CN204175735U - Filter automatic glue-dispersion chip mounting machine - Google Patents
Filter automatic glue-dispersion chip mounting machine Download PDFInfo
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- CN204175735U CN204175735U CN201420492455.5U CN201420492455U CN204175735U CN 204175735 U CN204175735 U CN 204175735U CN 201420492455 U CN201420492455 U CN 201420492455U CN 204175735 U CN204175735 U CN 204175735U
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Abstract
The utility model is applicable to optoelectronic device process equipment field, provide a kind of filter automatic glue-dispersion chip mounting machine, comprise supporting frame, fitting seat, horizontally disposed dunnage, move horizontally platform, elevator mechanism, for lock optical element locking framework, for storing the storage box of filter, adhesive deposite device, this filter being fitted in the adsorption mechanism on optical element and the positioning block for carrying out contraposition calibration to the filter on adsorption mechanism for the filter drawn in storage box; Storage box is installed in dunnage, and elevator mechanism is installed on supporting frame, and fitting seat is fixed on elevator mechanism, and adhesive deposite device is installed on fitting seat, and adsorption mechanism is installed on fitting seat.By designing a kind of filter automatic glue-dispersion chip mounting machine, realize the automatic location of filter, calibration, then be fitted on optical element; Without the need to filter of manually fitting, efficiency is high, and draws filter by adsorption mechanism, can not damage filter.
Description
Technical field
The utility model belongs to optoelectronic device process equipment field, particularly relates to a kind of filter automatic glue-dispersion chip mounting machine.
Background technique
Filter is used to the optical device choosing required radiation wave band.Often filter can be used at photovoltaic industry.The use of filter, generally needs filter to be fitted on optical element.The attaching process of filter requires high, need to ensure filter and optical element contraposition neat.Prior art is generally the some sticker sheet manually carrying out filter under the microscope, and require high to the proficiency of personnel, eyes fatiguability, gripping filter is wasted time and energy and easily caused filter to damage, and efficiency is low.
Model utility content
The purpose of this utility model is to provide a kind of filter automatic glue-dispersion chip mounting machine, be intended to solve the some sticker sheet that prior art manually carries out filter under the microscope, require high to the proficiency of personnel, eyes fatiguability, gripping filter is wasted time and energy and is easily caused filter to damage, inefficient problem.
The utility model realizes like this, a kind of filter automatic glue-dispersion chip mounting machine, comprise supporting frame, fitting seat, horizontally disposed dunnage, what move in the horizontal direction for driving described dunnage moves horizontally platform, drive the elevator mechanism that described fitting seat is elevated, for locating and lock the locking framework of optical element, for storing the storage box of filter, for putting the adhesive deposite device of glue on described optical element, for the described filter drawn in described storage box and the adsorption mechanism this filter fitted on described optical element and the positioning block for carrying out contraposition calibration to the described filter on described adsorption mechanism, move horizontally described in described dunnage is installed on platform, described locking framework is installed in described dunnage, described positioning block is fixed in described dunnage, described storage box is installed in described dunnage, described elevator mechanism is installed on support frame as described above, described fitting seat is fixed on described elevator mechanism, and described adhesive deposite device is installed on described fitting seat, and described adsorption mechanism is installed on described fitting seat.
Further, described adhesive deposite device comprise the fixing frame be fixed on described fitting seat, the rubber-storing cylinder be installed on described fixing frame, be installed on described rubber-storing cylinder lower end syringe needle, for carrying the glue dripping machine of air and the pneumatic tube on top being connected described glue dripping machine and described rubber-storing cylinder in described rubber-storing cylinder.
Further, described adhesive deposite device also comprises the adjusting part for regulating described needle position, described adjusting part comprise the positioning plate that offers the perforate that the lower end for described rubber-storing cylinder is stretched into and for support described rubber-storing cylinder lower end to regulate multiple adjusting bolts of described needle position; Multiple described adjusting bolt is around described perforate and interval is installed on described positioning plate, and described positioning plate offers the tapped hole coordinating and install corresponding described adjusting bolt, described positioning plate is fixed on described fixing frame.
