CN206370415U - A kind of full-automatic plug-in sheet machine - Google Patents
A kind of full-automatic plug-in sheet machine Download PDFInfo
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- CN206370415U CN206370415U CN201621263664.8U CN201621263664U CN206370415U CN 206370415 U CN206370415 U CN 206370415U CN 201621263664 U CN201621263664 U CN 201621263664U CN 206370415 U CN206370415 U CN 206370415U
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Abstract
The utility model discloses a kind of full-automatic plug-in sheet machine, aim to provide a kind of high with operating efficiency, the full-automatic plug-in sheet machine of the advantages of workpiece inserting work matching coordinative, its drip irrigation device is to include body, the body is provided with silicon chip output device, silicon chip conveyer and silicon chip collector, the silicon chip collector includes being arranged on several mounting boxs of silicon chip conveyer discharge end and the switching mechanism for adjusting mounting box loading sequence, the switching mechanism includes drive device and the fixed mount slidably set on body, the fixed mount includes the plate body and the support bar below plate body for being used to install mounting box, the support bar is plugged in corresponding on body is easy to the slip of support bar provided with slide rail.
Description
Technical field
The utility model is related to apparatus for manufacturing single silicon crystal technical field, more particularly to a kind of full-automatic plug-in sheet machine.
Background technology
Following China's water power growth space is limited, and nuclear energy has unsafe factor, and fossil energy is constrained to by energy-saving and emission-reduction
This will rise, and solar energy power generating belongs to cleaning renewable new energy, wide market.Therefore solar monocrystalline silicon slice
Production and processing demand can be growing day by day, still, in the production process of silicon chip of solar cell, it is to need people to have a procedure
By silicon chip inserting one by one in special mounting box, in the prior art, people are generally using manually having come
Into inserted sheet operation, not only labor intensity is big, efficiency is low, and also easily damages during inserted sheet silicon chip.
At present, Publication No. CN203910836U Chinese patent discloses a kind of Full-automatic silicon chip inserting machine, and it includes
Body, described body is provided with silicon chip output device, silicon chip conveyer and mounting box, and described silicon chip output device passes through
Sucker is connected with the silicon chip upstream end of silicon chip conveyer, and the silicon chip of the silicon chip conveyer is sent out end and connected with mounting box,
The mounting box cylinder of its relative body oscilaltion of driving is connected with described mounting box, wherein described silicon chip output device
Include silicon chip output shelf, silicon chip output cylinder, described silicon chip conveyer include driving shaft, active axle bed, driving wheel,
Driven shaft, driven axle bed, driven pulley, transmission leather hose, transmission motor, and described transmission leather hose is each in the both sides of its direction of transfer
Equipped with a backplate.
This Full-automatic silicon chip inserting machine, is transmitted by silicon chip conveyer, silicon chip output device and installed in silicon chip
Sucker on device, realizes silicon chip from silicon chip output device in automatic transportation to mounting box, although so compared to existing skill
The manual operations of art, effectively raises inserting efficiency, still, and load is set by sending out end in the silicon chip of silicon chip conveyer
Box, and control the mounting box cylinder of mounting box oscilaltion, such structure, during actually inserting, for there was only one
The full-automatic plug-in sheet machine of individual silicon chip output device, even if two or more mounting boxs can be realized while carrying out inserted sheet work
Make, when wherein there is a mounting box silicon chip to stick with, it is necessary to pull down change empty mounting box when, that is, influence whether adjacent mounting box
Work is inserted, so that operating efficiency is reduced, it would therefore be desirable to which further on this basis improved.
Utility model content
The purpose of this utility model is to provide a kind of full-automatic plug-in sheet machine, and it has operating efficiency height, workpiece inserting work
The advantage of matching coordinative.
Above-mentioned technical purpose of the present utility model technical scheme is that:
A kind of full-automatic plug-in sheet machine, including body, the body provided with silicon chip output device, silicon chip conveyer and
Silicon chip collector, the silicon chip collector includes several mounting boxs and use for being arranged on silicon chip conveyer discharge end
In regulation mounting box loading sequence switching mechanism, the switching mechanism include drive device and on body slidably
The fixed mount of setting, the fixed mount includes the plate body and the branch below plate body for being used to install mounting box
Strut, the support bar is plugged in corresponding on body is easy to the slip of support bar provided with slide rail.
It is arranged such, the silicon chip output device, silicon chip conveyer and silicon chip collector on body are constituted, and are being cut
In converting mechanism in the presence of drive device, the position of mounting box, realizes the effect of automatic continuous production on regulation fixed mount,
Meanwhile, fixed mount is arranged on body and is provided with the slide rail and support bar being adapted, and can effectively improve fixed mount and be cut on body
The position accuracy changed, and after mounting box fills silicon chip in the presence of support bar, overall structural strength is more stable,
Greatly improve the operating efficiency and safety coefficient of plug-in sheet machine.
Further set:The plate body is in the form of annular discs, and several described mounting boxs are uniformly fixed on plate body
Top, the drive device is fixedly mounted on below plate body and output shaft is fixedly connected with the center of circle of plate body.
It is arranged such, it is only necessary to control drive device rotor plate block body, you can complete the switching of mounting box, and integrally
Simple in construction, precision is high during regulation.
