CN204652791U - A kind of new-type double end chip mounter - Google Patents
A kind of new-type double end chip mounter Download PDFInfo
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- CN204652791U CN204652791U CN201520234168.9U CN201520234168U CN204652791U CN 204652791 U CN204652791 U CN 204652791U CN 201520234168 U CN201520234168 U CN 201520234168U CN 204652791 U CN204652791 U CN 204652791U
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- 230000003028 elevating effect Effects 0.000 claims description 7
- 239000008188 pellet Substances 0.000 claims description 6
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Abstract
The utility model discloses a kind of new-type double end chip mounter, the fixed support plate upper end side installing substrate automatic transport assembly of its frame, substrate automatic transport assembly comprises movable supporting plate, Left-side support riser, Right side support riser, left side holds plate, right side holds plate, left side top board, right side top board, top board driving mechanism, substrate delivery frame, cylinder fixed mount, positioning cylinder, movable supporting plate carries servomotor by substrate, substrate feed drive screw mandrel, supporting bracket contiguous block, substrate conveying feed screw nut drives, Right side support riser installing riser regulates and drives screw mandrel, Left-side support montant installing riser regulates feed screw nut, left, right side holds plate and arranges perpendicular respectively, lateral flange, left and rightly fly to reach installing rack and install corresponding left and right feeding respectively and fly to reach, left and right side lamp grain mounting head drives respectively by mounting head driving mechanism.Designed by said structure, the utility model has modern design, the advantage that rational in infrastructure, automaticity, operating efficiency are high.
Description
Technical field
The utility model relates to chip mounter technical field, particularly relates to a kind of new-type double end chip mounter.
Background technology
LED chip mounter belongs to SMT(Surface Mount System surface mount system) one in chip mounter, along with the development of LED technology, traditional SMT chip mounter can not meet LED industry Production requirement, and now LED chip mounter is just arisen at the historic moment.
The chip mounter of existence form various kinds in prior art; But for existing chip mounter, the defect that its ubiquity operating efficiency is not high, the operating efficiency namely how improving chip mounter has further become chip mounter production firm primary study direction.
Utility model content
The purpose of this utility model is to provide a kind of new-type double end chip mounter for the deficiencies in the prior art, and this new-type double end chip mounter is novel in design, rational in infrastructure, automaticity is high and operating efficiency is high.
For achieving the above object, the utility model is achieved through the following technical solutions.
A kind of new-type double end chip mounter, include frame, the upper end of frame is provided with the fixed support plate arranged in horizontal cross, the upper end side of fixed support plate is equiped with the substrate automatic transport assembly extended along fore-and-aft direction, substrate automatic transport assembly includes and can be installed in fixed support plate upper end side and the movable supporting plate arranged in horizontal cross relatively fore-aft travel, the upper surface of fixed support plate is equiped with substrate conveying servomotor in the side of movable supporting plate, the power output shaft of substrate conveying servomotor is provided with the substrate feed drive screw mandrel along fore-and-aft direction horizontal-extending, the edge part of movable supporting plate in substrate feed drive screw mandrel side is equiped with supporting bracket contiguous block, supporting bracket contiguous block counterpart substrate feed drive screw mandrel is equiped with substrate conveying feed screw nut, substrate feed drive screw mandrel and substrate carry feed screw nut to match,
The upper end side of movable supporting plate is equiped with respectively in vertical layout and respectively along the Left-side support riser of fore-and-aft direction horizontal-extending, Right side support riser, Right side support riser is screwed on the upper surface of movable supporting plate, Left-side support riser is arranged with Right side support riser parallel interval and Left-side support riser can be installed in the left end side of Right side support riser in relative left and right actively, Right side support riser is equiped with the riser extended along left and right directions horizontal cross rotatably and regulates driving screw mandrel, the corresponding riser of Left-side support montant regulates and drives screw mandrel to be equiped with riser adjustment feed screw nut, riser regulates and drives screw mandrel to regulate feed screw nut to match with riser, the upper end of Left-side support riser is equiped with the left side extended along Left-side support riser length direction and holds plate, the upper end of Right side support riser is equiped with the right side extended along Right side support riser length direction and holds plate, the right-hand member edge part that left side holds plate is provided with the vertical flange in the left side of protruding extension down, be positioned at vertical flange upper end, left side and protrude the left side lateral flange extended towards right level, the left end edge part that right side holds plate is provided with the vertical flange in the right side of protruding extension down, be positioned at vertical flange upper end, right side and protrude the right side lateral flange extended towards left level, the right-hand member side of Left-side support riser in the lower end side of left side lateral flange can be relatively up and down be equiped with left side top board, the left end side of Right side support riser in the lower end side of right side lateral flange can be relatively up and down be equiped with right side top board, left side top board and right side top board synchronization action, corresponding left side top board between Left-side support riser with Right side support riser, right side top board is equiped with top board driving mechanism,
Right side support riser is equiped with cylinder fixed mount, cylinder fixed mount is equiped with the positioning cylinder of knee-action between Left-side support riser and Right side support riser, and the upper end side of movable supporting plate is equiped with the substrate delivery frame of adjustable left and right transverse width between left side top board and right side top board;
The upper surface of fixed support plate flies to reach installing rack on the left of the left end side of substrate automatic transport assembly is equiped with, left side flies to reach installing rack installing for carrying the left side feeding of lamp pellet band to fly to reach, the upper surface of fixed support plate is equiped with right side and flies to reach installing rack in the right-hand member side of substrate automatic transport assembly, right side flies to reach installing rack and is equiped with for carrying the right side feeding of lamp pellet band to fly to reach, left side feeding flies to reach to fly to reach with right side feeding and is symmetrically arranged, the upper surface of fixed support plate is equiped with the fixing support rack being positioned at substrate automatic transport assembly upper end side, fixing support rack can relatively be equiped with actively and flies to reach corresponding left side lamp grain mounting head with left side feeding in left and right, fly to reach corresponding starboard light grain mounting head with right side feeding, lamp grain mounting head on the left of fixing support rack correspondence, starboard light grain mounting head is equiped with mounting head driving mechanism respectively.
Wherein, described top board driving mechanism includes the top board Driving Stepping Motor being installed in described Right side support riser, to be installed between Right side support riser and described Left-side support riser and top board drive shaft in left and right horizontal transverse arrangement of turbo, the left part of top board drive shaft is installed in Left-side support riser rotatably, the right part of top board drive shaft is installed in Right side support riser rotatably, the power output shaft of top board Driving Stepping Motor is equiped with drive pulley, the corresponding drive pulley in right part of top board drive shaft is equiped with driven pulley, driving belt has been installed around between drive pulley and driven pulley,
Described left side top board, described right side top board are equiped with driving rolls respectively rotatably, the driving rolls of the left part of top board drive shaft, corresponding corresponding side, right part overlaps card respectively driving cam, and the cam surface of each driving cam abuts with the driving rolls of corresponding side respectively.
