CN201873268U - Mechanical device capable of realizing cyclic movement of workpieces on multiple working platforms in same plane - Google Patents
Mechanical device capable of realizing cyclic movement of workpieces on multiple working platforms in same plane Download PDFInfo
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- CN201873268U CN201873268U CN2010206390821U CN201020639082U CN201873268U CN 201873268 U CN201873268 U CN 201873268U CN 2010206390821 U CN2010206390821 U CN 2010206390821U CN 201020639082 U CN201020639082 U CN 201020639082U CN 201873268 U CN201873268 U CN 201873268U
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Abstract
The utility model discloses a mechanical device capable of realizing cyclic movement of workpieces on multiple working platforms in the same plane. The mechanical device comprises workpiece trays and more than one cyclic conveying basic unit which is used for conveying the workpiece trays. Each cyclic conveying basis unit comprises a forward working platform, a forward movable platform, a reverse working platform and a reverse movable platform which are head-to-tail connected with each other to form a cyclic conveying system, wherein the forward working platform comprises a base, a sliding guide rail, a driving mechanism and a worktable top; the forward movable platform comprises a movable platform guide rail, a power device, a first workpiece moving device, a second workpiece moving device, a guide limiting piece and a working piece clamping mechanism which is used for clamping the workpiece tray; the structure of the reverse working platform is consistent with the forward working platform; and the structure of the reverse movable platform is consistent with the structure of the forward movable platform. Thereby, by using the mechanical device, the automatic closed-loop movement and the accurate positioning in the same plane can be realized.
Description
Technical field
The utility model relates to a kind ofly can realize the workpiece mechanical device that a plurality of workplatform cocycles are moved on same plane.This device is used for manufacturing tinuous production, especially needs in cake, frozen etc., the production process in the food service industry to be used for the deficiency of devices such as quasi-complement load-transfer device commonly used, chain, roller by the accompanying production facilities of mould.
Background technology
In producing continuously, generally use conveyer chain, band, roller as the device of carrying, transmit workpiece.Yet these devices exist common and distinct issues are: very inconvenient when the different directions that needs workpiece on same driving surface moves: the end of these devices is circular shape, when docking with the travel line that intersects vertically, the segment distance of must being separated by, crossing over this segment distance needs other to realize as devices such as manipulators.In the food of some process production such as the production of cake, cold drink etc., product mold continues to flow on travel line, finish manufacturing process in flowing, after the product manufacturing was finished, broken away from mould, mould need turn back to the initiating terminal of manufacturing line to enter next production cycle.When adopting chain as conveyer, mould can only overturn with chain, and after the mould counter-rotating, breaking away from driving surface, content will take place to drop, the thing that drops becomes the basis of workshop source of pollution, bacteria breed immediately, and therefore mould itself also can be polluted, and jeopardizes food sanitation safe.
The utility model content
The utility model is at the deficiency of aforementioned feedway, a kind of workpiece mechanical device that a plurality of workplatform cocycles are moved on same plane of realizing is provided, be used for some and need the accompanying production process of installing and locating utensil or mould and product, workpiece is placed on these retinue installing and locating utensil or moulds in the starting point of production process, move to jointly behind the technological process end separate, product enters into next production link, accompanying installing and locating utensil or mould return technological process starting point repeated usage again.Adopt this device can realize that the closed loop of automation moves and accurate location.Below will accompany installing and locating utensil or mould is referred to as tray for work pieces.
