TWM598398U - Forming tool detection device - Google Patents

Abstract

A forming tool detection device is provided with an image sensor device, a mirror module and a backlight module. The image sensor device and the backlight module are respectively arranged on both sides of the mirror module so that the backlight module and the mirror module are A detection space is formed between the forming tools for inspection, and the backlight module projects the light source toward the reflector module, and the reflector module focuses the light source projected by the backlight module toward the backlight module and reflects it. The mirror module is provided with a hollow part for the image sensor device to capture the image of the forming tool in the detection space. The mirror module is used to reflect the light source emitted by the backlight module, so that the tool image captured by the image sensor device can simultaneously detect the length of the tool And the outer diameter to simplify the inspection process of the tool.

Description

Forming tool detection device

This creation is about a detection device, especially a detection device that uses light source focusing and reflection to simultaneously detect the contour and surface of the forming tool.

Forming tools refer to drills or milling cutters, etc., which are used for drilling or milling objects. Due to the automation of forming tools and the increased processing accuracy requirements of objects, forming tools are required for manufacturing or recycling After a series of inspections to confirm the length and outer diameter of the tool, when using the image sensor to detect the outer diameter of the tool, the light source must be a backlight, that is, the light source and the image sensor are on different sides of the tool, and the image sensor is used to detect the length outside The light source and the image sensor device need to be on the same side of the tool when the diameter is small, thus complicating the detection procedure. Therefore, how to detect the length and outer diameter of the tool at the same time, thereby simplifying the inspection procedure, is the subject of urgent improvement in the related industry.

The main purpose of this creation is to use the reflector module to reflect the light source emitted by the backlight module, so that the tool image captured by the image sensor device can simultaneously detect the length and outer diameter of the tool, thereby simplifying the tool detection process.

In order to achieve the above purpose, the forming tool detection device of this creation is provided with an image sensor device, a mirror module and a backlight module. The image sensor device and the backlight module are respectively arranged on both sides of the mirror module, so that the backlight module A detection space is formed between the group and the reflector module for the forming tool to be inserted for detection. The backlight module projects the light source toward the reflector module, and the reflector module focuses the light source projected by the backlight module toward the The backlight module reflects, and the reflector module is provided with a hollow part for the image sensor device to capture the image of the forming tool in the detection space.

The aforementioned forming tool detection device, wherein the forming tool detection device is further provided with an adjustment module, the adjustment module has a base, a lifting base, a rail base, a focus adjustment base, and a focus adjustment base, and the lifting base is connected to the base It can be moved vertically according to the base, the track base is connected to the lift base, the focus adjustment base and the focus adjustment base are connected to the track base, and can be displaced laterally according to the track base, the aforementioned image sensing device and mirror module are respectively connected to Focus adjustment seat and focus adjustment seat.

In the aforementioned forming tool detection device, the reflector module has a fixing seat and a focusing lens arranged close to the surface of the backlight module, and the hollow part is formed through the fixing seat and the focusing lens.

Please refer to the first to third figures. It can be clearly seen from the figures that the creative system is provided with an image sensing device 1, an adjustment module 2, a mirror module 3, and a backlight module 5. Among them:

The image sensing device 1 and the backlight module 5 are respectively arranged on both sides of the reflector module 3, so that a detection space 4 is formed between the backlight module 5 and the reflector module 3 for the forming tool 6 to be inserted for detection;

The backlight module 5 projects a light source toward the reflector module 3, the reflector module 3 focuses the light source projected by the backlight module 5 and reflects toward the backlight module 5, and the reflector module 3 is provided with a hollow portion 31 The image sensor device 1 captures the image of the forming tool 6 in the detection space 4.

The adjustment module 2 has a base 21, a lift base 22, a rail base 23, a focus adjustment base 24, and a focus adjustment base 25. The lift base 22 is connected to the base 21 and can move vertically according to the base 21, and the rail base 23 It is connected to the lift base 22, the focus adjustment base 24 and the focus adjustment base 25 are connected to the rail base 23, and can be moved laterally according to the rail base 23

The aforementioned image sensing device 1 and the mirror module 3 are respectively connected to the focus adjustment base 24 and the focus adjustment base 25, and the reflector module 3 has a fixing base 33 connected to the focus adjustment base 25, and the fixing base 33 is close to the backlight The arc-shaped focusing mirror 32 is arranged on the surface of the module 5, and the hollow portion 31 is formed by penetrating the fixing base 33 and the focusing mirror 32.