Further set:The silicon chip conveyer includes Qu Pian mechanisms and insert mechanism, and the Qu Pian mechanisms include solid
Determine platform, beam track, sucker disk seat, sliding cylinder and the feeding sucker on sucker disk seat;The insert mechanism includes rising
The drive cylinder that drop platform, slotting material track, slotting material sucker and the slotting material sucker of driving are slided on slotting material track, it is described during work
The opening of mounting box is adapted with inserting the movement locus of material track.
It is arranged such, takes out silicon chip out of silicon chip output device by Qu Pian mechanisms, plug-in sheet machine is slid on beam track
On structure, and silicon chip is delivered to the slotting material sucker of insert mechanism, completed to insert material work by insert mechanism, overall structure sets letter
It is single, and mounting box only needs to be fixedly mounted in the direction of motion for inserting material sucker, can effectively improve insert mechanism
Insert material operating efficiency.
Further set:The sucker disk seat includes the installing plate for installing feeding sucker and control installing plate drives feeding to inhale
The control cylinder that disk is slided up and down.
It is arranged such, is moved up and down by moving feeding sucker in control cylinder drive installation strip, facilitate Qu Pian mechanisms
Feeding degree of convenience, and the structure moved up and down in practical work process can effectively improve feeding sucker get silicon chip from
And carry out transmission work below.
Further set:The lift cylinder that the bottom of the lifting platform is moved up and down provided with control lifting platform.
It is arranged such, the slotting material efficiency of insert mechanism is further improved by lift cylinder, so as to effectively improve silicon chip
The operating efficiency of inserting.
Further set:The silicon chip output device is arranged on the flowing end of silicon chip conveyer, silicon chip output device bag
Fixed bottom plate, stacked plate and silicon chip output cylinder are included, the silicon chip output cylinder is arranged on below body.
It is arranged such, controls silicon chip to be moved up and down in stacked plate by exporting cylinder, facilitate the feeding of Qu Pian mechanisms
Work, further improves operating efficiency.
Further set:At least provided with two projections on the fixed bottom plate, stacked plate is provided with corresponding with projection
Fixing hole.
It is arranged such, the fixation being adapted by two projections on fixed bottom plate and on stacked plate with projection
Hole, realizes the effect that stacked plate is connected on fixed bottom plate, and is arranged skid resistant course in projection, can effectively improve stacked plate
Structural stability when being combined with fixed bottom plate.
Further set:Raised outer ring is arranged with dismountable skid resistant course.
It is arranged such, appropriate saturation force can effectively be provided by being connected in stacked plate on fixed bottom plate, makes the outer of projection
Saturation degree in wall and stacked plate between fixing hole inwall, so as to further improve the structure between stacked plate and fixed bottom plate
Stability, in addition, skid resistant course uses dismountable attachment structure, facilitates replacing skid resistant course, so as to improve making for fixed bottom plate
Use the life-span.
Further set:At least provided with mounting hole a on the body, fixed bottom plate is provided with corresponding with mounting hole a
Pilot hole a, is fixed between the mounting hole a and equipped hole a by Antisliding bolt.
It is arranged such, simple mounting means, stable is arranged on fixed bottom plate on body, and fast and easy is installed
And dismounting, improve work degree of convenience.
Further set:Two handles are arranged with the stacked plate upper surface, the handle is arranged on folded in " П " shape
The both sides of sheet.
It is arranged such, facilitating user's holding handle completion stacked plate by the handle of setting is connected to fixed bottom plate
On, facilitate the installation and removal of stacked plate.
In summary, the utility model has the advantages that:
1st, plug-in sheet machine silicon chip collection portion is made to be divided into the flow work mould by adding switching mechanism at silicon chip collector
Formula, that is, facilitate mounting box not stop replacing automatically, realizes that plug-in sheet machine continues sex work to improve inserting efficiency.
2nd, fixed mount is arranged in body and rotated in slide rail, and overall construction intensity is high, the stability in the work of rotation
It is good, the effective inserting quality for improving plug-in sheet machine.
3rd, support bar effectively improves the support to mounting box, and the effective silicon chip collector that improves is after mounting box is filled
Weight capacity.
Brief description of the drawings
Fig. 1 is the control system block diagram of the plug-in sheet machine of embodiment 1;
Fig. 2 is the plug-in sheet machine dimensional structure diagram of embodiment 1;
Fig. 3 be the plug-in sheet machine of embodiment 1 in fig. 2 a-quadrant amplification after structural representation;
Fig. 4 is the dimensional decomposition structure diagram of silicon chip output device part in the plug-in sheet machine of embodiment 1;
Dimensional structure diagram when Fig. 5 is mounting box stationary state in the plug-in sheet machine of embodiment 1;
Fig. 6 be the plug-in sheet machine of embodiment 1 in Figure 5 B regions amplification after structural representation;
Fig. 7 is the control system block diagram of the plug-in sheet machine of embodiment 2;
Fig. 8 is the plug-in sheet machine dimensional structure diagram of embodiment 2;
Fig. 9 is the dimensional structure diagram of silicon chip output device in the plug-in sheet machine of embodiment 3;
Figure 10 be the plug-in sheet machine of embodiment 3 in fig .9 C regions amplification after structural representation;
Figure 11 is the control system block diagram of the plug-in sheet machine of embodiment 4;
Figure 12 is the dimensional structure diagram of insert mechanism in the plug-in sheet machine silicon chip conveyer of embodiment 4;
Figure 13 is the cross section view of slotting material sucker splicing part in the plug-in sheet machine of embodiment 4.
