CN203554888U - Automatic alignment assembling machine - Google Patents
Automatic alignment assembling machine Download PDFInfo
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- CN203554888U CN203554888U CN201320712066.4U CN201320712066U CN203554888U CN 203554888 U CN203554888 U CN 203554888U CN 201320712066 U CN201320712066 U CN 201320712066U CN 203554888 U CN203554888 U CN 203554888U
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05K—PRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
- H05K3/00—Apparatus or processes for manufacturing printed circuits
- H05K3/0011—Working of insulating substrates or insulating layers
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Abstract
The utility model relates to an automatic alignment assembling machine. The automatic alignment assembling machine comprises a base plate, a reclaiming module, a film uncovering module, a carrier mechanism, a calibration mechanism, a stitching module and a part. The part is made of a soft material and is of a strip-shaped structure; the carrier mechanism is provided with a product, and the part can be correspondingly installed on the product in an alignment mode; the reclaiming module can absorb the product for fixation and perform material holding on the unprocessed part of the product; the film uncovering module can uncover residual materials on the product arranged on the carrier mechanism and convey the residual materials to a residual material channel; the calibration mechanism calibrates whether a part installation center is concentric with a rotating shaft on the carrier mechanism, and when the calibration aligns the center of the rotating shaft on the carrier mechanism with the part installation center on the product, a heating device below the carrier mechanism performs preheating on a part installation position; and after the preheating is finished, the stitching mechanism is conveyed to the part installation position for stitching and pressure maintaining. By using the automatic alignment assembling machine, the part can be assembled on the product in an alignment mode, the assembling is automatically realized, and the working efficiency is improved.
Description
Technical field:
The utility model relates to a kind of automatic aligning kludge, relates in particular a kind of device to having soft strip part to assemble in electronic product.
Background technology:
In giving electronic product, there is soft strip part to carry out in assembling process, need to not carry out retainer and fix in processing part by part suction and by part, guarantee the stability in Assembly of the parts process, in assembling process, need product to be placed in carrier mechanism simultaneously, and the movement of adjustable product and the anglec of rotation, be convenient to assembling, need to carry out calibrating position simultaneously, after press fit arrangement is complete, needing to carry out pressurize fixes, improve the quality of products, for realizing aforesaid operations, just need a kind of automatic aligning kludge.
Utility model content:
The purpose of this utility model is to provide a kind of automatic aligning kludge, part contraposition can be assembled on product, and its assembling realizes full-automatic, has improved operating efficiency, has improved product quality.
Technology solution of the present utility model is as follows:
An automatic aligning kludge, it comprises base plate, feeding module, takes off film module, carrier mechanism, correcting mechanism, pressing module and part, described part is made by soft materials, is list structure; In described carrier mechanism, place product, part can be arranged on product in contraposition.
It comprises translation mechanism, elevating mechanism, rotating mechanism, material carrying mechanism and adsorption mechanism described feeding module, and described translation mechanism is arranged on base plate; Described elevating mechanism is arranged on translation mechanism, and translation mechanism can drive described elevating mechanism to move forward and backward; Described rotating mechanism is arranged on the bottom of elevating mechanism, and rotating mechanism can move up and down with elevating mechanism; Described adsorption mechanism is arranged on rotating mechanism bottom, and rotating mechanism rotation can be rotated adsorption mechanism to the direction of suction and be drawn part; Described material carrying mechanism is arranged on rotating mechanism side, and material carrying mechanism can rotate with the rotation of rotating mechanism, and material carrying mechanism can carry out retainer support to part.
Describedly take off film module it comprises outer cover, film stripping machine structure and clout passage, described outer cover is fixed on base plate, and outer cover can cover film stripping machine structure; Described base plate is provided with clout mouth, and described clout passage is arranged under base plate, and is connected with clout mouth; Described film stripping machine structure comprise take off film base, take off film riser, take off film stiffener, take off film lift cylinder, take off film lifter plate, jaw cylinder mounting plate, jaw cylinder and jaw, the described film base of taking off is fixed on base plate, the described film base top of taking off is installed with and takes off film riser, and takes off film riser and take off between film base and strengthen fixing by taking off film stiffener; The described film lift cylinder of taking off is arranged on and takes off film riser side, and takes off film lift cylinder Lower Half through base plate; Described taking off on film lift cylinder connecting and taking off film lifter plate; Describedly take off film lifter plate and jaw cylinder mounting plate is fixed together; Described jaw cylinder is arranged on jaw cylinder mounting plate, and is connecting jaw on jaw cylinder, and jaw cylinder can drive jaw to open or be closed; The described film lift cylinder of taking off drives jaw cylinder to rise, and then jaw air cylinder driven jaw opens, and clamps after the clout on product, closed again, then lift cylinder declines, and drives jaw to move down, can drive clout to move down, last jaw opens puts into clout passage by clout.
It comprises support plate, carrier base plate, hold-down mechanism, upset support plate mechanism, translation support plate mechanism and the heater that carries out preheating to a certain position of product described carrier mechanism, and described translation support plate mechanism is arranged on base plate; Described upset support plate mechanism comprises electric rotating machine, rotation shaft coupling, rotating shaft, left support abutment, right support abutment, left socle, right support, rotating shaft, rotary photoelectric transducer, rotary photoelectric sensor support base and rotary inductive sheet, and described electric rotating machine is fixed on carrier base plate by motor fixing seat; Described electric rotating machine front end links together by rotation shaft coupling and rotating shaft; The left and right sides, described carrier base plate top is fixedly connected with respectively left support abutment and right support abutment; On described support plate, the left and right sides is fixedly connected with respectively left socle and right support, and described rotating shaft links together through right support abutment and right support; Described left support abutment and left socle link together by rotating shaft; Described rotary photoelectric transducer is fixed on the bottom of carrier base plate by rotary photoelectric sensor support base; Described rotary inductive sheet is arranged on the bottom of support plate, and rotary inductive sheet can match with rotary photoelectric transducer; Described electric rotating machine can drive rotating shaft rotation, thereby drives support plate to overturn to adjust support plate angle, and its adjusting angle is determined by rotary photoelectric transducer; Described heater comprises lateral cylinder, heating lift cylinder, heat block, thermal insulation board and division board, and described lateral cylinder is fixed on support plate downside, and lateral cylinder front end is connecting heating lift cylinder; Described heat block is fixed on heating lift cylinder side by division board, and heat block is around isolated from the outside by thermal insulation board respectively.
It comprises calibration base described correcting mechanism, the left surface of described calibration base connects an adjustment seat by a lift adjustment nut, the right flank of calibration base is connected with a lift adjustment plate, and adjustment seat and lift adjustment plate link together, lift adjustment nut regulates and can drive the motion of lift adjustment plate in the vertical direction; Described lift adjustment plate both sides are at right angle setting one angle adjustment plate respectively; Between described two angle adjustment plates, a calibration cylinder mounting plate is installed, on calibration cylinder mounting plate, a calibration cylinder is installed; On described calibration cylinder, connect a CCD holder, a CCD adjustment seat is housed on CCD holder; The left side of described CCD holder connects a CCD adjusting nut holder, and a CCD adjusting nut links together through CCD adjusting nut holder and CCD adjustment seat; In described CCD adjustment seat, CCD is housed; The right side of described CCD holder is provided with light source by light source mounting panel.
It comprises X-axis mechanism, Y-axis mechanism, Z-axis mechanism and laminating mechanism described pressing module, and described X-axis mechanism is arranged on base plate, and Y-axis mechanism is arranged in X-axis mechanism, and Z-axis mechanism is arranged in Y-axis mechanism; Described laminating mechanism is arranged on Z-axis mechanism bottom.