Further, described adsorption mechanism comprises the scaffold be fixed on described fitting seat, for drawing the suction nozzle of described filter and the pump bowl for extracting air in described suction nozzle, described pump bowl is fixed on described scaffold, described suction nozzle is installed on the lower end of described pump bowl, and described suction nozzle has the lower end surface contacting described filter.
Further, described positioning block comprises the contiguous block be fixed in described dunnage, by the first side plate of described contiguous block projection straight up be convexly equipped with the second side plate by described first side plate perpendicular to this first side plate, described first side plate has the first locating face vertically arranged near the side of described second side plate, described second side plate has described first locating face of cooperation and supports and locate the second locating face of the adjacent both sides of described filter, described second locating face is perpendicular to described first locating face, and described second locating face is perpendicular to the described lower end surface of described suction nozzle.
Further, described storage box comprises the memory plane be installed in described dunnage, described memory plane offers some holding tanks coordinating the described filter of collecting.
Further, described storage box also comprises and coordinates location and clamp the storing fixture of described memory plane, and described storing fixture comprises the base plate be fixed in described dunnage, be fixed on two fixed plates of the adjacent both sides of described base plate, two clamping plate coordinating two described fixed plates to clamp described memory plane respectively and the connecting bolt respectively two described clamping plate being installed on both sides relative with two described fixed plates on described base plate.
Further, each described connecting bolt is all arranged with and compresses spring, described in compress spring opposite end support the opposite exterior lateral sides face of corresponding described clamping plate and the nut of corresponding described connecting bolt respectively.
Further, described locking framework comprises the fixed block for locating described optical element and coordinates described fixed block to clamp the grip block of described optical element, and described fixed block is installed in described dunnage.
Further, described locking framework also comprises for promoting the gripper cylinder of described grip block towards or away from described fixed block movement, and described gripper cylinder is installed in described dunnage, and described grip block is connected with described gripper cylinder.
The utility model designs a kind of filter automatic glue-dispersion chip mounting machine, by locking framework positioning optical element, use adhesive deposite device to optical element point glue, adsorption mechanism draws filter, again by moving horizontally platform and elevator mechanism cooperation driving, making adsorption mechanism drive filter to move to positioning block place, contraposition calibration is carried out to filter, fixed point moves on optical element again, is fitted in by filter on optical element; Thus realize the automatic location of filter, calibration, then be fitted on optical element; Without the need to filter of manually fitting, efficiency is high, and draws filter by adsorption mechanism, can not damage filter.
Accompanying drawing explanation
Fig. 1 is the perspective view of a kind of filter automatic glue-dispersion chip mounting machine that the utility model embodiment one provides;
Fig. 2 is the structure for amplifying schematic diagram of part A in Fig. 1;
Fig. 3 be the filter automatic glue-dispersion chip mounting machine of Fig. 1 face structural representation;
Fig. 4 is the structure for amplifying schematic diagram of fitting seat, adsorption mechanism, fixing frame and adjusting part in the filter automatic glue-dispersion chip mounting machine of Fig. 1;
Part-structure schematic diagram when Fig. 5 is filter contraposition calibration in the filter automatic glue-dispersion chip mounting machine of Fig. 1;
Fig. 6 is the structure for amplifying schematic diagram of part B in Fig. 5.
Part-structure schematic diagram when Fig. 7 is filter contraposition calibration in a kind of filter automatic glue-dispersion chip mounting machine of providing of the utility model embodiment two;
Fig. 8 is the structure for amplifying schematic diagram of C part in Fig. 7.