Wherein, top board guiding mechanism is equiped with respectively between described Left-side support riser and described left side top board and between described Right side support riser and described right side top board, each top board guiding mechanism includes respectively and is installed in the Left-side support riser of corresponding side, the top board vertical guide of Right side support riser, each top board vertical guide is arranged in vertical respectively, the top board vertical guide of the corresponding corresponding side of left side top board, right side top board is equiped with the vertical slide block of top board respectively, and the vertical slide block of each top board matches with the top board vertical guide of corresponding side respectively.
Wherein, described substrate delivery frame includes respectively along the left side substrate delivery bar of fore-and-aft direction horizontal-extending, right side substrate delivery bar, left side substrate delivery bar arranges with right side substrate delivery bar parallel interval and left side substrate delivery bar can relative about be installed in actively on the right side of the left end side of substrate delivery bar, the upper surface of described fixed support plate is equiped with and is positioned at left side substrate delivery bar, the delivery bar front support frame of right side substrate delivery bar leading section lower end side and be positioned at left side substrate motion guide rod, the delivery rod rear end bracing frame of substrate delivery rod rear end subordinate side, right side, delivery bar front support frame, delivery rod rear end strutting piece is equiped with delivery bar respectively rotatably and drives screw mandrel, the leading section of left side substrate delivery bar, rearward end is equiped with delivery bar drive block respectively, the delivery bar of the corresponding corresponding side of each delivery bar drive block drives screw mandrel to be equiped with delivery bar feed screw nut respectively, each delivery bar drives screw mandrel to match with the delivery bar drive nut of corresponding side respectively,
Delivery bar front support frame, delivery rod rear end strutting piece are also equiped with the horizontal guide in left and right horizontal transverse arrangement of turbo respectively, the horizontal guide of the corresponding corresponding side of each delivery bar drive block is equiped with horizontal guide pin bushing respectively, each horizontal guide pin bushing matches with the horizontal guide of corresponding side respectively, leading section, the rearward end of right side substrate delivery bar are equiped with delivery bar fixed block respectively, and each delivery bar fixed block overlaps the horizontal guide being stuck in corresponding side respectively.
Wherein, each described mounting head driving mechanism includes the mounting head being installed in described fixing support rack respectively and drives servomotor, the mounting head that each mounting head drives the power output shaft of servomotor to be provided with respectively in left and right horizontal transverse arrangement of turbo drives screw mandrel, described left side lamp grain mounting head, described starboard light grain mounting head includes mounting head mounting panel respectively, each mounting head mounting panel is equiped with mounting head drive block respectively, the mounting head of the corresponding corresponding side of each mounting head drive block drives screw mandrel to be equiped with mounting head feed screw nut respectively, each mounting head feed screw nut drives screw mandrel to match with the mounting head of corresponding side respectively.
Wherein, described left side lamp grain mounting head, described starboard light grain mounting head includes the lifting portable plate of the described mounting head mounting panel that can be installed in corresponding side respectively relatively up and downly, mounting head mounting panel correspondence lifting portable plate is equiped with lifting and drives servomotor, mounting head mounting panel drives the side of servomotor to be equiped with rotatably in lifting and drives screw mandrel in vertical lifting of arranging, lifting drives servomotor to drive screw mandrel to drive to be connected with being elevated, the lifting of lifting portable plate correspondence drives screw mandrel to be equiped with lifting drive block, the lifting of lifting drive block correspondence drives screw mandrel to be equiped with elevating screw nut, elevating screw nut drives screw mandrel to match with lifting,
Lifting portable plate can be fitted with in the vertical suction nozzle adjustable plate arranged relatively up and downly, the corresponding suction nozzle adjustable plate of lifting portable plate is equiped with adjustable plate and drives servomotor, lifting portable plate drives the side of servomotor to be equiped with rotatably in adjustable plate and drives screw mandrel in the vertical adjustable plate arranged, the corresponding adjustable plate of suction nozzle adjustable plate drives screw mandrel to be equiped with adjustable plate drive block, the corresponding adjustable plate of adjustable plate drive block drives screw mandrel to be equiped with adjustable plate feed screw nut, and adjustable plate feed screw nut and adjustable plate drive screw mandrel to match;
Suction nozzle adjustable plate is fitted with the suction nozzle mounting panel be intervally arranged successively, and each suction nozzle mounting panel is equiped with lamp grain suction nozzle respectively; When the quantity of suction nozzle mounting panel is odd number, be positioned at the suction nozzle mounting panel in centre position for fixing suction nozzle mounting panel, fixing suction nozzle mounting panel is installed in lifting portable plate, and all the other suction nozzle mounting panels are movable suction nozzle mounting panel; When the quantity of suction nozzle mounting panel is even number, all suction nozzle mounting panels are movable suction nozzle mounting panel;
The corresponding each movable suction nozzle mounting panel of suction nozzle adjustable plate offers the suction nozzle adjustment hole in tilting to extend respectively, the suction nozzle adjustment hole of the corresponding relevant position of each movable suction nozzle mounting panel is equiped with adjustment roller respectively rotatably, and each roller that regulates can be flush-mounted in the suction nozzle adjustment hole of relevant position respectively relative motion.
Wherein, described lifting portable plate is equiped with the mounting panel guiding rail arranged in horizontal cross, the corresponding mounting panel guiding rail of each described movable suction nozzle mounting panel is equiped with mounting panel guide runner respectively, and each mounting panel guide runner matches with mounting panel guiding rail respectively.
Wherein, adjustable plate guiding mechanism is equiped with between described lifting portable plate and described suction nozzle adjustable plate, adjustable plate guiding mechanism includes and is installed in lifting portable plate and in the vertical adjustable plate guiding rail arranged, the corresponding adjustable plate guiding rail of suction nozzle adjustable plate is equiped with adjustable plate guide runner, and adjustable plate guide runner matches with adjustable plate directive slide track.
Wherein, supporting bracket guiding mechanism is equiped with between described movable supporting plate and described fixed support plate, supporting bracket guiding mechanism includes and is installed in fixed support plate upper surface and along the supporting bracket guiding rail of fore-and-aft direction horizontal-extending, the corresponding supporting bracket guiding rail of lower surface of movable supporting plate is equiped with supporting bracket guide runner, and supporting bracket guide runner matches with supporting bracket guiding rail.
Wherein, riser guiding mechanism is equiped with between described movable supporting plate and described Left-side support riser, riser guiding mechanism includes and is installed in movable supporting plate upper surface and the riser guiding rail of left and right horizontal expansion, the corresponding riser guiding rail in bottom of Left-side support riser is equiped with riser guide runner, and riser guide runner matches with riser guiding rail.
