TWI555688B - An electronic component operating device, a working method, and a working device for its application - Google Patents

Description

Electronic component working device, working method and application equipment thereof

The present invention provides a reduceable component arrangement, and allows the first shifter and the second shifter to be individually actuated, and is transferred between the carrier of the processing mechanism and the carrier of the transport mechanism according to a preset displacement path. An electronic component operating device that is pressed against electronic components to save cost and improve operational efficiency.

Nowadays, electronic component devices are equipped with working devices for transporting and transferring electronic components, and performing preset operations on electronic components. Please refer to Figure 1 for the Taiwanese invention No. 365567 "Transfer of components" The patent case is provided with a processing unit 11 for performing a test operation on the electronic component, and a first stage 121 for shifting in a first direction (such as an X direction) on one side of the processing unit 11 And the second stage 122 is configured to respectively carry the electronic component to be tested and the electronic component to be tested, and the third stage 123 and the fourth load for the first direction displacement are disposed on the other side of the processing unit 11 The stage 124 is configured to respectively carry the electronic component to be tested and the electronic component to be tested, and the transfer device is disposed on the frame 13 with a first motor 141 and a second motor 151, and the first motor 141 is first The screw 142 drives the first frame 143 to be displaced in a second direction (such as the Z direction). The first frame 143 is coupled to the first movable frame 144 of the first pressing member 145, and the first pressing member 145 is used for The electronic component is taken and placed, and the second motor 151 drives the second frame 153 via the second screw 152. In the two-direction displacement, the second frame 153 is coupled to the second movable frame 154 having the second pressing member 155, the second pressing member 155 is for picking and placing electronic components, and the third frame is disposed on the frame 13. The third motor 161 drives the third frame 163 to be displaced in the third direction (such as the Y direction) via the third screw 162. The third frame 163 is coupled to drive the first movable frame 144 and the second movable frame 154 respectively. The first frame 143 and the second frame 153 are synchronously displaced in the third direction, and the first movable frame 144 and the second movable frame 154 are displaceable in the second direction on the third frame 163; The third stage 123 is configured to carry the electronic component to be tested to the side of the processing unit 11 in a first direction, and the second motor 151 is The second movable frame 154 is driven to move in the second direction via the second screw 152 and the second frame 153, so that the second pressing member 155 takes out the electronic component to be tested on the third stage 123, and at the same time, the first motor 141 The first movable frame 144 is driven to move in the second direction via the first screw 142 and the first frame 143, so that the first pressing member 145 takes out the measured electronic component in the processing portion 11, and the third motor 161 passes through the first The third screw 162 and the third frame 163 drive the first movable frame 144 and the second movable frame 154 to be displaced in the third direction, so that the first pressing member 145 transfers the measured electronic components to the second stage 122. In order to output, the second pressing member 155 is placed in the processing unit 11 to press the electronic component to be tested to perform the testing operation.

However, the delivery device is connected to the third motor 161 via the third screw 162 and The third frame 163 drives the first movable frame 144 of the first pressing member 145 and the second movable frame 154 with the second pressing member 155 to be displaced in the third direction in synchronization, so that it must be disposed on one side of the processing portion 11. The first and second stages 121 and 122 and the third and fourth stages 123 and 124 are disposed on the other side of the processing unit 11 for the first pressing member 145 and the second pressing member 155 to be placed for testing. And the measured electronic components not only increase the cost, but also occupy the space of the machine; in addition, when the second pressing member 155 has taken out the electronic component to be tested, the first pressing member 145 is still pressed against the electronic component in the processing portion 11 When the test operation is performed, the third motor 161 drives the first and second pressing members 145 and 155 to be displaced in the third direction in synchronization, and the displacement stroke thereof depends on the processing portion 11 and the third stage 123 and the second stage 121. The distance between the two press members 155 cannot be moved to one side of the processing portion 11 at the time when the processing portion 11 performs the test operation, and must wait for the first press member 145 to press the electronic component to perform the test. After the operation, it can be displaced in the third direction synchronously with the first pressing member 145, which is not only waiting for the operation. Inter, also because a longer stroke and displacement transfer time-consuming, resulting in loss of production and testing of effective performance can not be improved.

One object of the present invention is to provide an electronic component working device including processing a mechanism, a conveying mechanism, and a pressing unit, wherein the processing mechanism is provided with at least one operator for performing a preset operation on the electronic component; the conveying mechanism is disposed on the at least one side of the processing mechanism as a stage for displacement in the first direction The pressing unit includes a frame, a first moving mechanism and a second moving mechanism, and the first driving structure of the first moving mechanism is provided on both sides of the frame The first and second connectors are displaced in the second direction, and the first shifter having the first pressing member is coupled between the first and second connectors, and the second driving structure of the first moving mechanism is disposed on the frame a third connector is disposed in the third direction, the third connector is coupled to the first shifter, and the third driving structure of the second moving mechanism is disposed on the frame with a fourth connector for displacement in the second direction. The fourth connector is connected to the second feeder with the second pressing member and arranged in an upright position, and the fourth driving structure of the second moving mechanism is provided with a fifth connector for displacement in the third direction, the fifth link The second and third shifters of the first and second moving mechanisms can be separately displaced in the second and third directions, and are disposed between the processing mechanism and the transport mechanism according to a preset displacement path. Transfer and press against electronic components to achieve practical benefits of improved operational efficiency and cost savings.

An object of the present invention is to provide an electronic component working device, wherein The first driving source of the first driving structure of the first moving mechanism drives the first and second connectors on both sides of the frame to operate synchronously, so that the first and second connectors drive the first movement of the plurality of first pressing members The hopper is smoothly displaced in the second direction to increase the level of the first ejector pressing, so that the plurality of first pressing members are pressed against the electronic components on average, so that the electronic components are evenly stressed, thereby achieving the practical benefit of improving the working quality. .

A third object of the present invention is to provide an operating device for an electronic component working device. The first working procedure is that the first shifting device of the first moving mechanism of the pressing unit takes out at least one electronic component to be operated, and the second moving mechanism, at least one loading stage on one side of the processing mechanism The shifter presses at least another electronic component at the operator of the processing mechanism to perform a preset operation; the second operating procedure is that the second shifter of the pressurizing unit takes out at least another electronic component that has been operated at the operator And transferring to the other side of the processing mechanism, the first shifter continuously carries out the preset operation by the at least one electronic component to be placed in the processing mechanism, and the third working program is the pressing unit The second shifter moves the at least one other electronic component to the output of the at least one stage on the processing mechanism across the first shifter that performs the work of pressing the electronic component; the fourth operating procedure is the pressure The second shifter of the taking unit is used to take out at least one electronic component to be operated at least one stage on one side of the processing mechanism, and then the first shifter that performs the work across the pressed electronic component, and at least the next standby Homework electronics The workpiece is transferred to the other side of the processing mechanism; the fifth working procedure is that the first shifter of the pressing unit takes out at least one of the operated electronic components at the working device and transfers to at least one of the processing mechanisms The output of the stage, the second shifter performs the preset operation by continuously loading the electronic component to be placed in the processing mechanism to perform the preset operation; The first shifting device of the first moving mechanism and the second shifting device of the second moving mechanism cooperate with each other in the timing of the operation between the processing mechanism and the conveying mechanism, thereby achieving the practical benefit of improving the working efficiency.

A fourth object of the present invention is to provide an operating device for an electronic component working device. The first working procedure is that the first shifting device of the first moving mechanism of the pressing unit takes out at least one electronic component to be operated, and the second moving mechanism, at least one loading stage on one side of the processing mechanism The shifter presses at least another electronic component at the operator of the processing mechanism to perform a preset operation; the second operating procedure is that the second shifter of the pressurizing unit takes out at least another electronic component that has been operated at the operator And transferring to at least one stage output on the other side of the processing mechanism, the first shifter successively performing at least one of the electronic components to be operated into the processing mechanism to perform the preset operation; the third operating program is The second shifter of the pressing unit takes out at least one electronic component to be operated at least on one of the other sides of the processing mechanism; the fourth working program is the first shifting device of the pressing unit at the working device Removing at least one electronic component that has been operated and transferring to at least one of the output of the processing unit, and the second shifting device is configured to transfer at least the next electronic component to be operated to the processing device Execute preset Industry; whereby, can move with the first mechanism of the first shift and a second shift feeder hopper of the second moving means fitted in the timing between the actuator and the processing means the transport mechanism, to enhance the utility efficiency of job performance.

A fifth object of the present invention is to provide an operating device for an electronic component working device. The first working procedure is that the first shifting device of the first moving mechanism of the pressing unit takes out at least one electronic component to be operated, and the second moving mechanism, at least one loading stage on one side of the processing mechanism The shifter takes out at least one other electronic component to be operated on at least one stage on the other side of the processing mechanism; the second working procedure is that the first shifter of the first moving mechanism of the pressing unit will at least one to be operated The first operator of the electronic component transfer processing device performs a preset operation, and the second shifter of the second transfer mechanism transfers at least another electronic component to be operated into the second operator of the processing mechanism Performing a preset operation; the third working program is that the first shifter of the first moving mechanism of the pressing unit takes out at least one of the operated electronic components in the first working device of the processing mechanism, and transfers to the processing mechanism side At least one stage output, the second shifter of the second transfer mechanism takes out at least one other electronic component in the second operator of the processing mechanism, and transfers to at least one of the output of the other side of the processing mechanism Take this A first moving mechanism may utilize a first feeder and the second moving mechanism move the second actuator to move the timing hopper between the processing means and with conveying means, to enhance the utility efficiency job performance.