For realizing above technical purpose, the utility model will be taked following technical scheme:
A kind of workpiece mechanical device that a plurality of workplatform cocycles are moved on same plane of realizing, comprise tray for work pieces and the more than one circulation conveying elementary cell that is used to transport tray for work pieces, each circulation carries elementary cell to comprise the forward workplatform, the forward mobile platform, reverse operation platform and reverse mobile platform, described forward workplatform, the forward mobile platform, the reverse operation platform, oppositely mobile platform joins end to end to form cyclic delivery system, wherein: described forward workplatform, comprise base, the slide-and-guide track, driver train and work top, described driver train is installed on the base, described tray for work pieces places on the work top, work top then is connected by slide-and-guide track and driver train, described driver train comprises the driving body, stepping reciprocating drive mechanism and the stroke enlarger that is separately positioned on these driving body two ends, described stepping reciprocating drive mechanism is installed in and drives on the body, and stepping reciprocating drive mechanism and tray for work pieces are connected, described stroke enlarger comprises coupling block, stage clip, the end actuator that stage clip orienting lug and being used for is interlocked with tray for work pieces, groove is offered at the both ends of described driving body respectively, described coupling block, stage clip and stage clip orienting lug place in the groove all respectively, and stage clip one end is pressed in groove by on the end face of end one side after passing the stage clip orienting lug, the other end then is pressed in coupling block on the end face of groove end, and the reciprocal drive configuration of described end actuator and stepping is connected; Described forward mobile platform, comprise the mobile platform guide rail, engine installation, first workpiece movement device, second workpiece movement device, guide and limit spare and the workpiece clamping mechanism that is used for the holding workpiece pallet, described mobile platform guide rail is two groups of guide rails that be arranged in parallel, the throughput direction of the arranged direction of described guide rail and forward workplatform is perpendicular, set first workpiece movement device near on the guide rail of forward workplatform, set second workpiece movement device on the guide rail away from the forward workplatform, second workpiece movement device comprises the workpiece mobile station, workpiece moves base for supporting and mobile station advance and retreat cylinder, described workpiece mobile station is supported on workpiece by moving sets and moves on the base for supporting, and this workpiece mobile station is captiveed joint with the piston rod of mobile station advance and retreat cylinder, on the table top of the described workpiece mobile station and first workpiece movement device guide and limit spare is installed all respectively, in addition, described workpiece moves base for supporting and first workpiece movement device is connected with cooresponding engine installation drive end all respectively; Described reverse operation platform structure is consistent with forward workplatform structure, and oppositely mobile platform is consistent with forward mobile platform structure, simultaneously, described reverse operation platform is opposite with forward workplatform service direction, and oppositely mobile platform is opposite with forward mobile platform service direction.
Described stepping reciprocating drive mechanism comprises ratchet, advancing drive device and retreat actuating device, described end actuator is the end ratchet, described advancing drive device and retreat actuating device and comprise driving head all respectively and drive cylinder, described driving head is captiveed joint with coupling block, the end ratchet then location and installation on driving head, length according to tray for work pieces on the described driving body is provided with a plurality of ratchets equally spacedly, the drive end of described ratchet matches with tray for work pieces, the positioning end of ratchet is then rotaryed connection with the driving body by locating dowel pin, be connected by retracing spring between the positioning end of ratchet and the driving body simultaneously, described end ratchet and being installed in drive on the body the spacing between the adjacent ratchet be the integral multiple of tray for work pieces length, the piston rod of described driving cylinder is captiveed joint with fork, described fork one end is connected with driving head by trundle, the other end then location and installation on base.
Described driving body is a rod member.
Described driving body is in series rod member by chain, connecting rod and/or cable wire.
Described engine installation is a cylinder, and described workpiece clamping mechanism is a pneumatic pinch mechanism, this pneumatic pinch mechanism comprise hold out against cylinder and with hold out against the hold assembly that cylinder piston rod is captiveed joint.
Described tray for work pieces passes through pallet locating dowel pin location and installation on work top, and this pallet locating dowel pin is captiveed joint with the piston rod of pallet jacking cylinder.
According to above technical scheme, can realize following beneficial effect:
The utility model adopts the piston rod that drives cylinder flexible, and the swing of automatic guidance fork is done step motion thereby the drive ratchet promotes tray for work pieces, realizes that the circulation of tray for work pieces is carried; Tray for work pieces described in the utility model passes through pallet locating dowel pin location and installation on work top, and this pallet locating dowel pin is connected with pallet jacking cylinder, then under the control of pallet jacking cylinder piston rod, can realize the location and installation/release of tray for work pieces on work top; Tray for work pieces described in the utility model is installed on the drive configuration by the slide-and-guide guide rail, and promptly under the power driven of drive configuration, tray for work pieces slippage on the slide-and-guide guide rail is to realize its transporting on work top; The utility model is installed the stroke enlarger respectively at the two ends that drive body, and at the outside of stroke enlarger installation driving head, then, realize the conveying of tray for work pieces from the workplatform to the mobile platform by driving the alternation of cylinder and the progressive error that the stroke enlarger is provided on two driving heads.Therefore, adopt this device can realize that the closed loop of automation moves and accurate location.
Closed loop delivery system in complete plane of described forecast scheme configuration, wherein: transmission device is given tray for work pieces by ratchet with transmission of power, achieves mobile.The stroke enlarger is crossed over inevitable structure interval between workplatform and mobile platform, and the tray for work pieces failure-free is sent to mobile platform.Two mobile platform alternations, cooperate the reciprocating action of transmission device, realize the continuous transmission of workplatform, make the work tempo close coordination of workplatform, do not disturb the harmony of strengthening system mutually.
