CN201672908U - Cutter detection machine platform - Google Patents
Cutter detection machine platform Download PDFInfo
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- CN201672908U CN201672908U CN2010201926014U CN201020192601U CN201672908U CN 201672908 U CN201672908 U CN 201672908U CN 2010201926014 U CN2010201926014 U CN 2010201926014U CN 201020192601 U CN201020192601 U CN 201020192601U CN 201672908 U CN201672908 U CN 201672908U
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Abstract
The utility model discloses a cutter detection machine platform, in particular to a detection machine platform with drill point detection and grinding functions. The cutter detection machine platform mainly comprises an indexing rotary table which is defined into a feeding area, an edge surface detection area, a discharging area and an area to be ground, wherein a first detection unit is arranged at the feeding area and used for detecting the length of a drill point, a second detection unit is arranged at the edge surface detection area and used for detecting the edge surface of the drill point on the indexing rotary table, a rotary clamping unit is arranged at the area to be ground and used for transmitting the drill point on the area to be ground to a rotary unit, and the rotary unit is used for driving the drill point to rotate, and a grinding unit is used for grinding the drill point on the rotary unit, therefore, the detection and the grinding of the drill point are integrated so as to be beneficial to improving the efficiency of the grinding and detection on the drill point.
Description
Technical field
The utility model relates to a kind of cutter and detects board, refers to a kind of detection board that drill point detected and ground function that has especially, and is main in order to the detection of drill point and the step of grinding are integrated, and is beneficial to improve the efficient of the grinding and the detection of drill point.
Background technology
See also Fig. 1, be the block schematic diagram of known drill point pick-up unit.As shown in the figure, known drill point pick-up unit 10 includes a rotating disk 11, an entry table 13, one first detecting unit 15 and one second detecting unit 17, with this drill point 14 is detected.
Can be placed with a plurality of drill points to be detected 14 on the entry table 13, and drill point 14 can be sent to the feed zone 111 of rotating disk by entry table 13.Rotating disk 11 will drive the drill point 14 on the feed zone 111 when rotating, make drill point 14 enter correction zone 113, and the length of the drill point 14 in can 15 pairs of correction zone of first detecting unit 113 detects, and meets relevant requirement with the length of determining drill point 14.
Rotating disk 11 will be rotated further, and makes drill point 14 enter detection zone 115, and detects with the sword face of 17 pairs of drill points 14 of second detecting unit.After detection, just can will divide into non-defective unit or defective products, and can when drill point 14 is sent to discharge zone 117, classify drill point 14 through the drill point 14 that detects through first detecting unit 15 and second detecting unit 17.
The drill point 14 that drill point pick-up unit 10 is judged to be defective products will be carried out concentrated, and the action of once more drill point 14 being ground with another lapping device.Will be placed on entry table 13 through the drill point 14 that grinds, and once more the drill point 14 through grinding be detected with drill point pick-up unit 10.
Though can finish the detection and the grinding of drill point 14 by above-mentioned device, yet the user needs repeatedly drill point 14 is put into drill point pick-up unit 10 and lapping device, the decrease in efficiency that can cause the puzzlement in the use undoubtedly and cause detecting when operation.
The utility model content
Fundamental purpose of the present utility model is to provide a kind of cutter to detect board, wherein each block of calibration rotating disk is defined as a feed zone, a sword face detection zone, a discharge zone and a district to be ground, and can rotate by calibration rotating disk drive drill point, make the drill point on the calibration rotating disk enter different zones, and can detect the drill point that the calibration rotating disk carried and action such as grinding, and help improving the efficient of the detection and the grinding of drill point.
Secondary objective of the present utility model is to provide a kind of cutter to detect board, mainly will change module and be arranged on the district to be ground of calibration rotating disk, and with the conversion module drill point that is placed in the district to be ground is carried out clamping, then carry out the change in the angle and the orientation of drill point with the conversion module again, make grinding unit to grind the drill point on the conversion module.
Another purpose of the present utility model is to provide a kind of cutter to detect board, mainly will rotate grip unit and be arranged on the district to be ground of calibration rotating disk, rotate grip unit and can carry out clamping in order to the drill point for the treatment of milling zone, and drill point is sent to turning unit, then see through turning unit again drill point is sent to grinding unit, can drill point be ground grinding unit by this.
