和工作。
所述吸附装置包括所述旋转部814和从动部816连接的一组转动板817,与所述转动板817固定连接的升降滑轨809,位于所述升降滑轨809上、且与所述升降滑轨809滑动连接的升降滑块810,与所述升降滑块810固定连接的转动架811,设置在所述转动架811上的调整电机815,与所述调整电机815输出端连接的从动板812,以及设置在所述从动板812上的吸附设备813;所述转动架811与所述从动板812连接;当吸附装置位于预期角度后,此时调整电机815开始工作,进而运动的调整电机815能够带动从动板812开始运动,进而运动的从动板812能够带动转动架811开始工作,进而运动的转动架811能够带动升降滑块810在升降滑轨809上开始运动,进而能够调整转动架811在升降滑轨809上的位置,进而能够调整从动板812的高度,当从动板812位于指定位置后,此时吸附设备813开始工作,进而能够将传动设备9上的电子元件吸附起来,然后驱动电机803再次开始工作,进而运动的驱动电机803能够调整从动板812上的电子元件的角度,进而使检测装置10能够完成与电子元件检测完成面相邻的其他几个面的检测工作,进而完成对电子元件的检测工作;当完成对电子元件的检测工作后,此时驱动电机803和调整电机815开始工作,进而能够将电子元件放置位于传动设备9上的初始位置的运输轨道上,进而传动设备9开始工作,进而运动的传动设备9能够使电子元件从出料件11处运输出去,进而完成装置的点胶检测工作。在进一步实施例中,由于在对电子元件进行翻转工作前,电子元件是由传动设备9将其运输至该区域,进而在运输过程中涂胶面的胶水已经干透,然后当该电子元件位于指定位置后,检测装置10就会直接对点胶面进行检测工作,当对点胶面的点胶工作结束后,此时调整电机815开始工作,进而使吸附设备813位于电子元件的表面,然后吸附设备813完成对电子元件的吸附工作,然后调整电机815反方向工作,将电子元件抬起一定高度,避免了电子元件在翻转过程中,与检测装置10或者传送设备发生碰撞,进而达到保护电子元件和该装置的目的,同时保证翻转工作的顺利运行。
所述错位组件7包括设置在所述工作台1上的错位电机701和水平轨道703,设置在所述错位电机701输出端的推动部702,以及设置在所述推动部702上的夹持部704;所述推动部702位于所述水平轨道703上、且与所述水平轨道703滑动连接,所述夹持部704位于所述传动设备9上,所述传动设备9上设有两条运输轨道;当电子元件被推送至运输装置3上后,此时运输装置3再次开始运动,进而运动的运输装置3能够带动电子元件开始工作,进而能够将电子元件运输至传动设备9上,当第一个电子元件运动至传动设备9上时,此时传动设备9能够带动电子元件运动至指定位置,当下一个电子元件运动至传动设备9上时,此时夹持部704开始工作,进而运动的夹持部704完成对该电子元件的夹持工作,然后该错位电机701开始工作,进而运动的错位电机701能够带动推动部702开始工作,进而运动的推动部702能够带动夹持部704开始运动,进而能够将电子元件从传动设备9上的其中一条运输线运输至另一条运输线,进而使该电子元件与前一个电子元件能够位于传送设备上的两条不同的运输轨道上,进而保证错位工作的顺利运行。在进一步实施例中,搬运装置509对电子元件进行搬运的过程中,由于该搬运装置509一次性能够搬运一定数量的电子元件,同时在对电子元件进行检测工作的过程中,则需要翻转装置对该电子元件进行翻转检测工作,进而在翻转过程中需要一定的时间,如果使电子元件全都位于同一个运输轨道上,进而该吸附设备813只能够吸附一个电子元件,进而造成检测工作的效率较低,而通过设置的错位组件7,进而能够使位于同于运输轨道上的电子元件能够位于不同运输轨道上,然后在从动板812上设有多个吸附设备813,进而使其能够吸附多个电子元件,进而能够提高电子元件的检测效率。
