CN102830285B - Rear windscreen glass resistor and spherical face detection equipment - Google Patents
Rear windscreen glass resistor and spherical face detection equipment Download PDFInfo
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- CN102830285B CN102830285B CN201210095538.6A CN201210095538A CN102830285B CN 102830285 B CN102830285 B CN 102830285B CN 201210095538 A CN201210095538 A CN 201210095538A CN 102830285 B CN102830285 B CN 102830285B
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Abstract
The invention provides rear windscreen glass resistor and spherical face detection equipment which is formed by a rack (1), front and back positioning mechanisms, left and right central mechanisms, a resistor measuring and adjusting mechanism, and a spherical face radian measuring and adjusting mechanism. The rear windscreen glass resistor and spherical face detection equipment disclosed by the invention has the advantages that the device can automatically measure a tool of a glass resistor and can be directly mounted on an assembly line to forcedly detect each glass resistor and each spherical face; and if the glass resistor and the spherical face are not in a qualified range, the device automatically alarms and prompts to reduce the operation complexity of workers. The specification of the tool can be adjusted to be adapted to requirements of different glass varieties.
Description
Technical field
The present invention relates to a kind of rear seat windscreen resistance and sphere checkout equipment.
Background technology
At present, under tempering GT stove, sheet measuring resistance and sphere adopt the mode of manual measurement to carry out, and workman's Operating Complexity is large, and due to the existence of artificial subjective factor, randomness is larger in addition, has undetected phenomenon, cause unacceptable product to flow into client, and hidden danger is larger.
Summary of the invention
Object of the present invention is exactly to adopt the mode of manual measurement to carry out for sheet measuring resistance under current tempering GT stove and sphere, workman's Operating Complexity is large, in addition due to the existence of artificial subjective factor, randomness is larger, there is undetected phenomenon, cause unacceptable product to flow into client, hidden danger provides a kind of rear seat windscreen resistance and sphere checkout equipment compared with large deficiency.
The present invention is by frame, front and back detent mechanism, left and right mechanism placed in the middle, measuring resistance and adjusting mechanism and measurement sphere radian and adjusting mechanism composition, front and back detent mechanism is by prelocalization cylinder, A cylinder, A cylinder longitudinal moving device and rear backstay composition, prelocalization cylinder is arranged in frame, on the piston rod of prelocalization cylinder, backstay is installed, and A cylinder longitudinal moving device is by base, G leading screw and G nut and G handwheel composition, cylinder is arranged on base, and base two ends are arranged on D slide rail by slide block respectively, on E slide rail, G leading screw two ends are arranged in frame by bearing seat respectively, G nut and G threads of lead screw match, G nut is arranged on base by nut seat, piston rod one end of rear backstay one end and A cylinder is movably connected, and rear backstay 4 by hinge be hinged with mount pad front end, left and right mechanism placed in the middle is by B cylinder, slide block, A slide rail, synchronous belt mechanism, a pair of left positioning cylinder, a pair of left slider, a pair of right positioning cylinder, a pair of right slide block, B slide rail and C
Slide rail composition, B cylinder is arranged in frame, A slide rail is arranged in frame, slide block is arranged on B cylinder piston rod one end, and be positioned on A slide rail, synchronous belt mechanism is arranged in frame, slide block is connected with Timing Belt one side of synchronous belt mechanism by connecting link, left positioning cylinder is arranged on left slider, on the piston rod of left positioning cylinder, backstay is installed, a pair of left slider is arranged on respectively on B slide rail and C slide rail, a pair of left slider is connected with Timing Belt one side by connecting link respectively, right positioning cylinder is arranged on right slide block, on the piston rod of right positioning cylinder, backstay is installed, a pair of right slide block is arranged on respectively on B slide rail and C slide rail, a pair of right slide block is connected with Timing Belt opposite side by connecting link respectively, B slide