Description of drawings
Fig. 1 is that the utility model first workpiece movement device carries out the perspective view of tray for work pieces when shifting;
Fig. 2 is that the utility model second workpiece movement device carries out the perspective view of tray for work pieces when shifting;
Fig. 3 is the front elevation of the utility model forward workplatform;
Fig. 4 is the birds-eye view of the utility model Fig. 3;
Fig. 5 is the left view of the utility model Fig. 3;
Fig. 6 is the partial enlarged drawing of D part among the utility model Fig. 3;
Fig. 7 is the partial enlarged drawing of A part among Fig. 5;
Fig. 8 a is the perspective view of the utility model tray for work pieces;
Fig. 8 b is the another kind of structural representation of the utility model tray for work pieces;
Fig. 9 is the front elevation of the utility model driver train;
Figure 10 is the birds-eye view of Fig. 9;
Figure 11 is the partial enlarged drawing of B part among Fig. 9;
Figure 12 is the perspective view of the utility model forward mobile platform;
Wherein: forward workbench 1 base 11 slide-and-guide tracks 12 driving mechanisms 13 trundles 130 drive body 131 ratchets 132 stroke amplifying mechanisms 133 coupling blocks 1331 stage clips 1332 stage clip guide pads 1333 driving heads 134 driving cylinders 135 alignment pins 136 back-moving springs 137 end ratchets 138 forks 139 work tops 14 pallet alignment pins 15 pallet jacking cylinders 16 forward mobile platforms 2 mobile platform guide rails 21 power set 22 first workpiece movement devices 23 workpiece movable platforms 241 workpiece movable base for supporting 242 travelling carriages advance and retreat cylinder 243 guide and limit spares 25 and hold out against cylinder 261 hold assemblies 262 reverse operation platforms 3 reverse mobile platform 4 tray for work pieces 5 dowel holes 51 sliding support faces 52 grooves 53.
The specific embodiment
Accompanying drawing discloses the structural representation of the related preferred embodiment of the utility model without limitation, explains the technical solution of the utility model below with reference to accompanying drawing.
As depicted in figs. 1 and 2, the realization workpiece described in the utility model mechanical device that a plurality of workplatform cocycles are moved on same plane, comprise tray for work pieces and the more than one circulation conveying elementary cell that is used to transport tray for work pieces, each circulation carries elementary cell to comprise forward workplatform 1, forward mobile platform 2, reverse operation platform 3 and reverse mobile platform 4, described forward workplatform 1, forward mobile platform 2, reverse operation platform 3, oppositely mobile platform 4 joins end to end to form cyclic delivery system, forward workplatform 1 and reverse operation platform 3 are used for workpiece is processed operation, forward mobile platform 2 is realized the transfer of tray for work pieces from forward workplatform 1 to reverse operation platform 3, oppositely mobile platform 4 then is used for tray for work pieces is transferred to forward workplatform 1 from reverse operation platform 3, thereby the closed loop that realizes the tray for work pieces automation moves.Described reverse operation platform 3 structures are consistent with forward workplatform 1 structure, and oppositely mobile platform 4 is consistent with forward mobile platform 2 structures, simultaneously, described reverse operation platform 3 is opposite with forward workplatform 1 service direction, and oppositely mobile platform 4 is opposite with forward mobile platform 2 service directions.Wherein:
Described tray for work pieces, as shown in Figure 8, its body is a flat board, there are the required boss of place work piece, locating dowel pin 136, anchor clamps etc. in the tray for work pieces top.Respectively there is one section sliding support face both sides, tray for work pieces below, cooperate with slide rail during work, respectively there is a groove in the sliding support face outside, groove contacts with driving ratchet 132 drive ends, as driving the connecting portion of ratchet 132 to the tray for work pieces transferring power, consideration for structural requirement and fabrication process condition aspect also can derive the distortion pattern: the sliding support face outside can be a projection or cylinder, and ratchet 132 driving surfaces are shown in the groove pattern (as Fig. 8 b).Simultaneously, offer the pallet dowel hole on the tray for work pieces, make tray for work pieces pass through pallet locating dowel pin location and installation on work top, and this pallet locating dowel pin is captiveed joint with the piston rod of pallet jacking cylinder.The length leading dimensions of tray for work pieces body is a modular size, length dimension has degree of precision, when one group of tray for work pieces along its length in serial arrangement, the group during the adjacent two tray for work pieces closed contacts in front and back, the workpiece processing needs can both be satisfied in each tray for work pieces position.