Please refer to the first to fifth figures. It can be clearly seen from the fourth figure that when the original creation was used to detect the forming tool 6, the forming tool 6 was placed in the detection space 4 and the backlight module 5 was emitted. The light source allows the focusing mirror 32 of the reflector module 3 to focus and project the light source emitted by the backlight module 5 on the surface of the forming tool 6 close to the reflector module 3, so that the image of the forming tool 6 captured by the image sensor device 1 The light source projected by the backlight module 5 toward the mirror module 3 can clearly determine the outer diameter A of the forming tool 6, and the light source projected by the focusing mirror 32 can make the surface of the forming tool 6 The chip recess 61 is clearly visible, and the length of the forming tool 6 is judged. Furthermore, the user can adjust the height of the image sensor device 1 and the mirror module 3 through the lifting base 22 of the adjustment module 2, and adjust the focal length of the image sensor device 1 by using the focus adjustment base 24 and the focus adjustment base 25 And the focus position of the reflecting light source of the reflecting mirror module 3 makes the adjustment of the image of the forming tool 6 shot by the image sensor device 1 clearer.

To sum up, the main structure of this creation has never been seen in books and periodicals or publicly used, and sincerely meets the requirements of a new patent application. I sincerely ask Jun Bureau to approve the patent as soon as possible. I really pray.

For those who need to be clarified, the above are the technical principles immediately used in the specific implementation of this creation. If the changes made in accordance with the concept of this creation, the resulting function still does not exceed the spirit covered by the manual and drawings, All should be combined with Chen Ming within the scope of this creation.

1: Image sensor 2: Adjust the module 21: Pedestal 22: Lift seat 23: track seat 24: Focus adjustment seat 25: Focus adjustment seat 3: Mirror module 31: Hollow 32: Focusing lens 33: fixed seat 4: detection space 5: Backlight module 6: Forming tool 61: chip flute A: Outer diameter

The first picture is a three-dimensional diagram of the original creation structure; The second picture is the front view of the creative structure; The third picture is a schematic diagram of the state of use of this creation; The fourth figure is a schematic diagram of the backlight module reflecting light to the focusing mirror, and the focusing mirror refracts the light to the forming tool to be tested; and The fifth figure is a schematic diagram of the forming tool to be tested.

1: Image sensor

2: Adjust the module

21: Pedestal

22: Lift seat

23: track seat

24: Focus adjustment seat

25: Focus adjustment seat

3: Mirror module

31: Hollow

32: Focusing lens

33: fixed seat

4: detection space

5: Backlight module

Claims (3)

A forming tool detection device is provided with an image sensing device, a mirror module and a backlight module, wherein: The image sensing device and the backlight module are respectively arranged on both sides of the reflector module, so that a detection space is formed between the backlight module and the reflector module for the forming tool to be inserted for detection; The backlight module projects the light source toward the reflector module, the reflector module focuses the light source projected by the backlight module and reflects it toward the backlight module, and the reflector module is provided with a hollow part for the image sensor device to shoot the detection space The image of the inner forming tool. The forming tool detection device according to claim 1, wherein the forming tool detection device is further provided with an adjustment module, the adjustment module having a base, a lifting seat, a rail seat, a focus adjustment seat, a focus adjustment seat, and a lifting seat It is connected to the base and can be displaced vertically according to the base, the track base is connected to the lift base, the focus adjustment base and the focus adjustment base are connected to the track base, and can be displaced laterally according to the track base, the aforementioned image sensing device and mirror mold The groups are respectively connected to the focus adjustment seat and the focus adjustment seat. The forming tool detection device according to claim 1, wherein the reflector module has a fixing seat and a focusing lens arranged close to the surface of the backlight module, and the hollow part is formed through the fixing seat and the focusing lens.

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