In figure, 100, body;
1st, silicon chip output device;11st, fixed bottom plate;111st, it is raised;112nd, skid resistant course;12nd, stacked plate;121st, fixing hole;
13rd, silicon chip output cylinder;131st, cylinder body;1311st, body is controlled;1312nd, slide unit;132nd, expansion link;133rd, output board;1331、
Projection;14th, bumping post;141st, nose bar;15th, fixed mechanism;151st, the first chute;152nd, the second chute;153rd, the 3rd chute;154、
Sliding block;155th, connecting rod;156th, Fang Huan;16th, perforate;17th, handle;
2nd, erecting bed;21st, mounting rod;22nd, adjusting rod;23rd, mounting blocks;231st, through hole;232nd, infrared sensor;233rd, mark
Bar;24th, regulation motor;25th, scale;
3rd, blowning installation;31st, air blowing block;311st, gas hole;32nd, the first air pump;33rd, fix bar;331st, fixed part;332、
Installation portion;34th, valve switch;
4th, silicon chip conveyer;
41st, Qu Pian mechanisms;411st, fixed station;412nd, beam track;4121st, pressure sensor a;4122nd, pressure sensor
b;413rd, sucker disk seat;414th, installing plate;4142nd, first timer;4143rd, second timer;4144th, the 3rd timer;415、
Control cylinder;416th, cylinder is slid;417th, feeding sucker;418th, the second air pump;
42nd, insert mechanism;421st, lifting platform;422nd, material track is inserted;4221st, pressure sensor c;423rd, material sucker is inserted;
4231st, splicing part;4232nd, suction hole;424th, drive cylinder;4241st, counter;4242nd, the 4th timer;425th, the 3rd gas
Pump;4251st, air pump a;4252nd, air pump b;4253rd, air pump c;426th, lift cylinder;427th, air intake duct;4271st, venthole;4272、
Convex pipe;4273rd, pipe a;4274th, pipe b;4275th, pipe c;
5th, silicon chip collector;51st, mounting seat;52nd, mounting box;521st, fixed block;522nd, limiting plate;523rd, slot;
524th, protrusive board;53rd, retention mechanism;531st, fixed seat;5311st, limited block;5312nd, neck;5313rd, fixation kit;5314th, it is sliding
Hole;532nd, fastener;5321st, stopper slot;54th, switching mechanism;541st, drive device;542nd, fixed mount;543rd, plate body;
544th, support bar;
6th, slide rail;7th, tracheae;8th, power switch.
Embodiment
The above embodiments are only to explain of the present utility model, and it is not to limitation of the present utility model, ability
Field technique personnel can make the modification without creative contribution to the present embodiment as needed after this specification is read, but
As long as all being protected in right of the present utility model by Patent Law.
The utility model is described in further detail below in conjunction with accompanying drawing.
Embodiment 1:
A kind of full-automatic plug-in sheet machine, as shown in Figures 2 and 3, including body 100, processed on body 100 along wafer track system
Advance sequence includes silicon chip output device 1, silicon chip conveyer 4 and silicon chip collector 5 successively, wherein in silicon chip output
The side of device 1 is also provided with blowning installation 3 and facilitates silicon chip to avoid adjacent silicon chip to be sticky in together to influence in transmission
The output services of silicon chip.
With reference to shown in Fig. 4, in silicon chip output device 1, including fixed bottom plate 11, stacked plate 12 and silicon chip output cylinder
13, pass through pilot hole a and anti-skidding spiral shell corresponding with mounting hole a on the mounting hole a that is set on body 100, fixed bottom plate 11
Fixed bottom plate 11 is fixedly mounted on body 100 by bolt;At least provided with two projections 111 to fixed bottom on fixed bottom plate 11
Plate 11 and the clamping of stacked plate 12, be provided with stacked plate 12 with raised 111 corresponding fixing holes 121, particularly in projection 111
Outer ring on be also arranged with rubber like material making skid resistant course 112, on the one hand can be effectively protected by skid resistant course 112 convex
111 are played, on the other hand, the saturation sense between projection 111 and fixing hole 121 can be effectively improved, makes stacked plate 12 at fixed bottom
Stability on plate 11.
Silicon chip output cylinder 13 therein includes cylinder body 131, expansion link 132 and installed in the end water of expansion link 132
The flat output board 133 set, expansion link 132 runs through fixed bottom plate 11 and stacked plate 12, is all provided with fixed plate and stacked plate 12
There is the perforation 16 corresponding with the size of output board 133, the perforation 16 in actual production on stacked plate 12 and the shape of output board 133
Shape is identical, and the gap length produced between the outer wall of the inwall in hole and output board 133 is set into 0.5cm~1.5cm.
In addition, projection 1331 is also provided with the both sides of output board 133, and upper surface and the output board of projection 1331
133 upper surface is concordantly set, and can set two pieces of projections 1331 simultaneously in the both sides of output board 133 in actual production, and
And position is uniformly distributed;Furthermore, cylinder body 131 lifts the slide unit of running by control body 1311 and on control body 1311
1312 compositions, expansion link 132 is fixedly connected provided with several and with corresponding projection 1331, passed through respectively on slide unit 1312
The control expansion link 132 of cylinder body 131 drives output board 133 to move up and down, and realizes stacked plate 12 and is placed on stacked plate 12
The regulation of silicon chip vertical height.
Be symmetric in the upper surface of stacked plate 12 provided with two handles 17, and upper surface week along at least provided with
Three bumping posts 14 for placing vertically, handle 17 is arranged on the both sides of stacked plate 12 and positioned at the outside of bumping post 14, gear in " П " shape
Post 14 is in cylinder typically using quality of rubber materials manufacture, can be effectively protected what silicon chip was stacked on stacked plate 12 by bumping post 14
Smoothness, i.e., the outer wall of all bumping posts 14 is inconsistent with silicon chip when being laminated with silicon chip.