rail and C slide rail are arranged in frame, measuring resistance and adjusting mechanism are by D slide rail, E slide rail, A mount pad, the horizontal lead screw gear of A and guide pole, A handwheel, A longitudinal leadscrew gearing and guide pole, B handwheel, B mount pad, the horizontal lead screw gear of B and guide pole, C handwheel, B longitudinal leadscrew gearing and guide pole, D handwheel, A aciculiform cylinder, B aciculiform cylinder and resistance instrument composition, D slide rail and E slide rail are arranged on respectively in frame, A mount pad two ends are arranged on D slide rail and E slide rail by slide block respectively, the horizontal lead screw gear of A and guide pole are by A leading screw, A nut and A guide pole composition, A leading screw two ends are arranged on A mount pad by bearing seat respectively, A nut and A threads of lead screw match, A nut is arranged on A installing plate by nut seat, A guide pole is arranged on A mount pad by mount pad, A installing plate two ends are arranged on respectively on A leading screw and A guide pole, A handwheel is connected with one end transmission of A leading screw by hand wheel shaft, A longitudinal leadscrew gearing is by B leading screw and B nut, B leading screw two ends are arranged in frame and are formed by bearing seat respectively, B nut and B threads of lead screw match, B nut is arranged on A mount pad by nut seat, B handwheel is connected with one end transmission of B leading screw by hand wheel shaft, A aciculiform cylinder is arranged on A installing plate by mount pad, B mount pad two ends are arranged on D slide rail and E slide rail by slide block respectively, the horizontal lead screw gear of B and guide pole are by C leading screw, C nut and B guide pole composition, C leading screw two ends are arranged on B mount pad by bearing seat respectively, C nut and C threads of lead screw match, C nut is arranged on B installing plate by nut seat, B guide pole is arranged on B mount pad by mount pad, B mount pad two ends are arranged on respectively on C leading screw and B guide pole, C handwheel is movably connected by hand wheel shaft and C leading screw one end, B longitudinal leadscrew gearing is made up of D leading screw and D nut, D leading screw two ends are arranged in frame by bearing seat respectively, D nut and D threads of lead screw match, D nut is arranged on B mount pad by nut seat, D handwheel is connected with one end transmission of D leading screw by hand wheel shaft, B aciculiform cylinder is arranged on B installing plate by mount pad, the resistance test line of resistance instrument is electrically connected with the piston rod of A aciculiform cylinder and the piston rod of B aciculiform cylinder respectively, measure sphere radian and adjusting mechanism by C mount pad, the horizontal lead screw gear of C and guide pole, E handwheel, C longitudinal leadscrew gearing, F handwheel, D cylinder, baseline rod and probe composition, C mount pad two ends are arranged on D slide rail and E slide rail by slide block respectively, the horizontal lead screw gear of C and guide pole are by E leading screw, E nut and C guide pole composition, E leading screw two ends are arranged on C mount pad by bearing seat respectively, E nut and E threads of lead screw match, E nut is arranged on C installing plate by nut seat, C guide pole is arranged on C mount pad by mount pad, C installing plate two ends are arranged on respectively on E leading screw and C guide pole, E handwheel is movably connected by hand wheel shaft and E leading screw one end, C longitudinal leadscrew gearing is made up of F leading screw and F nut, F leading screw two ends respectively bearing seat are arranged in frame, F nut and F threads of lead screw match, F nut is arranged on C mount pad by nut seat, F handwheel is movably connected by hand wheel shaft and F leading screw one end, D cylinder is arranged on C mount pad by bearing, baseline rod is arranged on piston rod one end of D cylinder by installing plate, probe is arranged on baseline rod.
Advantage of the present invention is: this device can be measured the frock of glass resistor automatically, is directly installed on streamline, and each piece glass resistor and sphere are forced to detect, if not in acceptability limit, automatic alarm prompting, reduces workman's operation complexity.Frock specification can regulate, to adapt to the needs of different glass kind.
accompanying drawing explanation
Fig. 1 is structural representation of the present invention.
Fig. 2 is measuring resistance and adjusting mechanism and measurement sphere radian and adjusting mechanism structural representation.
