CN204137413U - Multifunctional testing and sorting packaging machine - Google Patents

Abstract

The utility model relates to a multi-functional test selects other packagine machine, it is including the frame, the decollator, pan feeding group, the test area that charges, bad row material group, go into to take group and seal membrane heating group, mainly with behind the electronic characteristic circular telegram detection electronic component, get rid of unqualified electronic component and concentrate and accomodate, and encapsulate qualified electronic component to material area, use in the circuit board in order to do benefit to follow-up electronic component processing, and ensure that electronic component passes through the electronic characteristic and detect, so become a practicality splendid product, be fit for the industry and use widely by a wide margin.

Description

Multifunctional testing and sorting packaging machine

technical field

The utility model relates to the packaging of electronic components in a strip shape after being tested and screened. It mainly screens the electronic components after testing the electronic characteristics of the electronic components, and then excludes bad electronic components, and selects good electronic components for material tape packaging, so as to The subsequent electronic components are processed on the circuit board, so it becomes a multi-functional testing and sorting packaging machine with excellent practicability.

Background technique

The electrical testing items of general capacitors include detection of leakage (LC), capacitance, equivalent resistance (ESR) and other items, and the capacitor must be charged when testing related items, and these charging and testing items can be integrated in On the material guiding path of a testing device, different or repeated testing stations are formed, and the testing is carried out one by one through the installation of conductive contact components in each station.

However, it is not enough to perform electrical testing and reproduction of capacitors at this stage, especially for customers with different needs. Only electrical testing to distinguish between good and bad cannot meet the subsequent needs of capacitor storage and automatic processing.

In view of this, in order to be able to provide better use requirements, the inventor has spent a lot of time investing in research related knowledge, and compared the advantages and disadvantages of each, and carried out research and development of related products, and experienced many experiments and tests, and Finally, a multi-functional testing and sorting packaging machine is launched to meet the needs of various industries today.

Utility model content

The main technical problem to be solved by the utility model is to overcome the above-mentioned defects in the prior art, and provide a multi-functional testing and sorting packaging machine, which mainly eliminates the unqualified electronic components after the electronic components are energized to detect the electronic components. And centralized storage, and the qualified electronic components are packaged into the material tape, so as to facilitate the subsequent electronic components to be processed and used on the circuit board, and to ensure that the electronic components pass the electronic characteristic test, so that it becomes a product with excellent practicability and is suitable for large-scale promotion and use in the industry .

The technical scheme that the utility model solves its technical problem adopts is:

A multifunctional testing and sorting packaging machine, comprising: a machine base; a divider, which is arranged on the machine base, the divider includes a rotatable dividing plate, and the upper ring of the dividing plate is provided with material receiving seats arranged at intervals; The feeding group is set on the machine base and is located next to the divider. The feeding group includes a feeding track, a feeding triple seat, a reversing seat and a feeding correction seat. The electronic components on the reversing seat and feeding correction seat, and the feeding triple seat respectively move to the reversing seat, feeding correction seat and the material receiving seat of the divider; the reversing seat controls the polarity rotation of the electronic components to the same direction; The charging test area is set on the base and next to the divider; the charging test area includes a charging test component, which can move relative to the material receiving seat and contact with the electronic component for over-electricity detection; the bad discharge group is set on the machine On the seat and next to the divider, it is used to absorb defective electronic components located in the material receiving seat after the over-voltage detection of the charging test area, and the mobile electronic components are collected and recovered; It includes the belt-in track, the belt-in triple seat, the belt-in correction seat and the middle station seat. The belt-in triple seat synchronously absorbs the electronic components originally located in the material receiving seat, the belt-in correction seat, and the middle station seat, and moves them to the belt-in The calibration seat, the middle station seat, and the tape-in track, the tape-in track is used to convey the material tape with the electronic component accommodating slots arranged at intervals; and the sealing film heating group, which is used to heat and bond the sealing film to the material tape.

In the above-mentioned multi-functional testing and sorting packaging machine, the feeding group further includes a polar image sensor, and the polar image sensor is used to detect electronic components on the feeding track. The feeding group further includes a reversing motor, the reversing motor is used to rotate the reversing seat, and the reversing seat is provided with an accommodating groove for placing electronic components, and sensors are arranged on the periphery of the reversing seat to detect electronic components. The feeding group further includes aligning jaws positioned on the top of the feeding alignment seat against the peripheral side of the electronic component.