A sixth aspect of the present invention provides a method of operating an electronic component working device, wherein the first operating program is that the first shifting device of the first moving mechanism of the pressing unit is taken out from at least one stage on the processing mechanism side. At least one electronic component to be operated, the second shifter of the second moving mechanism is pressed against at least another electronic component at the operator of the processing mechanism to perform a preset operation; the second operating procedure is the second shift of the pressing unit Feeding at least another electronic component that has been operated at the operator, and transferring at least another electronic component that has been operated to at least one of the output of the processing mechanism, the first shifter being transferred Interleaving with the second shifter when at least one of the electronic components to be operated, and performing at least one job of the electronic component to be processed in the processing mechanism to perform the preset operation; the third operating program is the first shift of the pressing unit The hopper is to take out at least one electronic component that has been operated at the operator, and the second hopper removes at least one electronic component to be operated at least one stage on one side of the processing mechanism, and at least one next to be transferred The electronic component is interleaved with the first shifter; the fourth operating procedure is that the first shifter of the press unit transfers at least one other electronic component to the output of at least one of the processing mechanisms. The second shifter successively performs a preset operation on the working device in which at least the next electronic component to be operated is placed in the processing mechanism; thereby, the first shifter and the second shifting mechanism of the first moving mechanism can be utilized The second shifter cooperates with the timing of the operation between the processing mechanism and the transport mechanism to achieve practical benefits of improving the operational efficiency.

A seventh aspect of the present invention provides a method of operating an electronic component working device, wherein a first shifter of the first transfer mechanism and a second shifter of the second transfer mechanism are individually actuatable when the first transfer material When the device is pressed against the electronic component to perform the preset operation on the working device of the processing mechanism, the second shifter can move the electronic component to be moved to the side of the working device for temporary placement, and the first shifter drives the When the electronic component of the operation leaves the proper height of the working device, the second shifting device can quickly place the electronic component of the next work to be placed in the working device to continue the preset operation, thereby shortening the removal of the electronic component at the working device. The working time can achieve the practical benefits of improving the performance of the work.

An eighth object of the present invention is to provide a working device for applying an electronic component working device, which is provided with a feeding device, a receiving device, a working device, a moving device and a central control device, and the feeding device is The receiving device is configured to receive at least one electronic component to be operated; the receiving device is configured to receive at least one electronic component that has been operated; the working device includes a processing mechanism, a conveying mechanism, and a pressing unit, and the processing mechanism is used for the electronic component Performing a preset operation, the conveying mechanism is for conveying electronic components, and the pressing unit is for moving between the processing mechanism and the conveying mechanism Carrying an electronic component; the material moving device is provided with at least one material moving mechanism for transferring electronic components; the central control device is used for controlling and integrating the operations of the devices to perform an automated operation to improve the production efficiency of the operation. Practical benefits.

[study]

11‧‧‧Processing Department

121‧‧‧First stage

122‧‧‧Second stage

123‧‧‧third stage

124‧‧‧fourth stage

13‧‧‧Rack

141‧‧‧First motor

142‧‧‧First screw

143‧‧‧ first body

144‧‧‧First movable frame

145‧‧‧First pressure take-up

151‧‧‧second motor

152‧‧‧Second screw

153‧‧‧Second body

154‧‧‧Second movable frame

155‧‧‧Second pressure take-up

161‧‧‧third motor

162‧‧‧ Third screw

163‧‧‧the third body

〔this invention〕

20‧‧‧Working device

21‧‧‧Processing agencies

211‧‧‧Test circuit board

212‧‧‧ test seat

213‧‧‧First test board

214‧‧‧First test seat

215‧‧‧Second test board

216‧‧‧Second test seat

22‧‧‧Transportation agencies

221‧‧‧First stage

222‧‧‧Second stage

223‧‧‧ third stage

224‧‧‧fourth stage

225‧‧‧ fifth stage

226‧‧‧ sixth stage

23‧‧‧Pressing unit

24‧‧‧Rack

241‧‧‧ first board

242‧‧‧First bearing slide

243‧‧‧Second plate

244‧‧‧third bearing slide

245‧‧‧ third plate

2451‧‧‧First chute

2452‧‧‧Second chute

246‧‧‧6th bearing slide

247‧‧‧fourth plate

248‧‧‧ seventh bearing slide

249‧‧‧10th sliding member

25‧‧‧First moving agency

2511‧‧‧First motor

2512‧‧‧First Transmission Group

2513‧‧‧Second gear set

2514‧‧‧ Third transmission set

2515‧‧‧Fourth drive set

252‧‧‧First tilting plate

2521‧‧‧First slide

2522‧‧‧Second bearing slide

253‧‧‧Second swing board

2531‧‧‧Second slide

2532‧‧‧4th bearing slide

254‧‧‧First shifting rack

2541‧‧‧Internal framework

2542‧‧‧External framework

2543‧‧‧3rd sliding part

2544‧‧‧4th slide

2545‧‧‧Connected parts

2546‧‧‧ fifth slide

255‧‧‧First press part

2561‧‧‧second motor

2562‧‧‧ fifth transmission group

257‧‧‧The first activity seat

2571‧‧‧5th bearing slide

2572‧‧‧6th slide

26‧‧‧Second moving agency

2611‧‧‧third motor

2612‧‧‧ sixth transmission set

2613‧‧‧ seventh transmission group

262‧‧‧ Third turbulence board

2621‧‧‧ seventh slide

2622‧‧‧8th bearing slide

263‧‧‧Second moving rack

2631‧‧‧8th sliding part

2632‧‧‧9th slide

264‧‧‧Second press

2651‧‧‧fourth motor

2652‧‧‧ eighth transmission group

266‧‧‧Second activity seat

2661‧‧‧Perforation

2662‧‧‧Ninth bearing slide

2663‧‧‧10th sliding part

30, 31, 32‧‧‧ Electronic components

40‧‧‧ machine

50‧‧‧Feeding device

60‧‧‧ receiving device

70‧‧‧Transfer device

71‧‧‧First Transfer Mechanism

711‧‧‧First mover

72‧‧‧Second transfer mechanism

721‧‧‧Second shifter

Figure 1: Schematic diagram of the patent of Taiwan Patent No. 365567.

Fig. 2 is a plan view showing the electronic component working device of the present invention.

Fig. 3 is a front view of the electronic component working device of the present invention.

Fig. 4 is a partial side elevational view of the electronic component working device of the present invention.

Fig. 5 is a schematic view showing the use of the first working method of the application working device of the present invention (1).

Figure 6 is a schematic view showing the use of the first working method of the application working device of the present invention (2).

Figure 7 is a schematic view showing the use of the first working method of the application working device of the present invention (3).

Figure 8 is a schematic view showing the use of the first working method of the application working device of the present invention (4).

Figure 9 is a schematic view showing the use of the first working method of the application working device of the present invention (5).

Figure 10 is a schematic view showing the use of the first working method of the application working device of the present invention (6).

Figure 11 is a schematic view showing the use of the first working method of the application working device of the present invention (7).

Figure 12 is a schematic view showing the use of the first working method of the application working device of the present invention (8).

Figure 13 is a schematic view showing the use of the second working method of the application working device of the present invention (1).

Figure 14 is a schematic view showing the use of the second working method of the application working device of the present invention (2).

Figure 15 is a schematic view showing the use of the second working method of the application working device of the present invention (3).

Figure 16 is a schematic view showing the use of the second working method of the application working device of the present invention (4).

Figure 17 is a schematic view showing the use of the third working method of the application working device of the present invention (1).

Figure 18: Schematic diagram of the use of the third working method of the application working device of the present invention (2).

Figure 19 is a schematic view showing the use of the third working method of the working device of the present invention (3).

Figure 20 is a schematic view showing the use of the fourth working method of the application working device of the present invention (1).

Figure 21: Schematic diagram of the use of the fourth method of operation of the application working device of the present invention (2).

Figure 22: Schematic diagram of the use of the fourth method of operation of the application working device of the present invention (3).

Figure 23 is a schematic view showing the use of the fourth working method of the application working device of the present invention (4).

Figure 24: Schematic diagram of the use of the fourth method of operation of the application working device of the present invention (5).

Fig. 25 is a schematic view showing the application of the electronic component working device of the present invention to a working device.

