CN201030360Y - Decoupling type sorting device for electronic elements - Google Patents

Abstract

An electronic component decoupling type sorting device comprises a feeding part, a moving element, two driving parts and a material storage part, wherein the feeding part is provided with a plurality of feeding pipes; the moving element is provided with a first distributing part and a second distributing part, the first distributing part is provided with a plurality of distributing holes which are arranged in a matrix shape, the first distributing part is movably arranged on the second distributing part, and the second distributing part is movably arranged on the feeding part; the two driving pieces respectively drive the first material distributing piece and the second material distributing piece to move, so that one material distributing hole is communicated with a material feeding pipe; the material storage piece is provided with a plurality of accommodating spaces, and each accommodating space is respectively communicated with each material distributing hole of the first material distributing piece.

Description

Decoupling sorting device for electronic components

technical field

The utility model relates to a sorting device for electronic components, in particular to a decoupling sorting device for electronic components with a relatively simple structure, easy operation and fast movement.

Background technique

Light-emitting diodes (hereinafter referred to as LEDs) utilize current conduction to semiconductor materials, and the semiconductor materials can emit light due to the passage of current. Since the properties of each semiconductor material are different, there are also process variations in the process of manufacturing LEDs, so that each LED produced will have slight differences in quality characteristics.

Usually, when the production of LEDs is completed, a testing device is used to test the quality of the LEDs, and each LED is classified according to the quality level according to the test results, and then the LEDs with the same level are placed or packaged in a material box, and in the packaging In the process, according to the number of grades classified by the detection device, it is necessary to prepare the same number of material boxes, and cooperate with a mechanical arm to place each LED in each material box individually according to the grade.

Since the quality grades of general LEDs are about 200-300, when using the above sorting device to pack LEDs, in addition to having the same number of material boxes, there must also be enough space for the robot arm to move to pick and place LEDs , so that the space occupied by the overall sorting device is larger, and the equipment cost is higher, and the moving distance of the mechanical arm increases with the number of sorting, the moving distance and time are longer, and the control is more complicated and difficult.

Utility model content

Therefore, the main purpose of the present invention is to provide a decoupling sorting device for electronic components, which can perform more levels of sorting work in a smaller space.

Another object of the present invention is to provide a decoupling sorting device for electronic components, which has a fast sorting speed.

In order to achieve the purpose of the foregoing disclosure, the utility model provides a decoupling classification device for electronic components, which is characterized in that it includes:

a feed piece having at least one feed tube;

A moving assembly has a first distributing member and a second distributing member, the first distributing member has a plurality of distributing holes arranged in a matrix, the first distributing member is movably arranged on the second distributing member Distributing part, the second distributing part is movably arranged on the feeding part, and each feeding pipe is respectively communicated with one of the distributing holes;

two driving parts, respectively connected to the first distribution part and the second distribution part; and

A material storage part has a plurality of accommodating spaces, and each of the accommodating spaces is respectively connected to each material distribution hole of the first material distribution part.

Wherein the feeding part has a base plate, and the base plate is provided with a supporting frame, and each of the feeding pipes is arranged and penetrates through the supporting frame.

One of the driving parts is arranged on the base plate, and the other driving part is arranged on the supporting frame.

Wherein the first distributing part has two extension parts and a connecting part, each extending part of the first distributing part is movably arranged on the second distributing part, and one of the driving parts is connected to the connecting part.

Wherein the second distributing part is provided with at least one sliding rail and a positioning part, the first distributing part is arranged on each of the sliding rails, and the positioning part is connected to one of the driving parts.

Wherein the material storage part has a base frame, the base frame is provided with a plurality of conduit joints, the base frame is provided with a movable bracket, and the bracket is provided with a plurality of storage boxes, and each of the accommodating spaces is arranged in each of the storage boxes The accommodating space of each material box is respectively connected to each of the conduit connectors, and each of the conduit connectors is further connected to each distribution hole of the first distribution member.

The beneficial effects of the utility model are:

Based on the above technical features, the decoupling sorting device for electronic components provided by the utility model can achieve the purpose of sorting more grades in a smaller space, and the sorting speed is faster.

Description of drawings

Below, enumerate a preferred embodiment in conjunction with accompanying drawing, in order to illustrate the detailed structure and effect of the present utility model, wherein:

Fig. 1 is a perspective view of a preferred embodiment of the utility model;

Fig. 2 is the front view of a preferred embodiment of the utility model;

Fig. 3 is a partial perspective view of a preferred embodiment of the utility model, wherein only the state of the feeding part is shown;

Fig. 4 is a partial perspective view of a preferred embodiment of the present invention, wherein only the state of the moving element is shown;

Fig. 5 is a partial front view of a preferred embodiment of the present invention, wherein only the state of the moving element is shown;

Fig. 6 is a partial perspective view of a preferred embodiment of the present invention, wherein only the state of the storage part is shown; and

Fig. 7 is a partial perspective view of a preferred embodiment of the present invention, in which only the storage part is shown.

Detailed ways

Please refer to Fig. 1 and Fig. 2, which is a decoupling sorting device for electronic components provided by a preferred embodiment of the present invention, which includes a feeding part 10, two driving parts 20, 22, and a moving element 30 , and a stocker 50.