Described laminating mechanism comprises pressing motor, pressing shaft coupling, the linear module of pressing, slide block connecting plate, pressing mounting bar, pressing photoelectric sensor, pressing sensing chip, slide block extension board, pressure sensor mounting panel, pressure sensor and briquetting, and described pressing motor links together by pressing shaft coupling and the linear module of pressing; On the linear module of described pressing, slide block connecting plate is installed, and slide block connecting plate is fixedly mounted on the bottom of the connecting plate of Z-axis mechanism; The medial surface of described slide block connecting plate is connected with slide block extension board, and the lateral surface of slide block connecting plate is connected with pressing sensing chip; The lateral surface of the linear module of described pressing is connected with pressing mounting bar, and pressing photoelectric sensor is installed on pressing mounting bar, and pressing photoelectric sensor responds to pressing the installation that matches; Described slide block extension board front end is vertically installed with pressure sensor mounting panel, and the lower end of pressure sensor mounting panel is provided with pressure sensor, and the lower end of pressure sensor is installed with briquetting.
Described X-axis mechanism, Y-axis mechanism, Z-axis mechanism drive respectively and can drive laminating mechanism respectively along moving in X-direction, Y direction, Z-direction, and described laminating mechanism has two groups, respectively the symmetrical both sides, bottom that are arranged on the connecting plate of Z-axis mechanism; Described pressing motor drives the linear module of pressing to move forward, slide block extension board travels forward, move distance is determined by pressing photoelectric sensor, under the progradation of slide block extension board, move to pressing place, then pressing motor is with movable slider extension board to move backward again, continuation effect after touching on product, carries out pressing to installation site, and pressing pressure is determined by pressure sensor.
In described correcting mechanism calibration part mounting center and carrier mechanism, whether rotating shaft is concentric, after the center that correcting mechanism is installed part on the rotating shaft center in carrier mechanism and product is aimed at, the heater of carrier mechanism below carries out preheating to part installation site; After preheating completes, laminating mechanism is transported to part installation site, and carries out pressing pressurize.
As preferably, it comprises mount pad, stringer board, translation motor, translation shaft coupling, the linear module of translation, the linear module slide block of translation, translation slide rail, translation slide block, translation mounting bar, translation photoelectric sensor and translation sensing chip described translation mechanism, described stringer board is arranged on mount pad, the linear module of described translation, translation slide rail and translation mounting bar are arranged on respectively on stringer board, coordinate the linear module slide block of translation is installed on the linear module of described translation; Described translation motor links together by translation shaft coupling and the linear module of translation; On described translation slide rail, coordinate translation slide block is installed; Three translation photoelectric sensors are installed on described translation mounting bar; Described elevating mechanism comprises lifting motor, lifting shaft coupling, the linear module of lifting, the linear module slide block of lifting, lifter plate, module fixed head, lifting mounting bar, lifting photoelectric sensor and lifting sensing chip, described module fixed head is arranged on the linear module slide block of translation and translation slide block of translation mechanism, and the translation sensing chip matching with translation photoelectric sensor is installed on module fixed head; Described lifting motor links together by lifting shaft coupling and the linear module of lifting; The linear module upside cooperation of described lifting is provided with the linear module slide block of lifting, and the linear module of lifting back is provided with module fixed head; Described lifter plate is arranged on the linear module slide block of lifting; On described module fixed head, lifting mounting bar is installed, three lifting photoelectric sensors are installed on lifting mounting bar; The side of the linear module slide block of described lifting is provided with lifting sensing chip, and lifting sensing chip matches with lifting photoelectric sensor; Described rotating mechanism electric rotating machine a, rotation shaft coupling a, rotating shaft a, rotary photoelectric transducer a, rotary inductive sheet a, rotation fixed head, stiffener a, bearing pedestal and rotating seat, described electric rotating machine a links together by rotation shaft coupling a and rotating shaft a; Described rotation fixed head is vertically fixedly mounted on the lower front side of lifter plate, and between rotation fixed head and lifter plate, two stiffener a is installed, and two stiffener a are arranged symmetrically in respectively lifter plate front part sides; On described rotation fixed head, bearing pedestal is installed, described rotating shaft a is through bearing pedestal, and under rotating shaft, a end links together with rotating seat; The bottom of described rotation fixed head is installed with rotary photoelectric transducer a, and described rotating seat top is provided with rotary inductive sheet a, and rotary inductive sheet a matches with rotary photoelectric transducer a; Described adsorption mechanism comprises suction slide rail mounting blocks, left mounting blocks, right mounting blocks, left suction nozzle, right suction nozzle, suction slide rail and block, and described suction slide rail mounting blocks is fixedly mounted on the downside of rotating seat; Described suction slide rail mounting blocks is provided with suction slide rail, and described left mounting blocks and right mounting blocks are arranged on suction slide rail by slide block respectively, and by spring, links together between left mounting blocks and right mounting blocks; Described left suction nozzle and right suction nozzle are inlaid in respectively the downside of left mounting blocks and the downside of right mounting blocks; The right flank of described suction slide rail mounting blocks is provided with block, and block can block right mounting blocks.
As preferably, it comprises retainer cylinder, retainer air cylinder fixed plate, pulling block, friction plate mounting blocks, friction plate, friction plate governor motion described material carrying mechanism, guy wire support, bracing wire slide rail, bracing wire slide block, movable pulley, hanging wire wheel supporting seat, hanging wire wheel and care feed tray, described retainer cylinder is arranged in retainer air cylinder fixed plate, and the lower end of retainer cylinder is connecting pulling block; The right lower quadrant of described pulling block is connecting friction plate mounting blocks; Described guy wire support one end is fixedly connected on rotating seat, and the other end of guy wire support is connected with retainer air cylinder fixed plate, and the right flank of guy wire support is connecting bracing wire slide rail; The left surface of described friction plate mounting blocks is provided with bracing wire slide block, and bracing wire slide block coordinates installation and bracing wire slide block to move up and down along bracing wire slide rail with bracing wire slide rail; The leading flank of described friction plate mounting blocks is connecting friction plate by friction plate governor motion, and friction plate governor motion is positioned at the rear portion of friction plate mounting blocks; Described hanging wire wheel supporting seat has two, is arranged on respectively the front side lower part of guy wire support; Described hanging wire wheel is arranged on hanging wire wheel supporting seat; It is upper that described care feed tray is arranged on hanging wire wheel, and care feed tray is provided with a V-notch, and care feed tray has two, lays respectively at the outside of two hanging wires wheel supporting seats; Described movable pulley is arranged on hanging wire wheel right side, movable pulley and the coaxial installation of hanging wire wheel, and movable pulley is mutually circumscribed with friction plate; Described lifting motor drives rotating mechanism to drop to certain position, and then electric rotating machine drives rotating shaft, and material fetching mechanism is rotated to the direction to suction, by left suction nozzle and right suction nozzle, holds part; Add man-hour, the working position of part need to be evened up, between left mounting blocks and right mounting blocks, there is spring, and left mounting blocks and right mounting blocks can slide along suction slide rail respectively, left mounting blocks and right mounting blocks can stretch to both sides under spring action, and stretching part, and suction slide rail mounting blocks right hand edge has block can prevent that transition from pullling; During retainer, described retainer air cylinder driven pulling block moves up and down, friction plate can drive movable pulley to rotate, and movable pulley can drive the care feed tray rotation on hanging wire wheel, jagged on care feed tray, when needs odd part, friction plate drives movable pulley to rotate, and makes indentation, there laterally, and the part then needs being held up falls into breach, then friction plate drives movable pulley that hanging wire wheel is turned to breach upwards again, and now part is just held up.
As preferably, the inner and right mounting blocks inside of described left mounting blocks is respectively equipped with the gas channel being connected with left suction nozzle and right suction nozzle.