Another purpose of the present utility model is to provide a kind of cutter to detect board, mainly the sequential and the interval of rotating between calibration rotating disk, rotation grip unit and the turning unit are adjusted, make cutter detect continuable action of each member on the board, and reach multiplex's purpose, will help by this grinding and the lifting of detection efficiency.
Another purpose of the present utility model is to provide a kind of cutter to detect board, mainly grip unit is arranged on the feed zone of calibration rotating disk, and the drill point of desiring to send into feed zone is carried out clamping with grip unit, detect the drill point of grip unit clamping again with first detecting unit, grip unit can drive drill point and moves with respect to first detecting unit in use, so that first detecting unit can detect the length of drill point.
Another purpose of the present utility model is to provide a kind of cutter to detect board, passed through the detection of length owing to enter the drill point of sword face detection zone, therefore second detecting unit directly the drill point on the counter blade face detection zone carry out the detection of sword face, make and help the action that second detecting unit need not be focused shortening the sword face by this and detect the time that is spent.
Another purpose of the present utility model is to provide a kind of cutter to detect board, mainly is provided with a clear area in the calibration rotating disk, and the action of the drill point that is placed on the clear area being cleaned with cleaning unit.
Another purpose of the present utility model is to provide a kind of cutter to detect board, mainly be provided with a collar adjustment district in the calibration rotating disk, and adjust the position of the collar on the drill point with collar adjustment unit, so that the distance of the tip of the sword face of drill point and the collar is for fixing.
In order to achieve the above object, the utility model provides a kind of cutter to detect board, and it includes:
The one division rotating disk in order to carrying at least one drill point, and drives this drill point and rotates, and wherein each block of this calibration rotating disk is defined as an input and output material district, a sword face detection zone and a district to be ground;
One first detecting unit detects in order to the length to the drill point in this feed zone;
One second detecting unit is arranged at this sword face detection zone, and detects in order to the sword face to the drill point in this sword face detection zone;
One conversion module is arranged at this district to be ground, and in order to the drill point in this district to be ground is carried out clamping, with angle and the position that changes this drill point; And
One grinding unit, adjacent with this conversion module, and in order to the drill point on this conversion module is ground.
Described input and output material district includes a feed zone and a discharge zone.
It includes at least one feed unit and at least onely goes out material unit, and the drill point that this feed unit is carried with a clamping supply unit is sent to this feed zone, and with this clamping supply unit the drill point on this discharge zone is sent to this and goes out material unit.
It includes a grip unit and is arranged at this feed zone, and with this grip unit the drill point that this clamping supply unit is transmitted is carried out clamping, and this first detecting unit then detects in order to the drill point to this grip unit clamping.
Described conversion module includes one and rotates grip unit and single-revolution unit, this rotation grip unit is arranged at this district to be ground, in order to the drill point on this calibration rotating disk is carried out clamping, this turning unit is adjacent with this rotation grip unit, in order to receive this drill point by this rotation grip unit.
Described rotation grip unit is rotated on one first plane in order to drive this drill point, and this turning unit then rotates on one second plane in order to drive this drill point, and this first plane and this second planar quadrature.
It includes one the 3rd detecting unit, is arranged between this rotation grip unit and this turning unit, and detects in order to sword face angle and/or the length to the drill point on this turning unit.
It is adjacent with this turning unit that it includes a fixed cell, and fix drill point on this turning unit with this fixed cell.
Described turning unit includes plurality of fixed portion in order to fix this drill point.
The drill point that described rotation grip unit drives clamping carries out the rotation of 90 degree on this first plane, the drill point that this turning unit then drives clamping carries out the rotation of 180 degree on this second plane.
The beneficial effects of the utility model: improve the detection of drill point and the efficient of grinding; Help shortening the sword face and detect the time that is spent; Drill point is cleaned.
Description of drawings
Fig. 1 is the block schematic diagram of known drill point pick-up unit.
Fig. 2 detects the block schematic diagram of board one embodiment for the utility model cutter.
Fig. 3 A and Fig. 3 B are respectively the schematic perspective view and the vertical view of drill point described in the utility model.