The beneficial effects of the utility model are: the new-type double end chip mounter of one described in the utility model, the fixed support plate upper end side installing substrate automatic transport assembly of its frame, substrate automatic transport assembly comprises movable supporting plate and a left side, Right side support riser, movable supporting plate is by carrying servomotor by substrate, substrate feed drive screw mandrel, supporting bracket contiguous block, the driving mechanism that substrate conveying feed screw nut forms drives, Right side support riser installing riser regulates and drives screw mandrel, Left-side support montant installing riser regulates feed screw nut, installing left side, Left-side support riser upper end holds plate, installing right side, Right side support riser upper end holds plate, left side holds plate right-hand member edge part, and to arrange left side perpendicular, lateral flange, right side holds plate left end edge part, and to arrange right side perpendicular, lateral flange, lateral flange lower end side installing left side, left side top board, lateral flange lower end side installing right side, right side top board, left, right side top board is driven by top board driving mechanism, the cylinder fixed mount installing positioning cylinder of Right side support riser, left, substrate delivery frame is installed between the top board of right side, left side flies to reach installing rack installing left side feeding and flies to reach, right side flies to reach installing rack installing right side feeding and flies to reach, the fixing support rack of fixed support plate upper surface installs left and right side lamp grain mounting head, and left and right side lamp grain mounting head is driven by corresponding mounting head driving mechanism.Designed by said structure, the utility model adopts the alternation of two lamp grain mounting heads efficiently to complete LED grain attachment operation, and substrate automatic transport assembly can reliable and stable transfer substrate; So the utility model has modern design, the advantage that rational in infrastructure, automaticity, operating efficiency are high.
Accompanying drawing explanation
Utilize accompanying drawing to be further detailed the utility model below, but the embodiment in accompanying drawing is not formed any restriction of the present utility model.
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation at another visual angle of the utility model.
Fig. 3 is the structural representation at the another visual angle of the utility model.
Fig. 4 is the structural representation of substrate automatic transport assembly of the present utility model.
Fig. 5 is the structural representation at another visual angle of substrate automatic transport assembly of the present utility model.
Fig. 6 is the structural representation at the another visual angle of substrate automatic transport assembly of the present utility model.
Fig. 7 is the generalized section of substrate automatic transport assembly of the present utility model.
Fig. 8 is the structural representation of lamp grain mounting structure of the present utility model.
Fig. 9 is the structural representation at another visual angle of lamp grain mounting structure of the present utility model.
Figure 10 is the structural representation of left side of the present utility model lamp grain mounting head or starboard light grain mounting head.
Figure 11 is the structural representation at left side of the present utility model lamp grain mounting head or another visual angle of starboard light grain mounting head.
Figure 12 is left side of the present utility model lamp grain mounting head or starboard light grain mounting head partial structurtes schematic diagram.
Include in Fig. 1 to Figure 12:
1---frame 11---fixed support plate
2---substrate automatic transport assembly 21---movable supporting plate
221---substrate conveying servomotor 222---substrate feed drive screw mandrel
223---supporting bracket contiguous block 224---substrate conveying feed screw nut
231---Left-side support riser 232---Right side support riser
Riser regulates feed screw nut to 241---riser regulates and drives screw mandrel 242---
The 251 vertical flanges in---left side holds plate 2511---left side
Right side holds plate to 2512---left side lateral flange 252---
2521---the vertical flange 2522 in right side---right side lateral flange
261---left side top board 262---right side top board
27---top board driving mechanism 271---top board Driving Stepping Motor
272---top board drive shaft 273---drive pulley
274---driven pulley 275---driving rolls
276---driving cam 277---top board vertical guide
278---the vertical slide block 281 of top board---cylinder fixed mount
282---positioning cylinder 29---substrate delivery frame
291---left side substrate delivery bar 292---right side substrate delivery bar
293---delivery bar front support frame 294---delivery rod rear end bracing frame
295---delivery bar drives screw mandrel 296---delivery bar drive block
297---delivery bar feed screw nut 2981---horizontal guide
2982---horizontal guide pin bushing 299---delivery bar fixed block
Right side flies to reach installing rack 31---left side flies to reach installing rack 32---
Right side feeding flies to reach 41---left side feeding flies to reach 42---
5---fixing support rack 61---left side lamp grain mounting head
62---starboard light grain mounting head 63---mounting head mounting panel
Lifting drives servomotor to 64---lifting portable plates 651---
652---lifting drives screw mandrel 653---lifting drive block
654---elevating screw nut 66---suction nozzle adjustable plate
661---suction nozzle adjustment hole 671---adjustable plate drives servomotor
672---adjustable plate drives screw mandrel 673---adjustable plate drive block
674---adjustable plate feed screw nut 68---suction nozzle mounting panel
681---regulating roller 69---lamp grain suction nozzle
7---mounting head driving mechanism 71---mounting head drives servomotor
72---mounting head drives screw mandrel 73---mounting head drive block
74---mounting head feed screw nut 811---mounting panel guiding rail
812---mounting panel guide runner 821---adjustable plate guiding rail
822---adjustable plate guide runner 831---supporting bracket guiding rail
832---supporting bracket guide runner 841---riser guiding rail
842---riser guide runner.
Embodiment
Below in conjunction with concrete execution mode, the utility model is described.
As shown in Figures 1 to 9, a kind of new-type double end chip mounter, include frame 1, the upper end of frame 1 is provided with the fixed support plate 11 arranged in horizontal cross, the upper end side of fixed support plate 11 is equiped with the substrate automatic transport assembly 2 extended along fore-and-aft direction, substrate automatic transport assembly 2 includes and can be installed in fixed support plate 11 upper end side and the movable supporting plate 21 arranged in horizontal cross relatively fore-aft travel, the upper surface of fixed support plate 11 is equiped with substrate conveying servomotor 221 in the side of movable supporting plate 21, the power output shaft of substrate conveying servomotor 221 is provided with the substrate feed drive screw mandrel 222 along fore-and-aft direction horizontal-extending, the edge part of movable supporting plate 21 in substrate feed drive screw mandrel 222 side is equiped with supporting bracket contiguous block 223, supporting bracket contiguous block 223 counterpart substrate feed drive screw mandrel 222 is equiped with substrate conveying feed screw nut 224, substrate feed drive screw mandrel 222 and substrate carry feed screw nut 224 to match.
Wherein, the upper end side of movable supporting plate 21 is equiped with respectively in vertical layout and respectively along the Left-side support riser 231 of fore-and-aft direction horizontal-extending, Right side support riser 232, Right side support riser 232 is screwed on the upper surface of movable supporting plate 21, Left-side support riser 231 is arranged with Right side support riser 232 parallel interval and Left-side support riser 231 can be installed in the left end side of Right side support riser 232 in relative left and right actively, Right side support riser 232 is equiped with the riser extended along left and right directions horizontal cross rotatably and regulates driving screw mandrel 241, the corresponding riser of Left-side support montant regulates and drives screw mandrel 241 to be equiped with riser adjustment feed screw nut 242, riser regulates and drives screw mandrel 241 to regulate feed screw nut 242 to match with riser, the upper end of Left-side support riser 231 is equiped with the left side extended along Left-side support riser 231 length direction and holds plate 251, the upper end of Right side support riser 232 is equiped with the right side extended along Right side support riser 232 length direction and holds plate 252, the right-hand member edge part that left side holds plate 251 is provided with the vertical flange 2511 in the left side of protruding extension down, be positioned at vertical flange 2511 upper end, left side and protrude the left side lateral flange 2512 extended towards right level, the left end edge part that right side holds plate 252 is provided with the vertical flange 2521 in the right side of protruding extension down, be positioned at vertical flange 2521 upper end, right side and protrude the right side lateral flange 2522 extended towards left level, the right-hand member side of Left-side support riser 231 in the lower end side of left side lateral flange 2512 can be relatively up and down be equiped with left side top board 261, the left end side of Right side support riser 232 in the lower end side of right side lateral flange 2522 can be relatively up and down be equiped with right side top board 262, left side top board 261 and right side top board 262 synchronization action, corresponding left side top board 261 between Left-side support riser 231 with Right side support riser 232, right side top board 262 is equiped with top board driving mechanism 27.