As preferably, described friction plate governor motion comprises friction plate adjustment seat and set screw, and described set screw links together through friction plate adjustment seat and friction plate, the front and back position of the adjustable friction plate by set screw.
As preferably, the upper end face of described outer cover is provided with slotted eye, and described lift cylinder drives jaw cylinder to rise, and jaw can be passed from slotted eye.
As preferably, described translation support plate mechanism comprises motor, shaft coupling, linear module, linear module slide block, mounting bar, photoelectric sensor, sensing chip, slide rail mount pad, slide rail and slide block, described motor links together by shaft coupling and linear module, and linear module slide block is installed on linear module; Described slide rail mount pad, mounting bar and linear module are installed in parallel in respectively on base plate, on slide rail mount pad, slide rail is installed, slide block is installed on slide rail, photoelectric sensor is installed on mounting bar, on linear module slide block, the sensing chip matching with photoelectric sensor is installed; Described carrier base plate is arranged on linear module slide block and slide block, and under the drive of motor, carrier base plate can slide on linear module, and is led and can be regulated whole support plate position in the horizontal direction by slide rail, and adjustable range has photoelectric sensor to determine.
As preferably, described hold-down mechanism comprises clamping cylinder holder, clamping cylinder, compression slide rail and compact heap, described clamping cylinder holder is fixed on the side of support plate, and clamping cylinder one end is connected on clamping cylinder holder, and the other end and compact heap link together; Described compression slide rail is fixedly mounted on support plate, and compact heap coordinates to be arranged on and compress on slide rail, and clamping cylinder drives and can make compact heap move and compress or unclamp product along compressing slide rail.
As preferably, described support plate upside is provided with rib, can all stop four of product sides.
As preferably, described support plate is provided with two vacuum plate suckings, and vacuum plate sucking is provided with adsorption hole can suck product.
As preferably, described angle adjustment plate is provided with an arc-shaped slot, and calibration cylinder mounting plate is installed together by arc-shaped slot and angle adjustment plate, rotates, and by arc-shaped slot, regulate the angle of CCD when air cylinder driven can make angle adjustment plate.
The beneficial effects of the utility model are:
During the utility model feeding, lifting motor drives and drives lifter plate to move up and down, thereby driven rotary mechanism moves up and down, drop to certain position, then electric rotating machine a driven rotary axle a rotation, during the rotation of rotating shaft a driven rotary seat, rotating seat drives adsorption mechanism and material carrying mechanism to rotate simultaneously simultaneously, material fetching mechanism rotates the direction to suction, and left mounting blocks and right mounting blocks inside have respectively gas channel to pass to left suction nozzle and right suction nozzle, by left suction nozzle and right suction nozzle, hold part.During retainer, retainer cylinder promotes pulling block, the front end of friction plate mounting blocks is installed with friction plate, friction plate mounting blocks drives friction plate motion under the drive of bracing wire slide block and bracing wire slide rail, retainer air cylinder driven pulling block moves up and down, friction plate can drive movable pulley to rotate, movable pulley can drive the care feed tray on hanging wire wheel, on hanging prop charging tray, there is V-notch, when needs odd part, friction plate drives movable pulley to rotate, make indentation, there outside, the part that then part need to be held up is put into V-notch, then friction plate drives the opinion of sliding that hanging wire wheel is rotated again, make the V-notch of care feed tray upwards, the part that now part need to be held up is held up, guarantee carrying out smoothly of processing part.Adding man-hour requirement evens up the working position of part, between left mounting blocks and right mounting blocks, there is spring, and left mounting blocks and right mounting blocks can slide along suction slide rail respectively, left mounting blocks and right mounting blocks can stretch to both sides under spring action, and stretching part, edge has block can prevent that transition from pullling.
The film lift cylinder of taking off that the utility model is taken off film module drives jaw cylinder to rise, then jaw air cylinder driven jaw opens, clamp after clout, more closed, now lift cylinder declines, drive jaw, jaw moves down, and can drive clout to move down, and drives jaw to open again, clout is put into clout passage, the clout on product can be removed.
During carrier of the present utility model mechanism work, product is positioned on support plate, has rib on support plate, prevents that product from dropping, and next the clamping cylinder of hold-down mechanism drives compact heap to hold out against product, and the vacuum plate sucking on support plate sucks product simultaneously; Then the translation support plate mechanism that install carrier base plate below starts operation, and motor drives and can make carrier base plate slide on linear module, and is led and made carrier base plate drive support plate horizontal translation by slide rail, can regulate the position of support plate horizontal direction; After support plate horizontal position adjustment is good, upset support plate mechanism starts operation, and in a straight line, electric rotating machine drives the rotating shaft support plate that can overturn for the upset rotating shaft of support plate mechanism and product machining center, adjust support plate angle, adjusting angle has rotary photoelectric transducer to determine; Finally certain part of product is carried out to preheating, lateral cylinder drives forwards heating lift cylinder, heating lift cylinder can be moved to standard operation position, during preheating, the motion of heating lift cylinder driving heat block can be moved to standard operation position and be carried out preheating.
In correcting mechanism of the present utility model calibration part mounting center and carrier mechanism, whether rotating shaft is concentric, after the center that correcting mechanism is installed part on the rotating shaft center in carrier mechanism and product is aimed at, the heater of carrier mechanism below carries out preheating to part installation site; After preheating completes, laminating mechanism is transported to part installation site, and carries out pressing pressurize.
Accompanying drawing explanation:
Below in conjunction with accompanying drawing, the utility model is described further:
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the front view of Fig. 1;
Fig. 3 is the vertical view of Fig. 1;
Fig. 4 is the left view of Fig. 1;
Fig. 5 is feeding modular structure schematic diagram of the present utility model, does not comprise translation mechanism part;
Fig. 6 is another structural representation of feeding module of the present utility model, does not comprise part part;
Fig. 7 is the front view of Fig. 6;
Fig. 8 is the structural representation of the material carrying mechanism in Fig. 6;
Fig. 9 be Fig. 8 right view;
Figure 10 is the structural representation of taking off film module of the present utility model;
Figure 11 is the structural representation of film stripping machine structure in Figure 10;
Figure 12 is carrier mechanism structure schematic diagram of the present utility model;
Figure 13 is the front view of Figure 12;
Figure 14 is the vertical view of Figure 12;
Figure 15 is the left view of Figure 12;
Figure 16 is the upward view of Figure 12;
Figure 17 is correcting mechanism structural representation of the present utility model;
Figure 18 is the front view of Figure 17;
Figure 19 is pressing module structural representation of the present utility model, does not comprise HeYZhou mechanism of X-axis mechanism;
Figure 20 is the front view of Figure 19;
Figure 21 is the structural representation of the laminating mechanism in Figure 19;
Figure 22 is the front view of Figure 21.
Embodiment:
Embodiment, is shown in accompanying drawing 1～4, a kind of automatic aligning kludge, and it comprises base plate 1, feeding module I, takes off film module II, carrier mechanism III, correcting mechanism IV, pressing module V and part 2, described part is made by soft materials, is list structure; In described carrier mechanism, place product, part can be arranged on product in contraposition.
See accompanying drawing 5～9, it comprises translation mechanism VI, elevating mechanism VII, rotating mechanism VIII, material carrying mechanism IX and adsorption mechanism X described feeding module, and described translation mechanism is arranged on base plate; Described elevating mechanism is arranged on translation mechanism, and translation mechanism can drive described elevating mechanism to move forward and backward; Described rotating mechanism is arranged on the bottom of elevating mechanism, and rotating mechanism can move up and down with elevating mechanism; Described adsorption mechanism is arranged on rotating mechanism bottom, and rotating mechanism rotation can be rotated adsorption mechanism to the direction of suction and be drawn part; Described material carrying mechanism is arranged on rotating mechanism side, and material carrying mechanism can rotate with the rotation of rotating mechanism, and material carrying mechanism can carry out retainer support to part.