Fig. 3 is left and right mechanism structure schematic diagram placed in the middle.
Fig. 4 is the horizontal lead screw gear of A and guide pole structural representation.
Fig. 5 is the horizontal lead screw gear of B and guide pole structural representation.
Fig. 6 is the horizontal lead screw gear of C and guide pole structural representation.
Embodiment
As shown in Figure 1, the present invention is by frame 1, front and back detent mechanism, left and right mechanism placed in the middle, measuring resistance and adjusting mechanism and measurement sphere radian and adjusting mechanism composition, front and back detent mechanism is by prelocalization cylinder 2, A cylinder 3, A cylinder 3 longitudinal moving devices and rear backstay 4 form, prelocalization cylinder 2 is arranged in frame 1, on the piston rod of prelocalization cylinder 2, backstay is installed, A cylinder 3 longitudinal moving devices are by base 5, G leading screw 3-2 and G nut 3-3 and G handwheel 3-4 composition, cylinder 3 is arranged on base 3-1, base 5 two ends are arranged on D slide rail 16 by slide block respectively, on E slide rail 17, G leading screw 3-2 two ends are arranged in frame 1 by bearing seat respectively, G nut 3-3 and G leading screw 3-2 screw thread match, G nut 3-3 is arranged on base 5 by nut seat, piston rod one end of rear backstay 4 one end and A cylinder 3 is movably connected, and rear backstay 4 by hinge be hinged with mount pad 5 front ends, left and right mechanism placed in the middle is by B cylinder 6, slide block 7, A slide rail 8, synchronous belt mechanism 9, a pair of left positioning cylinder 10, a pair of left slider 11, a pair of right positioning cylinder 12, a pair of right slide block 13, B slide rail 14 and C slide rail 15 form, B cylinder 6 is arranged in frame 1, A slide rail 8 is arranged in frame 1, slide block 7 is arranged on B cylinder 6 piston rod one end, and be positioned on A slide rail 8, synchronous belt mechanism 9 is arranged in frame 1, slide block 7 is connected with Timing Belt 9-1 mono-side of synchronous belt mechanism 9 by connecting link, left positioning cylinder 10 is arranged on left slider 11, on the piston rod of left positioning cylinder 10, backstay is installed, a pair of left slider 11 is arranged on respectively on B slide rail 14 and C slide rail 15, a pair of left slider 11 is connected with Timing Belt 9-1 mono-side by connecting link respectively, right positioning cylinder 12 is arranged on right slide block 13, on the piston rod of right positioning cylinder 12, backstay is installed, a pair of right slide block 13 is arranged on respectively on B slide rail 14 and C slide rail 15, a pair of right slide block 13 is connected with Timing Belt 9-1 opposite side by connecting link respectively, B slide rail 14 and C slide rail 15 are arranged in frame 1, measuring resistance and adjusting mechanism are by D slide rail 16, E slide rail 17, A mount pad 18, the horizontal lead screw gear of A and guide pole, A handwheel 20, A longitudinal leadscrew gearing and guide pole, B handwheel 21, B mount pad 22, the horizontal lead screw gear of B and guide pole, C handwheel 24, B longitudinal leadscrew gearing and guide pole, D handwheel 26, A aciculiform cylinder 27, B aciculiform cylinder 28 and resistance instrument composition, D slide rail 16 and E slide rail 17 are arranged on respectively in frame 1, A mount pad 18 two ends are arranged on D slide rail 16 and E slide rail 17 by slide block respectively, the horizontal lead screw gear of A and guide pole are by A leading screw 19-1, A nut 19-2 and A guide pole 19-4 composition, A leading screw 19-1 two ends are arranged on A mount pad 18 by bearing seat respectively, A nut 19-2 and A leading screw 19-1 screw thread match, A nut 19-2 is arranged on A installing plate 19-3 by nut seat, A guide pole 19-4 