The erecting bed 2 for being used for installing blowning installation 3 is provided with the side of silicon chip output device 1, blowning installation 3 includes blowing
Block 31, the first air pump 32, it is fixed on erecting bed 2 and is used to the fix bar 33 of air blowing block 31 be installed, air blowing block 31 is set in outlet face
The arcwall face in indent is set to, and is located on air blowing face the center in air blowing face, gas hole 311 provided with gas hole 311
Through air blowing block 31, the back side with respect to air blowing face on air blowing block 31 is connected by tracheae 7 with the first air pump 32(In conjunction with the embodiments
2 Fig. 8), while being also provided with the valve switch 34 for controlling gas hole 311 to open or close;In addition in vertical on outlet face
Downward strip, while the bead of gas hole 311 is set for chamfering on outlet face.
Mounting rod 21, adjusting rod 22 are additionally provided with erecting bed 2 and be set on mounting rod 21 and adjusting rod 22 and with
The mounting blocks 23 that fix bar 33 is fixedly connected, adjusting rod 22 is arranged in mounting blocks 23 and is connected and in erecting bed with the rotation of mounting blocks 23
Regulation motor 24 of 2 side provided with the driving rotational action of adjusting rod 22, mounting rod 21, which is arranged in mounting blocks 23, makes mounting blocks 23
Slided along mounting rod 21, be in that two groups of blowning installations 3 symmetrically are fixedly installed on adjusting rod 22 in actual design further, and
And it is in the screw thread reversely spiraled to two ends that adjusting rod 22, which is provided with the middle part of self-regulated pole 22, so that two pieces of corresponding installations
Block 23 realizes simultaneously the inwardly or outwardly spacing size of motor adjustment between the two.
At least provided with two mounting hole b on mounting blocks 23, while one end of fix bar 33 is provided with corresponding with mounting hole b
Pilot hole b, fixed between mounting hole b and equipped hole b by Antisliding bolt;Specifically, fix bar 33 includes in " ┒ " shape
Fixed part 331 and installation portion 332, pilot hole b is arranged on fixed part 331 to be consolidated by the way that Antisliding bolt is horizontally disposed with mounting blocks 23
Fixed connection and with same plane at adjusting rod 22, meanwhile, the upper and lower position for being relatively fixed portion 331 in installing frame is provided with several
Through hole 231, is mounted with infrared sensor 232 in through hole 231, for sense feeding sucker 417 (hereafter laying down a definition) decline with
Silicon chip conflict is acted.
Further, erecting bed 2 is set in concave and notch towards the block of silicon chip output device 1, mounting rod 21
It is fixedly connected respectively with the both sides inwall in the concave groove of erecting bed 2 with the two ends of adjusting rod 22, and the mounting rod in groove
21 be in parallel position with adjusting rod 22, and regulation motor 24 is embedded to be connected in one end of erecting bed 2 with one end of adjusting rod 22.
Scale 25 is also provided with the upper surface of erecting bed 2, sets relative with this scale 25 in the upper surface of mounting blocks 23
The mark post 233 answered, mark post 233 is fixed on mounting blocks 23 by fixing bolt, and mounting blocks 23 are in erecting bed 2 in real work
The distance of slip can clearly be measured by being slided in concave groove, so as to the spacing between two mounting blocks 23 of control well
Size, realizes the more accurately blown work of air blowing block 31.
Silicon chip conveyer 4 is also provided with the side of silicon chip output device 1 and blowning installation 3, silicon chip conveyer 4 is wrapped
Kuo Liaoqupian mechanisms 41 and insert mechanism 42, wherein Qu Pian mechanisms 41 include fixed station 411, beam track 412, sucker disk seat
413rd, sliding cylinder 416 and the feeding sucker 417 on sucker disk seat 413, are provided with feeding sucker on sucker disk seat 413
The mounting groove of 417 insertings, is fixed by fixing nut, and shape is provided in round in the feeding end of feeding sucker 417, and the other end leads to
Tracheae 7 is crossed to be connected with the second air pump 418;Be also provided with sucker disk seat 413 first timer 4142, second timer 4143 and
3rd timer 4144, first timer 4142 is set as that feeding sucker 417 completes the duration of feeding action, and feeding action refers to
Feeding sucker 417 drops to be held to go up to glide heights after silicon chip at highest silicon chip(Be denoted as sliding the original state of cylinder 416 or
The position of slip state, similarly hereinafter)Process;Second timer 4143 is set as that feeding sucker 417 drops to and inserts material sucker 423
(hereafter laying down a definition) place makes the duration inconsistent with inserting material sucker 423 of the silicon chip on feeding sucker 417;3rd timer 4144 is set
It is set to feeding sucker 417 to complete to take off the duration of material action, de- material action refers to that feeding sucker 417 drops to insert and expects that sucker 423 is put
Fall after silicon chip and go up to the process of glide heights.