It comprises mount pad 3, stringer board 4, translation motor 5, translation shaft coupling 6, the linear module 7 of translation, the linear module slide block 8 of translation, translation slide rail 9, translation slide block 10, translation mounting bar 11, translation photoelectric sensor 12 and translation sensing chip 13 described translation mechanism VI, described stringer board is arranged on mount pad, the linear module of described translation, translation slide rail and translation mounting bar are arranged on respectively on stringer board, coordinate the linear module slide block of translation is installed on the linear module of described translation; Described translation motor links together by translation shaft coupling and the linear module of translation; On described translation slide rail, coordinate translation slide block is installed; Three translation photoelectric sensors are installed on described translation mounting bar;
Described elevating mechanism VII comprises lifting motor 14, lifting shaft coupling 15, the linear module 16 of lifting, the linear module slide block 17 of lifting, lifter plate 18, module fixed head 19, lifting mounting bar 20, lifting photoelectric sensor 21 and lifting sensing chip 22, described module fixed head is arranged on the linear module slide block of translation and translation slide block of translation mechanism, and the translation sensing chip matching with translation photoelectric sensor is installed on module fixed head; Described lifting motor links together by lifting shaft coupling and the linear module of lifting; The linear module upside cooperation of described lifting is provided with the linear module slide block of lifting, and the linear module of lifting back is provided with module fixed head; Described lifter plate is arranged on the linear module slide block of lifting; On described module fixed head, lifting mounting bar is installed, three lifting photoelectric sensors are installed on lifting mounting bar; The side of the linear module slide block of described lifting is provided with lifting sensing chip, and lifting sensing chip matches with lifting photoelectric sensor;
Described rotating mechanism VIII electric rotating machine a23, rotation shaft coupling a24, rotating shaft a25, rotary photoelectric transducer a26, rotary inductive sheet a27, rotation fixed head 28, stiffener a29, bearing pedestal 30 and rotating seat 31, described electric rotating machine a links together by rotation shaft coupling a and rotating shaft a; Described rotation fixed head is vertically fixedly mounted on the lower front side of lifter plate, and between rotation fixed head and lifter plate, two stiffener a is installed, and two stiffener a are arranged symmetrically in respectively lifter plate front part sides; On described rotation fixed head, bearing pedestal is installed, described rotating shaft a is through bearing pedestal, and under rotating shaft, a end links together with rotating seat; The bottom of described rotation fixed head is installed with rotary photoelectric transducer a, and described rotating seat top is provided with rotary inductive sheet a, and rotary inductive sheet a matches with rotary photoelectric transducer a;
Described adsorption mechanism X comprises suction slide rail mounting blocks 32, left mounting blocks 33, right mounting blocks 34, left suction nozzle 35, right suction nozzle 36, suction slide rail 37 and block 38, and described suction slide rail mounting blocks is fixedly mounted on the downside of rotating seat; Described suction slide rail mounting blocks is provided with suction slide rail, and described left mounting blocks and right mounting blocks are arranged on suction slide rail by slide block respectively, and by spring, links together between left mounting blocks and right mounting blocks; Described left suction nozzle and right suction nozzle are inlaid in respectively the downside of left mounting blocks and the downside of right mounting blocks, and described left mounting blocks inside and right mounting blocks inside are respectively equipped with the gas channel being connected with left suction nozzle and right suction nozzle; The right flank of described suction slide rail mounting blocks is provided with block, and block can block right mounting blocks.
It comprises retainer cylinder 39, retainer air cylinder fixed plate 40, pulling block 41, friction plate mounting blocks 42, friction plate 43, friction plate governor motion, guy wire support 44, bracing wire slide rail 45, bracing wire slide block 46, movable pulley 47, hanging wire wheel supporting seat 48, hanging wire wheel 49 and care feed tray 50 described material carrying mechanism IX, described retainer cylinder is arranged in retainer air cylinder fixed plate, and the lower end of retainer cylinder is connecting pulling block; The right lower quadrant of described pulling block is connecting friction plate mounting blocks; Described guy wire support one end is fixedly connected on rotating seat, and the other end of guy wire support is connected with retainer air cylinder fixed plate, and the right flank of guy wire support is connecting bracing wire slide rail; The left surface of described friction plate mounting blocks is provided with bracing wire slide block, and bracing wire slide block coordinates installation and bracing wire slide block to move up and down along bracing wire slide rail with bracing wire slide rail; The leading flank of described friction plate mounting blocks is connecting friction plate by friction plate governor motion, and friction plate governor motion is positioned at the rear portion of friction plate mounting blocks; Described hanging wire wheel supporting seat has two, is arranged on respectively the front side lower part of guy wire support; Described hanging wire wheel is arranged on hanging wire wheel supporting seat; It is upper that described care feed tray is arranged on hanging wire wheel, and care feed tray is provided with a V-notch, and care feed tray has two, lays respectively at the outside of two hanging wires wheel supporting seats; Described movable pulley is arranged on hanging wire wheel right side, movable pulley and the coaxial installation of hanging wire wheel, and movable pulley is mutually circumscribed with friction plate; Described lifting motor drives rotating mechanism to drop to certain position, and then electric rotating machine drives rotating shaft, and material fetching mechanism is rotated to the direction to suction, by left suction nozzle and right suction nozzle, holds part; Add man-hour, the working position of part need to be evened up, between left mounting blocks and right mounting blocks, there is spring, and left mounting blocks and right mounting blocks can slide along suction slide rail respectively, left mounting blocks and right mounting blocks can stretch to both sides under spring action, and stretching part, and suction slide rail mounting blocks right hand edge has block can prevent that transition from pullling; During retainer, described retainer air cylinder driven pulling block moves up and down, friction plate can drive movable pulley to rotate, and movable pulley can drive the care feed tray rotation on hanging wire wheel, jagged on care feed tray, when needs odd part, friction plate drives movable pulley to rotate, and makes indentation, there laterally, and the part then needs being held up falls into breach, then friction plate drives movable pulley that hanging wire wheel is turned to breach upwards again, and now part is just held up.
Described friction plate governor motion comprises friction plate adjustment seat 51 and set screw 52, and described set screw links together through friction plate adjustment seat and friction plate, the front and back position of the adjustable friction plate by set screw.
See accompanying drawing 10 and Figure 11, described in take off film module it comprise outer cover 53, film stripping machine structure and clout passage 54, described outer cover is fixed on base plate, outer cover can cover film stripping machine structure; Described base plate is provided with clout mouth, and described clout passage is arranged under base plate, and is connected with clout mouth; Described film stripping machine structure comprise take off film base 55, take off film riser 56, take off film stiffener 57, take off film lift cylinder 58, take off film lifter plate 59, jaw cylinder mounting plate 60, jaw cylinder 61 and jaw 62, the described film base of taking off is fixed on base plate, the described film base top of taking off is installed with and takes off film riser, and takes off film riser and take off between film base and strengthen fixing by taking off film stiffener; The described film lift cylinder of taking off is arranged on and takes off film riser side, and takes off film lift cylinder Lower Half through base plate; Described taking off on film lift cylinder connecting and taking off film lifter plate; Describedly take off film lifter plate and jaw cylinder mounting plate is fixed together; Described jaw cylinder is arranged on jaw cylinder mounting plate, and is connecting jaw on jaw cylinder, and jaw cylinder can drive jaw to open or be closed; The described film lift cylinder of taking off drives jaw cylinder to rise, and then jaw air cylinder driven jaw opens, and clamps after the clout on product, closed again, then lift cylinder declines, and drives jaw to move down, can drive clout to move down, last jaw opens puts into clout passage by clout.The upper end face of described outer cover is provided with slotted eye, and described lift cylinder drives jaw cylinder to rise, and jaw can be passed from slotted eye.
