TWM570416U - Vertical disc detection mechanism - Google Patents

Abstract

The present invention relates to a vertical disc detecting mechanism, comprising: a body, the system is provided with a feeding position, an image detecting position, a bending detecting position, a grinding position, a discharging position and a bad position; a detector is disposed at the image detecting position; a bending detector is disposed at the bending detection position; a grinder is disposed at the grinding position; and a discharge ejector is disposed at the discharge position; a bad thimble is disposed in the undue position; and a vertical disc is disposed on the body, and is provided with at least one receiving groove, the receiving groove can receive the micro drill bit, and the erecting body Rotation of the disc, the receiving slot sequentially passes the feeding position, the image detecting position, the folding detecting position, the grinding position, the discharging position, the defective position, and finally returning to the feeding position .

Description

Vertical disc detection mechanism

The present invention relates to an upright disc detecting mechanism, and more particularly to a detecting and grinding device for a micro drill.

The "detection and grinding device for welding machine" of the Republic of China Patent No. M391431 includes: a detecting device, a backlight holder, a rotating clamp arm, a bending test device and a grinding device; In the inspection operation, the length of the drill bit is determined according to the area of the drill bit covering the backlight seat, and the drill bit is gripped by the rotating clamp arm and moved to the bending test device to apply the appropriate thrust to the drill bit to test the bending resistance of the drill bit, and then The rotating clamp arm clamps and moves the drill bit to the grinding device to perform the grinding operation of the drill bit; however, the rotating clamp arm rotates horizontally, requiring a large working space, resulting in high construction cost.

In view of this, how to eliminate the above-mentioned deficiencies is the technical difficulty point that the creators of this case want to solve; however, the creators of this case are based on years of experience in relevant industries, and after many years of painstaking research, trial improvement, finally Successfully developed and completed the case, and enabled the new model to be born to enhance the efficacy.

In view of the above disadvantages, the present invention provides a vertical disc detecting mechanism comprising: a body, the system is provided with a feeding position, an image detecting position, a bending detecting position, a grinding position, a discharging position and a defective position; a feed thimble is disposed at the feeding position; an image detector is disposed at the image detecting position; a bending detector is disposed at the bending detection position; a grinder, Provided in the grinding position; a discharge ejector is disposed at the discharge position; a defective thimble is disposed at the defective position; and a vertical disc, the upright disc is disposed on the body, The vertical disc is provided with at least one receiving slot, and the receiving slot can receive the micro drill bit. The receiving slot can sequentially pass the feeding position, the image detecting position, and the bending resistance by the rotation of the vertical disc. The detection position, the grinding position, the discharge position, the defective position, and finally return to the feeding position.

According to the above description, after the micro drill bit is moved to the feeding position, the vertical disc rotates to rotate the micro drill bit from the feeding position to the influence detecting position.

As described above, the image detector is a Charge Coupled Device (CCD).

According to the above description, the discharge position is provided with a discharge area, and when the micro drill bit passes the image detection, the anti-fold detection and the grinding is completed, and the discharge position is reached, the discharge ejector pushes the micro drill bit into the discharge position. Discharge area.

As described above, the defective position is provided with a defective area. When the image detector senses a defective micro drill bit, when the defective micro drill bit is turned to the discharge position, the discharge ejector pin does not move, and the defective micro drill bit will be transferred to The defective position is caused by the defective thimble, and the defective micro drill bit falls into the defective area.

As described above, the anti-aliasing detecting device detects the defective micro-drill, and when the defective micro-drill is turned to the discharging position, the discharging ejector does not move, and the defective micro-drill will turn to the defective position, and the defective thimble Actuated, the bad micro drill will fall into the bad zone.

In order to make it easier for your review committee to understand the contents of this new model and the efficiencies that can be achieved, the specific examples are listed in conjunction with the drawings, as detailed below:

Please refer to the first figure and the second figure, which is a perspective view of the creation. As shown in the figure, the present invention relates to a vertical disc detecting mechanism comprising: a body 1 having a feeding position 11, an image detecting position 12, a bending detecting position 13, a grinding position 14, and a The discharge position 15, a defective position 16 and the upright disc 17 are provided.

The upright disc 17 is provided with at least one receiving slot 170. The receiving slot 170 can receive the micro drill bit A. Through the rotation of the upright disc 17, the receiving slot 170 passes through the feeding position 11 in sequence. The image detection position 12, the folding detection position 13, the polishing position 14, the discharge position 15, the defective position 16, and finally return to the feeding position 11.

After the micro drill bit A is moved to the feeding position 11, the micro drill bit A is rotated from the feeding position 11 to the image detecting position 12 by the rotation of the upright disc 17.

Referring to the third figure, the image detecting position 12 is provided with an image detector 120 and a rotating wheel 121. The image detecting device 120 is a charge coupled device (CCD). When the micro drill bit A is turned to the image, When the position 12 is detected, the wheel 121 rotates and drives the micro-bit A to rotate. The image detector 120 can detect whether the cutting edge is welded in the specification position by rotating the micro-bit A, if the image detector 120 determines If the drill bit A is good, the upright disc 17 will rotate to rotate the micro drill bit A to the bending detection position 13.