工作原理说明:当需要对电子元件进行点胶工作时,此时控制系统控制上料盘2开始工作,进而运动的上料盘2能够将电子元件搬运至指定的区域,进而完成对电子元件的搬运工作;当电子元件位于指定的区域后,此时位于第二支架501上的搬运电机503开始工作,进而运动的搬运电机503能够带动驱动丝杆504开始工作,然后运动的驱动丝杆504能够带动传动装置505开始工作,此时运动的传动装置505改变连接架508在水平面的位置,进而能够调整连接架508在水平方向上的位置,当连接架508位于指定位置后,此时垂直电机507开始工作,此时运动的垂直电机507能够带动设置在垂直滑轨506上的连接在开始运动,进而能够调整其在垂直滑轨506上的高度,进而完成对搬运装置509的位置调整工作,此时完成位置调整工作的搬运装置509开始工作,进而运动的搬运装置509开始对位于指定位置的电子元件进行夹持工作,然后此时搬运电机503再次开始工作,然后运动的搬运电机503能够带动搬运装置509再次开始工作,进而运动的搬运装置509能够将电子元件运输至点胶台12上,此时搬运装置509能够将电子元件放置在点胶台12上的指定位置,进而完成对电子元件的搬运工作;当电子元件位于点胶台12上的指定位置后,此时推动电机402开始工作,进而运动的推动电机402能够带动连接装置403开始工作,此时运动的连接装置403能够带动传动板404开始工作,进而运动的传动板404能够带动上料杆405开始工作,此时运动的上料杆405能够将位于涂胶台上的指定位置电子元件能够推到涂胶台上的指定位置,此时点胶设备6开始工作,进而运动的点胶设备6开始对电子元件进行点胶工作,然后当完成对电子元件的点胶工作后,推动电机402再次开始工作,进而能够使上料杆405再次开始工作,进而能够将位于所述点胶台12上的电子元件推送至运输装置3上,进而完成对电子元件的上料工作;当电子元件被推送至运输装置3上后,此时运输装置3再次开始运动,进而运动的运输装置3能够带动电子元件开始工作,进而能够将电子元件运输至传动设备9上,当第一个电子元件运动至传动设备9上时,此时传动设备9能够带动电子元件运动至指定位置,当下一个电子元件运动至传动设备9上时,此时夹持部704开始工作,进而运动的夹持部704完成对该电子元件的夹持工作,然后该错位电机701开始工作,进而运动的错位电机701能够带动推动部702开始工作,进而运动的推动部702能够带动夹持部704开始运动,进而能够将电子元件从传动设备9上的其中一条运输线运输至另一条运输线,进而使该电子元件与前一个电子元件能够位于传送设备上的两条不同的运输轨道上,进而保证错位工作的顺利运行;当传动设备9带动电子元件开始工作,此时运动的传动设备9能够带动电子元件运动至指定位置,然后检测装置10开始工作,进而运动的检测装置10能够完成对电子元件的检测工作,进而完成对电子元件与检测装置10正对面的检测工作,此时驱动电机803开始工作,进而运动的驱动电机803能够带动驱动板804开始工作,进而运动的驱动板804能够带动驱动齿条806开始在固定滑槽805上进行运动,进而运动的驱动齿条806能够带动与之啮合的驱动齿轮807开始工作,进而转动的驱动齿轮807能够带动转动轴808开始工作,进而转动的转动轴808能够带动旋转部814开始工作,此时转动的旋转部814能够带动吸附装置开始转动,进而完成对吸附装置的调整工作;当吸附装置位于预期角度后,此时调整电机815开始工作,进而运动的调整电机815能够带动从动板812开始运动,进而运动的从动板812能够带动转动架811开始工作,进而运动的转动架811能够带动升降滑块810在升降滑轨809上开始运动,进而能够调整转动架811在升降滑轨809上的位置,进而能够调整从动板812的高度,当从动板812位于指定位置后,此时吸附设备813开始工作,进而能够将传动设备9上的电子元件吸附起来,然后驱动电机803再次开始工作,进而运动的驱动电机803能够调整从动板812上的电子元件的角度,进而使检测装置10能够完成对电子元件的其他几个面的检测工作,进而完成对电子元件的检测工作;当完成对电子元件的检测工作后,此时驱动电机803和调整电机815开始工作,进而能够将电子元件放置位于传动设备9上的初始位置的运输轨道上,进而传动设备9开始工作,进而运动的传动设备9能够使电子元件从出料件11处运输出去,进而完成装置的点胶检测工作。