Embodiment
In order to make the purpose of this utility model, technological scheme and advantage clearly understand, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
Embodiment one:
Refer to Fig. 1, Fig. 3 and Fig. 6, a kind of filter automatic glue-dispersion chip mounting machine that the utility model embodiment provides, comprises supporting frame 1, fitting seat 14, dunnage 12, moves horizontally platform 11, elevator mechanism 13, locking framework 2, storage box 3, adhesive deposite device 6, adsorption mechanism 5 and positioning block 4; Dunnage 12 is horizontally disposed with, and is installed on and moves horizontally on platform 11; Moving horizontally platform 11 is arranged on supporting frame 1, and for driving dunnage 12 to move in the horizontal direction, the direction (X, Y-axis) namely driving dunnage 12 in the horizontal direction two on supporting frame 1 vertical is mobile; Storage box 3 is for storing filter 9, and storage box 3 is installed in dunnage 12; Locking framework 2 is for location and locking optical element, to fit filter 9 on optical element, locking framework 2 is installed in dunnage 12; Fitting seat 14 is fixed on elevator mechanism 13, is used for strong point adhesive dispenser 6 and adsorption mechanism 5; Adhesive deposite device 6 for putting glue on optical element, and adhesive deposite device 6 is installed on fitting seat 14; Adsorption mechanism 5 is for the filter 9 drawn in storage box 3 and this filter 9 is fitted in optical element, and adsorption mechanism 5 is installed on fitting seat 14; Elevator mechanism 13 is installed on supporting frame 1, and drive installation seat 14 is elevated, and drives adhesive deposite device 6 to be elevated to put glue on optical element, drives adsorption mechanism 5 to be elevated, to carry out contraposition calibration to filter 9 and to be fitted on optical element by filter 9; Positioning block 4 is fixed in dunnage 12, for carrying out contraposition calibration to the filter 9 on adsorption mechanism 5; In addition positioning block 4 and locking framework 2 are installed in dunnage 12, after again filter 9 contraposition can being calibrated, only move filter 9 can be moved to direction on optical element along a direction, thus realize the location of filter 9 and optical element more accurately.
See also Fig. 5 and Fig. 6, the working procedure of this filter automatic glue-dispersion chip mounting machine is as follows:
Locking framework 2 is located and is locked optical element, moves horizontally platform 11 and drives dunnage 12 to move horizontally, moved on to by optical element below adhesive deposite device 6, and elevator mechanism 13 drive installation seat 14 declines, and makes adhesive deposite device 6 to optical element point glue; Moving horizontally platform 11 drives dunnage 12 to move horizontally, and is moved to by storage box 3 below adsorption mechanism 5, and elevator mechanism 13 drive installation seat 14 declines, and drives adsorption mechanism 5 to decline, makes adsorption mechanism 5 draw filter 9 in storage box 3; Elevator mechanism 13 drives adsorption mechanism 5 to rise, and leaves storage box 3; Moving horizontally platform 11 drives dunnage 12 to move horizontally, and drives positioning block 4 to move, and makes positioning block 4 support filter 9 on adsorption mechanism 5, regulates the relative position of filter 9 on adsorption mechanism 5, namely carry out contraposition calibration to filter 9; Moving horizontally platform 11 drives dunnage 12 to move horizontally, optical element on locking framework 2 is moved to the direction of adsorption mechanism 5, make optical element move to below filter 9, elevator mechanism 13 drive installation seat 14 declines, and makes the filter 9 on adsorption mechanism 5 be fitted on optical element; Then elevator mechanism 13 drive installation seat 14 rises, and drives adsorption mechanism 5 to leave optical element, realizes the automatic attaching of filter 9.
By locking framework 2 positioning optical element, use adhesive deposite device 6 pairs of optical element point glue, adsorption mechanism 5 draws filter 9, again by moving horizontally platform 11 and elevator mechanism 13 cooperation driving, adsorption mechanism 5 is made to drive filter 9 to move to positioning block 4 place, contraposition calibration is carried out to filter 9, then fixed point moves on optical element, is fitted on optical element by filter 9; Thus realize the automatic location of filter 9, calibration, then be fitted on optical element; Without the need to filter 9 of manually fitting, efficiency is high, and draws filter 9 by adsorption mechanism 5, can not damage filter 9.