Fig. 4 detects the block schematic diagram of the another embodiment of board for the utility model cutter.
Fig. 5 A and Fig. 5 B are respectively schematic perspective view and the vertical view that the utility model cutter detects board one embodiment.
Fig. 6 A and Fig. 6 C are respectively the enlarged diagram that the utility model cutter detects the partial component of board.
[main element symbol description] 10: drill point pick-up unit, 11: rotating disk, 111: feed zone 113: correction zone, 115: detection zone, 117: discharge zone, 13: charging tray, 14: drill point, 15: the first detecting units, 17: the second detecting units, 20: drill point detects and lapping device, and 21: the calibration rotating disk, 211: feed zone, 212: clear area, 213: sword face detection zone, 214: collar adjustment district, 215: discharge zone, 217: district to be ground, 221: feed unit, 223: go out material unit, 225: the defective products district, 231: the first detecting units, 233: the second detecting units, 235: the three detecting units, 237: the four detecting units, 24: drill point, 241: drill bit, 2411: the sword face, 243: main body, 245: the collar, 25: conversion module, 251: rotate grip unit, 253: turning unit, 2531: rotating part, 2533: fixed part, 255: fixed cell, 27: grinding unit, 29: grip unit, 30: drill point detects and lapping device, and 32: the clamping supply unit, 36: cleaning unit, 38: collar adjustment unit.
Embodiment
See also Fig. 2, detect the block schematic diagram of board one embodiment for the utility model cutter.As shown in the figure, the utility model cutter detects board, for example a drill point detects and lapping device 20, mainly include one division rotating disk 21, one first detecting unit 231, one second detecting unit 233, a conversion module 25 and a grinding unit 27, can be in order to the detection of drill point 24 and the step of grinding be integrated, and help improving the efficient that drill point 24 detects and grinds.
First detecting unit 231 detects in order to the length to the drill point 24 in the feed zone 211, for example first detecting unit 231 can be arranged at the feed zone 211 of calibration rotating disk 21, and capture in order to image to drill point 24, and the drill point 24 length data of a picked image and a standard are compared, if the difference of both length falls in the predefined scope, then represent of the detection of this drill point 24 by length.Otherwise,, represent that just this drill point 24 fails detection by length if the difference of both length exceeds predefined scope.
When practical application, if judging the length of drill points 24, first detecting unit 231 meets the requirements, just can calibration rotating disk 21 drive drill points 24 and rotate, and further the sword face 2411 of drill point 24 is detected, grinds and/or follow-up step such as cleaning.Can adjust the weight of drill point 24 being inserted calibration rotating disks 21 according to the length of drill point 24 during this external practical application,, and help the carrying out of subsequent detection action so that the length of the drill point 24 that exposes on the calibration rotating disk 21 is all identical.Otherwise, when for example the length of drill point 24 is too short, just can directly drill point 24 be sent to defective products district 225, or after drill point 24 falls into discharge zone 215, again drill point 24 be sent to defective products district 225 if the length violation of drill point 24 closes requirement.
In the utility model one embodiment, drill point detects and lapping device 20 can include a feed unit 221, feed unit 221 can be in order to carry at least one drill point to be detected 24, drill point on the feed unit 221 24 can be delivered to the feed zone 211 of calibration rotating disk 21 in use, then detect with first detecting unit 231 again.
Second detecting unit 233 is arranged at the sword face detection zone 213 of calibration rotating disk 21, and detects in order to the sword face 2411 of the drill point 24 in the counter blade face detection zone 213.For example second detecting unit 233 can be in order to the image of sword face 2411 of acquisition drill point 24, and the drill point 24 sword face data of a picked image and a standard are compared, if both difference falls in the predefined scope, the sword face 2411 of then representing this drill point 24 is by detecting.Otherwise,, represent that just the sword face 2411 of this drill point 24 is failed by detecting if both gaps exceed predefined scope.In addition, second detecting unit 233 also can detect in order to the angle (phase angle) to the sword face 2411 of drill point 24 in another embodiment of the utility model.
The drill point 24 that detects by the sword face can be judged as non-defective unit, and can be after drill point 24 be delivered to discharge zone 215 by calibration rotating disk 21, the drill point 24 that is judged to be non-defective unit is sent to out material unit 223, in the utility model one embodiment, goes out the close position that material unit 223 can be arranged at calibration rotating disk 21.