Further, Right side support riser 232 is equiped with cylinder fixed mount 281, cylinder fixed mount 281 is equiped with the positioning cylinder 282 of knee-action between Left-side support riser 231 and Right side support riser 232, and the upper end side of movable supporting plate 21 is equiped with the substrate delivery frame 29 of adjustable left and right transverse width between left side top board 261 and right side top board 262.
Further, the upper surface of fixed support plate 11 flies to reach installing rack 31 on the left of the left end side of substrate automatic transport assembly 2 is equiped with, left side flies to reach installing rack 31 and installs for carrying the left side feeding of lamp pellet band to fly to reach 41, the upper surface of fixed support plate 11 is equiped with right side and flies to reach installing rack 32 in the right-hand member side of substrate automatic transport assembly 2, right side flies to reach installing rack 32 and is equiped with for carrying the right side feeding of lamp pellet band to fly to reach 42, left side feeding flies to reach 41 and flies to reach 42 with right side feeding and be symmetrically arranged, the upper surface of fixed support plate 11 is equiped with the fixing support rack 5 being positioned at substrate automatic transport assembly 2 upper end side, fixing support rack 5 can relatively be equiped with actively and flies to reach 41 corresponding left side lamp grain mounting heads 61 with left side feeding in left and right, fly to reach 42 corresponding starboard light grain mounting heads 62 with right side feeding, fixing support rack 5 corresponding left side lamp grain mounting head 61, starboard light grain mounting head 62 is equiped with mounting head driving mechanism 7 respectively.
In utility model works process, the substrate of LED grain to be mounted enters to the upper surface of substrate delivery frame 29, and the piston rod of positioning cylinder 282 ejects upward and positions the substrate entering to substrate delivery frame 29, after substrate puts in place, top board driving mechanism 27 drives left side top board 261 respectively, right side top board 262 moves, left side top board 261 coordinates with the left side lateral flange 2512 that left side holds plate 251 and holds the left side edge portion of fixing base, right side top board 262 coordinates with the right side lateral flange 2522 that right side holds plate 252 and holds the right edge edge of fixing base, simultaneously, left side holds the left side of left side vertical flange 2511 contact substrate of plate 251, right side holds the right side of right side vertical flange 2521 contact substrate of plate 252, namely the utility model is by the vertical flange 2511 in left side, the vertical flange 2521 in right side carries out location, left and right to substrate, until substrate held fixing after, positioning cylinder 282 resets and the piston rod of positioning cylinder 282 moves down, substrate conveying servomotor 221 action also drives supporting bracket contiguous block 223 to move backwards by the lead screw transmission mechanism of carrying feed screw nut 224 to form by substrate feed drive screw mandrel 222, substrate, and supporting bracket contiguous block 223 drives movable supporting supporting bracket, Left-side support riser 231, Right side support riser 232, left side top board 261, right side top board 262, left side holds plate 251, right side holds plate 252 and top board driving mechanism 27 moves respectively backwards, after substrate conveying servomotor 221 drives substrate to move a certain distance backwards, top board driving mechanism 27 action also drives left side top board 261, right side top board 262 moves down, substrate conveying servomotor 221 reverses and makes movable supporting plate 21, Left-side support riser 231, Right side support riser 232, left side top board 261, right side top board 262 moves to initial position forward, after movable supporting plate 21 resets, substrate conveying servomotor 221 again rotates forward and moves backwards according to the substrate of drive actions driving backwards continuation before, until substrate moves to appointment mounting position backwards.
Move to until substrate and specify after mounting position, substrate still keeps being held stationary state, now, and left side lamp grain mounting head 61, starboard light grain mounting head 62 alternating movement LED grain is mounted on the upper surface of substrate.Wherein, left side lamp grain mounting head 61 draw by left side feeding fly to reach 41 the LED grain transferred, starboard light grain mounting head 62 draw by right side feeding fly to reach 42 the LED grain transferred, and left side lamp grain mounting head 61, starboard light grain mounting head 62 are under the driving effect of corresponding mounting head driving mechanism 7, and left and right moves back and forth.
Need to explain further, in utility model works process, staff can regulate distance between Left-side support riser 231 and Right side support riser 232 according to the width of substrate, namely regulate left side to hold plate 251 and right side and hold distance between plate 252, on the left of during to ensure to grip substrate, vertical flange 2511 can touch with the left side of substrate and the vertical flange 2521 in right side can touch with the right side of substrate; During adjustment, staff only need rotate riser and regulate driving screw mandrel 241, the riser of rotation regulates and drives screw mandrel 241 to drive riser to regulate feed screw nut 242 to move, and riser regulates feed screw nut 242 to drive the relative Right side support riser 232 of Left-side support riser 231 to move left and right.
Comprehensive above-mentioned situation is known, is designed by said structure, and the utility model adopts the alternation of two lamp grain mounting heads efficiently to complete LED grain attachment operation, and substrate automatic transport assembly 2 can reliable and stable transfer substrate; So the utility model has modern design, the advantage that rational in infrastructure, automaticity, operating efficiency are high.
As preferred embodiment, as shown in Figures 4 to 7, described top board driving mechanism 27 includes the top board Driving Stepping Motor 271 being installed in described Right side support riser 232, to be installed between Right side support riser 232 and described Left-side support riser 231 and top board drive shaft 272 in left and right horizontal transverse arrangement of turbo, the left part of top board drive shaft 272 is installed in Left-side support riser 231 rotatably, the right part of top board drive shaft 272 is installed in Right side support riser 232 rotatably, the power output shaft of top board Driving Stepping Motor 271 is equiped with drive pulley 273, the corresponding drive pulley 273 in right part of top board drive shaft 272 is equiped with driven pulley 274, driving belt has been installed around between drive pulley 273 and driven pulley 274.
Further, described left side top board 261, described right side top board 262 are equiped with driving rolls 275 respectively rotatably, the driving rolls 275 of the left part of top board drive shaft 272, corresponding corresponding side, right part overlaps card respectively driving cam 276, and the cam surface of each driving cam 276 abuts with the driving rolls 275 of corresponding side respectively.
Left side top board 261 is driven at top board driving mechanism 27, right side top board 262 holds in the process of fixing base, top board Driving Stepping Motor 271 action is also passed through by drive pulley 273, the belt gear that driven pulley 274 and driving belt form drives top board drive shaft 272 to rotate, top board drive shaft 272 drives its left part respectively, the driving cam 276 of right part rotates, each driving cam 276 supports the driving rolls 275 of corresponding side upward respectively by its cam surface, each driving rolls 275 drives the left side top board 261 of corresponding side respectively, right side top board 262 moves upward.