is arranged on A mount pad 18 by mount pad, A installing plate 19-3 two ends are arranged on respectively on A leading screw 19-1 and A guide pole 19-4, A handwheel 20 is connected with A leading screw 19-1 one end transmission by hand wheel shaft, A longitudinal leadscrew gearing is made up of B leading screw 20-1 and B nut 20-2, B leading screw 20-1 two ends are arranged in frame 1 by bearing seat respectively, B nut 20-2 and B leading screw 20-1 screw thread match, B nut 20-2 is arranged on A mount pad 18 by nut seat, B handwheel 21 is connected with B leading screw 20-1 one end transmission by hand wheel shaft, A aciculiform cylinder 27 is arranged on A installing plate 19-3 by mount pad, B mount pad 22 two ends are arranged on D slide rail 16 and E slide rail 17 by slide block respectively, the horizontal lead screw gear of B and guide pole are by C leading screw 23-1, C nut 23-2 and B guide pole 23-4 composition, C leading screw 23-1 two ends are arranged on B mount pad 22 by bearing seat respectively, C nut 23-2 and C leading screw 23-1 screw thread match, C nut 23-2 is arranged on B installing plate 23-3 by nut seat, B guide pole 23-4 is arranged on B mount pad 22 by mount pad, B mount pad 22 two ends are arranged on respectively on C leading screw 23-1 and B guide pole 23-4, C handwheel 24 is movably connected by hand wheel shaft and C leading screw 23-1 one end, B longitudinal leadscrew gearing is made up of D leading screw 25-1 and D nut 25-2, D leading screw 25-1 two ends are arranged in frame 1 by bearing seat respectively, D nut 25-2 and D leading screw 25-1 screw thread match, D nut 25-2 is arranged on B mount pad 22 by nut seat, D handwheel 26 is connected with D leading screw 25-1 one end transmission by hand wheel shaft, B aciculiform cylinder 28 is arranged on B installing plate 23-3 by mount pad, the resistance test line of resistance instrument is electrically connected with the piston rod of A aciculiform cylinder 27 and the piston rod of B aciculiform cylinder 28 respectively, measure sphere radian and adjusting mechanism by C mount pad 29, the horizontal lead screw gear of C and guide pole, E handwheel 30, C longitudinal leadscrew gearing, F handwheel 31, D cylinder 32, baseline rod 33 and probe composition, C mount pad 29 two ends are arranged on D slide rail 16 and E slide rail 17 by slide block respectively, the horizontal lead screw gear of C and guide pole are by E leading screw 34-1, E nut 34-2 and C guide pole 34-4 composition, E leading screw 34-1 two ends are arranged on C mount pad 29 by bearing seat respectively, E nut 34-2 and E leading screw 34-1 screw thread match, E nut 34-2 is arranged on C installing plate 34-3 by nut seat, C guide pole 34-4 is arranged on C mount pad 29 by mount pad, C installing plate 34-3 two ends are arranged on respectively on E leading screw 34-1 and C guide pole 34-4, E handwheel 30 is movably connected by hand wheel shaft and E leading screw 34-1 one end, C longitudinal leadscrew gearing is made up of F leading screw 35-1 and F nut 35-2, F leading screw 35-1 two ends respectively bearing seat are arranged in frame 1, F nut 35-2 and F leading screw 35-1 screw thread match, F nut 35-2 is arranged on C mount pad 29 by nut seat, F handwheel 31 is movably connected by hand wheel shaft and F leading screw 35-1 one end, D cylinder 32 is arranged on C mount pad 29 by bearing, baseline rod 33 is arranged on piston rod one end of D cylinder 32 by installing plate, probe is arranged on baseline rod 33.
Surveying work is divided into following steps to be completed:
1, glass flows enters streamline, and prelocalization cylinder 2 piston rods stretch out, and glass is blocked location, and a pair of left positioning cylinder 10 and a pair of right positioning cylinder 12 piston rods stretch out simultaneously, for clamping and positioning is prepared.