Feeding sucker 417 is arranged on the beam track 412 on fixed station 411 by sucker disk seat 413, and when feeding is inhaled
When disk 417 is moved at the position of silicon chip output device 1, the surface positioned at the center of stacked plate 12;Further, sucker disk seat
413 include the installing plate 414 for installing feeding sucker 417 and control installing plate 414 to drive feeding sucker 417 to transport up and down together
The control cylinder 415 for facilitating feeding and blowing action is moved, in addition, sucker disk seat 413 is by sliding cylinder 416 in beam track 412
Upper sliding, and it is also provided with pressure sensor a4121 and pressure sensor at the two ends of beam track 412 on fixed station 411
B4122, pressure sensor a4121 are located at close to the one end of silicon chip output device 1, and pressure sensor b4122, which is located on the other end, to be leaned on
Nearly insert mechanism 42.
Secondly insert mechanism 42 includes lifting platform 421, inserts material track 422 and inserts material sucker 423, inserts material sucker 423
Material sucker 423 is inserted by control to be slidably connected with lifting platform 421 in the slotting drive cylinder 424 for expecting to slide on track 422, is inserted material and is inhaled
Disk 423 is set to hollow tabular, is toroidal in the splicing part 4231 for placing silicon chip, while in splicing part 4231
Some suction holes 4232 connected with hollow cavity are provided with resistance surface, in addition, the other end of its silicon chip staggered relatively is fixed
It is connected on drive cylinder 424 and by tracheae 7 with the 3rd air pump 425, tracheae 7 is connected with inserting the hollow cavity of material sucker 423;
Insert material track 422 and be mounted opposite the other end of drive cylinder 424 there is provided pressure sensor c4221 is used to sense conflict to driving
Cylinder 424 sends the work of command signal, action is pulled and pushed in the slotting material sucker 423 of the realization of drive cylinder 424, in addition in lifting platform
421 bottom is also provided with the lift cylinder 426 for controlling lifting platform 421 to move up and down.
The timer 4242 of counter 4241 and the 4th is additionally provided with lifting platform 421, the 4th timer 4242 is set as inserting
Expect that sucker 423 completes to insert the duration that material is acted, insert material action and refer to insert material sucker 423 from receiving after silicon chip in slotting material track
Moved on 422 and silicon chip is inserted after mounting box 52 and initial position is moved to(It is denoted as the position of the splicing state of drive cylinder 424)
Process;Counter 4241 needs the piece number for inserting silicon chip as a cycle using a mounting box 52.
Then, with reference to shown in Fig. 5 and 6, the silicon chip collector 5 of the output end of insert mechanism 42 is mounted in, silicon chip is collected
Device 5 is used to fixing the retention mechanism 53 of mounting box 52 by mounting seat 51, mounting box 52 and being arranged in mounting seat 51 to be constituted,
Retention mechanism 53 includes fixed seat 531, is arranged on the fixation kit being made up of in fixed seat 531 the different neck 5312 of specification
5313 and the fastener 532 of mounting box 52 is matched for clamping tightly with fixed seat 531, in addition, be additionally provided with the bottom of mounting box 52 with
The corresponding square fixed block 521 of neck 5312.
Wherein, fixed seat 531 is constituted by two pieces in the symmetrical limited block 5311 of "eight" shape, every piece of limited block
Fixation kit 5313 is provided with 5311 mounting surface, fixation kit 5313 at least includes two necks 5312, and adjacent
Neck 5312 is arranged stepped successively, and the slide opening communicated therewith is also provided with the drift angle of each inwall of neck 5312
5314;Furthermore, fastener 532 is arranged on tossing about for the opening direction of fixed seat 531, and leans at the upper drift angle of the side of fixed seat 531
Provided with the stopper slot 5321 in " ┕ " shape, the bottom of mounting box 52 is provided with the limiting plate 522 corresponding with the cartridge of stopper slot 5321,
Fastener 532 is slidably set in mounting seat 51.
Specifically, above-mentioned fastener 532 is slidably set in mounting seat 51, by setting mounting hole in mounting seat 51
Be equipped with c, and fixed seat 531 and fastener 532 the pilot hole c corresponding with mounting hole c, mounting hole c and equipped hole c it
Between fixed by Antisliding bolt, and the pilot hole c on fastener 532 and fixed seat 531 is in strip and both pilot hole c
It is arranged in a mutually vertical manner, the pilot hole c on fastener 532 is vertically arranged with limiting plate 522.
Some slots 523 are provided with the inwall of mounting box 52 to be used to place silicon chip, and the insertion end of mounting box 52
Drift angle be chamfering set, facilitate silicon chip insertion when preferably enter, it is to avoid occur exist compared with nibs silicon chip by drift angle
Strike to occur dropping and cause the problem of work fails, in addition, protrusive board 524 is also provided with the top of mounting box 52, by protrusive board
524 one end is fixedly connected and is horizontally disposed with the box body of mounting box 52, facilitates palm when held.
Operation principle explanation:
With reference to shown in Fig. 1, open after the power switch 8 being arranged on body 100, power supply opening, sliding cylinder 416 is in horizontal stroke
Sliding motion is extremely equipped with pressure sensor a4121 one end on beam orbit 412(Control cylinder 415 is in place under general original state
In this end), give the pressure in mono- direction of motion of pressure sensor a4121;Pressure sensor a4121 is by sliding cylinder
416 give after its pressure, output first detection signal to first timer 4142, control cylinder 415 and sliding cylinder
416, first timer 4142, which is received, starts timing after first detection signal, and the timing of output first is believed after the time of setting
Number;Meanwhile, control cylinder 415 receive and respond to first detection signal with start control cylinder 415 promote feeding sucker 417 to
Lower motion;Sliding cylinder 416 receives and responds to first detection signal to stop sliding action.