See accompanying drawing 12～16, it comprises support plate 63, carrier base plate 64, hold-down mechanism, upset support plate mechanism, translation support plate mechanism and the heater that carries out preheating to a certain position of product described carrier mechanism, and described translation support plate mechanism is arranged on base plate; Described support plate upside is provided with rib 65, can all stop four of product sides; Described support plate is provided with two vacuum plate suckings 66, and vacuum plate sucking is provided with adsorption hole can suck product; Described hold-down mechanism comprises clamping cylinder holder 67, clamping cylinder 68, compresses slide rail 69 and compact heap 70, described clamping cylinder holder is fixed on the side of support plate, clamping cylinder one end is connected on clamping cylinder holder, and the other end and compact heap link together; Described compression slide rail is fixedly mounted on support plate, and compact heap coordinates to be arranged on and compress on slide rail, and clamping cylinder drives and can make compact heap move and compress or unclamp product along compressing slide rail.
Described upset support plate mechanism comprises electric rotating machine 71, rotation shaft coupling 72, rotating shaft 73, left support abutment 74, right support abutment 75, left socle 76, right support 77, rotating shaft 78, rotary photoelectric transducer 79, rotary photoelectric sensor support base 80 and rotary inductive sheet 81, and described electric rotating machine is fixed on carrier base plate by motor fixing seat; Described electric rotating machine front end links together by rotation shaft coupling and rotating shaft; The left and right sides, described carrier base plate top is fixedly connected with respectively left support abutment and right support abutment; On described support plate, the left and right sides is fixedly connected with respectively left socle and right support, and described rotating shaft links together through right support abutment and right support; Described left support abutment and left socle link together by rotating shaft; Described rotary photoelectric transducer is fixed on the bottom of carrier base plate by rotary photoelectric sensor support base; Described rotary inductive sheet is arranged on the bottom of support plate, and rotary inductive sheet can match with rotary photoelectric transducer; Described electric rotating machine can drive rotating shaft rotation, thereby drives support plate to overturn to adjust support plate angle, and its adjusting angle is determined by rotary photoelectric transducer.
Described translation support plate mechanism comprises motor 82, shaft coupling 83, linear module 84, linear module slide block 85, mounting bar 86, photoelectric sensor 87, sensing chip 88, slide rail mount pad 89, slide rail 90 and slide block 91, described motor links together by shaft coupling and linear module, and linear module slide block is installed on linear module; Described slide rail mount pad, mounting bar and linear module are installed in parallel in respectively on base plate, on slide rail mount pad, slide rail is installed, slide block is installed on slide rail, photoelectric sensor is installed on mounting bar, on linear module slide block, the sensing chip matching with photoelectric sensor is installed; Described carrier base plate is arranged on linear module slide block and slide block, and under the drive of motor, carrier base plate can slide on linear module, and is led and can be regulated whole support plate position in the horizontal direction by slide rail, and adjustable range has photoelectric sensor to determine.
Described heater comprises lateral cylinder 92, heating lift cylinder 93, heat block 94, thermal insulation board 95 and division board 96, and described lateral cylinder is fixed on support plate downside, and lateral cylinder front end is connecting heating lift cylinder; Described heat block is fixed on heating lift cylinder side by division board, and heat block is around isolated from the outside by thermal insulation board respectively.
See accompanying drawing 17 and Figure 18, it comprises calibration base 97 described correcting mechanism, the left surface of described calibration base connects an adjustment seat 99 by a lift adjustment nut 98, the right flank of calibration base is connected with a lift adjustment plate 100, and adjustment seat and lift adjustment plate link together, lift adjustment nut regulates and can drive the motion of lift adjustment plate in the vertical direction; Described lift adjustment plate both sides are at right angle setting one angle adjustment plate 101 respectively; Between described two angle adjustment plates, a calibration cylinder mounting plate 102 is installed, on calibration cylinder mounting plate, a calibration cylinder 103 is installed; On described calibration cylinder, connect a CCD holder 104, a CCD adjustment seat 105 is housed on CCD holder; The left side of described CCD holder connects 106, one CCD adjusting nuts of a CCD adjusting nut holder 107 and links together through CCD adjusting nut holder and CCD adjustment seat; In described CCD adjustment seat, CCD108 is housed; The right side of described CCD holder is provided with light source 110 by light source mounting panel 109.
Described angle adjustment plate is provided with an arc-shaped slot, and calibration cylinder mounting plate is installed together by arc-shaped slot and angle adjustment plate, when air cylinder driven can make angle adjustment plate rotation, and by arc-shaped slot, regulates the angle of CCD.
See accompanying drawing 19～22, it comprises X-axis mechanism 111, Y-axis mechanism 112, Z-axis mechanism 113 and laminating mechanism described pressing module, and described X-axis mechanism is arranged on base plate, and Y-axis mechanism is arranged in X-axis mechanism, and Z-axis mechanism is arranged in Y-axis mechanism; Described laminating mechanism is arranged on Z-axis mechanism bottom.
Described laminating mechanism comprises pressing motor 114, pressing shaft coupling 115, the linear module 116 of pressing, slide block connecting plate 117, pressing mounting bar 118, pressing photoelectric sensor 119, pressing sensing chip 120, slide block extension board 121, pressure sensor mounting panel 122, pressure sensor 123 and briquetting 124, and described pressing motor links together by pressing shaft coupling and the linear module of pressing; On the linear module of described pressing, slide block connecting plate is installed, and slide block connecting plate is fixedly mounted on the bottom of the connecting plate of Z-axis mechanism; The medial surface of described slide block connecting plate is connected with slide block extension board, and the lateral surface of slide block connecting plate is connected with pressing sensing chip; The lateral surface of the linear module of described pressing is connected with pressing mounting bar, and pressing photoelectric sensor is installed on pressing mounting bar, and pressing photoelectric sensor responds to pressing the installation that matches; Described slide block extension board front end is vertically installed with pressure sensor mounting panel, and the lower end of pressure sensor mounting panel is provided with pressure sensor, and the lower end of pressure sensor is installed with briquetting.
Described X-axis mechanism, Y-axis mechanism, Z-axis mechanism drive respectively and can drive laminating mechanism respectively along moving in X-direction, Y direction, Z-direction, and described laminating mechanism has two groups, respectively the symmetrical both sides, bottom that are arranged on the connecting plate of Z-axis mechanism; Described pressing motor drives the linear module of pressing to move forward, slide block extension board travels forward, move distance is determined by pressing photoelectric sensor, under the progradation of slide block extension board, move to pressing place, then pressing motor is with movable slider extension board to move backward again, continuation effect after touching on product, carries out pressing to installation site, and pressing pressure is determined by pressure sensor.
In described correcting mechanism calibration part mounting center and carrier mechanism, whether rotating shaft is concentric, after the center that correcting mechanism is installed part on the rotating shaft center in carrier mechanism and product is aimed at, the heater of carrier mechanism below carries out preheating to part installation site; After preheating completes, laminating mechanism is transported to part installation site, and carries out pressing pressurize.
The utility model course of work: feeding first, lifting motor drives and drives lifter plate to move up and down, thereby driven rotary mechanism moves up and down, drop to certain position, then electric rotating machine a driven rotary axle a rotation, during the rotation of rotating shaft a driven rotary seat, rotating seat drives adsorption mechanism and material carrying mechanism to rotate simultaneously simultaneously, material fetching mechanism rotates the direction to suction, by left suction nozzle and right suction nozzle, holds part.