As preferred embodiment, as shown in Figure 7, for ensureing left side top board 261, the Left-side support riser 231 of the relatively corresponding side of top board 262, right side, Right side support riser 232 moves up and down reposefully, the utility model adopts following structural design, be specially: between described Left-side support riser 231 and described left side top board 261 and between described Right side support riser 232 and described right side top board 262, be equiped with top board guiding mechanism respectively, each top board guiding mechanism includes the Left-side support riser 231 being installed in corresponding side respectively, the top board vertical guide 277 of Right side support riser 232, each top board vertical guide 277 is arranged in vertical respectively, left side top board 261, the top board vertical guide 277 of the corresponding corresponding side of top board 262, right side is equiped with the vertical slide block 278 of top board respectively, the vertical slide block of each top board 278 matches with the top board vertical guide 277 of corresponding side respectively.
As preferred embodiment, as shown in Figures 4 to 7, described substrate delivery frame 29 includes respectively along the left side substrate delivery bar 291 of fore-and-aft direction horizontal-extending, right side substrate delivery bar 292, left side substrate delivery bar 291 arranges with right side substrate delivery bar 292 parallel interval and left side substrate delivery bar 291 can relative about be installed in actively on the right side of the left end side of substrate delivery bar 292, the upper surface of described fixed support plate 11 is equiped with and is positioned at left side substrate delivery bar 291, the delivery bar front support frame 293 of right side substrate delivery bar 292 leading section lower end side and be positioned at left side substrate motion guide rod, the delivery rod rear end bracing frame 294 of right side substrate delivery bar 292 rearward end lower end side, delivery bar front support frame 293, delivery rod rear end strutting piece is equiped with delivery bar respectively rotatably and drives screw mandrel 295, the leading section of left side substrate delivery bar 291, rearward end is equiped with delivery bar drive block 296 respectively, the delivery bar of each corresponding corresponding side of delivery bar drive block 296 drives screw mandrel 295 to be equiped with delivery bar feed screw nut 297 respectively, each delivery bar drives screw mandrel 295 to match with the delivery bar drive nut of corresponding side respectively.
Further, delivery bar front support frame 293, delivery rod rear end strutting piece are also equiped with the horizontal guide 2981 in left and right horizontal transverse arrangement of turbo respectively, the horizontal guide 2981 of each corresponding corresponding side of delivery bar drive block 296 is equiped with horizontal guide pin bushing 2982 respectively, each horizontal guide pin bushing 2982 matches with the horizontal guide 2981 of corresponding side respectively, leading section, the rearward end of right side substrate delivery bar 292 are equiped with delivery bar fixed block 299 respectively, and each delivery bar fixed block 299 overlaps the horizontal guide 2981 being stuck in corresponding side respectively.
Need point out further, in process substrate being positioned over substrate delivery frame 29, the upper end side being put in left side substrate delivery bar 291, right side substrate motion guide rod taken by substrate, and wherein, the distance between left side substrate delivery bar 291 and right side substrate delivery bar 292 can regulate according to the width of substrate; In the process of substrate motion guide rod left and right, left side substrate delivery bar 291 relative right side lateral adjustments, the rotatable delivery bar of staff drives screw mandrel 295 and drives screw mandrel 295 to drive delivery bar feed screw nut 297 to move by delivery bar, delivery bar feed screw nut 297 drives the delivery bar drive block 296 of corresponding side to move again, and delivery bar drive block 296 finally drives left side substrate delivery bar 291 to move; Wherein, for ensureing that the delivery bar of delivery bar front support frame 293 drives screw mandrel 295 to drive screw mandrel 295 synchronization action with the delivery bar of delivery rod rear end bracing frame 294, the utility model can install synchronous belt drive mechanism between two delivery bars driving screw mandrels 295.
In addition, in the left side substrate motion guide rod process that relatively right side substrate delivery bar 292 moves left and right, the utility model by horizontal guide pin bushing 2982 with coordinate the steadily movement of bootable left side substrate delivery bar 291 between horizontal guide 2981.
As preferred embodiment, as Fig. 1, Fig. 2, Fig. 3, Fig. 8, shown in Fig. 9, each described mounting head driving mechanism 7 includes the mounting head being installed in described fixing support rack 5 respectively and drives servomotor 71, the mounting head that each mounting head drives the power output shaft of servomotor 71 to be provided with respectively in left and right horizontal transverse arrangement of turbo drives screw mandrel 72, described left side lamp grain mounting head 61, described starboard light grain mounting head 62 includes mounting head mounting panel 63 respectively, each mounting head mounting panel 63 is equiped with mounting head drive block 73 respectively, the mounting head of the corresponding corresponding side of each mounting head drive block 73 drives screw mandrel 72 to be equiped with mounting head feed screw nut 74 respectively, each mounting head feed screw nut 74 drives screw mandrel 72 to match with the mounting head of corresponding side respectively.
Need point out further, in the process that each mounting head driving mechanism 7 drives corresponding left side lamp grain mounting head 61 and starboard light grain mounting head 62 to move left and right, each mounting head drives servomotor 71 to drive corresponding mounting head drive block 73 to move left and right by the lead screw transmission mechanism driving screw mandrel 72 by mounting head, mounting head feed screw nut 74 forms, mounting head drive block 73 drives corresponding mounting head mounting panel 63 to move left and right again, and final left side lamp grain mounting head 61, the starboard light grain mounting head 62 accordingly of driving moves left and right.
As preferred embodiment, as shown in Figure 10 to Figure 12, described left side lamp grain mounting head 61, described starboard light grain mounting head 62 includes the lifting portable plate 64 of the described mounting head mounting panel 63 that can be installed in corresponding side respectively relatively up and downly, mounting head mounting panel 63 correspondence lifting portable plate 64 is equiped with lifting and drives servomotor 651, mounting head mounting panel 63 drives the side of servomotor 651 to be equiped with rotatably in lifting and drives screw mandrel 652 in vertical lifting of arranging, lifting drives servomotor 651 to drive screw mandrel 652 to drive to be connected with being elevated, the lifting of lifting portable plate 64 correspondence drives screw mandrel 652 to be equiped with lifting drive block 653, the lifting of lifting drive block 653 correspondence drives screw mandrel 652 to be equiped with elevating screw nut 654, elevating screw nut 654 drives screw mandrel 652 to match with lifting.
Further, lifting portable plate 64 can be fitted with in the vertical suction nozzle adjustable plate 66 arranged relatively up and downly, the corresponding suction nozzle adjustable plate 66 of lifting portable plate 64 is equiped with adjustable plate and drives servomotor 671, lifting portable plate 64 drives the side of servomotor 671 to be equiped with rotatably in adjustable plate and drives screw mandrel 672 in the vertical adjustable plate arranged, the corresponding adjustable plate of suction nozzle adjustable plate 66 drives screw mandrel 672 to be equiped with adjustable plate drive block 673, the corresponding adjustable plate of adjustable plate drive block 673 drives screw mandrel 672 to be equiped with adjustable plate feed screw nut 674, adjustable plate feed screw nut 674 and adjustable plate drive screw mandrel 672 to match.