Refer to Fig. 1, Fig. 3 and Fig. 4, adhesive deposite device 6 comprises fixing frame 63, rubber-storing cylinder 64, syringe needle 65, glue dripping machine 61 and pneumatic tube 62; Fixing frame 63 is fixed on fitting seat 14; Rubber-storing cylinder 64 is installed on fixing frame 63; Syringe needle 65 is installed on rubber-storing cylinder 64 lower end, to put glue on optical element; Glue dripping machine 61 for carrying air in rubber-storing cylinder 64; Pneumatic tube 62 connects glue dripping machine 61 and the top of rubber-storing cylinder 64, so that air is delivered in rubber-storing cylinder 64 by glue dripping machine 61, with in the glue will stored in rubber-storing cylinder 64 press-in syringe needle 65, thus conveniently carries out a glue.Rubber-storing cylinder 64 is set, and syringe needle 65 is arranged on rubber-storing cylinder 64 lower end, the bubble in glue can be got rid of by rubber-storing cylinder 64, so that filter 9 is better fitted on optical element.In the present embodiment, rubber-storing cylinder 64 is vertically arranged, and syringe needle 65 is also vertically arranged, thus better can determine the position of syringe needle 65, more accurately, equably to put glue on optical element.In other embodiment, rubber-storing cylinder 64 also can to tilt several angle with vertical direction.
Adhesive deposite device 6 also comprises the adjusting part 66 for regulating syringe needle 65 position.Adjusting part 66 is set, better can regulates the some glue position in syringe needle 65 align optical components, make syringe needle 65 better on optical element, put glue, ensure that filter 9 can better be fitted on optical element.Meanwhile, also can prevent glue from polluting other position of optical element.
Adjusting part 66 comprises positioning plate 661 and multiple adjusting bolt 663; Positioning plate 661 is fixed on fixing frame 63, positioning plate 661 offers perforate 662, and syringe needle 65 is through this perforate 662, and the lower end of rubber-storing cylinder 64 is inserted in this perforate 662; Multiple adjusting bolt 663 interval is arranged on positioning plate 661, and around the perforate 662 on positioning plate 661; Positioning plate 661 offers the tapped hole (not marking in figure) coordinating and install corresponding adjusting bolt 663.By turning adjusting bolt 663, make adjusting bolt 663 support the lower end of rubber-storing cylinder 64, thus regulate the position of syringe needle 65.
Refer to Fig. 1, Fig. 4 and Fig. 6, adsorption mechanism 5 comprises scaffold 51, suction nozzle 53 and pump bowl 52; Scaffold 51 is fixed on fitting seat 14; Suction nozzle 53 is for drawing filter 9, and suction nozzle 53 is installed on the lower end of pump bowl 52, and suction nozzle 53 has the lower end surface 531 of contact filter 9; Pump bowl 52 is fixed on scaffold 51, for extracting air in suction nozzle 53, makes to produce negative pressure in suction nozzle 53.Extract air in suction nozzle 53 by pump bowl 52, make to produce negative pressure in suction nozzle 53, thus absorption filter 9; Can prevent from damaging filter 9 simultaneously.
Refer to figure Fig. 2, Fig. 5 and Fig. 6, positioning block 4 comprises contiguous block 41, first side plate 42 and the second side plate 44; Contiguous block 41 is fixed in dunnage 12; First side plate 42 is gone out by contiguous block 41 projection straight up, and the second side plate 44 is gone out perpendicular to this first side plate 42 projection by the first side plate 42; First side plate 42 has the first locating face 43, first locating face 43 near the side of the second side plate 44 vertically arrange; Second side plate 44 has the second locating face 45, second locating face 45 is perpendicular to the first locating face 43, and the second locating face 45 perpendicular to lower end surface 531, first locating face 43 of suction nozzle 53 and the second locating face 45 for coordinating the adjacent both sides supporting filter 9, to realize the location to filter 9.Suction nozzle 53 takes out filter 9, and positioning block 4 moves to filter 9, makes the first locating face 43 and the second locating face 45 support the adjacent both sides of filter 9 respectively, filter 9 is moved on the lower end surface 531 of suction nozzle 53, thus carries out contraposition and calibration to filter 9.
In the present embodiment, the lower end surface 531 of suction nozzle 53 is in being horizontally disposed with, and when drawing filter 9, filter 9 is the level of state.Second locating face 45 is also vertically arranged, thus can carry out contraposition and calibration for the filter 9 of horizontal abutment, namely realizes carrying out contraposition and calibration to 0 degree of filter 9.