2, after has moved on top, B cylinder 6 stretches out, the motion of drive Timing Belt, now Timing Belt drives a pair of left positioning cylinder 10 and a pair of right positioning cylinder 12 to move, to glass clamping and positioning, meanwhile, the piston rod of A cylinder 3 shrinks, make rear backstay 4 one end rotations until be against the rear end of glass, completed the process of four clamped edges location this moment.
3, after has moved on top, top A aciculiform cylinder 27 and B aciculiform
4, when the 3rd step is moved, the piston rod of D cylinder 32 also synchronously stretches out, drive is worked as baseline rod 33 and is moved down, after baseline rod 33 contacts with glass two edges, now probe measurement glass sphere signal is reached to control system, display screen display ball face amount also compares with the sphere bound of this kinds of glass, if give a green light in scope, if alarm in scope not.
After measurement, resistance and spherical surface measurement system are retracted, and localization part is also return original state, transmission start simultaneously.
By rotating A handwheel 20, B handwheel 21, C handwheel 24, D handwheel 26, E handwheel 30 and F handwheel 31, can adjust measuring resistance mechanism and measure the transverse shifting of sphere radian mechanism and vertically move.
Claims (1)
1. a rear seat windscreen resistance and sphere checkout equipment, it is characterized in that it is by frame (1), front and back detent mechanism, left and right mechanism placed in the middle, measuring resistance and adjusting mechanism and measurement sphere radian and adjusting mechanism composition, front and back detent mechanism is by prelocalization cylinder (2), A cylinder (3), A cylinder longitudinal moving device and rear backstay (4) composition, prelocalization cylinder (2) is arranged in frame (1), on the piston rod of prelocalization cylinder (2), backstay is installed, A cylinder (3) longitudinal moving device is by base (5), G leading screw (3-2) and G nut (3-3) and G handwheel (3-4) composition, cylinder (3) is arranged on base (5), base (5) two ends are arranged on D slide rail (16) by slide block respectively, on E slide rail (17), G leading screw (3-2) two ends are arranged in frame (1) by bearing seat respectively, G nut (3-3) matches with G leading screw (3-2) screw thread, G nut (3-3) is arranged on base (5) by nut seat, piston rod one end of rear backstay (4) one end and A cylinder (3) is movably connected, and rear backstay (4) by hinge be hinged with base (5) front end, left and right mechanism placed in the middle is by B cylinder (6), slide block (7), A slide rail (8), synchronous belt mechanism (9), a pair of left positioning cylinder (10), a pair of left slider (11), a pair of right positioning cylinder (12), a pair of right slide block (13), B slide rail (14) and C slide rail (15) composition, B cylinder (6) is arranged in frame (1), A slide rail (8) is arranged in frame (1), slide block (7) is arranged on B cylinder (6) piston rod one end, and be positioned on A slide rail (8), synchronous belt mechanism (9) is arranged in frame (1), slide block (7) is connected with Timing Belt (9-1) side of synchronous belt mechanism (9) by connecting link, left positioning cylinder (10) is arranged on left slider (11), on the piston rod of left positioning cylinder (10), backstay is installed, a pair of left slider (11) is arranged on respectively on B slide rail (14) and C slide rail (15), a pair of left slider (11) is connected with Timing Belt (9-1) side by connecting link respectively, right positioning cylinder (12) is arranged on right slide block (13), on the piston rod of right positioning cylinder (12), backstay is installed, a pair of right slide block (13) is arranged on respectively on B slide rail (14) and C slide rail (15), a pair of right slide block (13) is connected with Timing Belt (9-1) opposite side by connecting link respectively, B slide rail (14) and C slide rail (15) are arranged in frame (1), measuring resistance and adjusting mechanism are by D slide rail (16), E slide rail (17), A