Further, suction nozzle adjustable plate 66 is fitted with the suction nozzle mounting panel 68 be intervally arranged successively, and each suction nozzle mounting panel 68 is equiped with lamp grain suction nozzle 69 respectively; When the quantity of suction nozzle mounting panel 68 is odd number, be positioned at the suction nozzle mounting panel 68 in centre position for fixing suction nozzle mounting panel, fixing suction nozzle mounting panel is installed in lifting portable plate 64, and all the other suction nozzle mounting panels 68 are movable suction nozzle mounting panel; When the quantity of suction nozzle mounting panel 68 is even number, all suction nozzle mounting panels 68 are movable suction nozzle mounting panel.
In addition, the corresponding each movable suction nozzle mounting panel of suction nozzle adjustable plate 66 offers the suction nozzle adjustment hole 661 in tilting to extend respectively, the suction nozzle adjustment hole 661 of the corresponding relevant position of each movable suction nozzle mounting panel is equiped with rotatably respectively and regulates roller 681, and each roller 681 that regulates can be flush-mounted in the suction nozzle adjustment hole 661 of relevant position respectively relative motion.
At left side lamp grain mounting head 61 and starboard light grain mounting head 62, LED grain is mounted in the process of upper surface of base plate, lifting drives servomotor 651 first to drive lifting drive block 653 to move down by the lead screw transmission mechanism be made up of lifting driving screw mandrel 652, elevating screw nut 654, lifting drive block 653 drives suction nozzle adjustable plate 66, suction nozzle mounting panel 68 and lamp grain suction nozzle 69 to move again down, and each lamp grain suction nozzle 69 finally draw by left side feeding fly to reach 41 or right side feeding fly to reach 42 the LED grain that moves; After each lamp grain suction nozzle 69 adsorbs fixed L ED lamp grain, lifting drives servomotor 651 to drive each lamp grain suction nozzle 69 to move again upward; After each lamp grain suction nozzle 69 moves on to position, mounting head driving mechanism 7 drives left side lamp grain mounting head 61 or starboard light grain mounting head 62 to move towards substrate-side; Mount after he or starboard light grain mounting head 62 move into place until left side lamp grain, lifting drives servomotor 651 to drive each lamp grain suction nozzle 69 to move down again and LED grain is mounted on upper surface of base plate the most at last.
Need to explain further, the utility model can adjust the spacing of each lamp grain suction nozzle 69 according to the interval of substrate lamp grain installation site, its adjustment process is as follows, be specially: the lead screw transmission mechanism that adjustable plate drives servomotor 671 by driving screw mandrel 672 by adjustable plate, adjustable plate feed screw nut 674 forms drives adjustable plate drive block 673 to move up and down, and adjustable plate drive block 673 drives suction nozzle adjustable plate 66 to move up and down again; Wherein, in the process that suction nozzle adjustable plate 66 moves up and down, the sidewall of each suction nozzle adjustment hole 661 can act on corresponding adjustment roller 681 and drive and regulate roller 681 OQ t portable plate about 64 transverse shifting accordingly, and regulate roller 681 can drive corresponding suction nozzle mounting panel about 68 transverse shifting, and then realize the adjustment of lamp grain suction nozzle 69 spacing.
As preferred embodiment, as is illustrated by figs. 11 and 12, for ensureing that each movable suction nozzle mounting panel moves left and right reposefully, the utility model adopts following structural design, be specially: described lifting portable plate 64 is equiped with the mounting panel guiding rail 811 arranged in horizontal cross, the corresponding mounting panel guiding rail 811 of each described movable suction nozzle mounting panel is equiped with mounting panel guide runner 812 respectively, and each mounting panel guide runner 812 matches with mounting panel guiding rail 811 respectively.
As preferred embodiment, as shown in figure 12, for ensureing that suction nozzle adjustable plate 66 moves up and down reposefully, the utility model adopts following structural design, be specially: between described lifting portable plate 64 and described suction nozzle adjustable plate 66, be equiped with adjustable plate guiding mechanism, adjustable plate guiding mechanism includes and is installed in lifting portable plate 64 and in the vertical adjustable plate guiding rail 821 arranged, the corresponding adjustable plate guiding rail 821 of suction nozzle adjustable plate 66 is equiped with adjustable plate guide runner 822, and adjustable plate guide runner 822 matches with adjustable plate guiding rail 821.
As preferred embodiment, as shown in Figures 5 to 7, for ensureing movable supporting plate 21 fore-aft travel reposefully, the utility model adopts following structural design, be specially: between described movable supporting plate 21 and described fixed support plate 11, be equiped with supporting bracket guiding mechanism, supporting bracket guiding mechanism includes and is installed in fixed support plate 11 upper surface and along the supporting bracket guiding rail 831 of fore-and-aft direction horizontal-extending, the corresponding supporting bracket guiding rail 831 of lower surface of movable supporting plate 21 is equiped with supporting bracket guide runner 832, supporting bracket guide runner 832 matches with supporting bracket guiding rail 831.
As preferred embodiment, as shown in Figures 4 to 6, for ensureing that Left-side support riser 231 moves left and right reposefully, the utility model adopts following structural design, be specially: between described movable supporting plate 21 and described Left-side support riser 231, be equiped with riser guiding mechanism, riser guiding mechanism includes and is installed in movable supporting plate 21 upper surface and the riser guiding rail 841 of left and right horizontal expansion, the corresponding riser guiding rail 841 in bottom of Left-side support riser 231 is equiped with riser guide runner 842, riser guide runner 842 matches with riser guiding rail 841.
Above content is only preferred embodiment of the present utility model, for those of ordinary skill in the art, according to thought of the present utility model, all will change in specific embodiments and applications, this description should not be construed as restriction of the present utility model.