Described forward workplatform 1, shown in Fig. 3 to 7, comprise base 11, slide-and-guide track 12, driver train 13 and work top, described driver train 13 is installed on the base 11, described tray for work pieces places on the work top, work top then is connected by slide-and-guide track 12 and driver train 13, described driver train 13, shown in Figs. 9 to 11, comprise and drive body 131, stepping reciprocating drive mechanism 13 and the stroke enlarger 133 that is separately positioned on these driving body 131 two ends, described driving body 131 is a rod member, when structure or process aspect need, also can adopt the multistage rod member by chain, connecting rod, structure strings such as cable wire are connected as a whole; Described stepping reciprocating drive mechanism 13 is installed in and drives on the body 131, and stepping reciprocating drive mechanism 13 is connected with tray for work pieces, described stroke enlarger 133 comprises coupling block 1331, stage clip 1332, the end actuator that stage clip orienting lug 1333 and being used for is interlocked with tray for work pieces, groove is offered at the both ends of described driving body 131 respectively, described coupling block 1331, stage clip 1332 and stage clip orienting lug 1333 place in the groove all respectively, and stage clip 1,332 one ends are pressed in groove by on the end face of end one side after passing stage clip orienting lug 1333, the other end then is pressed in coupling block 1331 on the end face of groove end, and the reciprocal drive configuration of described end actuator and stepping is connected.Described stepping reciprocating drive mechanism 13 comprises ratchet 132, advancing drive device and retreat actuating device, described end actuator is the end ratchet, described advancing drive device and retreat actuating device and comprise driving head 134 all respectively and drive cylinder 135, described driving head 134 is captiveed joint with coupling block 1331, the end ratchet then location and installation on driving head 134, length according to tray for work pieces on the described driving body 131 is provided with a plurality of ratchets 132 equally spacedly, the drive end of described ratchet 132 matches with tray for work pieces, the positioning end of ratchet 132 is then rotaryed connection with driving body 131 by locating dowel pin, be connected by retracing spring between the positioning end of ratchet 132 and the driving body 131 simultaneously, described end ratchet and being installed in drive on the body 131 the spacing between the adjacent ratchet 132 be the integral multiple of tray for work pieces length, the piston rod of described driving cylinder 135 is captiveed joint with fork, described fork one end is connected with driving head 134 by trundle 130, the other end then location and installation on base 11.
Specifically, the groove fit in the front end face of ratchet 132 and the tray for work pieces bearing surface outside with transferring power, promotes tray for work pieces and moves; Driving side, body 131 two ends respectively has an oblong groove, and a stage clip 1332, stage clip orienting lug 1333 and a coupling block 1331 are arranged in the groove.Stage clip 1,332 one ends are pressed in groove by on the end face of end one side after passing stage clip orienting lug 1333, and the other end then is pressed in coupling block 1331 on the end face of groove end, coupling block 1331 is pressed to drive body 131 middle part directions; Driving head 134 is clipped in by the end groove and drives both sides, body 131 end, is fixedly connected with bolt and coupling block 1331.Spacing between coupling block 1331 and the stage clip orienting lug 1333 constitutes the progressive error between driving head 134 and the driving body 131; Last end ratchet of mechanism end is arranged on the driving head 134, and under the effect of stage clip 1332, the distance of end ratchet and adjacent ratchet equals tray for work pieces full-length or its integral multiple; The propulsive effort that drives cylinder 135 acts on driving head 134 by fork and 130 of trundles.
The action of driving head 134 and driver train 13 bodies is divided into two stages:
The first step: driving head 134 and coupling block 1331 overcome stage clip 1332 pressure and move to stage clip orienting lug 1333 and contact, and this moment, the end ratchet promoted the unit one pallet progressive error that moves ahead.
Second step: coupling block 1331 promotes driver trains 13 bodies by stage clip orienting lug 1333 and drives move ahead the together distance of a tray for work pieces length of whole tray for work pieces on the workplatform.This moment the unit one pallet leave fully work top the end and and the end of work top between have a segment distance, this distance equals the spacing between coupling block 1331 and the stage clip orienting lug 1333.
For sake of convenience, the driving cylinder 135 on the line direction front end driving heads 134 is decided to be the cylinder that advances before the driver train 13 with being installed in, and is decided to be and retreats cylinder being installed in before the driver train 13 the driving cylinder 135 at line direction rear portions; After driver train 13 moves ahead and puts in place, retreating cylinder stretches out, to drive body 131 and retract a land lengths, during driver train 13 rollbacks, under the action of gravity of tray for work pieces, ratchet 132 overcomes the retracing spring pulling force and is extruded the tray for work pieces groove, ejects when arriving at back one tray for work pieces groove, and the cylinder that advances simultaneously cooperation retreats the cylinder counteragent.When driver train 13 and cylinder release, front end driving head 134 is pushed back by stage clip.Cylinder and retreat the alternating movement of cylinder advances, make driver train 13 do straight reciprocating motion, when advancing at every turn, ratchet 132 on driver train 13 bodies promotes the move ahead distance of a full-length of tray for work pieces, and the ratchet 132 on the driving head 134 then promotes tray for work pieces multirow on the full-length basis and advances a progressive error.