Refer to Fig. 1, Fig. 2 and Fig. 5, storage box 3 comprises the memory plane 31 be installed in dunnage 12, memory plane 31 offers some holding tanks 311 coordinating collecting filter 9.Memory plane 31 is offered holding tank 311, filter 9 is stored in holding tank 311, thus can carry out preliminary location to filter 9 by holding tank 311, also facilitate adsorption mechanism 5 to draw filter 9 in addition.
Storage box 3 also comprises the storing fixture 32 coordinating location and clamping memory plane 31, arranges storing fixture 32, can fixed storage plate 31; Holding tank 311 can also be located in addition, thus Primary Location filter 9.
Storing fixture 32 comprises base plate 321, two fixed plates 322, two clamping plate 323 and multiple connecting bolt 324; Base plate 321 is fixed in dunnage 12, and two fixed plates 322 are individually fixed in the adjacent both sides of base plate 321, thus location memory plane 31; Two clamping plate 323 are installed on both sides relative with two fixed plates 322 on base plate 321 respectively; Two fixed plates 322 coordinate two fixed plates 322 to clamp four sides of memory plane 31 respectively, and corresponding clamping plate 323 are installed on the corresponding side of base plate 321 by multiple connecting bolt 324 respectively.
Each connecting bolt 324 is all arranged with and compresses spring 325, the opposite end compressing spring 325 supports the opposite exterior lateral sides face of corresponding clamping plate 323 and the nut of corresponding connecting bolt 324 respectively.Setting compresses spring 325, can prop up clamping plate 323 by compressing spring 325, prevent memory plane 31 and on holding tank 311 be out of shape.
Refer to Fig. 1 and Fig. 6, locking framework 2 comprise for positioning optical element fixed block 21 and coordinate the grip block 22 of fixed block 21 holding optical components, fixed block 21 is installed in dunnage 12.Carry out positioning optical element by fixed block 21, then coordinate fixed block 21 to be clamped by optical element by grip block 22, thus locking optical element, on optical element, put glue and laminating filter 9 to facilitate.
Locking framework 2 also comprises gripper cylinder 23, gripper cylinder 23 is installed in dunnage 12, grip block 22 is connected with gripper cylinder 23, promotes grip block 22 move towards fixed block 21 by gripper cylinder 23, grip block 22 is coordinated with fixed block 21 locate, locks optical element; When after laminating filter 9, gripper cylinder 23 drives grip block 22 to move away from fixed block 21, thus unclamps optical element.
Move horizontally platform 11 and can use X, Y-axis mobile substation.Moving horizontally platform 11 can use orthogonal two lead screw transmission mechanism to form, such as, move horizontally platform 11 and comprise the first slide rail be installed on supporting frame 1, the slide plate be slidably mounted on the first slide rail, the second slide rail be installed on slide plate, drive slide plate along the first screw mandrel drive mechanism of the first slide rail movement and dunnage 12 along the second screw mandrel drive mechanism of the second slide rail movement; First screw mandrel drive mechanism is installed on supporting frame 1, and the second screw mandrel drive mechanism is installed on slide plate, and the second slide rail is perpendicular to the first slide rail, and dunnage 12 is slidably mounted on the second slide rail.Dunnage 12 is arranged on the second slide rail, and the second slide rail and the second screw mandrel drive mechanism are arranged on again on slide plate, and slide plate is arranged on the first slide rail; When the first screw mandrel drive mechanism promotes slide plate along the first slide rail slip, then dunnage 12 can be driven to move along the first slide rail; When the dunnage 12 that promotes second screw mandrel drive mechanism moves along the second slide rail, can move along the direction perpendicular to the first slide rail along dunnage 12, thus realization promotion dunnage 12 moves along vertical both direction in the horizontal plane, namely realizes XY direction and moves.In other embodiment, the first screw mandrel drive mechanism and the second screw mandrel drive mechanism also can be chain drive, pinion and rack etc.
In like manner, elevator mechanism 13 also can be lead screw transmission mechanism, also can be the pinion and rack etc. vertically arranged, such as elevator mechanism 13 comprises the guide rail be vertically arranged on supporting frame 1, the slide block be slidably mounted on guide rail, is vertically arranged on the motor that the tooth bar on supporting frame 1, the gear coordinated with tooth bar and actuation gear rotate, gear and slide block pivot joint, fitting seat 14 and slide block are fixedly linked, moved up and down along tooth bar by motor-driven gear, band movable slider and fitting seat 14 are elevated along slide rail.