mount pad (18), the horizontal lead screw gear of A and guide pole, A handwheel (20), A longitudinal leadscrew gearing and guide pole, B handwheel (21), B mount pad (22), the horizontal lead screw gear of B and guide pole, C handwheel (24), B longitudinal leadscrew gearing and guide pole, D handwheel (26), A aciculiform cylinder (27), B aciculiform cylinder (28) and resistance instrument composition, D slide rail (16) and E slide rail (17) are arranged on respectively in frame (1), A mount pad (18) two ends are arranged on D slide rail (16) and E slide rail (17) by slide block respectively, the horizontal lead screw gear of A and guide pole are by A leading screw (19-1), A nut (19-2) and A guide pole (19-4) composition, A leading screw (19-1) two ends are arranged on A mount pad (18) by bearing seat respectively, A nut (19-2) matches with A leading screw (19-1) screw thread, A nut (19-2) is arranged on A installing plate (19-3) by nut seat, A guide pole (19-4) is arranged on A mount pad (18) by mount pad, A installing plate (19-3) two ends are arranged on respectively on A leading screw (19-1) and A guide pole (19-4), A handwheel (20) is connected with A leading screw (19-1) one end transmission by hand wheel shaft, A longitudinal leadscrew gearing is made up of B leading screw (20-1) and B nut (20-2), B leading screw (20-1) two ends are arranged in frame (1) by bearing seat respectively, B nut (20-2) matches with B leading screw (20-1) screw thread, B nut (20-2) is arranged on A mount pad (18) by nut seat, B handwheel (21) is connected with B leading screw (20-1) one end transmission by hand wheel shaft, A aciculiform cylinder (27) is arranged on A installing plate (19-3) by mount pad, B mount pad (22) two ends are arranged on D slide rail (16) and E slide rail (17) by slide block respectively, the horizontal lead screw gear of B and guide pole are by C leading screw (23-1), C nut (23-2) and B guide pole (23-4) composition, C leading screw (23-1) two ends are arranged on B mount pad (22) by bearing seat respectively, C nut (23-2) matches with C leading screw (23-1) screw thread, C nut (23-2) is arranged on B installing plate (23-3) by nut seat, B guide pole (23-4) is arranged on B mount pad (22) by mount pad, B mount pad (22) two ends are arranged on respectively on C leading screw (23-1) and B guide pole (23-4), C handwheel (24) is movably connected by hand wheel shaft and C leading screw (23-1) one end, B longitudinal leadscrew gearing is made up of D leading screw (25-1) and D nut (25-2), D leading screw (25-1) two ends are arranged in frame (1) by bearing seat respectively, D nut (25-2) matches with D leading screw (25-1) screw thread, D nut (25-2) is arranged on B mount pad (22) by nut seat, D handwheel (26) is connected with D leading screw (25-1) one end transmission by hand wheel shaft, B aciculiform cylinder (28) is arranged on B installing plate (23-3) by mount pad, the resistance test line of resistance instrument is electrically connected with the piston rod of A aciculiform cylinder (27) and the piston rod of B aciculiform cylinder (28) respectively, measure sphere radian and adjusting mechanism by C mount pad (29), the horizontal lead screw gear of C and guide pole, E handwheel (30), C longitudinal leadscrew gearing, F handwheel (31), D cylinder (32), baseline rod (33) and probe composition, C mount pad (29) two ends are arranged on D slide rail (16) and E slide rail (17) by slide block respectively, the horizontal lead screw gear of C and guide pole are by E leading screw (34-1), E nut (34-2) and C guide pole (34-4) composition, E leading screw (34-1) two ends are arranged on C mount pad (29) by bearing seat respectively, E nut (34-2) matches with E leading screw (34-1) screw thread, E nut (34-2) is arranged on C installing plate (34-3) by nut seat, C guide pole (34-4) is arranged on C mount pad (29) by mount pad, C installing plate (34-3) two ends are arranged on respectively on E leading screw (34-1) and C guide pole (34-4), E handwheel (30) is movably connected by hand wheel shaft and E leading screw (34-1) one end, C longitudinal leadscrew gearing is made up of F leading screw (35-1) and F nut (35-2), F leading screw (35-1) two ends respectively bearing seat are arranged in frame 1, F nut (35-2) matches with F leading screw (35-1) screw thread, F nut (35-2) is arranged on C mount pad (29) by nut seat, F handwheel (31) is movably connected by hand wheel shaft and F leading screw (35-1) one end, D cylinder (32) is arranged on C mount pad (29) by bearing, baseline rod (33) is arranged on piston rod one end of D cylinder (32) by installing plate, probe is arranged on baseline rod (33).