In order to make the present invention more fully understood by the reviewing committee, a preferred embodiment and a drawing will be described in detail as follows: Please refer to Figures 2, 3 and 4, the electronic component working device 20 of the present invention includes a processing mechanism. 21, the transport mechanism 22 and the press unit 23, the processing mechanism 21 is provided with at least one operator for performing a preset operation on the electronic component. In the embodiment, the operator includes the test circuit board 211 and the test The base 212 is configured to perform a test operation on the electronic component. The transport mechanism 22 is disposed on at least one side of the processing mechanism 21 for transporting the electronic component. Further, the transport mechanism 22 is attached to the processing mechanism 21 side and is mounted. At least one stage is disposed between the electronic component device (such as the feeding device or the receiving device, not shown) to reduce the displacement stroke of the electronic component transferred between the device and the carrier. In this embodiment, A first stage 221 and a second stage 222 are disposed on one side of the processing mechanism 21, and the first stage 221 is for conveying electronic components to be operated, and the second stage 222 is for conveying the work. Electronic components, the first and second The stages 221 and 222 are driven by the at least one power structure to be displaced in the first direction (such as the X direction). In this embodiment, the first and second stages 221 and 222 are driven by the same power structure for the first direction displacement; The pressing unit 23 includes a frame 24, a first moving mechanism 25 and a second moving mechanism 26, and the first moving mechanism 25 is mounted on the frame 24, and includes a first driving structure, a second driving structure and a first shifting The first driving structure is provided with a connector on both sides of the frame 24, and a first shifting device with a first pressing member is connected between the connectors on both sides, and a first driving device is further provided. The source is used for driving at least one connector, so that the connector moves the first shifter for the second direction (such as the Z direction), and further, the connectors on both sides are linked to the first shifter for the second direction. Displacement, the first driving source is mounted on the side of the top plate of the frame 24, and the first driving source can separately drive at least one side of the connector for the second direction displacement, and link the other side connector via the first shifter. Displacement in the second direction, or the first driving source can drive the connectors on both sides to synchronize Directional displacement, for example, the first driving source can be configured with one or two motors, and the two sides of the connector are synchronously displaced in the second direction via the transmission group, and the second driving structure is provided with a second driving source for driving The first shifter is displaced in the third direction (such as the Y direction). Further, the second driving source is mounted on the intermediate layer of the frame 24, and the second driving source drives the other connector to be the third direction. Displacement, the other connector is connected to the first shifter to drive the first shifter for the third direction displacement, and the second drive source can also be assembled to the first drive The movable structure drives another connector to be displaced in the third direction, and the other connector is coupled to the first shifter for driving the first shifter to perform displacement in the third direction, and the first shifter is disposed in the processing mechanism In the embodiment, the first driving structure is provided with a first driving source having a first motor 2511 and at least one transmission group, and the first driving structure is provided. The first motor 2511 drives a first transmission group 2512 that can be a pulley set, and the first transmission group 2512 drives a second transmission group 2513 that can be a screw socket group and is disposed in a second direction, and is further coupled to the first transmission group 2512. The third transmission group 2514 is disposed in a first direction and is a pulley set. The third transmission group 2514 drives a fourth transmission group 2515 which can be a screw socket group and is disposed in a second direction. The first driving structure is on the machine. The connector provided on both sides of the frame 24 is a first connector and a second connector. The first connector includes a first tilting plate 252 disposed in a third direction, and the first rocking plate 252 is coupled to the second. The screw seat of the transmission group 2513 can be displaced in the second direction, and the frame In the first embodiment, the first plate body 241 is provided with a sliding member and a sliding member. In the embodiment, the first plate body 241 is provided with a first sliding plate which can be a sliding rail and arranged in the second direction. The first swaying plate 252 is provided with a first sliding member 2521 that is slidably disposed on the first bearing member 242 and is a sliding seat. The first swaying plate 252 is further disposed in a third direction and is a second bearing member 2522 of the sliding rail, the second connector includes a second raking plate 253 disposed in a third direction, and the second damper plate 253 is coupled to the screw seat of the fourth transmission group 2515. In the second embodiment, the second plate body 243 is provided with a sliding rail and a sliding member, and is disposed between the second plate body 243 and the second plate body 243. The third sliding member 244 is disposed in the second direction, and the second sliding plate 253 is provided with a second sliding member 2531 which is slidably disposed on the third sliding member 244 and is a sliding seat. The second movable plate 253 is separately provided. a fourth bearing member 2532 configured in a third direction and configured as a sliding rail, the first moving device comprising a first loading frame and at least one first pressing member for taking and receiving the electronic component, the first moving Rack The two sides are respectively connected to the first connector and the second connector, and can be displaced in the second direction. Further, the first moving frame can directly assemble a plurality of pick-and-place and press-fit electronic components in a single frame. The pressing member has the inner frame and the outer frame, and the plurality of first pressing members for picking up and pressing and pressing the electronic components are assembled on the outer frame. In the embodiment, the first moving frame 254 includes the inner frame 2541. And the outer frame 2542, and on one side of the inner frame 2541, there is a third sliding member 2543 which is slidably disposed on the second bearing member 2522 and is a sliding seat, and is disposed on the other side to be slidably disposed on the fourth bearing member. The piece 2532 is the fourth sliding member 254 of the sliding seat 4, the two sides of the first loading frame 254 are respectively connected to the first rocking plate 252 of the first connector and the second rocking plate 253 of the second connector, and the first and second connectors are operated by the first and second connectors. The two-direction displacement, and the intermediate portion between the inner frame 2541 and the outer frame 2542 is provided with a connecting member 2545, which can be integrally formed with the inner frame 2541 or the outer frame 2542, or a separate component. In the example, the connecting member 2545 is a separate component, and is assembled between the inner frame 2541 and the outer frame 2542, and the bottom of the outer frame 2542 is assembled with a plurality of first pressing members 255 for picking up and Pressing the electronic component, the second driving source of the second driving structure includes a second motor 2561 and at least one transmission group, and the second motor 2561 is assembled to the third plate body (ie, the intermediate layer plate) of the frame 24 And driving a fifth transmission group 2562 which is a screw screw group and arranged in a third direction, and the fifth transmission group 2562 drives a connector for the third connector to perform a third direction displacement, the third connector includes At least one first movable seat 257, the first movable seat 257 and the first In the present embodiment, the first movable seat 257 is provided with a fifth bearing member 2571 which is disposed in the second direction and is a sliding rail, and is provided with a sliding member and a sliding member. The five-slide member 2571 is inserted into the first sliding slot 2451 of the third plate body 245 of the frame 24 in the third direction, and the frame 2541 is slidably disposed within the first loading frame 254. The fifth bearing member 2571 is a fifth sliding member 2546 of the sliding seat, so that the first loading frame 254 can be displaced by the third connector belt in the third direction, and the third movable seat 257 and the third frame of the frame 24 In the embodiment, the third plate body 245 is provided with a sixth bearing member 246 which is disposed in the third direction and is a sliding rail. The first movable seat 257 is provided with a sixth sliding member 2572 which is slidably disposed on the sixth bearing member 246 and is a sliding seat; the second moving mechanism 26 is mounted on the frame 24 and includes a third driving structure and a fourth a driving structure and a second shifting device, wherein the third driving structure is provided with a connector for the second direction displacement of the frame 24 and a fourth connector, the fourth connector system Forming a second shifter with a second pressing member, and further providing a third driving source for driving the fourth connector to perform displacement in a second direction (such as Z direction), so that the fourth connector drives the second shifter Displacement in the second direction, further, the third driving source is assembled in the middle of the top plate of the frame 24, and the fourth driving structure is provided with a fourth driving source for driving the second shifting device to perform the third direction displacement ( For example, in the Y direction, further, the fourth driving source is mounted on the intermediate layer of the frame 24, and the fourth driving source is driven to be the third direction displacement of the connector of the fifth connector, and the fifth connector is Link The second shifter drives the second shifter to be displaced in the third direction, and the fourth drive source can also be mounted on the third driving structure, and drives the connector to be displaced in the third direction, and the connector is connected to the second shift The hopper is configured to drive the second hopper to be displaced in the third direction, and the second hopper moves the electronic component between the operator of the processing mechanism 21 and the carrier of the transport mechanism 22, in this embodiment. The third driving structure is provided with a third driving source having a third motor 2611 and at least one transmission group. The third motor 2611 drives a sixth transmission group 2612 which can be a pulley set, and the sixth transmission group 2612 drives The seventh transmission group 2613 can be a screw-threaded group and disposed in a second direction. The fourth connector includes a third raking plate 262 disposed in a third direction, and the third damper plate 262 is coupled to the seventh transmission. The screw seat of the group 2613 can be displaced in the second direction, and the sliding member and the sliding member are matched with the fourth plate body 247 of the frame 24, and in the embodiment, the fourth plate body 247 is attached. a seventh bearing member 248 which is arranged in a second direction and which is arranged in a second direction The 262 is provided with a seventh sliding member 2621 which is slidably disposed on the seventh sliding member 248 and is a sliding seat, and the third sliding member 262 is provided with an eighth sliding member 2622 which is disposed in the third direction and is a sliding rail. The second shifting device includes a second moving rack 263 in an upright configuration and at least one second pressing member for picking up and releasing the electronic component. In this embodiment, the second moving rack 263 is The T-shaped, the upright rod system is disposed in the third sliding plate 2452 of the third plate body 245 of the frame 24 in the third direction, and is disposed in the third direction on the side of the vertical rod body and is sliding. The eighth sliding member 2631 of the seat, the eighth sliding member 2631 is directly slidably placed on the eighth sliding member 2622 of the third damper plate 262, and the second moving frame 263 is directly coupled to the third damper plate 262. The distance between the second loading frame 263 and the seventh bearing member 248 can be shortened. The second moving frame 263 is provided on the other side of the vertical rod body with a ninth sliding member 2632 which is disposed in the second direction and is a sliding rail. And a plurality of second pressing members 264 are attached to the bottom of the vertical rod body for picking up and pressing the electronic components, and the fourth driving source of the fourth driving structure is provided a fourth motor 2651 and at least one transmission set, the fourth motor 2651 is mounted on the third plate body 245 of the frame 24, and drives an eighth transmission group 2652 which can be a screw screw seat group and arranged in a third direction. The eighth transmission group 2652 drives the fifth connector to be displaced in the third direction, and the fifth connector includes at least one second movable seat 266. The second movable seat 266 is coupled to the screw seat of the eighth transmission group 2652 and is provided with a through hole. 2661 is disposed for the upright rod body of the second moving rack 263, and a ninth bearing member 2662 for sliding the second sliding member 2632 and being the sliding seat is disposed on the inner surface of the through hole 2661, and the second movable seat 26 is further 6 and the third plate body 245 of the frame 24 are provided with a matching sliding member and a sliding member. In this embodiment, the third plate body 245 is disposed in a third direction and is a sliding rail. The tenth sliding member 249 is provided with a tenth sliding member 2663 which is slidable on the tenth bearing member 249 and is a sliding seat.