The above-mentioned multifunctional testing and sorting packaging machine, wherein the charging and testing component includes a bracket assembled on the machine base, an upper sliding seat and a lower sliding seat assembled on the bracket at intervals, a main sliding rod assembled on the upper sliding seat and the lower sliding seat, Auxiliary sliding rods slid on the upper sliding seat and lower sliding seat, assembled on the lower base plate at the bottom of the main sliding rod, probe bases installed on the lower base plate to press against the material receiving seat, sliding on the main sliding rod and fixed on the The upper shelf plate at the top of the auxiliary slide bar, the top block assembled on the upper shelf plate and extending towards the machine base, the upper pressing plate assembled on the upper shelf plate for pressing against the material bearing seat, the rocker arm seat assembled on the bracket, and pivotally arranged on the The rocker arm seat and its swing can push against the opening arm of the top block and the lower base plate, and the connecting rod pivotally arranged on the opening arm and driving the opening arm to swing. In addition, the charging test assembly further includes a connection block and a spring, the two ends of the connection block are respectively fixed on the lower base plate and the probe base, and the two ends of the spring are respectively fixed on the lower base plate and the upper pressing plate. In addition, pulleys for pushing against the top block and the lower bottom plate are provided on the opening arm group.

The above-mentioned multi-functional testing and sorting packaging machine, wherein the bad discharge group includes a frame and a feeding tube assembled on the machine base, a movable group set on the machine base for collecting electronic parts, and one end is sleeved on the bottom The other end of the lower end of the material pipe corresponds to the discharge pipe of the collecting box for conveying electronic parts, the first pressure cylinder pivotally arranged on the frame body to absorb the electronic parts of the material holder, and the first pressure cylinder assembled on the frame body to drive the first pressure cylinder. Swinging of the cylinder towards the lower feed tube swings the electronic components to the second pressure cylinder of the lower feed tube.

The beneficial effect of the utility model is that after the electronic components are energized and detected by the electronic characteristics, the unqualified electronic components are excluded and stored in a centralized manner, and the qualified electronic components are packaged into the material tape, so as to facilitate the subsequent processing of the electronic components on the circuit board Use, and ensure that the electronic components pass the electronic characteristic test, so that it becomes a product with excellent practicability, which is suitable for large-scale promotion and use in the industry.

Description of drawings

Below in conjunction with accompanying drawing and embodiment the utility model is further described.

Fig. 1 is a three-dimensional schematic diagram of the utility model.

Fig. 2 is a schematic top view of the utility model.

Fig. 3 to Fig. 6 are the action diagrams of the feeding group of the utility model.

Fig. 7 is a three-dimensional schematic diagram of the assembly of the charging test assembly of the present invention.

8 to 9 are schematic diagrams of the operation of the charging test assembly of the present invention.

Fig. 10 to Fig. 13 are schematic diagrams of actions of the bad discharge group of the utility model.

Fig. 14 to Fig. 16 are schematic diagrams of the action of the belt-entry group of the present invention.

Fig. 17 is a schematic diagram of heating and bonding the sealing film to the material belt by the sealing film heating group of the present invention.

Explanation of symbols in the figure:

1 Base 2 Splitter

21 Split plate 22 Material receiving seat

3 feeding group 31 feeding track

32 Feeding triple seat 33 Reversing seat

331 Accommodating slot 332 Sensor

34 Feed correction seat 341 Alignment jaw

35 polar image sensor 4 charging test area

41 Charging test component 42 Bracket

421 Upper slide seat 422 Lower slide seat

423 main slider 424 auxiliary slider

425 Bottom plate 426 Probe seat

427 Shelf board 428 Top block

429 Upper platen 430 Rocker arm seat

431 Open arm 432 Connecting rod

433 Connection block 434 Spring

435 pulley 5 bad discharge group

51 frame body 52 feeding tube

53 Collection box 54 Discharge pipe

55 The first cylinder 56 The second cylinder

6 belt entry group 61 belt entry track

62 into the triple seat 63 into the correction seat

64 middle station seat 7 sealing film heating group

8 Electronic components 81 Tape

82 Accommodating tank 83 Sealing film

Detailed ways

In order to achieve the purpose and effect of the above-mentioned utility model, a preferred embodiment is listed here, and please refer to FIG. 1 and FIG. 2 together. The accompanying drawings show a multifunctional testing and sorting packaging machine of the present invention, which includes: a base 1 for carrying the following components. The divider 2 is arranged on the machine base 1. The divider 2 includes a rotatable dividing disc 21, and the upper ring of the dividing disc 21 is provided with material receiving seats 22 arranged at intervals. The divider 2 is driven to rotate by a motor (not shown). Feeding group 3, which is set on the machine base 1 and is located beside the divider 2. The feeding group 3 includes a feeding track 31, a feeding triple seat 32, a reversing seat 33 and a feeding correction seat 34. The feeding triple The seat 32 synchronously absorbs the electronic components 8 originally on the feeding rail 31, the reversing seat 33 and the feeding correction seat 34, and the feeding triple seat 32 moves to the reversing seat 33, the feeding correction seat 34 and the divider 2 respectively. The material receiving seat 22, as shown in Figure 3 to Figure 6. The continuous automatic operation function can be achieved through the feeding triple seat 32 to absorb the electronic components 8 and swing back, and the movement of the feeding triple seat 32 can be controlled through the cooperation of the slide rail and the pneumatic device. . In addition, the feeding triple seat 32 sucks the electronic components 8 by means of the air pressure device and the suction nozzles that are configured to suck the electronic components 8 . The reversing seat 33 controls the polarity rotation of the electronic components 8 to the same direction. The charging test area 4 is set on the base 1 and next to the divider 2 , please refer to FIG. 7 to FIG. 9 . The charging test area 4 includes a charging test component 41 , which can be displaced relative to the material holder 22 to contact the electronic component 8 for electrical testing. The bad discharge group 5 is set on the base 1 and next to the divider 2 to absorb the bad electronic components 8 located in the material receiving seat 22 after the charging test area 4 over-electricity detection, and the mobile electronic components 8 are collectively recovered. Please also refer to Figure 10 to Figure 13. The quality of the electronic characteristics of the electronic components 8 can be detected by means of contact overvoltage detection, and the poor-quality electronic components 8 are classified and collected according to the defects of the electronic characteristics by the bad discharge group 5 .

The tape-in group 6 is arranged on the machine base 1 and is located next to the splitter 2. Please refer to Fig. 14 to Fig. 16. The tape-in group 6 includes a tape-in track 61, a tape-in triple seat 62, and a tape-in correction The seat 63 and the middle station seat 64, the three-way seat 62 synchronously absorbs the electronic components 8 originally in the material receiving seat 22, the correction seat 63, and the middle station seat 64, and the three-way seat 62 moves to the correction seat respectively 63, the middle station seat 64 and the belt-in track 61, the belt-in track 61 is used to convey the material belt 81, and the material belt 81 has accommodating grooves 82 arranged at intervals to accommodate the electronic components 8, and the belt-in track 61 will be installed The material strip 81 with electronic components 8 is sent to the sealing film heating group 7 . The movement of entering the triple seat 62 can be controlled through the cooperation of the slide rail and the air pressure device into the movement of the triple seat 62. In addition, the tape-in triple seat 62 sucks the electronic components 8 through the air pressure device and the suction nozzles that are configured to suck the electronic components 8 .

And the sealing film heating group 7 , which is used for heating and laminating the sealing film 83 on the material tape 81 , so as to package the material tape 81 and the sealing film 83 of the electronic component 8 .

In order to achieve the purpose of this utility model, after the electronic characteristics are detected and packaged, the position of the electronic component 8 on the material tape 81 will not be easily changed due to external force. Electronic components 8 are collected centrally.

To further describe in detail the utility model multifunctional testing and sorting packaging machine, wherein the feeding group 3 further includes a polar image sensor 35, and the polar image sensor 35 is used to detect the electronic component 8 on the feeding track 31, as shown in Figure 4 and Figure 4. 5. The polarity mark on the surface of the electronic component 8 is firstly detected by the polarity image sensor 35 at the end of the feeding track 31, and the polarity mark of the electronic component 8 can be uniformly turned to the same direction by means of the reversing seat 33, so as to facilitate subsequent packaging on the material. The belt 81 has a consistent direction, which is convenient for subsequent processing and identification of the electronic component 8 and ease of use. The feeding group 3 further includes a reversing motor (not drawn), the reversing motor is used to rotate the reversing seat 33, and the reversing seat 33 is provided with a receiving groove 331 for placing the electronic assembly 8, and the reversing seat 33 is surrounded by The sensor 332 is disposed on the side to detect the electronic component 8 located in the receiving slot 331 . The feeding group 3 further includes alignment jaws 341 positioned at the top of the feeding alignment seat 34 against the peripheral side of the electronic component 8 . The position of the electronic component 8 after passing through the reversing seat 33 can be slightly corrected through the alignment jaw 341 , so that the feeding triple seat 32 can be smoothly placed on the position of the material receiving seat 22 of the divider 2 .