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210095538.6A CN102830285B (en) | 2012-04-02 | 2012-04-02 | Rear windscreen glass resistor and spherical face detection equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210095538.6A CN102830285B (en) | 2012-04-02 | 2012-04-02 | Rear windscreen glass resistor and spherical face detection equipment |
Publications (2)
| Publication Number | Publication Date |
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| CN102830285A CN102830285A (en) | 2012-12-19 |
| CN102830285B true CN102830285B (en) | 2014-07-09 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201210095538.6A Active CN102830285B (en) | 2012-04-02 | 2012-04-02 | Rear windscreen glass resistor and spherical face detection equipment |
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| CN (1) | CN102830285B (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103389415B (en) * | 2013-08-07 | 2016-03-09 | 福耀玻璃（重庆）有限公司 | For detecting glass heats line resistance and the detection system whether broken and method |
| CN104325269B (en) * | 2014-11-04 | 2017-02-15 | 广东五星太阳能股份有限公司 | Double-group and semi-automatic cover plate assembly machine for flat plate heat collectors |
| CN104390562B (en) * | 2014-11-26 | 2018-07-27 | 芜湖莫森泰克汽车科技股份有限公司 | Its window face difference detection device |
| CN108328332A (en) * | 2018-01-19 | 2018-07-27 | 贵港市瑞成科技有限公司 | A kind of transmission mechanism of the anti-pressure break transmission line of the subordinate piece of preceding shelves glass deburring machinery |
| CN108328331A (en) * | 2018-01-19 | 2018-07-27 | 贵港市瑞成科技有限公司 | A kind of centering mechanism of the preceding subordinate piece transmission line of shelves glass deburring machinery |
| CN108382855A (en) * | 2018-01-19 | 2018-08-10 | 贵港市瑞成科技有限公司 | The subordinate piece transmission line of shelves glass deburring machinery before one kind |
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| CN2733368Y (en) * | 2004-06-10 | 2005-10-12 | 河南黄河旋风股份有限公司 | Precision measurement device for film resistor or chip resistor |
| CN201662595U (en) * | 2010-04-22 | 2010-12-01 | 厦门万德宏光电科技有限公司 | Sheet resistance tester for conductive glass film layer of touch screen |
| CN201926435U (en) * | 2010-12-30 | 2011-08-10 | 长春合心机械制造有限公司 | Automobile skylight glass curvature measuring bench |
| CN202614850U (en) * | 2012-04-02 | 2012-12-19 | 福耀玻璃(湖北)有限公司 | Rear windshield glass resistance and spherical detection device |
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| JPS61105411A (en) * | 1984-10-29 | 1986-05-23 | Mitsutoyo Mfg Co Ltd | Measuring method of multidimensional measuring machine |
| JP2003097940A (en) * | 2001-09-21 | 2003-04-03 | Ricoh Co Ltd | Method and device for shape measuring, storage medium storing computer program for shape measuring, and computer program for shape measuring |
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|---|---|---|---|---|
| CN2733368Y (en) * | 2004-06-10 | 2005-10-12 | 河南黄河旋风股份有限公司 | Precision measurement device for film resistor or chip resistor |
| CN201662595U (en) * | 2010-04-22 | 2010-12-01 | 厦门万德宏光电科技有限公司 | Sheet resistance tester for conductive glass film layer of touch screen |
| CN201926435U (en) * | 2010-12-30 | 2011-08-10 | 长春合心机械制造有限公司 | Automobile skylight glass curvature measuring bench |
| CN202614850U (en) * | 2012-04-02 | 2012-12-19 | 福耀玻璃(湖北)有限公司 | Rear windshield glass resistance and spherical detection device |
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| JP特开2003-97940A 2003.04.03 |
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