Furthermore, when the working device of the present invention is applied to an electronic device having a cold measuring chamber or a thermal testing chamber, the first and second connectors may be disposed above the third plate body 245 and within the first shifting device. The two sides of the frame 2541 are assembled with straight rods and are generally arched. The straight rods on both sides are stretched over the third plate body 245, and the first, second and third connectors are respectively connected to prevent the first and second links. The components of the device are damaged, achieving the practical benefit of extending the service life.

Referring to Figures 3, 5 and 6, in the first method of operation of the electronic component working device 20 of the present invention, first, the first operating program is the first shifting device of the first moving mechanism of the pressing unit on the processing mechanism side. At least one stage takes out at least one electronic component to be operated, and the second shifter of the second moving mechanism presses at least another electronic component at a working device of the processing mechanism to perform a preset operation; in the embodiment, the processing The first stage 221 on one side of the mechanism 21 is used as a first direction to carry the electronic component 31 to be operated below the first shifter, and the first motor 2511 of the first moving mechanism 25 is connected to the first transmission group. The second transmission group 2513 drives the first rocking plate 252 of the first connector to be displaced in the second direction, and the first rocking plate 252 drives the first moving frame through the second bearing member 2522 and the third sliding member 2543. 254 is displaced in the second direction, and the first transmission group 2512 drives the second swaying plate 253 of the second connector to be displaced in the second direction via the third transmission group 2514 and the fourth transmission group 2515. The second swaying plate 253 is driven by the fourth bearing member 2532 and the fourth sliding member 2544. The material frame 254 is displaced in the second direction, so that the first connector and the second connector synchronously drive the first moving frame 254 to perform a smooth constant velocity displacement in the second direction, and the fifth sliding member 2546 of the first moving frame 254 is along The fifth bearing member 2571 of the third connector is displaced in the second direction, so that the first pressing member 255 takes out the electronic component 31 to be operated on the first stage 221, and the second pressing device 263 is pressed in the second direction. The piece 264 is pressed against the electronic component 30 in the test socket 212 at the processing mechanism 21 to perform a test operation, and the electronic component 32 generates a reaction force to the second pressing member 264, and the reaction force is transmitted through the first pressing member 264. The second transfer rack 263 is transmitted to the second loading rack 263. When the second loading rack 263 is directly above the test socket 212, when the electronic component 30 is pressed under the second pressing member 264, the torque in the third direction does not occur. Deformation, And the second pressing member 264 is pressed against the level of the electronic component 30, so that the electronic components 30 are evenly stressed and tested. The test circuit board 211 of the processing mechanism 21 is connected to the tester (not shown), and the tester Then, the test data is transmitted to a central control device (not shown), and the quality of the electronic component 30 is discriminated by the central control device.

Please refer to Figures 3 and 7, when the second transfer mechanism of the second transfer mechanism 26 When the second pressing member 264 is pressed against the electronic component 30 at the test socket 212 of the processing mechanism 21 to perform a test operation, the first moving mechanism 25 causes the first pressing member 255 to perform the second direction reverse displacement to take out the electronic work to be operated. After the component 31, the second motor 2561 drives the first movable seat 257 to be displaced in the third direction via the fifth transmission group 2562. The first movable seat 257 is driven by the fifth sliding member 2571 and the fifth sliding member 2546. The loading frame 254 is displaced in the third direction. The third sliding member 2543 and the fourth sliding member 2544 on both sides of the first moving frame 254 are respectively along the second bearing member 2522 and the second side of the first tilting plate 252. The fourth bearing member 2532 of the movable plate 253 is displaced in the third direction, so that the first loading frame 254 drives the first pressing member 255 and the electronic component 31 to be operated to be displaced to the side of the test socket 212 of the processing mechanism 21. It is temporarily placed to prepare the electronic component 31 to be placed in the test stand 212 with the shortest distance.

Please refer to Figures 3, 8, and 9. The second operating procedure is the second of the pressing unit. The shifter takes out at least another electronic component that has been operated at the operator of the processing mechanism and transfers it to the other side of the processing mechanism. The first shifter transfers the at least one electronic component to be operated into the processing. The working device of the mechanism continues to perform the preset operation; in the embodiment, after the test seat 212 of the processing mechanism 21 is completed, the third motor 2611 of the second moving mechanism 26 passes through the sixth transmission group 2612 and the seventh transmission. The group 2613 drives the third flap 262 to be displaced in the second direction, the third flap 262 drives the second shifting frame 263 to be displaced in the second direction, and the second shifting frame 263 drives the second pressing member 264 to The test stand 212 of the processing mechanism 21 takes out the electronic component 30 that has been operated. The fourth motor 2651 of the second transfer mechanism 26 drives the second movable seat 266 to be displaced in the third direction via the eighth transmission set 2652. The second movable seat 266 The second loading frame 263 is driven to be displaced in the third direction, so that the second loading frame 263 drives the second pressing member 264 and the operated electronic component 30 to be displaced to the other side of the test socket 212 of the processing mechanism 21; A pressing member 255 and an electronic component 31 to be operated have been Displaced to one side 212 of the test socket staging, when the second shift rack 263 is driven by the operation When the electronic component 30 leaves the test stand 212 at an appropriate height, the first transfer rack 254 can quickly place the next electronic component 31 to be operated on the test stand 212 to perform the test operation, thereby shortening the test stand 212 to move out and move in. The working time of the electronic component, that is, the second motor 2561 of the first moving mechanism 25 drives the first movable seat 257 to be displaced in the third direction via the fifth transmission group 2562, and the first movable seat 257 is passed through the fifth bearing member 2571. And the fifth sliding member 2546 drives the first moving frame 254 to be displaced in the third direction, and the third sliding member 2543 and the fourth sliding member 2544 on both sides of the first moving frame 254 are respectively along the first tilting plate 252 The second bearing member 2522 and the fourth bearing member 2532 of the second flapping plate 253 are displaced in the third direction, so that the first loading frame 254 drives the first pressing member 255 and the electronic component 31 to be operated for the third direction displacement. Up to the test stand 212 of the processing mechanism 21, the first motor 2511 of the first transfer mechanism 25 drives the first drive plate 252 of the first connector to the second drive group 2512 via the second drive set 2513. Directional displacement, the first flap 252 is via the second bearing member 25 22 and the third sliding member 2543 drives the first loading frame 254 to be displaced in the second direction, and the first transmission group 2512 drives the second coupling of the second connector via the third transmission group 2514 and the fourth transmission group 2515. The plate 253 is displaced in the second direction, and the second swaying plate 253 drives the first hopper 254 to be displaced in the second direction via the fourth bearing member 2532 and the fourth sliding member 2544, so that the two sides of the first moving frame 254 are When the first and second connectors are synchronously driven to perform the second direction displacement, the first loading frame 254 can be prevented from being deformed by the torque in the first direction, and the first pressing member 255 can be pressed against the level of the electronic component 31. The electronic component 31 is evenly stressed, and the fifth sliding member 2546 of the first loading frame 254 is displaced in the second direction along the fifth bearing member 2571 of the third connector, so that the first pressing member 255 is to be The electronic component 31 of the operation is placed in the test socket 212 of the processing mechanism 21 to perform a preset operation, the processing mechanism 21 is connected to the tester (not shown), and the tester transmits the test data to the central control device (not shown) Out), the quality of the electronic component 31 is discriminated by the central control device, please refer to 6, when the second moving frame 263 of the T-type drives the second pressing member 264 to press down the electronic component, a slight deformation occurs on both sides of the second moving frame 263, so that the second pressing member 264 is here. The first pressing member 255 is the same as the second pressing member 264 when the first loading frame 254 drives the first pressing member 255 to press the electronic component. The pressure distribution is applied to the electronic component to perform the preset operation, and the inner frame 25 of the first loading frame 254 can be utilized. The connecting member 2545 between the outer frame 2542 and the outer frame 2542 has a gap between the two sides of the inner frame 2541 and the outer frame 2542, so that the first loading frame 254 drives the first pressing member 255 to press the electronic component 31. A slight deformation occurs on both sides of the frame 2541, so that the first pressing member 255 and the second pressing member 264 achieve the same work quality.

Referring to FIG. 10, the third working procedure is the second shifter of the pressing unit. Transmitting at least another operated electronic component to at least one of the carrier outputs on one side of the processing mechanism across the first shifter that performs the work on the electronic component; in the embodiment, when the first crimping member When the 255 is pressed against the electronic component 31, the second moving mechanism 26 drives the second moving frame 263 to be displaced upward in the second direction to a suitable height by the third driving structure, and then the fourth motor of the fourth driving structure. 2651 drives the second movable seat 266 to perform the third direction displacement via the eighth transmission group 2652, and the second movable seat 266 drives the second shift by using the ninth bearing member 2662 and the ninth sliding member 2632 of the second moving frame 263. The rack 263 is displaced in the third direction, so that the second shifting rack 263 is displaced across the first loading rack 254 to the second stage 222 of the transport mechanism 22, and the third motor 2611 is via the sixth transmission set 2612 and The seventh transmission group 2613 drives the third swaying plate 262 to be displaced in the second direction, and the third swaying plate 262 drives the second hopper 263 to be displaced in the second direction by using the eighth sliding member 2622 and the eighth sliding member 2631. The ninth sliding member 2632 of the second moving rack 263 is along the second movable seat 266. The ninth bearing member 2662 is slid, and the second pressing member 264 places the operated electronic component 30 on the second stage 222 of the conveying mechanism 22 for output.