Claims (10)
1. a new-type double end chip mounter, it is characterized in that: include frame (1), the upper end of frame (1) is provided with the fixed support plate (11) arranged in horizontal cross, the upper end side of fixed support plate (11) is equiped with the substrate automatic transport assembly (2) extended along fore-and-aft direction, substrate automatic transport assembly (2) includes and can be installed in fixed support plate (11) upper end side and the movable supporting plate (21) arranged in horizontal cross relatively fore-aft travel, the upper surface of fixed support plate (11) is equiped with substrate conveying servomotor (221) in the side of movable supporting plate (21), the power output shaft of substrate conveying servomotor (221) is provided with the substrate feed drive screw mandrel (222) along fore-and-aft direction horizontal-extending, the edge part of movable supporting plate (21) in substrate feed drive screw mandrel (222) side is equiped with supporting bracket contiguous block (223), supporting bracket contiguous block (223) counterpart substrate feed drive screw mandrel (222) is equiped with substrate conveying feed screw nut (224), substrate feed drive screw mandrel (222) and substrate carry feed screw nut (224) to match,
The upper end side of movable supporting plate (21) is equiped with respectively in vertical layout and respectively along the Left-side support riser (231) of fore-and-aft direction horizontal-extending, Right side support riser (232), Right side support riser (232) is screwed on the upper surface of movable supporting plate (21), Left-side support riser (231) is arranged with Right side support riser (232) parallel interval and Left-side support riser (231) can be installed in the left end side of Right side support riser (232) in relative left and right actively, Right side support riser (232) is equiped with the riser extended along left and right directions horizontal cross rotatably and regulates driving screw mandrel (241), the corresponding riser of Left-side support montant regulates and drives screw mandrel (241) to be equiped with riser adjustment feed screw nut (242), riser regulates and drives screw mandrel (241) to regulate feed screw nut (242) to match with riser, the upper end of Left-side support riser (231) is equiped with the left side extended along Left-side support riser (231) length direction and holds plate (251), the upper end of Right side support riser (232) is equiped with the right side extended along Right side support riser (232) length direction and holds plate (252), the right-hand member edge part that left side holds plate (251) is provided with the vertical flange in the left side of protruding extension down (2511), be positioned at vertical flange (2511) upper end, left side and protrude the left side lateral flange (2512) extended towards right level, the left end edge part that right side holds plate (252) is provided with the vertical flange in the right side of protruding extension down (2521), be positioned at vertical flange (2521) upper end, right side and protrude the right side lateral flange (2522) extended towards left level, the right-hand member side of Left-side support riser (231) in the lower end side of left side lateral flange (2512) can be relatively up and down be equiped with left side top board (261), the left end side of Right side support riser (232) in the lower end side of right side lateral flange (2522) can be relatively up and down be equiped with right side top board (262), left side top board (261) and right side top board (262) synchronization action, corresponding left side top board (261) between Left-side support riser (231) with Right side support riser (232), right side top board (262) is equiped with top board driving mechanism (27),
Right side support riser (232) is equiped with cylinder fixed mount (281), cylinder fixed mount (281) is equiped with the positioning cylinder (282) of knee-action between Left-side support riser (231) and Right side support riser (232), and the upper end side of movable supporting plate (21) is equiped with the substrate delivery frame (29) of adjustable left and right transverse width between left side top board (261) and right side top board (262);
The upper surface of fixed support plate (11) flies to reach installing rack (31) on the left of the left end side of substrate automatic transport assembly (2) is equiped with, left side flies to reach installing rack (31) installing for carrying the left side feeding of lamp pellet band to fly to reach (41), the upper surface of fixed support plate (11) is equiped with right side and flies to reach installing rack (32) in the right-hand member side of substrate automatic transport assembly (2), right side flies to reach installing rack (32) and is equiped with for carrying the right side feeding of lamp pellet band to fly to reach (42), left side feeding flies to reach (41) and flies to reach (42) with right side feeding and be symmetrically arranged, the upper surface of fixed support plate (11) is equiped with the fixing support rack (5) being positioned at substrate automatic transport assembly (2) upper end side, fixing support rack (5) can relatively be equiped with actively and flies to reach (41) corresponding left side lamp grain mounting head (61) with left side feeding in left and right, fly to reach (42) corresponding starboard light grain mounting head (62) with right side feeding, fixing support rack (5) corresponding left side lamp grain mounting head (61), starboard light grain mounting head (62) is equiped with mounting head driving mechanism (7) respectively.
2. the new-type double end chip mounter of one according to claim 1, it is characterized in that: described top board driving mechanism (27) includes the top board Driving Stepping Motor (271) being installed in described Right side support riser (232), to be installed between Right side support riser (232) and described Left-side support riser (231) and top board drive shaft (272) in left and right horizontal transverse arrangement of turbo, the left part of top board drive shaft (272) is installed in Left-side support riser (231) rotatably, the right part of top board drive shaft (272) is installed in Right side support riser (232) rotatably, the power output shaft of top board Driving Stepping Motor (271) is equiped with drive pulley (273), the corresponding drive pulley (273) in right part of top board drive shaft (272) is equiped with driven pulley (274), driving belt has been installed around between drive pulley (273) and driven pulley (274),
Described left side top board (261), described right side top board (262) are equiped with driving rolls (275) respectively rotatably, the driving rolls (275) of the left part of top board drive shaft (272), corresponding corresponding side, right part overlaps card respectively driving cam (276), and the cam surface of each driving cam (276) abuts with the driving rolls (275) of corresponding side respectively.
3. the new-type double end chip mounter of one according to claim 2, it is characterized in that: between described Left-side support riser (231) and described left side top board (261) and between described Right side support riser (232) and described right side top board (262), be equiped with top board guiding mechanism respectively, each top board guiding mechanism includes the Left-side support riser (231) being installed in corresponding side respectively, the top board vertical guide (277) of Right side support riser (232), each top board vertical guide (277) is arranged in vertical respectively, left side top board (261), the top board vertical guide (277) of top board (262) corresponding corresponding side, right side is equiped with the vertical slide block of top board (278) respectively, the vertical slide block of each top board (278) matches with the top board vertical guide (277) of corresponding side respectively.
4. the new-type double end chip mounter of one according to claim 3, it is characterized in that: described substrate delivery frame (29) includes respectively along left side substrate delivery bar (291) of fore-and-aft direction horizontal-extending, right side substrate delivery bar (292), left side substrate delivery bar (291) arranges with right side substrate delivery bar (292) parallel interval and left side substrate delivery bar (291) can relative about be installed in actively on the right side of substrate delivery bar (292) left end side, the upper surface of described fixed support plate (11) is equiped with and is positioned at left side substrate delivery bar (291), delivery bar front support frame (293) of right side substrate delivery bar (292) leading section lower end side and be positioned at left side substrate motion guide rod, the delivery rod rear end bracing frame (294) of right side substrate delivery bar (292) rearward end lower end side, delivery bar front support frame (293), delivery rod rear end strutting piece is equiped with delivery bar respectively rotatably and drives screw mandrel (295), the leading section in left side substrate delivery bar (291), rearward end is equiped with delivery bar drive block (296) respectively, the delivery bar of each corresponding corresponding side of delivery bar drive block (296) drives screw mandrel (295) to be equiped with delivery bar feed screw nut (297) respectively, each delivery bar drives screw mandrel (295) to match with the delivery bar drive nut of corresponding side respectively,
Delivery bar front support frame (293), delivery rod rear end strutting piece are also equiped with the horizontal guide (2981) in left and right horizontal transverse arrangement of turbo respectively, the horizontal guide (2981) of each corresponding corresponding side of delivery bar drive block (296) is equiped with horizontal guide pin bushing (2982) respectively, each horizontal guide pin bushing (2982) is matched with the horizontal guide (2981) of corresponding side respectively, leading section, the rearward end on right side substrate delivery bar (292) are equiped with delivery bar fixed block (299) respectively, and each delivery bar fixed block (299) overlaps the horizontal guide (2981) being stuck in corresponding side respectively.
5. the new-type double end chip mounter of one according to claim 4, it is characterized in that: each described mounting head driving mechanism (7) includes the mounting head being installed in described fixing support rack (5) respectively and drives servomotor (71), the mounting head that each mounting head drives the power output shaft of servomotor (71) to be provided with respectively in left and right horizontal transverse arrangement of turbo drives screw mandrel (72), described left side lamp grain mounting head (61), described starboard light grain mounting head (62) includes mounting head mounting panel (63) respectively, each mounting head mounting panel (63) is equiped with mounting head drive block (73) respectively, the mounting head of each corresponding corresponding side of mounting head drive block (73) drives screw mandrel (72) to be equiped with mounting head feed screw nut (74) respectively, each mounting head feed screw nut (74) drives screw mandrel (72) to match with the mounting head of corresponding side respectively.