Described forward mobile platform 2, as shown in figure 12, comprise the mobile platform guide rail, engine installation, first workpiece movement device, second workpiece movement device, guide and limit spare and the workpiece clamping mechanism that is used for the holding workpiece pallet, described mobile platform guide rail is two groups of guide rails that be arranged in parallel, the throughput direction of the arranged direction of described guide rail and forward workplatform 1 is perpendicular, set first workpiece movement device near on the guide rail of forward workplatform 1, set second workpiece movement device on the guide rail away from forward workplatform 1, second workpiece movement device comprises the workpiece mobile station, workpiece moves base for supporting and mobile station advance and retreat cylinder, described workpiece mobile station is supported on workpiece by moving sets and moves on the base for supporting, and this workpiece mobile station is captiveed joint with the piston rod of mobile station advance and retreat cylinder, on the table top of the described workpiece mobile station and first workpiece movement device guide and limit spare is installed all respectively, in addition, described workpiece moves base for supporting and first workpiece movement device is connected with cooresponding engine installation drive end all respectively.Described engine installation is a cylinder, and described workpiece clamping mechanism is a pneumatic pinch mechanism, this pneumatic pinch mechanism comprise hold out against cylinder and with hold out against the hold assembly that cylinder piston rod is captiveed joint.
Engine installation, can be cylinder, also can be driving band, drive first workpiece movement device or second workpiece movement device accordingly respectively and move on guide rail, the table top that makes first workpiece movement device or second workpiece movement device exchange between the outlet of forward workplatform 1 and reverse operation platform 3 inlets is moved.Structural shape, the leading dimensions of the slide rail on the table top of first workpiece movement device or second workpiece movement device and the forward workplatform 1 are identical.The exit end driving head 134 of driver train 13 is sent forward workplatform 1 with tray for work pieces, is promptly accepted by the table top of forward mobile platform 2.The table top both sides of first workpiece movement device or second workpiece movement device and the guide and limit spare of end face have been determined the position of tray for work pieces on forward mobile platform 2.Forward mobile platform 2 adopts double structure, and two guide rails respectively have mobile device, an alternating movement independently.
Specifically, the algorithm that tray for work pieces on the forward workplatform 1 is transferred on the reverse operation platform 3 by forward mobile platform 2 is as follows: tray for work pieces leaves the table top that enters forward mobile platform 2 behind the forward workplatform 1, and the guide and limit spare of table top both sides and front end is determined the position of tray for work pieces on the mobile platform table top.After the stroke of forward workplatform 1 driver train 13 is reached home, the clamping mechanism action on the forward mobile platform 2, promptly clamping part is holding out against under the extension and contraction control of cylinder piston rod, tray for work pieces is fixed on reliably on the table top of forward mobile platform 2; Then, driver train 13 rollbacks of forward workplatform 1, after this driver train 13 return back to reference position, forward mobile platform 2 moved to reverse operation platform 3 inlets; At reverse operation platform 3 inlets, after forward mobile platform 2 arrives, driver train 13 rollbacks of reverse operation platform 3, and the driving head 134 of reverse operation platform 3 upstreams enters forward mobile platform 2, the groove of its ratchet 132 embedding tray for work pieces; Clamping mechanism on the forward mobile platform 2 discharges then; Driver train 13 on the reverse operation platform 3 moves ahead, and tray for work pieces is drawn in reverse operation platform 3.
In sum, the utility model is forward mobile platform 2 no matter, and still reverse mobile platform 4 adopts two mobile devices alternately to carry out the transfer of tray for work pieces all respectively between two workplatformes.
In addition, the utility model is installed stroke enlarger 133 at the two ends of driver train 13, make can finish by the pitch travelling workpiece pallet of tray for work pieces in a drive actions and the unit one pallet of the end that moves ahead in stroke is sent workplatform, surmounts structure interval, sent to mobile platform; In a return action, ratchet 132 on the driving body 131 turns back to the forced stroke starting position by the pitch of tray for work pieces, and the end ratchet can surmount structure interval and embeds the tray for work pieces groove be positioned on the mobile platform, finishes the preparation of it being drawn in workplatform.
Explain principle of work of the present utility model below with reference to accompanying drawing:
1, during initial condition, driver train 13 on forward workplatform 1 and the reverse operation platform 3 all lays respectively at the left side, and the driver train 13 of forward workplatform 1 is in the stroke reference position, and the driver train 13 of reverse operation platform 3 then is in the stroke final position; First workpiece movement device of forward mobile platform 2 is relative with reverse operation platform 3, and second workpiece movement device of forward mobile platform 2 is then relative with forward workplatform 1; Correspondingly, oppositely first workpiece movement device of mobile platform 4 is relative with reverse operation platform 3, and oppositely second workpiece movement device of mobile platform 4 is then relative with forward workplatform 1; In addition, advance and retreat cylinder on forward mobile platform 2 and the reverse mobile platform 4 is in the state of stretching out all respectively, to promote the mobile platform of second workpiece movement device, make it adjacent with the corresponding work platform, simultaneously, hold assembly on described forward mobile platform 2 and the reverse mobile platform 4 all is in relaxation state, can carry out the clamping of tray for work pieces.