Please refer to FIG. 11 , the fourth working procedure is the second shifter of the pressing unit At least one stage on one side of the processing mechanism takes out at least the next electronic component to be operated, and then moves the electronic component that is at least the next to be processed to the processing across the first shifter that performs the work on the electronic component. The other side of the mechanism; in the embodiment, the conveying mechanism 22 is configured to displace the first stage 221 of the next electronic component 32 to be placed under the second pressing member 264 for the first direction. The second pressing member 264 of the second moving mechanism 26 takes out the next electronic component 32 to be operated, and the second moving mechanism 26 drives the second loading frame 263 to move upward in the second direction to the third driving structure. After the appropriate height, the fourth motor 2651 of the fourth driving structure drives the second movable seat 266 to be displaced in the third direction via the eighth transmission group 2652. The second movable seat 266 is connected to the ninth through the ninth bearing member 2662. The sliding member 2632 drives the second moving frame 263 to be displaced in the third direction and is pressed across the lower first pressing member 255. The electronic component 31 performs the operation of the first moving rack 254, and moves to the other side of the test socket 212 of the processing mechanism 21, and then drives the second loading frame 263 to move the second direction downward to the second direction by the third driving structure. After being in position, it is temporarily placed on the other side of the test seat 212.

Please refer to Figures 3 and 12. The fifth operating procedure is the first shift of the pressing unit. The hopper picks up at least one electronic component that has been operated at the operator and transfers it to at least one of the output of the processing unit, and the second hopper shifts at least the next electronic component to be operated. The working device of the processing mechanism continues to perform the preset operation; in the embodiment, after the test socket 212 of the processing mechanism 21 is tested, the first motor 2511 of the first moving mechanism 25 is driven by the first transmission group 2512 via the second transmission. The group 2513 drives the first rocking plate 252 of the first connector to be displaced upward in the second direction, and simultaneously drives the second gear of the second connector by the first transmission group 2512 via the third transmission group 2514 and the fourth transmission group 2515. The moving plate 253 is displaced upward in the second direction, so that the first tilting plate 252 and the second tilting plate 253 synchronously drive the first moving frame 254 to be displaced upward in the second direction, so that the first pressing member 255 is in the test seat 212. The working electronic component 31 is taken out, and the second motor 2561 drives the first movable seat 257 to be displaced in the third direction by the fifth transmission group 2562. The first movable seat 257 drives the first moving frame 254 to be the third direction. Displacement, causing the first moving frame 254 to drive the first pressing member 25 5, the electronic component 31 has been transferred to the second stage 222 of the transport mechanism 22 for output, since the second press member 264 has been temporarily placed on the other side of the test socket 212, and the second The fourth motor 2651 of the moving mechanism 26 drives the second movable seat 266 to be displaced in the third direction via the eighth transmission group 2652, and the second movable seat 266 drives the second shift by using the ninth bearing member 2662 and the ninth sliding member 2632. The rack 263 is displaced in the third direction, so that the second shifting frame 263 is located above the test socket 212. The third motor 2611 drives the third tilting plate 262 via the sixth transmission group 2612 and the seventh transmission group 2613. The second direction of the second squeezing plate 262 is driven by the eighth sliding member 2622 and the eighth sliding member 2631 to move the second loading frame 263 downward in the second direction, so that the second pressing member 264 will be lowered. An electronic component 32 to be operated is placed in the test stand 212 to perform the test operation.

Furthermore, please refer to Figures 3 and 13 for the second implementation of the working device of the present invention. In the example and the second working method, the processing mechanism and the pressing unit of the working device are the same as the processing mechanism 21 and the pressing unit 23 of the working device 20, wherein the conveying mechanism of the working device is Providing at least one stage on one side of the processing mechanism for carrying the electronic component, and at least one stage on the other side of the processing mechanism for carrying the electronic component, in the embodiment, the conveying The mechanism 22 is provided with one or two stages 221 and 222 on one side of the processing mechanism 21 for respectively carrying the electronic components to be operated and the electronic components to be operated, and having a third on the other side of the processing mechanism 21 And four loading stages 223 and 224 for respectively carrying the electronic component to be operated and the electronic component to be operated; the first working procedure of the second working method is the first moving device of the first moving mechanism of the pressing unit At least one stage on one side of the processing mechanism takes out at least one electronic component to be operated, and the second shifter of the second moving mechanism presses at least another electronic component at a working device of the processing mechanism to perform a preset operation; In the example, the first stage 221 of the transport mechanism 22 is configured to carry the electronic component 31 to be operated to the lower side of the first shifter in a first direction, and the first motor 2511 of the first transfer mechanism 25 is A transmission group 2512 is driven by the second transmission group 2513. The first flap 252 of the knot is displaced downward in the second direction, and simultaneously drives the second flap 253 of the second connector by the first transmission group 2512 via the third transmission group 2514 and the fourth transmission group 2515. The second direction is downwardly displaced, so that the first tilting plate 252 and the second tilting plate 253 synchronously drive the first moving frame 254 to be smoothly displaced in the second direction, so that the first pressing member 255 is taken out from the first stage 221 The electronic component 31 to be operated, and the second pressing member 264 of the second moving rack 263 are pressed against the electronic component 30 in the test socket 212 at the processing mechanism 21 to perform a test operation. The test circuit board 211 of the processing mechanism 21 The tester is connected (not shown), and the tester transmits the test data to a central control device (not shown), and the central control device determines the quality of the electronic component 30.

Please refer to Figures 3 and 14. The second operating procedure is the second shift of the pressing unit. The hopper picks up at least another electronic component that has been operated at the operator and transfers it to at least one of the output of the other side of the processing mechanism, and the first hopper shifts at least one electronic component to be operated The working device of the processing mechanism continues to perform the preset operation; in the embodiment, the first moving mechanism is performed when the second pressing member 264 of the second moving mechanism 26 presses against the electronic component 30 in the test socket 212 to perform a test operation. The first shifting frame 254 of the second shifting frame 254 can be firstly displaced in the second and third directions, and the first pressing member 255 is temporarily placed on one side of the test socket 212 to shorten the working time of moving into the electronic component 31 at the test socket 212. After the testing of the test socket 212 of the processing mechanism 21 is completed, the second moving mechanism 26 drives the third tilting plate 262 and the second moving frame with the third motor 2611 via the sixth transmission group 2612 and the seventh transmission group 2613. 2 63 is displaced upward in the second direction, so that the second pressing member 264 takes out the electronic component 30 that has been operated in the test socket 212, and then drives the second movable seat 266 as the third direction by the fourth motor 2651 via the eighth transmission group 2652. Displacement, the second movable seat 266 drives the second moving frame 263 and the second pressing member 264 to be displaced in the third direction, so that the second pressing member 264 is located above the fourth stage 224 of the conveying mechanism 22, and then The third driving structure drives the second loading frame 263 to be displaced downward in the second direction, so that the second pressing member 264 places the operated electronic component 30 on the fourth stage 224 for output, and the first moving mechanism The second movable seat 257 drives the first movable seat 257 to be displaced in the third direction by the second motor 2561, and the first movable seat 257 drives the first moving frame 254 and the first pressing member 255 to be displaced in the third direction. The electronic component 31 to be operated is transferred to the test block 212, and then the first motor 2511 drives the first rocker 252 of the first connector to be in the second direction via the first transmission group 2512 and the second transmission group 2513. Lower displacement, and at the same time with the first transmission group 2512 via the third transmission group 2514 and the fourth transmission The second tilting plate 253 of the second connector drives the second tilting plate 253 to be displaced downward in the second direction, so that the first tilting plate 252 and the second tilting plate 253 synchronously drive the first moving frame 254 to be displaced downward in the second direction. The first pressing member 255 is placed on the electronic component 31 to be pressed against the test socket 212 to perform the testing operation.

Referring to Figure 15, the third operating procedure is the second shifter of the press unit. At least one stage on the other side of the processing mechanism takes out at least the next electronic component to be operated; in the embodiment, when the first pressing member 255 is pressed against the electronic component 31 to perform the testing operation on the test socket 212, the conveying mechanism 22 is such that the third stage 223 carrying the next electronic component 32 to be operated is located below the second pressing member 264, and the second moving mechanism 26 is connected to the sixth transmission group 2612 and the seventh transmission group by the third motor 2611. 2613 drives the third swaying plate 262 and the second hopper 263 to be displaced in the second direction, so that the second pressing member 264 takes out the next electronic component 32 to be operated on the third stage 223.

Please refer to Figures 3 and 16. The fourth operating procedure is the first shift of the pressing unit. The hopper picks up at least one electronic component that has been operated at the operator and transfers it to at least one of the output of the processing unit, and the second hopper shifts at least the next electronic component to be operated. The working device of the processing mechanism continues to perform the preset operation; when the first pressing member 255 of the first moving mechanism 25 presses against the electronic component 31 in the test socket 212 to perform the testing operation, the second moving material of the second moving mechanism 26 The frame 263 can be firstly displaced in the second and third directions, and the second is driven. The pressing member 264 is temporarily placed on the other side of the test socket 212 to shorten the working time of moving into the electronic component 32 at the test socket 212. When the test socket 212 of the processing mechanism 21 is tested, the first moving mechanism 25 is The first motor 2511 drives the first rocking plate 252 to move upward in the second direction via the first transmission group 2512 and the second transmission group 2513, and simultaneously passes through the third transmission group 2514 and the fourth transmission group 2515 with the first transmission group 2512. The second damper plate 253 is driven to move upward in the second direction, so that the first swaying plate 252 and the second swaying plate 253 are synchronously driven to move the first hopper 254 upward in the second direction, so that the first squeezing member 255 The working electronic component 31 is taken out from the test socket 212, and the first movable seat 257 is driven to move in the third direction by the second motor 2562 via the fifth transmission group 2562. The first movable seat 257 drives the first moving frame 254 and The first pressing member 255 is displaced in the third direction to transfer the operated electronic component 31 to the second stage 222 of the conveying mechanism 22 for output, and the second moving mechanism 26 is driven by the fourth motor 2651 via the eighth transmission. Group 2652 drives the second movable seat 266 for displacement in the third direction, The movable seat 266 drives the second moving frame 263 and the second pressing member 264 to be displaced in the third direction, so that the second pressing member 264 is located above the test seat 212, and then the third motor 2611 passes through the sixth transmission group 2612. And the seventh transmission group 2613 drives the third swaying plate 262 and the second hopper frame 263 to be displaced downward in the second direction, so that the second pressing member 264 puts the next electronic component 32 to be pressed into the test. The test operation is continued in the block 212.