And then when feeding sucker 417 drops to air blowing 31 level height of block, infrared sensor 232 detects feeding suction
Output command signal is to the first air pump 32, the second air pump 418 when disk 417 and the silicon chip that is stacked in silicon chip output device 1 are contradicted
And control cylinder 415, the first air pump 32 receives command signal and then starts blowing function, when the command signal disappearance after-blow qigong
It can close;Second air pump 418, which is received, starts air suction function after command signal, meanwhile, control cylinder 415 receives command signal
After start working with pull feeding sucker 417 upwards motion, make feeding sucker 417 complete feeding action;
In addition, being passed when sliding to make to equipped with pressure on beam track 412 after cylinder 416 receives the first timing signal
The action of sensor b4122 one end movement.
The sliding motion on beam track 412 of cylinder 416 is slid, to one end that pressure sensor b4122 is housed, to give and press
Mono- pressure of force snesor b4122, pressure sensor b4122 is given after its pressure by sliding cylinder 416, and output second is examined
Signal is surveyed to second timer 4143, the 3rd timer 4144, control cylinder 415 and sliding cylinder 416, cylinder 416 is slid
The second detection signal is received and responded to stop sliding action;Control cylinder 415, which is received, starts control after the second detection signal
Cylinder 415 processed promotes feeding sucker 417 to move downward;Second timer 4143 starts timing after receiving the second detection signal,
And second timing signal is exported after setting time;3rd timer 4144 starts timing after receiving the second detection signal, and
The 3rd timing signal is exported after setting time.
Second timer 4143 output second timing signal to control cylinder 415, the second air pump 418, the 3rd air pump 425,
The timer 4242 of drive cylinder 424 and the 4th, the second air pump 418 receives second timing signal and then stopped suction function;The
Three air pumps 425 receive second timing signal and start air suction function;Drive cylinder 424 receives second timing signal and starts driving
Cylinder 424, which is promoted, inserts material sucker 423 to the slip of the direction of mounting box 52, that is, inserts material work.
3rd timer 4144 exports the 3rd timing signal and receives the 3rd timing to cylinder 416, sliding cylinder 416 is slid
Made after signal on beam track 412 to the action moved equipped with pressure sensor a4121 one end.
The sliding motion on material track 422 is inserted of drive cylinder 424, to one end that pressure sensor c4221 is housed, is given and pressed
Mono- pressure of force snesor c4221, pressure sensor c4221 is driven cylinder 424 and given after its pressure, and output the 3rd is examined
Signal is surveyed to counter 4241, the air pump 425 of drive cylinder 424 and the 3rd, the 3rd air pump 425 receives the 3rd detection signal then
Stop suction function;Drive cylinder 424 is received to be started drive cylinder 424 to pull slotting material sucker 423 after the 3rd detection signal
Depart from mounting box 52 and slide onto initial position, that is, complete to insert material work;
Silicon chip output cylinder 13 receives startup silicon chip output cylinder 13 after the 4th timing signal and makes promotion output board 133
Rise the action of the height of one piece of silicon wafer thickness;Lift cylinder 426 receives startup lift cylinder 426 after the 4th timing signal and done
Go out to pull lifting platform 421 to decline the action of the height of one piece of silicon wafer thickness;
Counter 4241 receives the 3rd detection signal and starts counting up work, and control life is sent when adding up to setting numerical value
Order to silicon chip exports cylinder 13 and lift cylinder 426, and silicon chip output cylinder 13 and lift cylinder 426 are received after control command
Homing action is made, homing action refers to that silicon chip output cylinder 13 and lift cylinder 426 slide onto original state(Silicon chip is exported
The original state of cylinder 13 is in extreme lower position, and the original state of lift cylinder 426 is in extreme higher position).
Embodiment 2:
For compared with Example 1, plug-in sheet machine silicon chip is collected by adding switching mechanism 54 at silicon chip collector 5
Part is the flow work pattern, that is, facilitates mounting box 52 not stop automatically to change, and realizes that plug-in sheet machine continues sex work to carry
Height inserting efficiency.
With reference to shown in Fig. 8, improve difference and be that this full-automatic plug-in sheet machine also includes switching mechanism 54, several mounting boxs
52 on switching mechanism 54 by realizing transition effect, and switching mechanism 54 includes drive device 541 and on body 100
The fixed mount 542 slidably set, fixed mount 542 includes the plate body 543 for installing mounting box 52 and is arranged on
The support bar 544 of the lower section of plate body 543, support bar 544 is embedded in body 100, is provided with slides on body 100 accordingly
Rail 6, support bar 544 slides in slide rail 6.
In addition, as shown in fig. 7, accordingly in the controls, drive device 541 is ordered in response to the control of counter 4241
Switch operating is made in order.
Further, stable setting can be operated by being applicable on mini-plant, each plate body 543 is set into one whole
Body, and it is set to discoid, drive device 541 is arranged on the lower section of plate body 543 using rotary electric machine, passes through rotary electric machine
Output shaft is fixedly connected with the center of circle of plate body 543, and several mounting boxs 52 are simultaneously installed in discoid plate body 543
It is upper to be set in decile, so, as long as rotary electric machine, which turns an angle, can be achieved transition effect.
Embodiment 3:
With embodiment 1 and implementing power 2 and being combined Comparatively speaking, on the stacked plate 12 of silicon chip output device 1, by by bumping post
The 14 spacing sizes being set on stacked plate 12 between the structure of slip, convenient each bumping post 14 of regulation are big to stack different size
Small silicon chip.
