TWM640968U - Non-contact automatic compensation tool device - Google Patents

Abstract

This creation system provides a non-contact automatic compensation tool device. The tool device includes: a working platform, a work piece and a tool. The working platform is electrically connected and each is provided with: a control part, A diode ray emitting part and a diode ray receiving part, the tool is set in a receiving groove of the work piece, there is a measuring part on the work piece, and the There is a marking part on the tool, and the measuring part and the marking part are located on the same horizontal reference line, whereby when the diode ray emitting part emits a diode ray to the tool and reflects it back After the diode ray receiving part, the control part will automatically compensate the distance of the workpiece according to the detected value, and adjust the cutter to an appropriate working depth and height.

Description

Non-contact automatic compensation tool device

The invention relates to a tool device, especially a non-contact automatic compensation tool device that can automatically compensate the distance position and adjust the appropriate working depth and height.

By the way, with the rapid progress and development of science and technology, it has brought about rapid changes in various industries, among which the industrial changes are the most amazing, because large machines or tiny components and wafers require industrial In recent years, some people have suggested that in the era of "Industry 4.0", many industries must be automated or even intelligent in order to increase productivity or improve efficiency, that is, to continuously There will be room for improvement only through ground innovation and transformation. As far as general traditional cutting tools are concerned, breakthrough advanced technology must also be able to catch up. Cutting tools have a wide range of uses. In the smart wafer industry, after the film is attached to the wafer, the unnecessary film residue must be cut off by a cutting machine. This part is usually completed by human vision and experience. Experience can be obtained from actual operation or Past work records are compared with a reference value. However, visual inspection is quite subjective and difficult to control. What is the user's definition of tolerance? As well as how much you know about cutting tools, all kinds of problems will be directly reflected in whether the wafer is yield, and how to deal with the wafer in the future, etc. question.

Therefore, how to improve the above-mentioned missing problems is the technical difficulty that the author of this case wants to solve.

Therefore, in order to achieve the above-mentioned purpose, this creation system provides a non-contact automatic compensation tool device, which includes: a working platform, a work piece and a tool. It is provided with: a control part, a diode ray emitting part and a diode ray receiving part, through which the control part can be electrically connected with the diode ray emitting part and the diode ray receiving part respectively , the working part is electrically connected to the control part, and the working part has a clamping part, and the clamping part forms a receiving groove on the inner side, and the clamping part is on an end edge There is a measuring part on the center, and the said tool is set in the accommodating groove, and the accommodating groove and the said tool are seamlessly and tightly fitted together, and said said tool has a A marking part, the measuring part and the marking part are located on the same horizontal reference line, thereby, since the accommodating groove and the said tool are seamlessly and closely aligned, and through the measuring part and the marking The line parts are located on the same horizontal reference line, so there will be no problem that the tool is too large or too small to fit the clamping part. When the diode ray emitting part emits a diode ray to the After being reflected on the tool and reflected back to the diode ray receiving part, the control part will automatically compensate the distance position of the workpiece according to the value of the diode ray detected by the diode ray receiving part , adjust the cutter to the appropriate working depth.

1: Tool device

2: Working platform

21: Control Department

22: Diode ray emission department

221:Diode rays

23: Diode ray receiving unit

3: Work piece

31: clamping part

32: storage tank

33: Measurement Department

4: Knife

41: Marking Department

Picture 1 is the three-dimensional appearance picture of this creation.

Figure 2 is a partial schematic diagram of this creation.

Fig. 3 is a schematic diagram one of a preferred embodiment of the creation.

Fig. 4 is the preferred embodiment schematic diagram II of this creation.

Please refer to Fig. 1, Fig. 2, Fig. 3 and Fig. 4 at the same time, which are three-dimensional appearance diagrams, partial schematic diagrams and schematic diagrams 1 to 2 of this creation. It can be clearly seen from the figures that , the cutter device 1 has:

A working platform 2, said working platform 2 is respectively provided with: a control part 21, a diode ray emitting part 22 and a diode ray receiving part 23, through which the control part 21 can communicate with the two The polar body ray emitting part 22 and the diode ray receiving part 23 are electrically connected to each other, the diode ray emitting part 22 can emit a diode ray 221, and the diode ray receiving part 23 can receiving the diode ray 221;

A work piece 3, the work piece 3 is electrically connected to the control part 21, and the work piece 3 is located above the work platform 2, and the work piece 3 has A clamping part 31, the clamping part 31 is formed with a receiving groove 32 at the inner side, and the clamping part 31 has a measuring part 33 on one end edge;

A cutter 4, the cutter 4 is arranged in the accommodating groove 32, and the cutter 4 has a marking portion 41 on an end edge;

Wherein, the accommodating groove 32 and the cutter 4 are closely aligned seamlessly;

Wherein, the measurement part 33 and the marking part 41 are located on the same horizontal reference line;