Furthermore, please refer to Figures 3 and 17, which are the electronic component working devices of the present invention. The third embodiment and the third working method are applied to an electronic component with a long working time, and an operation requirement for testing more electronic components or requiring a larger pressing force at a time, and the pressing unit of the working device is the same as the above The processing unit 21 of the working device 20 is configured with a plurality of working devices. In the embodiment, the processing mechanism 21 is provided with a first test circuit board 213 and a first test. a first operator of the holder 214, and a second operator having a second test circuit board 215 and a second test seat 216 for performing preset operations on the electronic components, respectively, the transport mechanism 22 being coupled to the processing mechanism 21 One side is provided with at least one stage for carrying electronic components, and at least one other stage is disposed on the other side of the processing mechanism 21 for carrying electronic components. In the embodiment, the conveying mechanism 22 A fifth stage 225 is disposed on one side of the processing mechanism 21 for carrying electronic components, and a sixth stage 226 is disposed on the other side of the processing mechanism 21 for carrying electronic components. Working device In the third working method, the first working procedure is that the first shifting device of the first moving mechanism of the pressing unit takes out at least one electronic component to be operated on at least one loading station on the processing mechanism side, and the second moving The second feeder of the mechanism takes out at least one other electronic component to be operated on at least one stage on the other side of the processing mechanism; in the embodiment, the conveying mechanism 22 causes the fifth stage 225 to be displaced in the first direction. Carrying the electronic component 30 to be operated below the first shifter, and causing the sixth stage 226 to be displaced in the first direction to carry the electronic component 31 to be operated below the second shifter, the first shifting The first motor 2511 of the mechanism 25 drives the first rocking plate 252 to move downward in the second direction via the second transmission group 2513 via the second transmission group 2512, and simultaneously passes the first transmission group 2512 through the third transmission group 2514 and The fourth transmission group 2515 drives the second swaying plate 253 to be displaced downward in the second direction, so that the first damper plate 252 and the second damper plate 253 synchronously drive the first hopper 254 to perform a smooth displacement in the second direction. The first pressing member 255 takes out the electricity to be operated on the fifth stage 225 The third moving mechanism 26 drives the third swaying plate 262 and the second moving frame 263 to move downward in the second direction by the third motor 2611 and the seventh transmission group 2613. The second pressing member 264 takes out the electronic component 31 to be operated on the sixth stage 226.

Please refer to Figures 3 and 18. The second operating procedure is the first moving of the pressing unit. The first shifter of the shifting mechanism performs at least one operation of the at least one electronic component to be placed in the processing mechanism, and the second shifter of the second moving mechanism is at least another The second component of the electronic component transfer processing unit performs a preset operation; further, the first moving mechanism 25 can synchronously drive the first shifter to the second and third by the first driving structure and the second driving structure. The directional displacement shifts the electronic component to be operated, or uses the first driving structure and the second driving structure to sequentially drive the first hopper to perform the second and third directional displacement transfer of the electronic component to be operated, in this embodiment The first moving mechanism 25 drives the first moving frame 254 to move upward in the second direction by the first driving structure, and then drives the first movable seat 257 to the third direction by the second motor 2562 via the fifth transmission group 2562. Displacement, the first movable seat 257 drives the first moving frame 254 and the first pressing member 255 for the third direction displacement to transfer the electronic component 30 to be operated to above the first test seat 214, and then the first motor 2511 via the first transmission group 2512 and The second transmission group 2513 drives the first swaying plate 252 to be displaced downward in the second direction, and drives the second swaying plate 253 as the second direction by the first transmission group 2512 via the third transmission group 2514 and the fourth transmission group 2515. Displace downward to make the first flap 25 2 and the second tilting plate 253 synchronously drives the first loading frame 254 to be displaced downward in the second direction, so that the first pressing member 255 puts the electronic component 30 to be operated into the first test socket 214 to perform the test. The second moving mechanism 26 drives the second moving frame 263 to be displaced upward in the second direction by the third driving mechanism 26, and then drives the second movable seat 266 to the third by the fourth motor 2651 via the eighth transmission group 2652. In the directional displacement, the second movable seat 266 drives the second moving frame 263 and the second pressing member 264 to be displaced in the third direction, so that the second pressing member 264 is located above the second test seat 216, and then the third motor 2611 drives the third flapping plate 262 and the second shifting rack 263 to move downward in the second direction via the sixth transmission group 2612 and the seventh transmission group 2613, so that the second pressing member 264 carries another electronic component to be operated. The 31 placement pressure is applied to the second test stand 216 to perform a test operation.

Please refer to Figures 3 and 19, the third operating procedure is the first moving of the pressing unit. The first shifter of the shifting mechanism takes out at least one of the operated electronic components in the first working device of the processing mechanism, and transfers to at least one of the loading stations on the processing mechanism side, and the second shifting device of the second moving mechanism And removing, by the second operator of the processing mechanism, at least another electronic component that has been operated, and transferring to at least one of the output of the other side of the processing mechanism; and further, the first moving mechanism 25 may have a first driving structure and The second driving structure synchronously drives the first shifter to perform the second and third direction displacement transfer of the electronic components that have been operated, or the first driving structure and the second driving structure sequentially drive the first shifter to be the second, The three-direction displacement shifts the electronic component that has been operated. In this embodiment, after the first test socket 214 and the second test socket 216 perform the test operation, the first transport mechanism 25 is firstly driven by the first motor 2511. The transmission group 2512 and the second transmission group 2513 drive the first swaying plate 252 to move upward in the second direction, and at the same time, the second transmission plate 253 is driven by the first transmission group 2512 via the third transmission group 2514 and the fourth transmission group 2515. Second direction The upper displacement plate 252 and the second damper plate 253 are synchronously driven to move the first loading frame 254 upward in the second direction, so that the first pressing member 255 takes out the electronic work in the first test socket 214. The component 30 is further driven by the second motor 2561 via the fifth transmission group 2562 to move the first movable seat 257 for the third direction. The first movable base 257 drives the first moving frame 254 and the first pressing member 255 to perform the third direction. The directional displacement transfers the operated electronic component 30 to the upper side of the fifth stage 225, and then drives the first loading frame 254 to be displaced downward in the second direction by the first driving structure, so that the first pressing member 255 The electronic component 30 of the operation is placed in the fifth stage 225 for output, and the second moving mechanism 26 is The third motor 2611 drives the third damper plate 262 and the second hopper frame 263 to move upward in the second direction via the sixth transmission group 2612 and the seventh transmission group 2613, so that the second pressing member 264 is in the second test seat. 216, the electronic component 31 is taken out, and the second movable seat 266 is driven by the fourth motor 2651 to move the second movable seat 266 for the third direction. The second movable seat 266 drives the second moving frame 263 and the second pressure. The picking member 264 is displaced in the third direction, so that the second pressing member 264 transfers the operated electronic component 31 to the upper side of the sixth loading stage 226, and then drives the second moving material frame 263 to be the second driving structure. The direction is displaced downward so that the second crimping member 264 places the operated electronic component 31 on the sixth stage 226 for output.

Furthermore, please refer to Figures 3 and 20, which is the fourth operation of the working device of the present invention. The working device is the same as the working device 20. First, the first working program is that the first moving device of the first moving mechanism of the pressing unit takes out at least one electronic device to be operated on at least one loading station on the processing mechanism side. The second hopper of the second moving mechanism is pressed against at least another electronic component at the operator of the processing mechanism to perform a preset operation; in the embodiment, the first stage 221 of the processing mechanism 21 is The first direction shifting carries the electronic component 31 to be operated below the first shifter, and the first motor 2511 of the first shifting mechanism 25 drives the first link by the first transmission group 2512 via the second transmission group 2513. The first flap 252 is displaced downward in the second direction, and the first flap 252 drives the first shifting frame 254 to move downward in the second direction via the second bearing member 2522 and the third sliding member 2543. At the same time, the first transmission group 2512 drives the second swaying plate 253 of the second connector to be displaced downward in the second direction via the third transmission group 2514 and the fourth transmission group 2515, and the second swaying plate 253 is moved through the fourth bearing. The piece 2532 and the fourth sliding piece 2544 drive the first moving frame 254 The two-direction displacement causes the first swaying plate 252 and the second swaying plate 253 to synchronously drive the first moving frame 254 to be displaced downward in the second direction, and the fifth sliding member 2546 of the first moving frame 254 is along the third direction. The fifth bearing member 2571 of the connector is displaced downward in the second direction, so that the first pressing member 255 takes out the electronic component 31 to be operated on the first stage 221, and the second pressing device 263 is pressed in the second direction. The device 264 is pressed against the electronic component 30 in the test socket 212 at the processing mechanism 21 to perform a test operation. The test circuit board 211 of the processing mechanism 21 is connected to a tester (not shown), and the tester transmits the test data to the test device. A central control unit (not shown) determines the quality of the electronic component 30 by the central control unit.