6. the new-type double end chip mounter of one according to claim 5, it is characterized in that: described left side lamp grain mounting head (61), described starboard light grain mounting head (62) includes the lifting portable plate (64) of the described mounting head mounting panel (63) that can be installed in corresponding side respectively relatively up and downly, mounting head mounting panel (63) correspondence lifting portable plate (64) is equiped with lifting and drives servomotor (651), mounting head mounting panel (63) drives the side of servomotor (651) to be equiped with rotatably in lifting and drives screw mandrel (652) in vertical lifting of arranging, lifting drives servomotor (651) to drive screw mandrel (652) to drive to be connected with being elevated, the lifting of lifting portable plate (64) correspondence drives screw mandrel (652) to be equiped with lifting drive block (653), the lifting of lifting drive block (653) correspondence drives screw mandrel (652) to be equiped with elevating screw nut (654), elevating screw nut (654) drives screw mandrel (652) to match with lifting,
Lifting portable plate (64) can be fitted with in the vertical suction nozzle adjustable plate (66) arranged relatively up and downly, lifting portable plate (64) corresponding suction nozzle adjustable plate (66) is equiped with adjustable plate and drives servomotor (671), lifting portable plate (64) drives the side of servomotor (671) to be equiped with rotatably in adjustable plate and drives screw mandrel (672) in the vertical adjustable plate arranged, the corresponding adjustable plate of suction nozzle adjustable plate (66) drives screw mandrel (672) to be equiped with adjustable plate drive block (673), the corresponding adjustable plate of adjustable plate drive block (673) drives screw mandrel (672) to be equiped with adjustable plate feed screw nut (674), adjustable plate feed screw nut (674) and adjustable plate drive screw mandrel (672) to match,
Suction nozzle adjustable plate (66) is fitted with the suction nozzle mounting panel (68) be intervally arranged successively, and each suction nozzle mounting panel (68) is equiped with lamp grain suction nozzle (69) respectively; When the quantity of suction nozzle mounting panel (68) is odd number, be positioned at the suction nozzle mounting panel (68) in centre position for fixing suction nozzle mounting panel, fixing suction nozzle mounting panel is installed in lifting portable plate (64), and all the other suction nozzle mounting panels (68) are movable suction nozzle mounting panel; When the quantity of suction nozzle mounting panel (68) is even number, all suction nozzle mounting panels (68) are movable suction nozzle mounting panel;
The corresponding each movable suction nozzle mounting panel of suction nozzle adjustable plate (66) offers the suction nozzle adjustment hole (661) in tilting to extend respectively, the suction nozzle adjustment hole (661) of the corresponding relevant position of each movable suction nozzle mounting panel is equiped with rotatably respectively and regulates roller (681), respectively regulates roller (681) can be flush-mounted in respectively in the suction nozzle adjustment hole (661) of relevant position relative motion.
7. the new-type double end chip mounter of one according to claim 6, it is characterized in that: described lifting portable plate (64) is equiped with the mounting panel guiding rail (811) arranged in horizontal cross, corresponding mounting panel guiding rail (811) of each described movable suction nozzle mounting panel is equiped with mounting panel guide runner (812) respectively, and each mounting panel guide runner (812) is matched with mounting panel guiding rail (811) respectively.
8. the new-type double end chip mounter of one according to claim 7, it is characterized in that: between described lifting portable plate (64) and described suction nozzle adjustable plate (66), be equiped with adjustable plate guiding mechanism, adjustable plate guiding mechanism includes and is installed in lifting portable plate (64) and in the vertical adjustable plate guiding rail (821) arranged, the corresponding adjustable plate guiding rail (821) of suction nozzle adjustable plate (66) is equiped with adjustable plate guide runner (822), and adjustable plate guide runner (822) matches with adjustable plate guiding rail (821).
9. the new-type double end chip mounter of one according to claim 1, it is characterized in that: between described movable supporting plate (21) and described fixed support plate (11), be equiped with supporting bracket guiding mechanism, supporting bracket guiding mechanism includes and is installed in fixed support plate (11) upper surface and along the supporting bracket guiding rail (831) of fore-and-aft direction horizontal-extending, corresponding supporting bracket guiding rail (831) of lower surface of movable supporting plate (21) is equiped with supporting bracket guide runner (832), and supporting bracket guide runner (832) matches with supporting bracket guiding rail (831).
10. the new-type double end chip mounter of one according to claim 1, it is characterized in that: between described movable supporting plate (21) and described Left-side support riser (231), be equiped with riser guiding mechanism, riser guiding mechanism includes and is installed in movable supporting plate (21) upper surface and the riser guiding rail (841) of left and right horizontal expansion, corresponding riser guiding rail (841) in bottom of Left-side support riser (231) is equiped with riser guide runner (842), and riser guide runner (842) matches with riser guiding rail (841).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520234168.9U CN204652791U (en) | 2015-04-20 | 2015-04-20 | A kind of new-type double end chip mounter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520234168.9U CN204652791U (en) | 2015-04-20 | 2015-04-20 | A kind of new-type double end chip mounter |
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| Publication Number | Publication Date |
|---|---|
| CN204652791U true CN204652791U (en) | 2015-09-16 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520234168.9U Expired - Fee Related CN204652791U (en) | 2015-04-20 | 2015-04-20 | A kind of new-type double end chip mounter |
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| Country | Link |
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| CN (1) | CN204652791U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104754878A (en) * | 2015-04-20 | 2015-07-01 | 李丙生 | Novel dual-head surface mounter |
| CN113543624A (en) * | 2021-07-06 | 2021-10-22 | 绍兴新辉照明有限公司 | Automatic paster device of circuit board |
| CN113911696A (en) * | 2021-09-24 | 2022-01-11 | 苏州诚拓智能装备有限公司 | Device for changing silicon wafer pitch |
-
2015
- 2015-04-20 CN CN201520234168.9U patent/CN204652791U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104754878A (en) * | 2015-04-20 | 2015-07-01 | 李丙生 | Novel dual-head surface mounter |
| CN104754878B (en) * | 2015-04-20 | 2018-03-13 | 东莞市汇鼎实业有限公司 | A kind of new-type double end chip mounter |
| CN113543624A (en) * | 2021-07-06 | 2021-10-22 | 绍兴新辉照明有限公司 | Automatic paster device of circuit board |
| CN113911696A (en) * | 2021-09-24 | 2022-01-11 | 苏州诚拓智能装备有限公司 | Device for changing silicon wafer pitch |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CB03 | Change of inventor or designer information |
Inventor after: Wu Siyuan Inventor before: Li Bingsheng |
|
| TR01 | Transfer of patent right |
Effective date of registration: 20161220 Address after: 518110 Guangdong province Shenzhen city Longhua District Guanlan Street bamboo village Fu Ting Industrial Zone C floor Patentee after: Shenzhen Olympic Intelligent Equipment Co., Ltd. Address before: 523000 Guangdong province Dongguan city Changan town Xiaobian community Zhen'an Road No. 70 five floor Patentee before: Li Bingsheng |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150916 Termination date: 20170420 |