The drill point 24 that detects by the sword face will be sent to district 217 to be ground by calibration rotating disk 21, and the drill point of further treating on the milling zone 217 24 grinds.When practical application, conversion module 25 can be arranged on district 217 to be ground, and treat milling zone 217 interior drill points 24 with conversion module 25 and carry out clamping, and drill point 24 is sent to grinding unit 27.Grinding unit 27 is adjacent with conversion module 25, and can the sword face 2411 of the drill point 24 on the conversion module 25 be ground.
Generally speaking, drill point 24 in the district 217 to be ground is to be plugged on the calibration rotating disk 21 in upright mode, thereby be unfavorable for directly grinding with the drill point 24 in 27 pairs of milling zones of grinding unit 217, and need through changing angle and the orientation that 25 pairs of milling zones of module, 217 interior drill points 24 carry out clamping and change drill point 24, so that grinding unit 27 can contact with the sword face 2411 of drill point 24, and counter blade face 2411 action of grinding.
Whether second detecting unit 233 can detect the sword face 2411 that passes through the drill point 24 that grinds equally, meet the requirements with the sword face 2411 of judging drill point 24.If the sword face 2411 of drill point 24 meets predefined requirement, just can when drill point 24 is delivered to discharge zone 215, drill point 24 be sent to out material unit 223.Otherwise, if the sword face 2411 of drill point 24 fails by detecting, just can be when drill point 24 be transported to district 217 to be ground, the action that drill point 24 is ground once more.
Again, when practical application, also can add up, and judge that with the number of times that drill point 24 grinds it is non-defective unit or defective products the grinding number of times of drill point 24.For example drill point 24 still fails to detect by the sword face of second detecting unit 233 after the grinding through grinding unit 27 3 times, just the drill point 24 through three grindings can be judged to be defective products, and this drill point 24 is sent to defective products district 225.
See also Fig. 4, detect the block schematic diagram of the another embodiment of board for the utility model cutter.As shown in the figure, drill point detects and lapping device 30 mainly includes one division rotating disk 21, one first detecting unit 231, a cleaning unit 36, one second detecting unit 233, a collar adjustment unit 38, a conversion module 25 and a grinding unit 27, and can be in order to the steps such as detection, cleaning, collar adjustment and grinding of drill point 24 are integrated.
In the utility model embodiment, mainly on calibration rotating disk 21, have additional a clear area 212 and a collar adjustment district 214, wherein be provided with a cleaning unit 36 in the clear area 212, and can 36 pairs of clear areas of cleaning unit the action cleaned of drill points 24 in 212, cleaning unit 36 can see through and blow or be stained with mode such as sticking the sword face 2411 of drill point 24 is cleaned when practical application.Then be provided with a collar adjustment unit 38 in the collar adjustment district 214, and adjust, so that the distance between the cusp of sword face 2411 and the collar 245 is for fixing with the position of the collar 245 on 38 pairs of drill points 24 of collar adjustment unit.
See also Fig. 5 A and Fig. 5 B, be respectively schematic perspective view and vertical view that the utility model cutter detects board one embodiment.As shown in the figure, drill point detection and lapping device 30 mainly include one division rotating disk 21, one first detecting unit 231, a cleaning unit 36, one second detecting unit 233, a collar adjustment unit 38, a conversion module 25 and a grinding unit 27.
Modulus of conversion group 25 includes one and rotates grip unit 251 and single-revolution unit 253 in the utility model embodiment, wherein rotate grip unit 251 and be arranged on district 217 to be ground, and in order to the drill points 24 that are placed in the district to be ground 217 are carried out gripping, and drive drill point 24 and on one first plane, rotate.Turning unit 253 is adjacent with rotation grip unit 251, and can receive drill points 24 by rotating grip unit 251, and drive drill point 24 rotates on one second plane.Therefore first plane and second plane are quadrature, by the use of rotating grip unit 251 and turning unit 253, can change the angle and the orientation of drill point 24, and make the sword face 2411 of drill point 24 towards grinding unit 27.