以上结合附图详细描述了本发明的优选实施方式,但是,本发明并不限于上述实施方式中的具体细节,在本发明的技术构思范围内,可以对本发明的技术方案进行多种等同变换,这些等同变换均属于本发明的保护范围。

Claims (8)

  1. 一种检测点胶后电子元件的监控装置,其特征是,包括:
    工作台,与所述工作台固定连接的上料盘,与所述工作台固定连接的运输装置,设置在所述工作台上的基础组件,位于所述运输装置一侧的上料组件,设置在所述运输组件另一侧、且与所述工作台固定连接的搬运组件,以及设置在所述工作台上的翻转组件和错位组件。
  2. 根据权利要求1所述的一种检测点胶后电子元件的监控装置,其特征是:所述基础组件包括设置在所述运输装置输出端、且与所述工作台固定连接的传动设备,与所述传动设备连接的出料件,与所述上料组件位于同侧、且与所述工作台固定连接的点胶设备,与所述工作台固定连接、位于所述上料组件和运输装置间、且与所述上料组件和运输装置连接的点胶台,以及位于所述传动设备一侧、且与所述工作台固定连接的检测装置。
  3. 根据权利要求2所述的一种检测点胶后电子元件的监控装置,其特征是:所述上料组件包括对称安装在所述工作台上的一组支柱,与所述支柱固定连接的推动电机,设置在所述推动电机输出端的连接装置,与所述连接装置固定连接的传动板,以及设置在所述传动板上的多个上料杆。
  4. 根据权利要求1所述的一种检测点胶后电子元件的监控装置,其特征是:所述搬运组件包括对称安装在所述工作台上的一组第二支架,与所述第二支架固定连接的水平滑轨,与所述水平滑轨一端固定连接的搬运电机,设置在所述搬运电机输出端的驱动丝杆,安装在所述驱动丝杆上的传动装置,与所述传动装置固定连接的垂直滑轨,设置在所述垂直滑轨上的垂直电机,安装在所述垂直电机输出端的垂直丝杆,设置在所述垂直丝杆上的连接架,以及与所述连接架固定连接的搬运装置。
  5. 根据权利要求2所述的一种检测点胶后电子元件的监控装置,其特征是:所述翻转组件包括对称安装在所述传动设备两侧的一组支架,设置在其中一个支架上的固定滑槽,与所述固定滑槽固定连接的固定板,固定安装在所述固定板上的驱动电机,设置在所述驱动电机输出端、且与所述固定滑槽滑动连接的驱动板,与所述驱动板固定连接、且位于所述固定滑槽上、与所述固定滑槽滑动连接的驱动齿条,与所述驱动齿条啮合的驱动齿轮,与所述支架位于同侧、且与所述驱动齿轮连接的转动轴,设置在所述转动轴另一端的旋转部,设置在另一侧支架上的从动部,以及与所述旋转部和从动部连接的吸附装置。
  6. 根据权利要求5所述的一种检测点胶后电子元件的监控装置,其特征是:所述吸附装置包括所述旋转部和从动部连接的一组转动板,与所述转动板固定连接的升降滑轨,位于所述升降滑轨上、且与所述升降滑轨滑动连接的升降滑块,与所述升降滑块固定连接的转动架,设置在所述转动架上的调整电机,与所述调整电机输出端连接的从动板,以及设置在所述从动板上的吸附设备;所述转动架与所述从动板连接。
  7. 根据权利要求2所述的一种检测点胶后电子元件的监控装置,其特征是:所述错位组件包括设置在所述工作台上的错位电机和水平轨道,设置在所述错位电机输出端的推动部,以及设置在所述推动部上的夹持部;所述推动部位于所述水平轨道上、且与所述水平轨道滑动连接,所述夹持部位于所述传动设备上,所述传动设备上设有两条运输轨道。
  8. 一种检测点胶后电子元件的监控装置的工作方法,其特征是,包括:
    S1:当需要对电子元件进行点胶工作时,此时控制系统控制上料盘开始工作,进而运动的上料盘能够将电子元件搬运至指定的区域,进而完成对电子元件的搬运工作;