Please refer to Fig. 7 to Fig. 9 for the composition relationship of the related components and the operation mode of the charging test assembly 41 of the present utility model. The seat 421 and the lower seat 422, the main slider 423 assembled on the upper slider 421 and the lower seat 422, the auxiliary slider 424 slid on the upper slider 421 and the lower seat 422, assembled on the bottom of the main slider 423 The lower bottom plate 425, the probe seat 426 which is arranged on the lower bottom plate 425 for pressing against the material bearing seat 22, the upper shelf plate 427 which is slid on the main slide bar 423 and fixed on the top of the auxiliary slide bar 424, is assembled on the upper shelf plate 427 and The top block 428 extending toward the machine base 1, the upper pressing plate 429 assembled on the upper frame plate 427 for pressing against the material receiving seat 22, the rocker arm seat 430 assembled on the bracket 42, pivotally arranged on the rocker arm seat 430 and swings The opening arm 431 that can push against the top block 428 and the lower bottom plate 425 , and the connecting rod 432 that is pivotally arranged on the opening arm 431 and drives the opening arm 431 to swing. The charging test assembly 41 further includes a connection block 433 and a spring 434 , the two ends of the connection block 433 are respectively fixed on the lower base 425 and the probe holder 426 , and the two ends of the spring 434 are respectively fixed on the lower base 425 and the upper pressing plate 429 . The opening arm 431 is pulled to swing by the rising displacement of the connecting rod 432, and the opening arm 431 pushes against the top block 428 and the lower bottom plate 425, so that the lower bottom plate 425 is displaced toward the direction of the machine base 1, so that the probe seat 426 is far away from the material receiving seat 22 (Remove the over-electricity detection state), simultaneously upper shelf plate 427, upper pressing plate 429 and top block 428 are upwards away from material holder 22 synchronously, and the upper pressing plate 429 of displacement, lower base plate 425 pull spring 434 stretches. When the connecting rod 432 descends and moves, because the spring 434 is no longer pulled by the upper pressing plate 429 and the lower base plate 425, it can shrink and quickly press the upper pressing plate 429 towards the material receiving seat 22, and the lower base plate 425 is driven by the connecting block 433 The probe base 426 rises to detect the over-current electronic characteristics of the electronic components 8 on the probe base 426 corresponding to the material receiving base 22 . In addition, the opening arm 431 is provided with a pulley 435 for pushing against the top block 428 and the lower bottom plate 425 . In this way, the opening arm 431 can smoothly push against the top block 428 and the lower bottom plate 425 for displacement by means of the rotatable pulley 435 .

Regarding the centralized collection of defective products that are judged to be of inferior quality or that do not meet the specifications after the electronic components are tested in this utility model, the related mechanisms and action methods used by the utility model, please refer to Figures 10 to 13 and the following descriptions. The material group 5 includes a frame body 51 and a feeding tube 52 assembled on the machine base 1, a material collection box 53 movable set on the machine base 1 for collecting electronic components 8, one end sleeved on the lower end of the feeding tube 52 and the other One end is corresponding to the collection box 53 for the discharge pipe 54 for conveying the electronic components 8, the first cylinder 55 pivotally arranged on the frame body 51 for absorbing the material receiving seat 22 and the electronic components 8, and assembled on the frame body 51 for The first pressing cylinder 55 is driven to swing toward the feeding pipe 52 to swing the electronic component 8 to the second pressing cylinder 56 of the feeding pipe 52 . Once it is determined to be a defective product after being detected by the charging test component 41, the machine can control the first cylinder 55 to absorb the electronic component 8 and then control the second cylinder 56 so that the first cylinder 55 opens toward the feeding tube 52 The position swings, and releases the suction force of the suction nozzle of the first pressure cylinder 55, so that the bad electronic components 8 can be thrown into the position of the feeding pipe 52 by means of this swinging force and the suction force released, and along the feeding pipe 52, the discharge pipe The delivery of 54 leads to collection box 53 and collects collectively. The utility model multi-functional sorting and testing sorting packaging machine can be classified according to the electronic characteristics of different detection sides, and is configured with the same number of multiple groups of pressure cylinders, feeding pipes 52, discharging pipes 54 and collecting boxes 53.

The above is only a preferred embodiment of the utility model, and does not limit the utility model in any form. Any simple modification, equivalent change and modification made to the above embodiments according to the technical essence of the utility model, All still belong to within the scope of the technical solution of the utility model.