Rotating grip unit 251 in the utility model one embodiment can rotate on the plane that X-axis and Z axle are constituted, and turning unit 253 then can rotate on the plane that X-axis and Y-axis constitute.For example rotate grip unit 251 and can drive drill point 24 carries out 90 degree on first plane (plane of vertical) rotation, turning unit 253 then can drive drill point 24 carries out 180 degree on second plane (surface level) rotation.
Turning unit 253 mainly includes single-revolution portion 2531 and plurality of fixed portion 2533, and wherein fixed part 2533 is arranged on the marginal position of rotating part 2531, and in order to fixing drill point 24, will drive fixed part 2533 when rotating part 2531 rotates.Mainly receive in use and rotate the drill point 24 that grip unit 251 are transmitted, will drive drill point 24, and make the sword face 2411 of drill point 24 towards grinding unit 27 when rotating part 2531 rotates with fixed part 2533.
The quantity of fixed part 2533 is two in the utility model one preferred embodiment, and these two fixed parts 2533 are separately positioned on the two ends of rotating part 2531, when grinding unit 27 grinds the drill point 24 on one of them fixed part 2533, rotating grip unit 251 can carry out clamping to the drill point on another fixed part 2,533 24, or to rotate grip unit 251 drill point 24 will be placed on this another fixed part 2533.
Rotate between grip unit 251 and the turning unit 253 and also can be provided with one the 3rd detecting unit 235, and detect with the angle of the sword face 2411 of the drill point 24 on 235 pairs of turning units 253 of the 3rd detecting unit and/or the length of drill point 24.In addition, the testing result of 2533 foundation the 3rd detecting units 235 of fixed part, on the first rotation direction S, carry out the rotation of drill point 24,, and further control the grinding angle of the sword face 2411 of 27 pairs of drill points 24 of grinding unit by this with the angle of the sword face 2411 that changes drill point 24.
Again, also can have additional a fixed cell 255 between turning unit 253 and the grinding unit 27, and make that fixed cell 255 is adjacent with turning unit 253, can see through the fixedly drill point 24 on the turning unit 253 of fixed cell 255 by this, and help grinding with the drill point 24 on 27 pairs of turning units 253 of grinding unit, shown in Fig. 6 B and Fig. 6 C.
When practical application, can adjust above-mentioned calibration rotating disk 21, the rotation sequential of rotating grip unit 251 and turning unit 253 and interval, make each member on drill point detection and the lapping device 20 continually to continue to move, and can further improve the efficient of the detection and the grinding of drill point 24.For example when grinding unit 27 when the drill point 24 on turning unit 253 one of them fixed part 2533 is ground, rotating grip unit 251 can be sent on the calibration rotating disk 21 through the drill point 24 that grinds on another fixed part 2533 of turning unit 253, and calibration rotating disk 21 will rotate after rotating the drill point 24 that grip unit 251 transmitted receiving.After calibration rotating disk 21 rotates, rotate grip unit 251 and can carry out gripping the drill point 24 that enters in the district 217 to be ground, and drill point 24 is sent on the fixed part 2533 of turning unit 253, turning unit 253 then can drive drill point 24 and turn round, to carry out the abrasive action of drill point 24.
Again, also can be provided with a grip unit 29 in the feed zone 211, in the process of charging, can earlier the drill point on the feed unit 221 24 be sent to grip unit 29, and carry out clamping with 29 pairs of drill points of grip unit 24.231 of first detecting units are aimed at grip unit 29, and the drill point 24 of grip unit 29 clampings is carried out the detection of length.If the drill point 24 on the grip unit 29 can be crossed the detection of length, grip unit 29 can be placed on drill point 24 feed zone 211 of calibration rotating disk 21.The length of the drill point 24 by length detection when practical application is difference to some extent still, grip unit 29 then can change the weight that drill point 24 inserts calibration rotating disk 21 according to the length of drill point 24, so that the length of the drill point 24 that exposes on the calibration rotating disk 21 is all identical, and help the carrying out that subsequent detection is moved.Otherwise,, then can directly the drill point on the grip unit 29 24 be sent to defective products district 225 if the drill point 24 on the grip unit 29 is failed detection by length.Certainly in different embodiment, grip unit 29 also can with by or not the drill point 24 by length detection be placed on the calibration rotating disk 21, and after drill point 24 is transported to discharge zone 215, drill point 24 is sent to defective products district 225.