Embodiment two:
Refer to Fig. 7 and Fig. 8, being distinguished as of the filter automatic glue-dispersion chip mounting machine of the present embodiment and the filter automatic glue-dispersion chip mounting machine of embodiment one:
Lower end surface 531 ＇ of suction nozzle 53 ＇ is inclined to set, and lower end surface 531 ＇ of suction nozzle 53 ＇ and the oblique angle of horizontal plane are 45 degree, then, when drawing filter 9, filter 9 is horizontal by 45 degree of inclination angles; Second locating face 45 ＇ of second side plate 44 ＇ of positioning block 4 ＇ is inclined to set, and the oblique angle of the second locating face 45 ＇ and horizontal plane is 45 degree, second locating face 45 ＇ is vertical with lower end surface 531 ＇ of suction nozzle 53 ＇, thus realizes carrying out contraposition and calibration to 45 degree of filters 9.
In like manner, to carry out contraposition calibration to the filter 9 of a certain inclination a, lower end surface 531 ＇ of suction nozzle 53 ＇ and horizontal plane oblique angle can be set to a degree, and second locating face 45 ＇ of positioning block 4 ＇ to be set to the oblique angle of horizontal plane be 90-a degree, even if after determining the inclination angle of lower end surface 531 ＇ of suction nozzle 53 ＇, reset the inclination angle of second locating face 45 ＇ of positioning block 4 ＇, make lower end surface 531 ＇ of suction nozzle 53 ＇ vertical with second locating face 45 ＇ of positioning block 4 ＇.
Other structure of the filter automatic glue-dispersion chip mounting machine of the present embodiment is identical with the structure of the filter automatic glue-dispersion chip mounting machine of embodiment one, no longer burdensome at this.
The foregoing is only better case study on implementation of the present utility model; not in order to limit the utility model; all do within spirit of the present utility model and principle any amendment, equivalent to replace and improvement etc., all should be included within protection domain of the present utility model.
Claims (10)
1. a filter automatic glue-dispersion chip mounting machine, it is characterized in that, comprise supporting frame, fitting seat, horizontally disposed dunnage, what move in the horizontal direction for driving described dunnage moves horizontally platform, drive the elevator mechanism that described fitting seat is elevated, for locating and lock the locking framework of optical element, for storing the storage box of filter, for putting the adhesive deposite device of glue on described optical element, for the described filter drawn in described storage box and the adsorption mechanism this filter fitted on described optical element and the positioning block for carrying out contraposition calibration to the described filter on described adsorption mechanism, move horizontally described in described dunnage is installed on platform, described locking framework is installed in described dunnage, described positioning block is fixed in described dunnage, described storage box is installed in described dunnage, described elevator mechanism is installed on support frame as described above, described fitting seat is fixed on described elevator mechanism, and described adhesive deposite device is installed on described fitting seat, and described adsorption mechanism is installed on described fitting seat.
2. filter automatic glue-dispersion chip mounting machine as claimed in claim 1, it is characterized in that, described adhesive deposite device comprise the fixing frame be fixed on described fitting seat, the rubber-storing cylinder be installed on described fixing frame, be installed on described rubber-storing cylinder lower end syringe needle, for carrying the glue dripping machine of air and the pneumatic tube on top being connected described glue dripping machine and described rubber-storing cylinder in described rubber-storing cylinder.
3. filter automatic glue-dispersion chip mounting machine as claimed in claim 2, it is characterized in that, described adhesive deposite device also comprises the adjusting part for regulating described needle position, described adjusting part comprise the positioning plate that offers the perforate that the lower end for described rubber-storing cylinder is stretched into and for support described rubber-storing cylinder lower end to regulate multiple adjusting bolts of described needle position; Multiple described adjusting bolt is around described perforate and interval is installed on described positioning plate, and described positioning plate offers the tapped hole coordinating and install corresponding described adjusting bolt, described positioning plate is fixed on described fixing frame.