In summary, the utility model fully meets the needs of industrial development in terms of structural design, practicability and cost-effectiveness, and the disclosed structure also has an unprecedented innovative structure, novelty, creativity and practicability, and meets the needs of industrial development. According to the requirements of the new patent requirements, the application is filed in accordance with the law.

Claims (8)

1. multifunctional testing sorts a wrapping machine, it is characterized in that, comprising:

Support;

Dispenser, it is arranged on support, and dispenser includes rotating dividing disc, and dividing disc is equipped with spaced load support;

Pan feeding group, it to be arranged on support and to be positioned at by dispenser, pan feeding group includes pan feeding track, pan feeding three seat, inverting seat and pan feeding correcting mount, pan feeding three seat synchronously draws original electronic building brick on pan feeding track, inverting seat and pan feeding correcting mount, and pan feeding three seat distinctly moves to the load support of inverting seat, pan feeding correcting mount and dispenser; Inverting seat controls electronic building brick polarity and turns to same direction;

Charging measurement district, it to be arranged on support and to be positioned at by dispenser; Charging measurement district includes charging measurement assembly, and it can load support displacement and electro-detection contacted with electronic building brick relatively;

Bad discharge group, it to be arranged on support and to be positioned at that dispenser is other crosses the bad electronic building brick being positioned at load support after electro-detection, mobile electron assembly centralized recovery in order to draw through charging measurement district;

Enter band group, it to be arranged on support and to be positioned at by dispenser, include into belt track, enter band three seat, enter to be with correcting mount and middle station seat, enter band three seat synchronously draw originally in load support, enter electronic building brick with correcting mount, middle station seat, distinctly move to into band correcting mount, middle station seat and enter belt track, entering belt track and there is in order to conveying the material strip being spaced also housing electronic assembly storage tank;

And sealer heating group, it is in order to fit in material strip by sealer heating.

2. multifunctional testing according to claim 1 sorts wrapping machine, it is characterized in that, includes polarity image sensor further, and polarity image sensor is in order to detect electronic building brick on pan feeding track.

3. multifunctional testing according to claim 1 sorts wrapping machine, it is characterized in that, include communtation motor further, communtation motor is in order to rotate inverting seat, and inverting seat is provided with the holding tank putting electronic building brick, all sides of inverting seat arrange sensor in order to detect the electronic building brick being positioned at holding tank.

4. multifunctional testing according to claim 1 sorts wrapping machine, it is characterized in that, includes further to support the contraposition jaw that all sides of electronic building brick are positioned pan feeding correcting mount top.

5. multifunctional testing according to claim 1 sorts wrapping machine, it is characterized in that, described charging measurement assembly includes the support being mounted on support, interval group is located at upper saddle and the lower slider of support, be mounted on the main slide bar of upper saddle and lower slider, be slidedly arranged on the secondary slide bar of upper saddle and lower slider, be mounted on main slide bar bottom lower shoe, be arranged at lower shoe in order to compress the probe base of load support, be slidedly arranged on the upper frame plate that main slide bar is fixed on again secondary top end of sliding rod, be mounted on frame plate and the jacking block extended towards support, be mounted on frame plate in order to compress the top board of load support, be mounted on the rocker arm bracket of support, be hubbed at rocker arm bracket and its swing can push against the open arms of jacking block and lower shoe, be hubbed at open arms and drive the connecting rod that open arms swings.

6. multifunctional testing according to claim 5 sorts wrapping machine, it is characterized in that, described charging measurement assembly includes contiguous block and spring further, and contiguous block two ends are fixedly arranged on lower shoe and probe base respectively, and the two ends of spring are fixedly arranged on lower shoe and top board respectively.

7. the multifunctional testing according to claim 5 or 6 sorts wrapping machine, it is characterized in that, described open arms group is provided with the pulley pushing against jacking block and lower shoe.

8. multifunctional testing according to claim 1 sorts wrapping machine, it is characterized in that, described bad discharge group include the support body that is mounted on support and tremie pipe, activity be mounted on support in order to collect the material collecting box of electronic component, one end be sheathed on the tremie pipe lower end other end then corresponding material collecting box in order to conveying electronic part drainage conduit, be hubbed at support body in order to draw load support electronic component the first cylinder pressure, be mounted on support body and swing in order to drive the first cylinder pressure the second cylinder pressure making electronic building brick whipping to tremie pipe towards tremie pipe.