Then start retainer, retainer cylinder promotes pulling block, retainer air cylinder driven pulling block moves up and down, friction plate can drive movable pulley to rotate, movable pulley can drive the care feed tray on hanging wire wheel, on hanging prop charging tray, there is V-notch, when needs odd part, friction plate drives movable pulley to rotate, and makes indentation, there outside, and the part that then part need to be held up is put into V-notch, then friction plate drives the opinion of sliding that hanging wire wheel is rotated again, make the V-notch of care feed tray upwards, the part that now part need to be held up is held up, and guarantees carrying out smoothly of processing part.Adding man-hour requirement evens up the working position of part, between left mounting blocks and right mounting blocks, there is spring, and left mounting blocks and right mounting blocks can slide along suction slide rail respectively, left mounting blocks and right mounting blocks can stretch to both sides under spring action, and stretching part, edge has block can prevent that transition from pullling.
Then product is placed in carrier mechanism, product is positioned on support plate, has rib on support plate, prevents that product from dropping, and next the clamping cylinder of hold-down mechanism drives compact heap to hold out against product, and the vacuum plate sucking on support plate sucks product simultaneously; Then the translation support plate mechanism that install carrier base plate below starts operation, and motor drives and can make carrier base plate slide on linear module, and is led and made carrier base plate drive support plate horizontal translation by slide rail, can regulate the position of support plate horizontal direction; After support plate horizontal position adjustment is good, upset support plate mechanism starts operation, and in a straight line, electric rotating machine drives the rotating shaft support plate that can overturn for the upset rotating shaft of support plate mechanism and product machining center, adjust support plate angle, adjusting angle has rotary photoelectric transducer to determine;
Then throw off the clout on product, the film lift cylinder of taking off of taking off film module drives jaw cylinder to rise, and then jaw air cylinder driven jaw opens, and clamps after clout, closed again, now take off film lift cylinder and decline, drive jaw, jaw moves down, can drive clout to move down, drive jaw to open again, clout is put into clout passage, the clout on product can be removed.
Then in correcting mechanism calibration part mounting center and carrier mechanism, whether rotating shaft is concentric, after the center that correcting mechanism is installed part on the rotating shaft center in carrier mechanism and product is aimed at, the heater of carrier mechanism below carries out preheating to part installation site, lateral cylinder drives forwards heating lift cylinder, heating lift cylinder can be moved to standard operation position, during preheating, the motion of heating lift cylinder driving heat block can be moved to standard operation position and be carried out preheating, after preheating completes, laminating mechanism XZhou mechanism, Y-axis mechanism, under the driving of Z-axis mechanism respectively along X-direction, Y direction, in Z-direction, move, make it be transported to part installation site, and part is pressed on product and pressurize.
Above-described embodiment is the specific descriptions that the utility model is carried out; just the utility model is further described; can not be interpreted as the restriction to the utility model protection range, within those skilled in the art makes some nonessential improvement according to the content of above-mentioned utility model and adjusts and all to fall into protection range of the present utility model.
Claims (10)
1. an automatic aligning kludge, is characterized in that: it comprises base plate, feeding module, takes off film module, carrier mechanism, correcting mechanism, pressing module and part, and described part is made by soft materials, is list structure; In described carrier mechanism, place product, part can be arranged on product in contraposition;
It comprises translation mechanism, elevating mechanism, rotating mechanism, material carrying mechanism and adsorption mechanism described feeding module, and described translation mechanism is arranged on base plate; Described elevating mechanism is arranged on translation mechanism, and translation mechanism can drive described elevating mechanism to move forward and backward; Described rotating mechanism is arranged on the bottom of elevating mechanism, and rotating mechanism can move up and down with elevating mechanism; Described adsorption mechanism is arranged on rotating mechanism bottom, and rotating mechanism rotation can be rotated adsorption mechanism to the direction of suction and be drawn part; Described material carrying mechanism is arranged on rotating mechanism side, and material carrying mechanism can rotate with the rotation of rotating mechanism, and material carrying mechanism can carry out retainer support to part;
Describedly take off film module it comprises outer cover, film stripping machine structure and clout passage, described outer cover is fixed on base plate, and outer cover can cover film stripping machine structure; Described base plate is provided with clout mouth, and described clout passage is arranged under base plate, and is connected with clout mouth; Described film stripping machine structure comprise take off film base, take off film riser, take off film stiffener, take off film lift cylinder, take off film lifter plate, jaw cylinder mounting plate, jaw cylinder and jaw, the described film base of taking off is fixed on base plate, the described film base top of taking off is installed with and takes off film riser, and takes off film riser and take off between film base and strengthen fixing by taking off film stiffener; The described film lift cylinder of taking off is arranged on and takes off film riser side, and takes off film lift cylinder Lower Half through base plate; Described taking off on film lift cylinder connecting and taking off film lifter plate; Describedly take off film lifter plate and jaw cylinder mounting plate is fixed together; Described jaw cylinder is arranged on jaw cylinder mounting plate, and is connecting jaw on jaw cylinder, and jaw cylinder can drive jaw to open or be closed; The described film lift cylinder of taking off drives jaw cylinder to rise, and then jaw air cylinder driven jaw opens, and clamps after the clout on product, closed again, then lift cylinder declines, and drives jaw to move down, can drive clout to move down, last jaw opens puts into clout passage by clout;
It comprises support plate, carrier base plate, hold-down mechanism, upset support plate mechanism, translation support plate mechanism and the heater that carries out preheating to a certain position of product described carrier mechanism, and described translation support plate mechanism is arranged on base plate; Described upset support plate mechanism comprises electric rotating machine, rotation shaft coupling, rotating shaft, left support abutment, right support abutment, left socle, right support, rotating shaft, rotary photoelectric transducer, rotary photoelectric sensor support base and rotary inductive sheet, and described electric rotating machine is fixed on carrier base plate by motor fixing seat; Described electric rotating machine front end links together by rotation shaft coupling and rotating shaft; The left and right sides, described carrier base plate top is fixedly connected with respectively left support abutment and right support abutment; On described support plate, the left and right sides is fixedly connected with respectively left socle and right support, and described rotating shaft links together through right support abutment and right support; Described left support abutment and left socle link together by rotating shaft; Described rotary photoelectric transducer is fixed on the bottom of carrier base plate by rotary photoelectric sensor support base; Described rotary inductive sheet is arranged on the bottom of support plate, and rotary inductive sheet can match with rotary photoelectric transducer; Described electric rotating machine can drive rotating shaft rotation, thereby drives support plate to overturn to adjust support plate angle, and its adjusting angle is determined by rotary photoelectric transducer; Described heater comprises lateral cylinder, heating lift cylinder, heat block, thermal insulation board and division board, and described lateral cylinder is fixed on support plate downside, and lateral cylinder front end is connecting heating lift cylinder; Described heat block is fixed on heating lift cylinder side by division board, and heat block is around isolated from the outside by thermal insulation board respectively;
It comprises calibration base described correcting mechanism, the left surface of described calibration base connects an adjustment seat by a lift adjustment nut, the right flank of calibration base is connected with a lift adjustment plate, and adjustment seat and lift adjustment plate link together, lift adjustment nut regulates and can drive the motion of lift adjustment plate in the vertical direction; Described lift adjustment plate both sides are at right angle setting one angle adjustment plate respectively; Between described two angle adjustment plates, a calibration cylinder mounting plate is installed, on calibration cylinder mounting plate, a calibration cylinder is installed; On described calibration cylinder, connect a CCD holder, a CCD adjustment seat is housed on CCD holder; The left side of described CCD holder connects a CCD adjusting nut holder, and a CCD adjusting nut links together through CCD adjusting nut holder and CCD adjustment seat; In described CCD adjustment seat, CCD is housed; The right side of described CCD holder is provided with light source by light source mounting panel;
It comprises X-axis mechanism, Y-axis mechanism, Z-axis mechanism and laminating mechanism described pressing module, and described X-axis mechanism is arranged on base plate, and Y-axis mechanism is arranged in X-axis mechanism, and Z-axis mechanism is arranged in Y-axis mechanism; Described laminating mechanism is arranged on Z-axis mechanism bottom;
Described laminating mechanism comprises pressing motor, pressing shaft coupling, the linear module of pressing, slide block connecting plate, pressing mounting bar, pressing photoelectric sensor, pressing sensing chip, slide block extension board, pressure sensor mounting panel, pressure sensor and briquetting, and described pressing motor links together by pressing shaft coupling and the linear module of pressing; On the linear module of described pressing, slide block connecting plate is installed, and slide block connecting plate is fixedly mounted on the bottom of the connecting plate of Z-axis mechanism; The medial surface of described slide block connecting plate is connected with slide block extension board, and the lateral surface of slide block connecting plate is connected with pressing sensing chip; The lateral surface of the linear module of described pressing is connected with pressing mounting bar, and pressing photoelectric sensor is installed on pressing mounting bar, and pressing photoelectric sensor responds to pressing the installation that matches; Described slide block extension board front end is vertically installed with pressure sensor mounting panel, and the lower end of pressure sensor mounting panel is provided with pressure sensor, and the lower end of pressure sensor is installed with briquetting;
Described X-axis mechanism, Y-axis mechanism, Z-axis mechanism drive respectively and can drive laminating mechanism respectively along moving in X-direction, Y direction, Z-direction, and described laminating mechanism has two groups, respectively the symmetrical both sides, bottom that are arranged on the connecting plate of Z-axis mechanism; Described pressing motor drives the linear module of pressing to move forward, slide block extension board travels forward, move distance is determined by pressing photoelectric sensor, under the progradation of slide block extension board, move to pressing place, then pressing motor is with movable slider extension board to move backward again, continuation effect after touching on product, carries out pressing to installation site, and pressing pressure is determined by pressure sensor;
In described correcting mechanism calibration part mounting center and carrier mechanism, whether rotating shaft is concentric, after the center that correcting mechanism is installed part on the rotating shaft center in carrier mechanism and product is aimed at, the heater of carrier mechanism below carries out preheating to part installation site; After preheating completes, laminating mechanism is transported to part installation site, and carries out pressing pressurize.