4. the filter automatic glue-dispersion chip mounting machine as described in any one of claim 1-3, it is characterized in that, described adsorption mechanism comprises the scaffold be fixed on described fitting seat, for drawing the suction nozzle of described filter and the pump bowl for extracting air in described suction nozzle, described pump bowl is fixed on described scaffold, described suction nozzle is installed on the lower end of described pump bowl, and described suction nozzle has the lower end surface contacting described filter.
5. filter automatic glue-dispersion chip mounting machine as claimed in claim 4, it is characterized in that, described positioning block comprises the contiguous block be fixed in described dunnage, by the first side plate of described contiguous block projection straight up be convexly equipped with the second side plate by described first side plate perpendicular to this first side plate, described first side plate has the first locating face vertically arranged near the side of described second side plate, described second side plate has described first locating face of cooperation and supports and locate the second locating face of the adjacent both sides of described filter, described second locating face is perpendicular to described first locating face, and described second locating face is perpendicular to the described lower end surface of described suction nozzle.
6. the filter automatic glue-dispersion chip mounting machine as described in any one of claim 1-3, is characterized in that, described storage box comprises the memory plane be installed in described dunnage, described memory plane offers some holding tanks coordinating the described filter of collecting.
7. filter automatic glue-dispersion chip mounting machine as claimed in claim 6, it is characterized in that, described storage box also comprises and coordinates location and clamp the storing fixture of described memory plane, and described storing fixture comprises the base plate be fixed in described dunnage, be fixed on two fixed plates of the adjacent both sides of described base plate, two clamping plate coordinating two described fixed plates to clamp described memory plane respectively and the connecting bolt respectively two described clamping plate being installed on both sides relative with two described fixed plates on described base plate.
8. filter automatic glue-dispersion chip mounting machine as claimed in claim 7, it is characterized in that, each described connecting bolt is all arranged with and compresses spring, described in compress spring opposite end support the opposite exterior lateral sides face of corresponding described clamping plate and the nut of corresponding described connecting bolt respectively.
9. the filter automatic glue-dispersion chip mounting machine as described in any one of claim 1-3, it is characterized in that, described locking framework comprises the fixed block for locating described optical element and coordinates described fixed block to clamp the grip block of described optical element, and described fixed block is installed in described dunnage.
10. filter automatic glue-dispersion chip mounting machine as claimed in claim 9, it is characterized in that, described locking framework also comprises for promoting the gripper cylinder of described grip block towards or away from described fixed block movement, described gripper cylinder is installed in described dunnage, and described grip block is connected with described gripper cylinder.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420492455.5U CN204175735U (en) | 2014-08-28 | 2014-08-28 | Filter automatic glue-dispersion chip mounting machine |
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| CN201420492455.5U CN204175735U (en) | 2014-08-28 | 2014-08-28 | Filter automatic glue-dispersion chip mounting machine |
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| CN204175735U true CN204175735U (en) | 2015-02-25 |
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| CN110426773B (en) * | 2019-07-30 | 2021-12-10 | 深圳市华亚信科技有限公司 | Attached automatic production device of polaroid |
| CN110426773A (en) * | 2019-07-30 | 2019-11-08 | 深圳市华亚信科技有限公司 | Polarizer sheet sticking automatic manufacturing device |
| CN110529477A (en) * | 2019-07-31 | 2019-12-03 | 东莞长盈精密技术有限公司 | Auxiliary material applying system and its flowing carrier |
| CN110529477B (en) * | 2019-07-31 | 2021-06-04 | 东莞长盈精密技术有限公司 | Auxiliary material laminating system and mobile carrier thereof |
| CN114340199A (en) * | 2021-12-20 | 2022-04-12 | 江苏永鼎光电子技术有限公司 | Automatic chip mounter |
| CN115951464A (en) * | 2022-12-26 | 2023-04-11 | 福州新三捷光电技术有限公司 | Automatic wave plate processing equipment of counterpoint veneer |
| CN115951464B (en) * | 2022-12-26 | 2023-08-18 | 福州新三捷光电技术有限公司 | Automatic wave plate processing equipment of counterpoint veneer |
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