TWM631619U - Test plate and electronic component testing equipment using the same - Google Patents

Abstract

The present invention provides a measuring plate and electronic parts testing equipment using the measuring plate. The measuring plate includes: a plurality of concave grooves arranged in a ring and at equal intervals on the periphery of the plate body, each groove facing the center of the plate body Each conduction is provided at one end of the concave air channel on the lower surface of the disc body when it is installed, and a plurality of hollowed-out sections separated by ribs are arranged on the disc body, and one end of each rib body is connected to the outer edge of the disc body. The other end is connected to a fixing part located in the center of the disc body, and the fixing part is provided with a positioning hole for fixing the disc body; when the disc body is installed, one side of the upper surface is provided with a membrane part, which is flexible It is composed of plastic material, which covers the hollow space between each rib, thereby avoiding jamming of electronic parts.

Description

Test plate and electronic parts testing equipment using the same

This creation is about a test plate and electronic parts testing equipment using the test plate, In particular, it refers to a test disc used in the inspection of electronic parts to transport the parts to be tested for testing and inspection, and electronic parts testing equipment using the test disc.

General electronic parts usually need to be tested to determine their physical characteristics after manufacturing, and electronic parts that have completed physical characteristics testing are packaged or collected by classification. Such electronic parts such as capacitors, LEDs and other electronic parts; perform such testing work For example, the patent application "Method and Apparatus for Sorting Electronic Components" of Public Notice No. I619658 is a prior art that has undergone testing and re-sorting collection; There are concave cavities arranged in a ring row at equal intervals. Through the operation of intermittent rotation, the electronic components located in the cavities are transported through the testing instrument, so that the electronic components are tested and then loaded into the packaging tape or according to different requirements. The physical properties are collected by classification.

The measuring plate used in the prior art is used for intermittent rotating transportation, and a high-speed rotating transportation can improve the detection efficiency per unit time. Therefore, manufacturers often set the circular measuring plate into a hollow shape with ribs to reduce the material. Reduce weight, so that it can be lighter when performing high-speed intermittent rotation. However, due to the high-speed intermittent rotation of the measuring disc, vibration will occur. In addition, the electronic parts for such detection are usually small parts, which are easy to jump out of the container during the transportation process. , and fell into the hollow area formed by the rib, and caused a jam between the measuring plate and the base, there is still room for improvement!

Therefore, the purpose of this creation is to provide a test plate that improves at least one missing item in the prior art.

Another object of the present invention is to provide an electronic component testing device using the test disk.

The measuring plate according to the purpose of this creation includes: a plurality of concave accommodating grooves arranged in a ring and at equal intervals are arranged on the periphery of the outer body of the disk body, and each accommodating groove is connected to the center of the disk body and is provided on the lower surface when the disk body is installed. One end of the concave air channel is provided with a plurality of hollow sections separated by ribs on the plate body, one end of each rib body is connected to the outer edge of the plate body, and the other end is connected to a fixed part located in the center of the plate body, The fixing part is provided with a positioning hole for fixing the plate body; when the plate body is installed, one side of the upper surface is provided with a membrane member, which is formed of a flexible plastic material and covers the space between the ribs. of the hollowed-out interval.

Another object of the present invention is to test equipment for electronic parts, including: using the test disk.

In the test disk and the electronic parts testing equipment using the test disk in the present invention, since the disk body is installed on the side of the upper surface, a membrane is provided, which covers the hollow space between the ribs. When the electronic parts jump out during the conveying process, it can avoid falling into the hollow area to prevent jamming

Please refer to FIGS. 1 to 4 , the measuring disc 1 of the present creative embodiment is in the shape of a disc, and the outer periphery of the disc body 11 is provided with a plurality of concave accommodating grooves 12 arranged in a ring row at equal intervals, and each accommodating groove 12 faces toward The center of the disk body 11 is connected to one end of the concave air channel 13 which is provided on the lower surface of the disk body 11 when it is installed. The disk body 11 is provided with a plurality of hollow sections 15 separated by ribs 14. Each rib body 14 One end is connected to the outer edge portion 16 of the disc body 11, and the other end is connected to a fixing portion 17 located in the center of the disc body 11, and the fixing portion 17 is provided with a positioning hole 18 for fixing the disc body 11; On the side of the upper surface of the disk body 11 when it is installed, there is a film member 2, which is made of flexible transparent plastic material, which has an annular area 21 and forms a hollowed-out area 22 in the center. The annular area 21 covers each rib 14 and the hollow space 15 between the ribs 14 , the outer periphery 23 of the annular area 21 covers a part of the outer edge 16 of the disk 11 , and the inner periphery 24 of the annular area 21 And cover a part of the fixing portion 17 of the disk body 11 , so that the positioning hole 18 of the disk body 11 is exposed in the hollow space 22 of the membrane element 2 .