Second detecting unit 233 is arranged on the top of sword face detection zone 213, and the sword face 2411 of the drill point 24 in the mode counter blade face detection zone 213 that can overlook detects.Because drill point 24 is the just detection by length in feed zone 211, and grip unit 29 also changes the weight that drill point 24 inserts calibration rotating disk 21 according to the length of drill point 24, make that the length of the drill point 24 that exposes on the calibration rotating disk 21 is all identical, therefore the sword face 2411 of the drill point 24 by length detection all can drop on the focus of second detecting unit 233, can save the time that second detecting unit 233 need be focused and be spent.Again, when second detecting unit 233 can't clearly capture the image of sword face 2411, just represent that the sword face 2411 of drill point 24 may damage in the process of grinding, and cause the curtailment of drill point 24, can in follow-up action, drill point 24 be sent to defective products district 225.
Drill point detects and lapping device 30 includes a clamping supply unit 32, clamping supply unit 32 can in order in feed unit 221, calibration rotating disk 21, grip unit 29, go out between material unit 223 and the defective products district 225 to carry out displacement, and in order to drill point 24 is carried out clamping.Therefore can by clamping supply unit 32 at feed unit 221, grip unit 29, calibration rotating disk 21, go out the conveying of carrying out drill point 24 between material unit 223 and the defective products district 225, for example clamping supply unit 32 can be sent to feed zone 211 by feed unit 211 with drill point 24, or drill point 24 is sent to out material unit 233 by discharge zone 215.
Grinding unit 27 can carry out the change of angle in the process that drill point 24 is ground, for example grinding unit 27 can advance on X-axis and Y-axis and retreats with respect to drill point 24, and carries out the variation of angle on the Z axle, is beneficial to the carrying out of abrasive action.In addition, also can have additional one the 4th detecting unit 237 between turning unit 253 and the grinding unit 27, the 4th detecting unit 237 is main in order to the position of fixed cell 255, turning unit 253 and/or grinding unit 27 is proofreaied and correct, and just can select the 4th detecting unit 237 is unloaded after corrective action is finished.
The above person, it only is preferred embodiment of the present utility model, be not to be used for limiting the scope that the utility model is implemented, be that all doing according to the described shape of the utility model claim, structure, feature and spirit impartial change and modify, all should be included in the claim of the present utility model.
Claims (10)
1. a cutter detects board, it is characterized in that: include:
The one division rotating disk in order to carrying at least one drill point, and drives this drill point and rotates, and wherein each block of this calibration rotating disk is defined as an input and output material district, a sword face detection zone and a district to be ground;
One first detecting unit detects in order to the length to the drill point in this feed zone;
One second detecting unit is arranged at this sword face detection zone, and detects in order to the sword face to the drill point in this sword face detection zone;
One conversion module is arranged at this district to be ground, and in order to the drill point in this district to be ground is carried out clamping, with angle and the position that changes this drill point; And
One grinding unit, adjacent with this conversion module, and in order to the drill point on this conversion module is ground.
2. cutter according to claim 1 detects board, and it is characterized in that: described input and output material district includes a feed zone and a discharge zone.
3. cutter according to claim 2 detects board, it is characterized in that: it includes at least one feed unit and at least onely goes out material unit, and the drill point that this feed unit is carried with a clamping supply unit is sent to this feed zone, and with this clamping supply unit the drill point on this discharge zone is sent to this and goes out material unit.
4. cutter according to claim 3 detects board, it is characterized in that: it includes a grip unit and is arranged at this feed zone, and the drill point that this clamping supply unit is transmitted being carried out clamping with this grip unit, this first detecting unit then detects in order to the drill point to this grip unit clamping.
5. cutter according to claim 1 detects board, it is characterized in that: described conversion module includes one and rotates grip unit and single-revolution unit, this rotation grip unit is arranged at this district to be ground, in order to the drill point on this calibration rotating disk is carried out clamping, this turning unit is adjacent with this rotation grip unit, in order to receive this drill point by this rotation grip unit.