With reference to shown in Fig. 9 and 10, this full-automatic plug-in sheet machine is placed vertically in the week of stacked plate 12 along at least provided with three
Bumping post 14, bumping post 14 is slidably connected on stacked plate 12, meanwhile, the extended line of sliding trace need to pass through the center of stacked plate 12
Point.
Specifically, bumping post 14 is plugged on stacked plate 12, the diameter with respect to bumping post 14 on stacked plate 12 is provided with
First chute 151 and control bumping post 14 are slided or fixed fixed mechanism 15 in the first chute 151, and fixed mechanism 15 includes
The second chute that the connecting rod 155 and opposing slider 154 and connecting rod 155 of sliding block 154, connection bumping post 14 and sliding block 154 are slided
152 and the 3rd chute 153, the 3rd chute 153 connects the first chute 151 and the second chute 152 and the outer wall of inwall and connecting rod 155
Laminating is set, in addition, sliding block 154 has plugged fastening bolt and offseted through the bottom surface of sliding block 154 and the inwall of the second chute 152
Touch.
Further, the installation of fixed mechanism 15 and bumping post 14 is facilitated, being provided with cross section in the bottom of bumping post 14 is
The nose bar 141 of square, and it is plugged in clamping setting in the square ring 156 being adapted with nose bar 141 of the end of connecting rod 155 setting.
Embodiment 4:
Combined with embodiment 1, embodiment 2 and embodiment 3 Comparatively speaking, in the slotting material sucker 423 of silicon chip conveyer 4
On, by making improvement on the slotting material sucker 423 of the hollow tabular in script so that insert material sucker 423 from feeding sucker 417
Silicon chip transfer more efficiently.
With reference to shown in Figure 12 and 13, this full-automatic plug-in sheet machine difference is insert mechanism 42 in silicon chip conveyer 4
Insert on material sucker 423, by the way that the splicing part 4231 for being used to place the rounded shape of silicon chip on slotting material sucker 423 is set into suction
Size is reduced or elevated pattern successively from side toward offside direction, for example, suction hole 4232 of the splicing part 4231 on the left side
Suction be more than the right the suction of suction hole 4232, and from the left side toward the suction size of the right suction hole 4232 taper off arrangement set.
Specifically, inserting the suction pipe assembly being made up of in material sucker 423 there is provided some air intake ducts 427 and by tracheae
7 the 3rd air pumps 425 being connected respectively with corresponding air intake duct 427(Here it is made up of multiple air pumps, and quantity and corresponding pipe number phase
Together, hereafter lay down a definition), some air intake ducts 427, which be arranged in parallel to be embedded in insert, expects in sucker 423, and relative in splicing part
The position of suction hole 4232 on 4231 is provided with the venthole 4271 being adapted;Further, in order to which air intake duct 427 is preferably inhaled
Gas has added convex pipe 4272 at venthole 4271, and the size of convex pipe 4272 is corresponding with the size of venthole 4271, and convex pipe
The inwall of 4272 outer wall and suction hole 4232 is fitted.
Three parallel air intake ducts 427 are mounted with material sucker 423 inserting, and the bearing of trend of air intake duct 427 is being inserted
On the slotting material direction for expecting sucker 423, it is pipe a4273, pipe b4274 and pipe c4275 successively, is wrapped successively with respect to the 3rd air pump 425
Included air pump a4251, air pump b4252 and air pump c4253, and suction size by be arranged in order from big to small for:Air pump
A4251, air pump b4252, air pump c4253, or air pump c4253, air pump b4252, air pump a4251;Such structure setting makes
The suction size for obtaining the suction hole 4232 on splicing part 4231 is to be reduced successively from side toward offside direction or elevated pattern,
In actual use, when the splicing part 4231 that can be achieved with slotting material sucker 423 receives silicon chip from feeding sucker 417, suction
Point is evenly distributed on the de- material that whole silicon chip lower surface has been more convenient feeding sucker 417 in the outer side edges of silicon chip with respect to suction
Work.
Further, it is smaller that the relative suction hole 4232 of the air pump larger with suction is connected air intake duct 427 is more than suction
Air pump connection the relative suction hole 4232 of air intake duct 427, and the suction hole be arrangeding in parallel identical with the property of air intake duct 427
4232 sizes taper off or incrementally set, furthermore it is possible to which the air intake duct 427 in splicing part 4231 is set into shape also Cheng Yuan
The tubulose of shape, and the air intake duct 427 of outer ring connects the larger air pump of suction, and the arrangement that tapered off successively from outer ring to inner ring is set
Put.
Finally, as shown in figure 11, accordingly in the controls, pressure sensor c4221 is driven cylinder 424 and given
Pressure after, output the 3rd detects that signal is sent to air pump a4251, air pump b4252 and air pump c4253 simultaneously, air pump a4251,
Air pump b4252 and air pump c4253 starts air suction function simultaneously in response to pressure sensor c4221 the 3rd detection signal.
Claims (10)
1. a kind of full-automatic plug-in sheet machine, including body (100), the body (100) are provided with silicon chip output device (1), silicon chip
Conveyer (4) and silicon chip collector (5), it is characterised in that:The silicon chip collector (5) includes being arranged on silicon chip biography
Send several mounting boxs (52) of device (4) discharge end and the switching mechanism for adjusting mounting box (52) loading sequence
(54), the switching mechanism (54) includes drive device (541) and the fixed mount slidably set on body (100)
(542), the fixed mount (542) includes being used to install the plate body (543) of mounting box (52) and installed in plate body
(543) support bar (544) below, the support bar (544) is plugged in corresponding on body (100) to be easy to provided with slide rail (6)
The slip of support bar (544).