The feeding part 10 includes a base plate 12, and a support frame 14 is arranged above the base plate 12. As shown in Figures 1 and 3, the support frame 14 is provided with 16 feed pipes 16, and each feed pipe 16 runs through the support frame. 14.

The two driving parts 20 , 22 are both servo motors, one of the driving parts 20 is arranged on the base plate 12 of the feeding part 10 , and the other driving part 22 is arranged on the supporting frame 14 of the feeding part 10 .

As shown in Fig. 4 and Fig. 5, the moving element 30 has a first distributing part 31 and a second distributing part 32; the first distributing part 31 has 256 distributing materials 33 arranged in a matrix of 8 * 32 , the two long sides 34 of the first distribution member 31 respectively have an extension portion 35 , and one of the short sides 36 is provided with a connecting piece 37 .

The two long sides of the second distribution part 32 are respectively provided with a slide rail 38, and a short side 39 has a positioning part 40, and the positioning part 40 is connected to the driver 20 located on the base plate 12, and the other short side 41 Another sliding rail 52 is provided on the base plate 12 so that the driving member 20 can drive the second distributing member 32 to reciprocate along its short axis.

Each extension 35 of the first distribution part 31 is located at each slide rail 38 of the second distribution part 32, and the driving part 22 located at the supporting frame 14 is connected to the connecting part 37, so that the first distribution part 31 can be subjected to Driven to reciprocate relative to the second distributing member 32 along its long axis. When the two driving parts 20 , 22 respectively move the first and second distributing parts 31 , 32 , each feed pipe 16 can communicate with one of the distributing holes 33 of the first distributing part 31 .

As shown in Figure 7, this material storage part 50 has a pedestal 41, and pedestal 41 is provided with 256 conduit joints 42, and the quantity of joint 42 is identical with the distribution hole 33 quantity of the first distribution part 31, and pedestal 41 There is also a movable bracket 43 inside, and the bracket 43 is provided with 256 material storage boxes 44 , and each material storage box 44 has an accommodating space 45 . As shown in Figure and Figure 6, when the bracket 43 is received in the base frame 41, the accommodating space 45 of each material box 44 is connected to each joint 42 respectively, and each joint 42 is connected to the first branch by a conduit 46. Each distribution hole 33 of the material part 31.

Through the above structure, since the first and second distributing parts 31, 32 are driven by the two driving parts 20, 22 and move relative to the feeding part 10, each feeding pipe 16 can be connected to the 4×4 to 16 correspondingly. There are three different distributing holes 33, which means that the LEDs sent to the feed pipe 16 can be further divided into 16 grades and fed into each distributing hole 33, and the LEDs can be classified into 256 grades in total. After the LED detection is completed, the two driving parts 20, 22 can drive the first and second distribution parts 31, 32 according to the quality level of the detection results, so that the distribution hole 33 used to store a certain level of LED is communicated with the corresponding inlet. Material pipe 16, after meeting the LED of this grade and sending into this material feeding pipe 16, LED can pass through this distribution hole 33, conduit 46, and then send into material box 44.

Therefore, the decoupling sorting device for electronic components provided by the utility model can use a small space to carry out more levels of sorting work, and the sorting speed is faster.

Claims (6)

1. the lotus root formula of the separating sorter of an electronic component is characterized in that, includes:

One goes into materials and parts, has at least one feeding pipe;

One moving assembly, have one first fen materials and parts and one second fen materials and parts, these first fen materials and parts has the material-distributing hole that majority is rectangular arrangement, these first fen materials and parts is located at this second fen materials and parts movably, these second fen materials and parts is located at this movably and gone into materials and parts, and respectively this feeding pipe is to be communicated in this material-distributing hole respectively;

Two actuators are connected to these first fen materials and parts and this second fen materials and parts; And

One storing unit has most accommodation spaces, and respectively this accommodation space is each material-distributing hole that is communicated in these first fen materials and parts respectively.

2. according to the lotus root formula of the separating sorter of the described electronic component of claim 1, it is characterized in that wherein this is gone into materials and parts and has a substrate, this substrate is provided with a bearing support, and respectively this feeding pipe is to be provided with and through this bearing support.

3. according to the lotus root formula of the separating sorter of the described electronic component of claim 2, it is characterized in that wherein an actuator is located at this substrate, another this actuator is located at this bearing support.

4. according to the lotus root formula of the separating sorter of the described electronic component of claim 1, it is characterized in that, wherein these first fen materials and parts has two extensions and a connection piece, and each extension of these first fen materials and parts is located at this second fen materials and parts movably, and wherein this actuator is connected in this connector.

5. according to the lotus root formula of the separating sorter of the described electronic component of claim 1, it is characterized in that wherein these second fen materials and parts is provided with an at least one slide rail and a location division, these first fen materials and parts is located at respectively this slide rail, and this location division is connected in wherein this actuator.

6. according to the lotus root formula of the separating sorter of the described electronic component of claim 1, it is characterized in that, wherein this storing unit has a pedestal, this pedestal is provided with most pipe joints, this pedestal is provided with a mobilizable carriage, and this carriage is provided with majority and puts magazine, and respectively this accommodation space is located at that respectively this puts magazine, respectively this accommodation space of putting magazine is to be communicated in respectively this pipe joint respectively, and respectively this pipe joint is communicated in each material-distributing hole of this first fen materials and parts again.

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