6. cutter according to claim 5 detects board, it is characterized in that: described rotation grip unit is rotated on one first plane in order to drive this drill point, this turning unit then rotates on one second plane in order to drive this drill point, and this first plane and this second planar quadrature.
7. cutter according to claim 5 detects board, it is characterized in that: it includes one the 3rd detecting unit, be arranged between this rotation grip unit and this turning unit, and detect in order to sword face angle and/or length to the drill point on this turning unit.
8. cutter according to claim 5 detects board, and it is characterized in that: it is adjacent with this turning unit that it includes a fixed cell, and fixes drill point on this turning unit with this fixed cell.
9. cutter according to claim 5 detects board, and it is characterized in that: described turning unit includes plurality of fixed portion in order to fix this drill point.
10. cutter according to claim 6 detects board, it is characterized in that: the drill point that described rotation grip unit drives clamping carries out the rotation of 90 degree on this first plane, and the drill point that this turning unit then drives clamping carries out the rotation of 180 degree on this second plane.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201926014U CN201672908U (en) | 2010-05-17 | 2010-05-17 | Cutter detection machine platform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201926014U CN201672908U (en) | 2010-05-17 | 2010-05-17 | Cutter detection machine platform |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201672908U true CN201672908U (en) | 2010-12-15 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010201926014U Expired - Fee Related CN201672908U (en) | 2010-05-17 | 2010-05-17 | Cutter detection machine platform |
Country Status (1)
| Country | Link |
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| CN (1) | CN201672908U (en) |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102615586A (en) * | 2011-01-27 | 2012-08-01 | 钜威自动化股份有限公司 | Full-automatic drill point grinding device and grinding method thereof |
| CN103245672A (en) * | 2013-05-16 | 2013-08-14 | 西北工业大学 | Fixture for detecting tool wear |
| CN103802006A (en) * | 2012-11-08 | 2014-05-21 | 浙江中茂科技有限公司 | Automatic drill point grinding machine |
| CN105127924A (en) * | 2015-09-19 | 2015-12-09 | 大连理工大学 | Clamp used for tool wear detection |
| CN109374647A (en) * | 2018-10-17 | 2019-02-22 | 基准精密工业（惠州）有限公司 | Detection device |
| CN111001587A (en) * | 2019-12-31 | 2020-04-14 | 河南科技大学 | Drill point sorting method convenient for grinding special drill point for PCB |
| CN111112109A (en) * | 2019-12-31 | 2020-05-08 | 河南科技大学 | Drill point sorting device convenient for grinding of drill point special for PCB |
-
2010
- 2010-05-17 CN CN2010201926014U patent/CN201672908U/en not_active Expired - Fee Related
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102615586A (en) * | 2011-01-27 | 2012-08-01 | 钜威自动化股份有限公司 | Full-automatic drill point grinding device and grinding method thereof |
| CN102615586B (en) * | 2011-01-27 | 2014-01-29 | 钜威自动化股份有限公司 | Full-automatic drill point grinding device and grinding method thereof |
| CN103802006A (en) * | 2012-11-08 | 2014-05-21 | 浙江中茂科技有限公司 | Automatic drill point grinding machine |
| CN103245672A (en) * | 2013-05-16 | 2013-08-14 | 西北工业大学 | Fixture for detecting tool wear |
| CN105127924A (en) * | 2015-09-19 | 2015-12-09 | 大连理工大学 | Clamp used for tool wear detection |
| CN109374647A (en) * | 2018-10-17 | 2019-02-22 | 基准精密工业（惠州）有限公司 | Detection device |
| CN111001587A (en) * | 2019-12-31 | 2020-04-14 | 河南科技大学 | Drill point sorting method convenient for grinding special drill point for PCB |
| CN111112109A (en) * | 2019-12-31 | 2020-05-08 | 河南科技大学 | Drill point sorting device convenient for grinding of drill point special for PCB |
| CN111112109B (en) * | 2019-12-31 | 2024-01-16 | 河南科技大学 | Drill point sorting device convenient to special drill point of PCB circuit board grinds |
| CN111001587B (en) * | 2019-12-31 | 2024-01-16 | 河南科技大学 | Drill point sorting method convenient for grinding drill point special for PCB |
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