Wherein, the diode ray emitting part 22 emits the diode ray 221 onto the tool 4 and is reflected and received by the diode ray receiving part 23;

It is mainly that the said working platform 2 is respectively provided with: the control part 21, the diode ray emitting part 22 and the diode ray receiving part 23, through which the control part 21 can communicate with the diode ray respectively. The body ray emitting part 22 and the diode ray receiving part 23 are electrically connected to each other, and the diode ray emitting part 22 can emit the diode ray 221, and the diode ray receiving part 23 can Receive the diode ray 221, and the work piece 3 is electrically connected to the control part 21, the work piece 3 is located above the work platform 2, and the work piece 3 has the clamping portion 31, the clamping portion 31 is formed with the accommodation groove 32 at the inner side, and the clamping portion 31 has the measuring portion 33 on one end edge, and the tool 4 is It is arranged in the accommodating groove 32, and the accommodating groove 32 and the said cutter 4 are seamlessly and tightly aligned, and said said cutter 4 has the marking part 41 on one end edge, and the measuring The part 33 and the marking part 41 are located on the same horizontal reference line, wherein the diode ray emitting part 22 emits the diode ray 221 onto the tool 4 and is reflected by the diode ray receiving part 23 received, whereby, because the accommodating groove 32 and the said tool 4 are seamlessly and closely aligned, and the measuring portion 33 and the marking portion 41 are located on the same horizontal reference line, therefore, no If the tool 4 is too large or too small to match the clamping portion 31 , the user can immediately visually judge that the tool 4 is compatible with the accommodating groove 32 , and the measuring portion 33 and the marking portion 41 should be located on the same horizontal reference line, that is, the measuring portion 33 and the marking portion 41 should overlap and be parallel to the same horizontal reference line, and in the tool device 1. Before the cutting operation, the diode ray emitting part 22 emits the diode ray 221 to the cutter 4, and the cutter 4 will reflect the diode ray 221 to the diode ray receiver. part 23, since the control part 21 can be connected with the diode ray emitting part 22 and the diode ray emitting part respectively The line receiving parts 23 are electrically connected to each other, and the work piece 3 is electrically connected to the control part 21, and the control part 21 will detect the diode according to the diode ray receiving part 23. The value of the ray 221 automatically compensates the distance position of the work piece 3, and the work piece 3 is located at the position above the work platform 2, and the distance of the work piece 3 is automatically compensated by the control part 21 After adjusting the tool 4 to the appropriate working depth, the tool device 1 will automatically compensate the distance between the workpiece 3 and adjust the tool 4 to the position without touching any workpiece. Appropriate working depth and height.

The accommodating groove 32 in the cutter device 1 described in the present invention and the cutter 4 are seamlessly and closely aligned, and the measuring portion 33 and the marking portion 41 are located on the same horizontal reference line, so there is no There is the problem that the size of the tool 4 is too large or too small to fit the clamping part 31. When the diode ray emitting part 22 emits the diode ray 221 to the tool 4 and reflects it back to the After the diode ray receiving part 23, the control part 21 will automatically compensate the distance position of the workpiece 3 according to the value of the diode ray 221 detected by the diode ray receiving part 23, and Said that the cutter 4 is adjusted to the appropriate working depth.

The above-mentioned embodiment is used to illustrate one of the preferred implementations of this creation, not to limit the scope of this creation. Any person who is familiar with this technology should be able to do a little without departing from the spirit and scope of this creation. Changes and modifications, so the scope of protection of this creation should be defined by the scope of the attached patent application.

1: Tool device

2: Working platform

21: Control Department

22: Diode ray emission department

23: Diode ray receiving unit

3: Work piece

31: clamping part

4: Knife

Claims (4)

A non-contact automatic compensation tool device, said tool device includes: A working platform, the working platform is respectively provided with: a control part, a diode ray emitting part and a diode ray receiving part, through which the control part can communicate with the diode ray emitting part and the diode ray emitting part respectively. The diode ray receiving parts are electrically connected to each other, the diode ray emitting part can emit a diode ray, and the diode ray receiving part can receive the diode ray; A work piece, the work piece is electrically connected to the control part, and the work piece is located above the work platform, and there is a clamping part on the work piece, the An accommodating groove is formed on the inner side of the clamping part, and a measuring part is formed on an end edge of the clamping part; A cutter, the cutter is arranged in the accommodating groove, and the cutter has a marking portion on an end edge. The non-contact automatic compensation tool device described in item 1 of the scope of the patent application, wherein, the accommodating groove and the tool are closely aligned seamlessly. The non-contact automatic compensation tool device described in item 1 of the scope of the patent application, wherein the measuring part and the marking part are located on the same horizontal reference line. The non-contact automatic compensation tool device described in item 1 of the scope of the patent application, wherein the diode ray emitting part emits the diode ray to the tool and the reflection is received by the diode ray receiving part take over.

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