2. a kind of full-automatic plug-in sheet machine according to claim 1, it is characterised in that:The plate body (543) is in disk
Shape, several described mounting boxs (52) are uniformly fixed on above plate body (543), the fixed peace of the drive device (541)
Below the plate body (543) and output shaft is fixedly connected with the center of circle of plate body (543).
3. a kind of full-automatic plug-in sheet machine according to claim 2, it is characterised in that:The silicon chip conveyer (4) includes
Qu Pian mechanisms(41)And insert mechanism(42), the Qu Pian mechanisms(41)Including fixed station (411), beam track (412), sucker
Seat (413), sliding cylinder (416) and the feeding sucker (417) on sucker disk seat (413);The insert mechanism(42)
Including lifting platform (421), insert material track (422), slotting material sucker (423) and drive and insert material sucker (423) in slotting material track
(422) drive cylinder (424) slided on, during work, the opening of the mounting box (52) and the motion rail for inserting material track (422)
Mark is adapted.
4. a kind of full-automatic plug-in sheet machine according to claim 3, it is characterised in that:The sucker disk seat (413) includes installing
The installing plate (414) and control installing plate (414) of feeding sucker (417) drive the control that feeding sucker (417) is slided up and down
Cylinder (415).
5. a kind of full-automatic plug-in sheet machine according to claim 4, it is characterised in that:The bottom of the lifting platform (421) is set
There is the lift cylinder (426) that control lifting platform (421) is moved up and down.
6. a kind of full-automatic plug-in sheet machine according to claim 1, it is characterised in that:The silicon chip output device (1) is set
Flowing end in silicon chip conveyer (4), silicon chip output device (1) includes fixed bottom plate (11), stacked plate (12) and silicon chip
Cylinder (13) is exported, the silicon chip output cylinder (13) is arranged on below body (100).
7. a kind of full-automatic plug-in sheet machine according to claim 6, it is characterised in that:At least set on the fixed bottom plate (11)
There are two projections (111), stacked plate (12) is provided with the fixing hole (121) corresponding with raised (111).
8. a kind of full-automatic plug-in sheet machine according to claim 7, it is characterised in that:The outer ring of raised (111) is arranged with can
The skid resistant course (112) of dismounting.
9. a kind of full-automatic plug-in sheet machine according to claim 6, it is characterised in that:On the body (100) at least provided with
Mounting hole a, fixed bottom plate (11) is provided with the pilot hole a corresponding with mounting hole a, leads between the mounting hole a and equipped hole a
Antisliding bolt is crossed to fix.
10. a kind of full-automatic plug-in sheet machine according to claim 6, it is characterised in that:On stacked plate (12) upper surface
Two handles (17) are arranged with, the handle (17) is arranged on the both sides of stacked plate (12) in " П " shape.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN201621263664.8U CN206370415U (en) | 2016-11-12 | 2016-11-12 | A kind of full-automatic plug-in sheet machine |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
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CN201621263664.8U CN206370415U (en) | 2016-11-12 | 2016-11-12 | A kind of full-automatic plug-in sheet machine |
Publications (1)
Publication Number | Publication Date |
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CN206370415U true CN206370415U (en) | 2017-08-01 |
Family
ID=59390009
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CN201621263664.8U Expired - Fee Related CN206370415U (en) | 2016-11-12 | 2016-11-12 | A kind of full-automatic plug-in sheet machine |
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Cited By (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN107401991A (en) * | 2017-08-29 | 2017-11-28 | 嘉善中正电子科技有限公司 | A kind of film threading equipment |
CN108461437A (en) * | 2018-03-13 | 2018-08-28 | 南通尚明精密模具有限公司 | A kind of full automatic high efficiency arranging machine and its screening method |
CN112103219A (en) * | 2020-11-03 | 2020-12-18 | 宁波丞达精机股份有限公司 | Wafer supply mechanism for silicon wafer inserting machine |
CN113793824A (en) * | 2021-09-18 | 2021-12-14 | 扬州欧拉工业设计有限公司 | Full-automatic high-speed silicon chip inserting machine |
-
2016
- 2016-11-12 CN CN201621263664.8U patent/CN206370415U/en not_active Expired - Fee Related
Cited By (6)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN107401991A (en) * | 2017-08-29 | 2017-11-28 | 嘉善中正电子科技有限公司 | A kind of film threading equipment |
CN108461437A (en) * | 2018-03-13 | 2018-08-28 | 南通尚明精密模具有限公司 | A kind of full automatic high efficiency arranging machine and its screening method |
CN108461437B (en) * | 2018-03-13 | 2024-03-08 | 南通尚明精密模具有限公司 | Full-automatic efficient sheet arranging machine and sheet arranging method thereof |
CN112103219A (en) * | 2020-11-03 | 2020-12-18 | 宁波丞达精机股份有限公司 | Wafer supply mechanism for silicon wafer inserting machine |
CN113793824A (en) * | 2021-09-18 | 2021-12-14 | 扬州欧拉工业设计有限公司 | Full-automatic high-speed silicon chip inserting machine |
CN113793824B (en) * | 2021-09-18 | 2022-04-19 | 扬州欧拉工业设计有限公司 | Full-automatic high-speed silicon chip inserting machine |
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CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20170801 Termination date: 20191112 |