    S2:当电子元件位于指定的区域后,此时位于第二支架上的搬运电机开始工作,进而运动的搬运电机能够带动驱动丝杆开始工作,然后运动的驱动丝杆能够带动传动装置开始工作,此时运动的传动装置改变连接架在水平面的位置,进而能够调整连接架在水平方向上的位置,当连接架位于指定位置后,此时垂直电机开始工作,此时运动的垂直电机能够带动设置在垂直滑轨上的连接在开始运动,进而能够调整其在垂直滑轨上的高度,进而完成对搬运装置的位置调整工作,此时完成位置调整工作的搬运装置开始工作,进而运动的搬运装置开始对位于指定位置的电子元件进行夹持工作,然后此时搬运电机再次开始工作,然后运动的搬运电机能够带动搬运装置再次开始工作,进而运动的搬运装置能够将电子元件运输至点胶台上,此时搬运装置能够将电子元件放置在点胶台上的指定位置,进而完成对电子元件的搬运工作;
    S3:当电子元件位于点胶台上的指定位置后,此时推动电机开始工作,进而运动的推动电机能够带动连接装置开始工作,此时运动的连接装置能够带动传动板开始工作,进而运动的传动板能够带动上料杆开始工作,此时运动的上料杆能够将位于点胶台上的指定位置电子元件能够推到点胶台上的指定位置,此时点胶设备开始工作,进而运动的点胶设备开始对电子元件进行点胶工作,然后当完成对电子元件的点胶工作后,推动电机再次开始工作,进而能够使上料杆再次开始工作,进而能够将位于所述点胶台上的电子元件推送至运输装置上,进而完成对电子元件的上料工作;
    S4:当电子元件被推送至运输装置上后,此时运输装置再次开始运动,进而运动的运输装置能够带动电子元件开始工作,进而能够将电子元件运输至传动设备上,当第一个电子元件运动至传动设备上时,此时传动设备能够带动电子元件运动至指定位置,当下一个电子元件运动至传动设备上时,此时夹持部开始工作,进而运动的夹持部完成对该电子元件的夹持工作,然后该错位电机开始工作,进而运动的错位电机能够带动推动部开始工作,进而运动的推动部能够带动夹持部开始运动,进而能够将电子元件从传动设备上的其中一条运输线运输至另一条运输线,进而使该电子元件与前一个电子元件能够位于传送设备上的两条不同的运输轨道上,进而保证错位工作的顺利运行;
    S5:当传动设备带动电子元件开始工作,此时运动的传动设备能够带动电子元件运动至指定位置,然后检测装置开始工作,进而运动的检测装置能够完成对电子元件的检测工作,进而完成对电子元件与检测装置正对面的检测工作,此时驱动电机开始工作,进而运动的驱动电机能够带动驱动板开始工作,进而运动的驱动板能够带动驱动齿条开始在固定滑槽上进行运动,进而运动的驱动齿条能够带动与之啮合的驱动齿轮开始工作,进而转动的驱动齿轮能够带动转动轴开始工作,进而转动的转动轴能够带动旋转部开始工作,此时转动的旋转部能够带动吸附装置开始转动,进而完成对吸附装置的调整工作;
    S6:当吸附装置位于预期角度后,此时调整电机开始工作,进而运动的调整电机能够带动从动板开始运动,进而运动的从动板能够带动转动架开始工作,进而运动的转动架能够带动升降滑块在升降滑轨上开始运动,进而能够调整转动架在升降滑轨上的位置,进而能够调整从动板的高度,当从动板位于指定位置后,此时吸附设备开始工作,进而能够将传动设备上的电子元件吸附起来,然后驱动电机再次开始工作,进而运动的驱动电机能够调整从动板上的电子元件的角度,进而使检测装置能够完成与电子元件检测完成面相邻的其他几个面的检测工作,进而完成对电子元件的检测工作;
    S7:当完成对电子元件的检测工作后,此时驱动电机和调整电机开始工作,进而能够将电子元件放置位于传动设备上的初始位置的运输轨道上,进而传动设备开始工作,进而运动的传动设备能够使电子元件从出料件处运输出去,进而完成装置的点胶检测工作。
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