2, when the workpiece on the workplatform being processed after operation finishes, send control signal, make each driver train 13, first workpiece movement device, the action of second workpiece movement device, finishing the stepping of tray for work pieces transports, specific as follows: forward workplatform 1 is under the cylinder that advances of its driver train 13 drives, move right, the promotion tray for work pieces moves, to be positioned on the reverse mobile platform 4 tray for work pieces on the second workpiece movement device mobile platform and draw in forward workplatform 1, finishing on the reverse mobile platform 4 tray for work pieces shifts to forward workplatform 1, give second workpiece movement device of forward mobile platform 2 with the unit one pallet of operation front end on the forward workplatform 1 simultaneously, finish that tray for work pieces shifts to forward mobile platform 2 on the forward workplatform 1; Reverse operation platform 3 retreats under the cylinder BB effect at its driver train 13, move right, ratchet 132 rollbacks, end ratchet on the driver train 13 enters the tray for work pieces that is positioned at first workpiece movement device on the forward mobile platform 2, and this end ratchet and tray for work pieces are interlocked, and finish the action that the tray for work pieces on first workpiece movement device shifts to reverse operation platform 3.
3, after the stepping of finishing tray for work pieces is transported, send signal, make and to carry out operation to the workpiece in the tray for work pieces on it that at this moment, the clamping part on forward mobile platform 2 and the reverse mobile platform 4 is in clamped condition with forward workplatform 1 corresponding apparatus for work.Second workpiece movement device advance and retreat cylinder piston rod of forward mobile platform 2 and reverse mobile platform 4 all is in retracted state, promptly the mobile platform of second workpiece movement device is away from forward workplatform 1/ reverse mobile platform 4 cooresponding with it, then, under the driving of first workpiece movement device and the corresponding engine installation of second workpiece movement device, first workpiece movement device and the transposition of second workpiece movement device, make that first workpiece movement device of forward mobile platform 2 is relative with forward workplatform 1, second workpiece movement device of forward mobile platform 2 is then relative with reverse operation platform 3; Correspondingly, oppositely first workpiece movement device of mobile platform 4 is relative with forward workplatform 1, and oppositely second workpiece movement device of mobile platform 4 is then relative with reverse operation platform 3; Then, the piston rod of the advance and retreat cylinder of second workpiece movement device of forward mobile platform 2 and reverse mobile platform 4 stretches out, the hold assembly of first workpiece movement device of forward mobile platform 2 and reverse mobile platform 4 is in releasing orientation simultaneously, and is ready with the clamping to tray for work pieces.
4, after the equipment on the forward mobile platform 2 sends the signal that can work, the utility model is done following action: a, forward workplatform 1 and reverse operation platform 3 with order and is all moved to left, forward workplatform 1 retreats under the cylinder effect at its driver train 13, be moved to the left, ratchet 132 rollbacks, the end ratchet enters the tray for work pieces that is positioned at first workpiece movement device on the reverse mobile platform 4, makes end ratchet and tray for work pieces be interlocked; Reverse operation platform 3 retreats under the cylinder driving at its driver train 13, be moved to the left, the promotion tray for work pieces moves, the tray for work pieces that will be positioned at second workpiece movement device on the forward mobile platform 2 is simultaneously drawn in reverse operation platform 3, and gives second workpiece movement device on the reverse mobile platform 4 with operation front end unit one pallet on the reverse operation platform 3; B, oppositely the hold assembly of first workpiece movement device unclamps on the mobile platform 4, forward workplatform 1 is under the cylinder that advances of its driver train 13 drives, move right, the promotion tray for work pieces moves, to be positioned on the reverse mobile platform 4 tray for work pieces on first workpiece movement device and draw in forward workplatform 1, finishing on the reverse mobile platform 4 tray for work pieces shifts to forward workplatform 1, simultaneously last pallet on the forward workplatform 1 is given first workpiece movement device of forward mobile platform 2, finished on the forward workplatform 1 tray for work pieces and shift to forward mobile platform 2; Reverse operation platform 3 retreats under the cylinder action at its driver train 13, move right, ratchet 132 rollbacks, end ratchet on the driver train 13 enters the tray for work pieces that is positioned at second workpiece movement device on the forward mobile platform 2, and this end ratchet and tray for work pieces are interlocked, and finish the action that the tray for work pieces on reverse operation platform 3 second workpiece movement devices shifts to reverse operation platform 3; Clamping part on c, forward mobile platform 2 and the reverse mobile platform 4 is in clamped condition; Second workpiece movement device advance and retreat cylinder piston rod of d, forward mobile platform 2 and reverse mobile platform 4 all is in retracted state; Under the driving of first workpiece movement device and the corresponding engine installation of second workpiece movement device, first workpiece movement device and the transposition of second workpiece movement device, make that first workpiece movement device of forward mobile platform 2 is relative with reverse operation platform 3, second workpiece movement device of forward mobile platform 2 is then relative with forward workplatform 1; Correspondingly, oppositely first workpiece movement device of mobile platform 4 is relative with reverse operation platform 3, and oppositely second workpiece movement device of mobile platform 4 is then relative with forward workplatform 1; The piston rod of the advance and retreat cylinder of second workpiece movement device of e, forward mobile platform 2 and reverse mobile platform 4 stretches out, the hold assembly of first workpiece movement device of forward mobile platform 2 and reverse mobile platform 4 is in releasing orientation simultaneously, and is ready with the clamping to tray for work pieces; Wait for forward workplatform 1 corresponding apparatus for work and send the signal that can move.