Please refer to Figures 2, 3, 21 and 22, the second operating procedure is the press list. And the second shifter takes out at least another electronic component that has been operated at the operator, and transfers at least another electronic component that has been operated to at least one of the output of the processing mechanism, the first moving material The device is interleaved with the second shifter when transferring at least one electronic component to be operated, and the at least one electronic component to be operated in the processing mechanism is successively executed to perform the preset operation; in this embodiment, when processing After the testing of the test seat 212 of the mechanism 21 is completed, the third motor 2611 of the second moving mechanism 26 drives the third tilting plate 262 to move upward in the second direction via the sixth transmission group 2612 and the seventh transmission group 2613. The tilting plate 262 drives the second loading frame 263 and the second pressing member 264 to be displaced upward to the appropriate height in the second direction, so that the second pressing member 264 takes out the operated electronic component 30 from the test socket 212. When the second pressing member 264 performs the operation of taking out the work electronic component 30, the first pressing member 255 of the first moving mechanism 25 is displaced upward in the second direction to the first stage 221 to take out the electronic component 31 to be operated. And the second of the second moving mechanism 26 After the take-up 264 takes out the electronic component 30 that has been operated, the fourth motor 2651 drives the second movable seat 266 to be displaced in the third direction via the eighth transmission group 2652, and the second movable seat 266 drives the second moving frame 263 and The second pressing member 264 is displaced in the third direction, and the second pressing member 264 is configured to transfer the working electronic component 30 for the third direction displacement, and the second pressing member 264 performs the operation of transferring the operated electronic component 30. The first moving mechanism 25 drives the first moving frame 254 and the first pressing member 255 to be displaced in the third direction by the second motor 2562 via the fifth transmission group 2562 and the first movable seat 257, so that the first pressure is applied. The picking member 255 transfers the electronic component 31 to be operated for the third direction displacement. However, when the second loading rack 263 and the second pressing member 264 transfer the working electronic component 30, the first moving rack 254 and The first pressing member 255 is also transferring the electronic component 31 to be operated, and the second moving frame 263 is in the third direction displacement movement, and the first moving frame 254 is being displaced in the third direction. Interlaced, so that the second moving rack 263 is spanned by the moving first moving rack 254, and the first moving rack 254 is passed under the second moving rack 263 in the moving state. When the second loading rack 263 and the second pressing member 264 transfer the operated electronic component 30 to the second stage 222 of the conveying mechanism 22 The second moving mechanism 26 drives the second loading frame 263 to be displaced downward in the second direction by the third driving structure, so that the second pressing member 264 transfers the operated electronic component 30 to the second of the conveying mechanism 22 The stage 222 is output for outputting the first loading frame 254 and the first pressing member 2 When the electronic component 31 to be operated is transferred to the test seat 212 of the processing mechanism 21, the first moving mechanism 25 drives the first loading frame 254 to be displaced downward in the second direction by the first driving structure. The rack 254 further drives the first pressing member 255 to place the electronic component 31 to be operated into the test stand 212 to perform the test operation.

Please refer to Figures 2, 23 and 24, and the third operating procedure is the pressing unit. The first shifter takes out at least one electronic component that has been operated at the operator, and the second shifter takes out at least one electronic component to be operated at least one stage on one side of the processing mechanism, and at least moves under the load. When the electronic component is to be operated, it is staggered with the first shifter. In the embodiment, after the test socket 212 of the processing mechanism 21 is tested, the first moving mechanism 25 drives the first moving frame with the first driving structure. 254 is displaced upward in the second direction, so that the first pressing member 255 takes out the electronic component 31 that has been operated on the test socket 212. However, when the first pressing member 255 performs the operation of taking out the working electronic component 31, the conveying mechanism 22 is used. The first stage 221 has carried the next electronic component 32 to be operated to be displaced in the first direction to the second pressing member 264 of the second moving mechanism 26, and the second moving mechanism 26 is driven by the third driving structure. The second loading frame 263 and the second pressing member 264 are displaced downward in the second direction, so that the second pressing member 264 takes out the next electronic component 32 to be operated on the first stage 221, and then shifts the second direction upward. And the first moving mechanism 25 is at the first pressing member 25 After the electronic component 31 is taken out, the first loading frame 254 and the first pressing member 255 are displaced in the third direction by the second driving structure, and the first pressing member 255 is used to transfer the working electronic component 31. Displacement in the third direction. When the first pressing member 255 performs the operation of transferring the operated electronic component 31, the second moving mechanism 26 drives the second moving frame 263 and the second pressing by the fourth driving structure. The piece 264 is displaced in the third direction, so that the second pressing member 264 moves the next electronic component 32 to be displaced in the third direction, and the first loading frame 254 and the first pressing member 255 transfer the working electronic device. During the travel of the component 31, the second loading frame 263 and the second pressing member 264 are also transferring the electronic component 32 to be operated, and the first moving frame 254 is moved in the third direction. And interlacing with the second moving rack 263 which is being displaced in the third direction, so that the second moving rack 263 is spanned by the moving first moving rack 254, and the first moving rack 254 is simultaneously moved. The second moving rack 263 passes under the first loading rack 254 and the first pressing member 255 to operate the electronic component 3 1 is transferred to the second stage 222 of the conveying mechanism 22, and the second moving frame 263 and the second pressing member 264 are to be operated next. The electronic component 32 is transferred over the test socket 212 of the processing mechanism 21.

Please refer to Figures 2, 3 and 24, the fourth operating procedure is the first of the pressing unit A shifter transfers at least one other electronic component that has been operated to at least one stage output on one side of the processing mechanism, the second shifter is an operator that places at least the next electronic component to be processed into the processing mechanism After the first pressing member 255 of the first moving mechanism 25 takes out the electronic component 31 that has been operated, the second motor 2561 drives the first movable seat 257 to be the third through the fifth transmission group 2562. In the directional displacement, the first movable seat 257 drives the first moving frame 254 to be displaced in the third direction, and the first moving frame 254 uses the third sliding member 2543 and the fourth sliding member 2544 on both sides to respectively move along the first direction. The second bearing member 2522 of the plate 252 and the fourth bearing member 2532 of the second flapping plate 253 are displaced in the third direction, and the first pressing member 255 and the operated electronic component 31 are displaced to the conveying mechanism 22 Above the second stage 222, the first motor 2511 drives the first rocking plate 252 of the first connector to be displaced downward in the second direction via the first transmission group 2512 and the second transmission group 2513. The first tilting plate 252 drives the first shifting frame 254 to move downward in the second direction, and the first The second group 5312 and the fourth transmission group 2515 drive the second flap 253 of the second connector to be displaced downward in the second direction, and the second flap 253 drives the first shifting frame 254. The second direction is downwardly displaced, so that the first tilting plate 252 and the second tilting plate 253 synchronously drive the first moving frame 254 to be displaced downward in the second direction, and the fifth sliding member 2546 of the first moving frame 254 is The fifth bearing member 2571 of the third connector is displaced downward in the second direction, so that the first pressing member 255 transfers the operated electronic component 31 to the second stage 222 of the conveying mechanism 22 for output. The third motor 2611 of the second moving mechanism 26 drives the third flapping plate 262 to be displaced downward in the second direction via the sixth transmission group 2612 and the seventh transmission group 2613, and the third flapping plate 262 is driven by the eighth bearing. The second shifting member 263 drives the second loading frame 263 to be displaced downward in the second direction, and the second loading frame 263 drives the second pressing member 264 to place the electronic component 31 to be operated into the pressing treatment mechanism 21 The test work is performed in the test stand 212.

Referring to Figures 3 and 25, the working device 20 of the present invention can be applied to different The working equipment is applied to an electrical test working device, and the machine 40 is provided with a feeding device 50, a receiving device 60, a working device 20, a moving device 70 and a central control device (not shown). The feeding device 50 is mounted on the machine table 40 for accommodating at least one to be used The electronic device; the receiving device 60 is mounted on the machine table 40 for accommodating at least one electronic component that has been operated; the working device 20 is mounted on the machine table 40, and includes a processing mechanism 21, a conveying mechanism 22, and a pressure The unit 23 is configured such that the transport mechanism 22 is disposed between the processing mechanism 21 side and the supply and receiving devices 50 and 60, and the first and second stages 221 and 222 are disposed; the moving device 70 is provided with at least one In the embodiment, a first transfer mechanism 71 and a second transfer mechanism 72 are provided, and the first transfer mechanism 71 is provided with at least one. The first shifter 711, which can be used for the first, second and third directions, is used for transferring the electronic components to be operated between the feeding device 50 and the first stage 221 of the conveying mechanism 22, and the second moving mechanism 72 There is provided at least one second shifter 721 which can be displaced in the first, second and third directions for transferring the operated electronic components between the receiving device 60 and the second stage 222 of the conveying mechanism 22, The first moving mechanism 71 of the transferring device 70 takes out the electronic components to be operated at the feeding device 50 with the first feeder 711 And shifting the first stage 221 placed in the transport mechanism 22, the first stage 221 of the transport mechanism 22 carries the electronic component to be operated to the side of the processing mechanism 21, and the press unit 23 is attached to the first load. The stage 221 takes out the electronic components to be operated and transfers them to the processing mechanism 21 to perform a preset operation, and the second stage 222 has carried the electronic components of the work to the side of the receiving device 60, and the loading device 70 The second transfer mechanism 72 transfers the operated electronic components between the second stage 222 and the receiving device 60 by the second shifter 721, and the pressing unit 23 and the second moving mechanism 72 are respectively in the first After the stage 221 and the second stage 222 take out the electronic components to be operated and the electronic components to be operated, the first stage 221 and the second stage 222 are reversely displaced to the side of the feeding device 50 and the side of the processing mechanism 21 The first stage 221 is for the first transfer mechanism 71 to be placed in the electronic component to be operated, and the second stage 222 is used for the press unit to be placed into the operated electronic component so that the second stage 222 outputs the work. Electronic component, the central control device is used to control and integrate the operation of each device to perform automated operations To achieve practical benefits of improving operational efficiency.