Referring to the fourth figure, the anti-folding detecting position 13 is provided with a folding detector 130. When the micro-drill A is turned to the anti-folding detecting position 13, the anti-folding detector 130 moves downward to generate a thrust. Whether the drill bit welding strength of the micro drill bit A is within the specification, if the folding detector 130 determines that the micro drill bit A is good, the upright disc 17 will rotate to rotate the micro drill bit A to the grinding position 14.

Referring to the first and fifth figures, the grinding position 14 is provided with a grinder 140. When the micro drill bit A is turned to the grinding position 14, the grinder 140 is actuated to grind the length of the micro drill bit A to a set value. The upright disc 17 will rotate to rotate the micro drill bit A to the discharge position 15.

Referring to the second figure, the discharge position 15 is provided with a discharge ejector pin 150 and a discharge area 151. When the micro drill bit A determined to be good by image detection and anti-fold detection is turned to the discharge position 15, the output is The ejector pin 150 will actuate horizontally to push the micro drill bit A out of the receiving groove 170, so that the micro drill bit A falls into the discharge zone 151.

When the image detector 120 senses that the micro drill A is a defective product, when the defective product is turned to the discharge position 15, the discharge ejector 150 does not move, and the defective product is turned to the defective position 16.

When the folding detector 130 determines that the micro drill A is a defective product, when the defective product is turned to the discharge position 15, the discharge ejector 150 does not move, and the defective product is turned to the defective position 16.

The defective area 161 is provided with a defective thimble 160 and a defective area. When the micro drill bit A determined to be defective is turned to the defective area 161, the defective thimble 160 is horizontally actuated to push the defective micro drill A out of the receiving slot. 170, the defective product falls into the defective area 161.

By the above, the original upright disc detecting mechanism can effectively reduce the arrangement area and speed up the detection and grinding speed by the upright disc design, thereby saving the cost of construction and time.

The detailed description above is a detailed description of one of the possible embodiments of the present invention, and the embodiments are not intended to limit the scope of the present invention, and equivalent implementations or modifications that are not departing from the spirit of the present invention should be included in the present invention. In the scope of patents.

1‧‧‧ Ontology

11‧‧‧Feeding position

12‧‧‧Image detection location

120‧‧‧Image Detector

121‧‧‧Runner

13‧‧‧Folding detection position

130‧‧‧Fracture detector

14‧‧‧ Grinding position

140‧‧‧Mr.

15‧‧‧Drawing position

150‧‧‧Drawing thimble

151‧‧‧Drawing area

16‧‧‧Poor position

160‧‧‧bad thimble

161‧‧‧Unexpected area

17‧‧‧Upright disc

170‧‧‧ Reception trough

A‧‧‧Micro drill

The first picture is a perspective view of the creation. The second picture is a side view of the original creation. The third picture is a schematic diagram of the image detection of this creation. The fourth picture is a schematic diagram of the folding detection of this creation. The fifth picture is a schematic diagram of the grinding of this creation.

Claims (6)

An upright disc detecting mechanism comprises: a body, the system is provided with a feeding position, an image detecting position, a bending detecting position, a grinding position, a discharging position and a bad position; The device is disposed at the image detecting position; a bending detector is disposed at the bending detection position; a grinder is disposed at the grinding position; and a discharge ejector is disposed at the discharging position; a defective thimble is disposed in the undue position; and the upright disc is disposed on the body, and the upright disc is provided with at least one receiving slot, the receiving slot can accommodate the micro drill bit By the rotation of the upright disc, the receiving slot sequentially passes through the feeding position, the image detecting position, the folding detecting position, the grinding position, the discharging position, the bad position, and finally returning The feeding position. The upright disc detecting mechanism of claim 1, wherein the upright disc rotates to rotate the micro drill bit from the feeding position to the image detecting position after the micro drill bit is moved to the feeding position. The upright disc detecting mechanism of claim 1, wherein the image detector is a Charge Coupled Device (CCD). The upright disc detecting mechanism of claim 1, wherein the discharging position is provided with a discharging area, and when the micro drill bit passes the image detection, the folding resistance detection and the grinding is completed, the discharging is reached when the discharging position is reached. The thimble pushes the micro drill bit into the discharge zone. The upright disc detecting mechanism of claim 1, wherein the defective position is provided with a defective area, and when the image detector senses a defective micro drill bit, when the defective micro drill bit is turned to the discharging position, The discharge ejector pin does not move, and the defective micro drill bit will turn to the bad position, and the bad thimble will move into the defective zone by the bad thimble. The upright disc detecting mechanism according to claim 1, wherein the anti-aliasing detecting device detects the defective micro-drill, and when the defective micro-bit is turned to the discharging position, the discharging ejector does not move, and the defective micro-drill will rotate. Up to the bad position, the bad micro drill bit will fall into the defective area by the bad thimble.