More than four steps a working cycle of the present utility model has been described.
Hence one can see that, the utility model has overcome the deficiency of mode of movements such as band, chain roller, the plane of realizing workpiece, mould etc. is mobile continuously, do not exist the mould counter-rotating to break away from the phenomenon of driving surface, as be used in the production facilities of industries such as food, can fundamentally avoid breaking away from the cross pollution of mould and environment behind the driving surface.Be used on the manufacturing line of other processing industry, can avoid anchor clamps counter-rotating back actuating mechanism because the position that gravity factor causes is out of control.
Claims (6)
1. realize the workpiece mechanical device that a plurality of workplatform cocycles are moved on same plane for one kind, it is characterized in that: comprise tray for work pieces and the more than one circulation conveying elementary cell that is used to transport tray for work pieces, each circulation carries elementary cell to comprise forward workplatform, forward mobile platform, reverse operation platform and reverse mobile platform, described forward workplatform, forward mobile platform, reverse operation platform, reverse mobile platform join end to end to form cyclic delivery system, wherein:
Described forward workplatform, comprise base, the slide-and-guide track, driver train and work top, described driver train is installed on the base, described tray for work pieces places on the work top, work top then is connected by slide-and-guide track and driver train, described driver train comprises the driving body, stepping reciprocating drive mechanism and the stroke enlarger that is separately positioned on these driving body two ends, described stepping reciprocating drive mechanism is installed in and drives on the body, and stepping reciprocating drive mechanism and tray for work pieces are connected, described stroke enlarger comprises coupling block, stage clip, the end actuator that stage clip orienting lug and being used for is interlocked with tray for work pieces, groove is offered at the both ends of described driving body respectively, described coupling block, stage clip and stage clip orienting lug place in the groove all respectively, and stage clip one end is pressed in groove by on the end face of end one side after passing the stage clip orienting lug, the other end then is pressed in coupling block on the end face of groove end, and the reciprocal drive configuration of described end actuator and stepping is connected;
Described forward mobile platform, comprise the mobile platform guide rail, engine installation, first workpiece movement device, second workpiece movement device, guide and limit spare and the workpiece clamping mechanism that is used for the holding workpiece pallet, described mobile platform guide rail is two groups of guide rails that be arranged in parallel, the throughput direction of the arranged direction of described guide rail and forward workplatform is perpendicular, set first workpiece movement device near on the guide rail of forward workplatform, set second workpiece movement device on the guide rail away from the forward workplatform, second workpiece movement device comprises the workpiece mobile station, workpiece moves base for supporting and mobile station advance and retreat cylinder, described workpiece mobile station is supported on workpiece by moving sets and moves on the base for supporting, and this workpiece mobile station is captiveed joint with the piston rod of mobile station advance and retreat cylinder, on the table top of the described workpiece mobile station and first workpiece movement device guide and limit spare is installed all respectively, in addition, described workpiece moves base for supporting and first workpiece movement device is connected with cooresponding engine installation drive end all respectively;
Described reverse operation platform structure is consistent with forward workplatform structure, and oppositely mobile platform is consistent with forward mobile platform structure, simultaneously, described reverse operation platform is opposite with forward workplatform service direction, and oppositely mobile platform is opposite with forward mobile platform service direction.