20‧‧‧Working device

21‧‧‧Processing agencies

211‧‧‧Test circuit board

212‧‧‧ test seat

23‧‧‧Pressing unit

24‧‧‧Rack

241‧‧‧ first board

242‧‧‧First bearing slide

243‧‧‧Second plate

244‧‧‧third bearing slide

245‧‧‧ third plate

246‧‧‧6th bearing slide

247‧‧‧fourth plate

248‧‧‧ seventh bearing slide

249‧‧‧10th sliding member

25‧‧‧First moving agency

2511‧‧‧First motor

2512‧‧‧First Transmission Group

2513‧‧‧Second gear set

2514‧‧‧ Third transmission set

2515‧‧‧Fourth drive set

252‧‧‧First tilting plate

2521‧‧‧First slide

2522‧‧‧Second bearing slide

253‧‧‧Second swing board

2531‧‧‧Second slide

2532‧‧‧4th bearing slide

254‧‧‧First shifting rack

2541‧‧‧Internal framework

2542‧‧‧External framework

2543‧‧‧3rd sliding part

2544‧‧‧4th slide

2545‧‧‧Connected parts

2546‧‧‧ fifth slide

255‧‧‧First press part

2561‧‧‧second motor

2562‧‧‧ fifth transmission group

257‧‧‧The first activity seat

2571‧‧‧5th bearing slide

2572‧‧‧6th slide

26‧‧‧Second moving agency

2611‧‧‧third motor

2612‧‧‧ sixth transmission set

2613‧‧‧ seventh transmission group

262‧‧‧ Third turbulence board

2621‧‧‧ seventh slide

2622‧‧‧8th bearing slide

263‧‧‧Second moving rack

2631‧‧‧8th sliding part

2632‧‧‧9th slide

264‧‧‧Second press

2651‧‧‧fourth motor

2652‧‧‧ eighth transmission group

266‧‧‧Second activity seat

2662‧‧‧Ninth bearing slide

2663‧‧‧10th sliding part

Claims (9)

An electronic component working device comprising: a processing mechanism: at least one operator is provided for performing a preset operation on the electronic component; and the conveying mechanism is configured to configure at least one carrier on at least one side of the processing mechanism for conveying The electronic component; the pressing unit comprises: a frame, a first moving mechanism and a second moving mechanism, wherein the first moving mechanism is mounted on the frame, and comprises a first and a second driving structure and a first shifting device, The first driving structure is provided with first and second connectors for the second direction displacement on both sides of the frame, and the first pressing member is coupled between the first and second connectors on both sides of the frame. The first shifter is further provided with a first driving source for driving the first and second connectors, so that the first and second connectors interlock the first shifter for the second direction displacement, and the second driving structure Is provided with a second driving source, the second driving source drives a third connector that is displaced in the third direction, and the third connector drives the first shifter to perform a third direction displacement, so that the first The second driving structure drives the first shifter for the second and third directions And the electronic component is transferred between the operator of the processing mechanism and the carrier of the transport mechanism, and the second moving mechanism is mounted on the frame, and includes a third and fourth driving structure and a second moving material. The third driving structure is provided with a fourth connector for displacement in the second direction, the fourth connector is connected to the second feeder with the second pressing member, and the third driving source is further provided with the third driving source. The fourth connector is driven to drive the second feeder to move in the second direction. The fourth driving structure is provided with a fourth driving source, and the fourth driving source is driven to be the third direction. a fifth connector for displacement, the fifth connector driving the second shifter to perform displacement in a third direction, so that the third and fourth driving structures drive the second shifter to perform displacement in the second and third directions, and The electronic component is transferred between the operator of the processing mechanism and the carrier of the transport mechanism. The electronic component working device according to claim 1, wherein the first, second, third, and fourth driving sources of the pressing unit are assembled to the frame. The electronic component working device according to claim 1 or 2, wherein the first shifting device of the pressing unit is provided with a first moving rack, and the two sides of the first moving rack are respectively connected The first connector and the second connector, the first moving frame comprises an inner frame and an outer frame, and at least one connecting component is disposed between the inner frame and the outer frame, and the outer frame is assembled At least one of the first crimping members. A method for operating an electronic component working device, comprising: a first operating program: the first shifting device of the first moving mechanism of the pressing unit takes out at least one of the at least one loading station on the side of the processing mechanism An electronic component, the second shifter of the second transfer mechanism is pressed against at least another electronic component by the operator of the processing mechanism to perform a preset operation; and the second working program is a second shifter of the pressurizing unit Receiving at least another electronic component that has been operated at the operator, the first shifter transferring at least one electronic component to be operated to the operator of the processing mechanism to perform a preset operation; the third job a program: a second ejector of the squeezing unit spanning the first ejector that performs the work on the electronic component, and at least one of the other electronic components that have been operated to be transferred to the processing mechanism The output of the stage is as follows: the second working program is: the second hopper of the pressing unit is at least one of the stages of the processing mechanism, and the at least one electronic component to be operated is taken out, and then the electronic component is crossed. Component execution The first shifter of the industry, transferring at least the next electronic component to be operated to the other side of the processing mechanism; the fifth working procedure: the first shifter of the pressing unit is taken out at the working device At least one electronic component that has been operated and transferred to at least one of the carrier outputs on one side of the processing mechanism, the second shifter shifting at least the next electronic component to be operated into the processing The operator of the organization continues to perform the preset job. A method for operating an electronic component working device, comprising: a first operating program: a first shifting device of a first moving mechanism of the pressing unit takes out at least one of the loading stations on at least one of the loading stations The electron The second shifter of the second shifting mechanism presses the at least one other electronic component of the processing mechanism to perform a preset operation; the second operating procedure is: the second shifter of the pressurizing unit is At least one other electronic component that has been operated is taken out from the operator and transferred to at least one of the carrier outputs on the other side of the processing mechanism, the first shifter transferring at least one electronic component to be operated The work machine placed in the processing mechanism successively executes the preset job; the third work program is: the second shifter of the press unit takes out at least one of the next work to be performed on at least one of the other side of the processing mechanism The electronic component; the fourth working program: the first shifter of the pressing unit takes out at least one electronic component that has been operated at the working device, and transfers to at least one of the loading stations on the side of the processing mechanism And outputting, the second shifter performs the preset operation by continuously loading the electronic component to be placed in the processing mechanism. The operation method of the electronic component working device according to the fourth or fifth aspect of the invention, wherein the first shifting device of the first moving mechanism is pressed against the electronic component to perform a preset operation on the working device of the processing mechanism The second shifter can move the electronic component to be operated to one side or the other side of the working device, and the second shifter of the second moving mechanism presses the electronic component to When the operator of the processing mechanism performs a preset job, the first shifter may move the electronic component to be operated to one side of the working device or the other side temporarily. A method for operating an electronic component working device, comprising: a first operating program: a first shifting device of a first moving mechanism of the pressing unit takes out at least one of the loading stations on at least one of the loading stations The electronic component, the second shifter of the second transfer mechanism takes out at least one other electronic component to be operated on at least one of the other sides of the processing mechanism; the second working procedure is: the pressing unit The first shifter of the first transfer mechanism is configured to transfer at least one electronic component to be operated into the first operation of the processing mechanism The second shifting device performs a preset operation, and the second shifting device of the second moving mechanism transfers at least another electronic component to be operated to the second working device of the processing mechanism to perform a preset operation; the third working program The first feeder of the first moving mechanism of the pressing unit takes out at least one electronic component that has been operated in the first working device of the processing mechanism, and transfers to at least one of the loading device side The second shifter of the second transfer mechanism takes out at least another electronic component that has been operated at the second operator of the processing mechanism, and transfers to at least one of the other stages of the processing mechanism. Output. A method for operating an electronic component working device, comprising: a first operating program: a first shifting device of a first moving mechanism of the pressing unit takes out at least one of the loading stations on at least one of the loading stations In the electronic component, the second shifter of the second transfer mechanism presses the at least one other electronic component of the processing device to perform a preset operation; and the second working process is: the second transfer of the pressurizing unit At least one other electronic component that has been operated is removed from the operator, and at least one other electronic component that has been operated is transferred to at least one of the carrier outputs on one side of the processing mechanism, the first shifter Disconnecting with the second shifter when transferring at least one electronic component to be operated, and performing at least one job of the electronic component to be processed in the processing mechanism to perform a preset operation; the third operating program: The first hopper of the pressing unit takes out at least one electronic component that has been operated at the operator, and the second hopper removes at least one of the next to be operated at least one of the stages on the side of the processing mechanism Electronic component, Interleaving with the first shifter when transferring at least the next electronic component to be operated; a fourth operating procedure: the first shifter of the pressing unit transfers at least another electronic component that has been operated to the At least one of the stage outputs on one side of the processing mechanism, the second shifter sequentially performing a preset operation on a work machine in which at least the next electronic component to be operated is placed in the processing mechanism. An operation device for applying an electronic component working device, comprising: a machine; a feeding device: is mounted on the machine for accommodating at least one electronic component to be operated; and a receiving device is mounted on the machine for Accommodating at least one electronic component that has been operated; at least one electronic component working device according to claim 1 is assembled on the machine; and the transferring device is mounted on the machine and is provided with at least one shift Material mechanism for transferring electronic components; central control device: used to control and integrate the operation of each device to perform automated operations.