2. a kind of automatic aligning kludge according to claim 1, it is characterized in that: it comprises mount pad, stringer board, translation motor, translation shaft coupling, the linear module of translation, the linear module slide block of translation, translation slide rail, translation slide block, translation mounting bar, translation photoelectric sensor and translation sensing chip described translation mechanism, described stringer board is arranged on mount pad, the linear module of described translation, translation slide rail and translation mounting bar are arranged on respectively on stringer board, coordinate the linear module slide block of translation is installed on the linear module of described translation; Described translation motor links together by translation shaft coupling and the linear module of translation; On described translation slide rail, coordinate translation slide block is installed; Three translation photoelectric sensors are installed on described translation mounting bar; Described elevating mechanism comprises lifting motor, lifting shaft coupling, the linear module of lifting, the linear module slide block of lifting, lifter plate, module fixed head, lifting mounting bar, lifting photoelectric sensor and lifting sensing chip, described module fixed head is arranged on the linear module slide block of translation and translation slide block of translation mechanism, and the translation sensing chip matching with translation photoelectric sensor is installed on module fixed head; Described lifting motor links together by lifting shaft coupling and the linear module of lifting; The linear module upside cooperation of described lifting is provided with the linear module slide block of lifting, and the linear module of lifting back is provided with module fixed head; Described lifter plate is arranged on the linear module slide block of lifting; On described module fixed head, lifting mounting bar is installed, three lifting photoelectric sensors are installed on lifting mounting bar; The side of the linear module slide block of described lifting is provided with lifting sensing chip, and lifting sensing chip matches with lifting photoelectric sensor; Described rotating mechanism electric rotating machine a, rotation shaft coupling a, rotating shaft a, rotary photoelectric transducer a, rotary inductive sheet a, rotation fixed head, stiffener a, bearing pedestal and rotating seat, described electric rotating machine a links together by rotation shaft coupling a and rotating shaft a; Described rotation fixed head is vertically fixedly mounted on the lower front side of lifter plate, and between rotation fixed head and lifter plate, two stiffener a is installed, and two stiffener a are arranged symmetrically in respectively lifter plate front part sides; On described rotation fixed head, bearing pedestal is installed, described rotating shaft a is through bearing pedestal, and under rotating shaft, a end links together with rotating seat; The bottom of described rotation fixed head is installed with rotary photoelectric transducer a, and described rotating seat top is provided with rotary inductive sheet a, and rotary inductive sheet a matches with rotary photoelectric transducer a; Described adsorption mechanism comprises suction slide rail mounting blocks, left mounting blocks, right mounting blocks, left suction nozzle, right suction nozzle, suction slide rail and block, and described suction slide rail mounting blocks is fixedly mounted on the downside of rotating seat; Described suction slide rail mounting blocks is provided with suction slide rail, and described left mounting blocks and right mounting blocks are arranged on suction slide rail by slide block respectively, and by spring, links together between left mounting blocks and right mounting blocks; Described left suction nozzle and right suction nozzle are inlaid in respectively the downside of left mounting blocks and the downside of right mounting blocks; The right flank of described suction slide rail mounting blocks is provided with block, and block can block right mounting blocks.
3. a kind of automatic aligning kludge according to claim 1 and 2, it is characterized in that: it comprises retainer cylinder, retainer air cylinder fixed plate, pulling block, friction plate mounting blocks, friction plate, friction plate governor motion described material carrying mechanism, guy wire support, bracing wire slide rail, bracing wire slide block, movable pulley, hanging wire wheel supporting seat, hanging wire wheel and care feed tray, described retainer cylinder is arranged in retainer air cylinder fixed plate, and the lower end of retainer cylinder is connecting pulling block; The right lower quadrant of described pulling block is connecting friction plate mounting blocks; Described guy wire support one end is fixedly connected on rotating seat, and the other end of guy wire support is connected with retainer air cylinder fixed plate, and the right flank of guy wire support is connecting bracing wire slide rail; The left surface of described friction plate mounting blocks is provided with bracing wire slide block, and bracing wire slide block coordinates installation and bracing wire slide block to move up and down along bracing wire slide rail with bracing wire slide rail; The leading flank of described friction plate mounting blocks is connecting friction plate by friction plate governor motion, and friction plate governor motion is positioned at the rear portion of friction plate mounting blocks; Described hanging wire wheel supporting seat has two, is arranged on respectively the front side lower part of guy wire support; Described hanging wire wheel is arranged on hanging wire wheel supporting seat; It is upper that described care feed tray is arranged on hanging wire wheel, and care feed tray is provided with a V-notch, and care feed tray has two, lays respectively at the outside of two hanging wires wheel supporting seats; Described movable pulley is arranged on hanging wire wheel right side, movable pulley and the coaxial installation of hanging wire wheel, and movable pulley is mutually circumscribed with friction plate; Described lifting motor drives rotating mechanism to drop to certain position, and then electric rotating machine drives rotating shaft, and material fetching mechanism is rotated to the direction to suction, by left suction nozzle and right suction nozzle, holds part; Add man-hour, the working position of part need to be evened up, between left mounting blocks and right mounting blocks, there is spring, and left mounting blocks and right mounting blocks can slide along suction slide rail respectively, left mounting blocks and right mounting blocks can stretch to both sides under spring action, and stretching part, and suction slide rail mounting blocks right hand edge has block can prevent that transition from pullling; During retainer, described retainer air cylinder driven pulling block moves up and down, friction plate can drive movable pulley to rotate, and movable pulley can drive the care feed tray rotation on hanging wire wheel, jagged on care feed tray, when needs odd part, friction plate drives movable pulley to rotate, and makes indentation, there laterally, and the part then needs being held up falls into breach, then friction plate drives movable pulley that hanging wire wheel is turned to breach upwards again, and now part is just held up.