Please refer to FIG. 5 , the test plate 1 of the present creative embodiment can be used in, for example, the electronic parts testing equipment A in the figure. The electronic parts testing equipment A is provided with a feeding device A1, a detection mechanism A2, and includes two parts A sorting device A3 of the selection mechanisms A31 and A32, the detection mechanism A2 is used to set the test plate 1 of the present creative embodiment, and the electronic parts are transported from the feeding device A1 to the test plate 1 of the detection mechanism A2 to be processed Intermittently rotating and conveying, and its physical characteristics are detected during the conveying process, and then discharged to one of the two sorting mechanisms A31 and A32 of the sorting device A3 according to different physical characteristics, and then passed through the sorting mechanism 31 or A32. The sorting mechanisms 32 are respectively sent to specific collection containers through specific pipelines for collection.

Please refer to FIG. 6 , the test plate 1 of the present creative embodiment can also be used in, for example, the electronic parts testing equipment B shown in the figure. The electronic parts testing equipment B is provided with a feeding device B1, a detection mechanism B2, and a load A tape carrier device B3 with B31, a film sealing mechanism B32 and a take-up mechanism B33, the detection mechanism B2 is used to set the test plate 1 of this creative embodiment, and the electronic parts are transported from the feeding device B1 to the detection mechanism B2 The test disc 1 is intermittently rotated and conveyed, and its physical properties are detected during the conveying process, and then the carrier tape B31 loaded into the carrier tape device B3 is accommodated, and then packaged by the film sealing mechanism B32. The take-up mechanism B33 is collected.

The measuring plate and the electronic parts testing equipment using the measuring plate in the present creative embodiment, since the plate body 11 is installed on one side of the upper surface, a membrane member 2 is provided, which covers the hollow space 15 between the ribs 14 . , so when the electronic component jumps out during the conveying process, it can avoid falling into the hollowed-out area 15 to prevent jamming.

However, the above are only examples of this creation, and should not limit the scope of implementation of this creation. All simple equivalent changes and modifications made according to the patent scope of this creation and the content of the patent specification are still included. covered by this creative patent.

1: Test plate 11: Disc body 12: Container 13: Airway 14: Ribs 15: Hollow interval 16: Outer edge 17: Fixed part 18: Positioning hole 2: Membrane parts 21: annular area 22: Empty set interval 23: Outer perimeter 24: Inner perimeter A: Electronic parts testing equipment A1: Feeding device A2: Testing agency A3: Sorting device A31: Sorting agency A32: Sorting agency B: Electronic parts testing equipment B1: Feeding device B2: Testing agency B3: Carrier tape device B31: Carrier tape B32: Membrane sealing mechanism B33: Rewinding mechanism

FIG. 1 is a three-dimensional schematic diagram of a measuring plate, which is used to illustrate an embodiment of the present invention. Figure 2 is a schematic view of the other side of the measuring plate. FIG. 3 is a schematic exploded perspective view of the measuring plate. FIG. 4 is a three-dimensional schematic view of the accommodating groove of the outer peripheral portion of the measuring disc. FIG. 5 is a schematic diagram of an embodiment of an electronic component testing apparatus using the test disc. FIG. 6 is a schematic diagram of an embodiment of another electronic part testing apparatus using the test disc.

1: Test plate

11: Disc body

12: Container

14: Ribs

15: Hollow interval

16: Outer edge

17: Fixed part

18: Positioning hole

2: Membrane parts

21: annular area

22: Empty set interval

23: Outer perimeter

24: Inner perimeter

Claims (6)

A test plate comprising: A plurality of concave cavities arranged in a circular row at equal intervals are arranged on the periphery of the outer body of the disk body. Each accommodating groove is connected to one end of the concave air passages provided on the lower surface of the disk body toward the center of the disk body when it is installed. The body is provided with a plurality of hollow sections separated by ribs, one end of each rib is connected to the outer edge of the plate body, and the other end is connected to a fixed part located in the center of the plate body, and the fixed part is provided with a fixed part for the plate body. Fixed positioning holes; The utility model is characterized in that: when the plate body is installed, one side of the upper surface is provided with a membrane member, which is formed of a flexible plastic material and covers the hollow space between the ribs. The measuring plate according to claim 1, wherein the membrane member has an annular area and forms a hollowed-out area in the center, and the annular area covers each rib and the hollowed-out area between the ribs. The measuring disk of claim 2, wherein the outer peripheral edge of the annular area covers a part of the outer edge of the disk body, and the inner peripheral edge of the annular area covers a part of the fixed part of the disk body, so that the The positioning hole of the disk body is exposed in the hollow space of the membrane element. An electronic part testing device using the test disk described in any one of claims 1 to 3. The electronic parts testing equipment according to claim 4 includes: a feeding device, a detection mechanism, and a sorting device provided with a sorting mechanism, the detection mechanism is used for setting the test plate, and the electronic parts are supplied by the feeding device The measuring disc conveyed to the inspection mechanism is intermittently rotated and conveyed, and is inspected during the conveying process, and then sent to the sorting mechanism of the sorting device according to different physical characteristics, and then passed through the sorting mechanism to The pipeline is sent to the collection container for collection. The electronic parts testing equipment according to claim 4 includes: a feeding device, a detection mechanism, and a carrier tape device provided with a carrier tape, a film sealing mechanism and a winding mechanism, and the detection mechanism is used for setting the test disc, The electronic parts are conveyed by the feeding device to the measuring plate of the inspection mechanism, and are conveyed intermittently in rotation, and are inspected during the conveying process. After being packaged by the film sealing mechanism, it is collected by the winding mechanism.

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