2. according to the described realization workpiece of claim 1 mechanical device that a plurality of workplatform cocycles are moved on same plane, it is characterized in that: described stepping reciprocating drive mechanism comprises ratchet, advancing drive device and retreat actuating device, described end actuator is the end ratchet, described advancing drive device and retreat actuating device and comprise driving head all respectively and drive cylinder, described driving head is captiveed joint with coupling block, the end ratchet then location and installation on driving head, length according to tray for work pieces on the described driving body is provided with a plurality of ratchets equally spacedly, the drive end of described ratchet matches with tray for work pieces, the positioning end of ratchet is then rotaryed connection with the driving body by locating dowel pin, be connected by retracing spring between the positioning end of ratchet and the driving body simultaneously, described end ratchet and being installed in drive on the body the spacing between the adjacent ratchet be the integral multiple of tray for work pieces length, the piston rod of described driving cylinder is captiveed joint with fork, described fork one end is connected with driving head by trundle, the other end then location and installation on base.
3. according to the described realization workpiece of claim 1 mechanical device that a plurality of workplatform cocycles are moved on same plane, it is characterized in that: described driving body is a rod member.
4. according to the described realization workpiece of claim 1 mechanical device that a plurality of workplatform cocycles are moved on same plane, it is characterized in that: described driving body is in series rod member by chain, connecting rod and/or cable wire.
5. according to the described realization workpiece of claim 1 mechanical device that a plurality of workplatform cocycles are moved on same plane, it is characterized in that: described engine installation is a cylinder, described workpiece clamping mechanism is a pneumatic pinch mechanism, this pneumatic pinch mechanism comprise hold out against cylinder and with hold out against the hold assembly that cylinder piston rod is captiveed joint.
6. according to the described realization workpiece of claim 1 mechanical device that a plurality of workplatform cocycles are moved on same plane, it is characterized in that: described tray for work pieces passes through pallet locating dowel pin location and installation on work top, and this pallet locating dowel pin is captiveed joint with the piston rod of pallet jacking cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206390821U CN201873268U (en) | 2010-12-02 | 2010-12-02 | Mechanical device capable of realizing cyclic movement of workpieces on multiple working platforms in same plane |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206390821U CN201873268U (en) | 2010-12-02 | 2010-12-02 | Mechanical device capable of realizing cyclic movement of workpieces on multiple working platforms in same plane |
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| Publication Number | Publication Date |
|---|---|
| CN201873268U true CN201873268U (en) | 2011-06-22 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010206390821U Expired - Lifetime CN201873268U (en) | 2010-12-02 | 2010-12-02 | Mechanical device capable of realizing cyclic movement of workpieces on multiple working platforms in same plane |
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| CN (1) | CN201873268U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102009823A (en) * | 2010-12-02 | 2011-04-13 | 江苏百胜机械制造有限公司 | Mechanical device for realizing cyclic motion of workpiece on multiple working platforms in same plane |
| CN102864940A (en) * | 2011-07-05 | 2013-01-09 | 上海耐斯特液压设备有限公司 | Mechanical reversible reaction frame device |
| CN104709661A (en) * | 2014-12-31 | 2015-06-17 | 迈得医疗工业设备股份有限公司 | Conveying device for infusion set assembling machine clamp |
| CN106379682A (en) * | 2014-10-27 | 2017-02-08 | 深圳市鲸仓科技有限公司 | Automatic intensive warehouse device |
| CN107352226A (en) * | 2017-08-03 | 2017-11-17 | 全南县智护力工业产品设计有限公司 | A kind of streamline part conveyer |
-
2010
- 2010-12-02 CN CN2010206390821U patent/CN201873268U/en not_active Expired - Lifetime
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102009823A (en) * | 2010-12-02 | 2011-04-13 | 江苏百胜机械制造有限公司 | Mechanical device for realizing cyclic motion of workpiece on multiple working platforms in same plane |
| CN102864940A (en) * | 2011-07-05 | 2013-01-09 | 上海耐斯特液压设备有限公司 | Mechanical reversible reaction frame device |
| CN106379682A (en) * | 2014-10-27 | 2017-02-08 | 深圳市鲸仓科技有限公司 | Automatic intensive warehouse device |
| CN104709661A (en) * | 2014-12-31 | 2015-06-17 | 迈得医疗工业设备股份有限公司 | Conveying device for infusion set assembling machine clamp |
| CN104709661B (en) * | 2014-12-31 | 2016-11-16 | 迈得医疗工业设备股份有限公司 | A kind of conveyer device of transfusion utensil assembling machine fixture |
| CN107352226A (en) * | 2017-08-03 | 2017-11-17 | 全南县智护力工业产品设计有限公司 | A kind of streamline part conveyer |
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| C14 | Grant of patent or utility model | ||
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| AV01 | Patent right actively abandoned |
Granted publication date: 20110622 Effective date of abandoning: 20120523 |