4. a kind of automatic aligning kludge according to claim 3, is characterized in that: described left mounting blocks inside and right mounting blocks inside are respectively equipped with the gas channel being connected with left suction nozzle and right suction nozzle.
5. a kind of automatic aligning kludge according to claim 3, it is characterized in that: described friction plate governor motion comprises friction plate adjustment seat and set screw, described set screw links together through friction plate adjustment seat and friction plate, the front and back position of the adjustable friction plate by set screw.
6. a kind of automatic aligning kludge according to claim 1, is characterized in that: the upper end face of described outer cover is provided with slotted eye, and described lift cylinder drives jaw cylinder to rise, and jaw can be passed from slotted eye.
7. a kind of automatic aligning kludge according to claim 1, it is characterized in that: described translation support plate mechanism comprises motor, shaft coupling, linear module, linear module slide block, mounting bar, photoelectric sensor, sensing chip, slide rail mount pad, slide rail and slide block, described motor links together by shaft coupling and linear module, and linear module slide block is installed on linear module; Described slide rail mount pad, mounting bar and linear module are installed in parallel in respectively on base plate, on slide rail mount pad, slide rail is installed, slide block is installed on slide rail, photoelectric sensor is installed on mounting bar, on linear module slide block, the sensing chip matching with photoelectric sensor is installed; Described carrier base plate is arranged on linear module slide block and slide block, and under the drive of motor, carrier base plate can slide on linear module, and is led and can be regulated whole support plate position in the horizontal direction by slide rail, and adjustable range has photoelectric sensor to determine.
8. a kind of automatic aligning kludge according to claim 1, it is characterized in that: described hold-down mechanism comprises clamping cylinder holder, clamping cylinder, compression slide rail and compact heap, described clamping cylinder holder is fixed on the side of support plate, clamping cylinder one end is connected on clamping cylinder holder, and the other end and compact heap link together; Described compression slide rail is fixedly mounted on support plate, and compact heap coordinates to be arranged on and compress on slide rail, and clamping cylinder drives and can make compact heap move and compress or unclamp product along compressing slide rail.
9. a kind of automatic aligning kludge according to claim 1, is characterized in that: described support plate upside is provided with rib, can all stop four of product sides; Described support plate is provided with two vacuum plate suckings, and vacuum plate sucking is provided with adsorption hole can suck product.
10. a kind of automatic aligning kludge according to claim 1, it is characterized in that: described angle adjustment plate is provided with an arc-shaped slot, calibration cylinder mounting plate is installed together by arc-shaped slot and angle adjustment plate, when air cylinder driven can make angle adjustment plate rotation, and by arc-shaped slot, regulate the angle of CCD.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320712066.4U CN203554888U (en) | 2013-11-12 | 2013-11-12 | Automatic alignment assembling machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320712066.4U CN203554888U (en) | 2013-11-12 | 2013-11-12 | Automatic alignment assembling machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203554888U true CN203554888U (en) | 2014-04-16 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320712066.4U Withdrawn - After Issue CN203554888U (en) | 2013-11-12 | 2013-11-12 | Automatic alignment assembling machine |
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| CN (1) | CN203554888U (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103687470A (en) * | 2013-11-12 | 2014-03-26 | 苏州博众精工科技有限公司 | Automatic aligning assembly machine |
| CN104625731A (en) * | 2015-02-27 | 2015-05-20 | 苏州博众精工科技有限公司 | Auto-align multi-station parts mounter |
| CN104828528A (en) * | 2015-05-21 | 2015-08-12 | 江苏比微曼智能科技有限公司 | Assembling device of flexible materials |
| CN104930029A (en) * | 2015-06-29 | 2015-09-23 | 吴中区横泾博尔机械厂 | Press fitting loading device of automatic screen assembling machine |
| CN105059208A (en) * | 2015-07-16 | 2015-11-18 | 广州东海敏孚汽车部件有限公司 | Processing technology of front windshield trim for vehicle |
| CN106182887A (en) * | 2016-08-29 | 2016-12-07 | 苏州博众精工科技有限公司 | A kind of detection laminating mechanism |
| CN107160701A (en) * | 2017-07-18 | 2017-09-15 | 江苏创源电子有限公司 | One kind assembling heating pressurize equipment |
| CN109434401A (en) * | 2018-10-24 | 2019-03-08 | 大族激光科技产业集团股份有限公司 | Assembling device and elastic slice fitting machine |
| CN112218516A (en) * | 2019-07-09 | 2021-01-12 | 芝浦机械电子装置株式会社 | Mounting device |
| CN112719877A (en) * | 2020-12-24 | 2021-04-30 | 苏州赛腾精密电子股份有限公司 | Intelligent special-shaped piece assembling system |
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- 2013-11-12 CN CN201320712066.4U patent/CN203554888U/en not_active Withdrawn - After Issue
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103687470A (en) * | 2013-11-12 | 2014-03-26 | 苏州博众精工科技有限公司 | Automatic aligning assembly machine |
| CN103687470B (en) * | 2013-11-12 | 2016-08-17 | 苏州博众精工科技有限公司 | A kind of automatic aligning kludge |
| CN104625731A (en) * | 2015-02-27 | 2015-05-20 | 苏州博众精工科技有限公司 | Auto-align multi-station parts mounter |
| CN104828528A (en) * | 2015-05-21 | 2015-08-12 | 江苏比微曼智能科技有限公司 | Assembling device of flexible materials |
| CN104930029B (en) * | 2015-06-29 | 2017-03-08 | 吴中区横泾博尔机械厂 | Automatic screen kludge press-fit feeding device |
| CN104930029A (en) * | 2015-06-29 | 2015-09-23 | 吴中区横泾博尔机械厂 | Press fitting loading device of automatic screen assembling machine |
| CN105059208B (en) * | 2015-07-16 | 2017-07-11 | 广州东海敏孚汽车部件有限公司 | A kind of processing technology of car front windshield windscreen panel |
| CN105059208A (en) * | 2015-07-16 | 2015-11-18 | 广州东海敏孚汽车部件有限公司 | Processing technology of front windshield trim for vehicle |
| CN106182887A (en) * | 2016-08-29 | 2016-12-07 | 苏州博众精工科技有限公司 | A kind of detection laminating mechanism |
| CN106182887B (en) * | 2016-08-29 | 2018-02-16 | 博众精工科技股份有限公司 | One kind detection laminating mechanism |
| CN107160701A (en) * | 2017-07-18 | 2017-09-15 | 江苏创源电子有限公司 | One kind assembling heating pressurize equipment |
| CN107160701B (en) * | 2017-07-18 | 2024-03-29 | 江苏创源电子有限公司 | Assembly heating pressure maintaining equipment |
| CN109434401A (en) * | 2018-10-24 | 2019-03-08 | 大族激光科技产业集团股份有限公司 | Assembling device and elastic slice fitting machine |
| CN109434401B (en) * | 2018-10-24 | 2020-09-08 | 大族激光科技产业集团股份有限公司 | Assembling device and elastic sheet assembling machine |
| CN112218516A (en) * | 2019-07-09 | 2021-01-12 | 芝浦机械电子装置株式会社 | Mounting device |
| CN112218516B (en) * | 2019-07-09 | 2021-08-20 | 芝浦机械电子装置株式会社 | Mounting device |
| CN112719877A (en) * | 2020-12-24 | 2021-04-30 | 苏州赛腾精密电子股份有限公司 | Intelligent special-shaped piece assembling system |
| CN112719877B (en) * | 2020-12-24 | 2022-04-15 | 苏州赛腾精密电子股份有限公司 | Intelligent special-shaped piece assembling system |
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