CN208453891U - A kind of splicing platform - Google Patents
A kind of splicing platform Download PDFInfo
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- CN208453891U CN208453891U CN201820473813.6U CN201820473813U CN208453891U CN 208453891 U CN208453891 U CN 208453891U CN 201820473813 U CN201820473813 U CN 201820473813U CN 208453891 U CN208453891 U CN 208453891U
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Abstract
By being equipped with splicing platform in the splicing storehouse of tractor-drawn rake, book plate will be connect including the end all around that the first limited block, the second limited block, third limited block and the 4th limited block are erected at platform board respectively to surround, form rectangular a guiding and limit space, books are accurately fallen by its guiding role and connect book plate and stacked, books are limited by its position-limiting action simultaneously, prevent books from sliding in and out, to, books are stacked on fitly to connect on book plate, reduce because books it is in disorder due to lead to the waste of manpower；Secondly, the splicing platform is additionally provided with lifting rotation mechanism, books can be staggeredly stacked, be buffered when books fall to and connect book plate, improve the uniformity that books stack；Meanwhile the splicing platform is additionally provided with translation mechanism, realizes guiding and limit space adjustment, to adapt to the books piling operation of different size, improves the adaptability of the book of the connecing platform.
Description
Technical field
The utility model relates to equipment after printing, specially a kind of splicing platform for tractor-drawn rake.
Background technique
With the rapid development of books industry, printing equipment is constantly updated, and print speed printing speed is accelerated, and number to be printed is also gradually increasing
Add.Tractor-drawn rake is that the high speed newspaper that design is equipped with for high speed rotary press or books count collator, solves manual sorting
With the heavy workload of counting, the distribution efficiency of newpapers and periodicals or books is greatly improved work efficiency and ensured.Chinese patent: one
Kind novel tractor-drawn rake, Authorization Notice No. CN202124354U disclose a kind of novel tractor-drawn rake, using photoelectric counting,
It is greatly improved in the accuracy of counting, dictaion speed and the degree of automation, but the tractor-drawn rake does not have splicing in storehouse to fill
It sets, causes paper after being conveyed into machine storehouse, neat can not be stacked, aggravate the operator's of subsequent processing
Task, waste of manpower.
Utility model content
(1) the technical issues of solving
In order to solve the above problem, the utility model provides a kind of splicing platform, can be successfully by paper fitly heap
It is folded, reduce because paper it is in disorder due to lead to the waste of manpower.
(2) technical solution
To achieve the above object, the utility model provides the following technical solutions: a kind of splicing platform, is used for tractor-drawn rake, institute
Stating tractor-drawn rake includes conveying device and splicing storehouse, and the splicing storehouse is set to the conveying device and falls paper position lower end, the splicing
Platform is set in splicing storehouse, and the splicing platform includes:
Fixed plate is fixedly connected in splicing storehouse；Platform board is set in fixed plate；Limited block, including the first limited block,
Second limited block, third limited block and the 4th limited block, the left front end of platform board is erect and be located to first limited block, described
The right front ends of platform board are erect and be located to second limited block, and the third limited block is erect and at the left back end of platform board, described
4th limited block is erect and the right rear end of platform board；Book plate is connect, is set on platform board and by first limited block, the second limit
Block, third limited block and the 4th limited block surround；Open and close power source, first limited block, the second limited block, third limit
By folding power source drive, it opens and closes shape rotation respectively for block, the 4th limited block；Control device, it is electrical with the folding power source
Connection.
Preferably, the splicing platform further includes rotary lifting mechanism, and the rotary lifting mechanism includes: bearing mould group,
Including bearing block and bearing, the bearing is located inside bearing block, and the bearing block is fixedly connected with fixed plate；Rotary power
Source is fixedly connected with fixed plate；Adapter is rotated, interference fit is connected in bearing, and one end is fixedly connected with platform board；First
Synchronous pulley, the second synchronous pulley and matched synchronous belt, first synchronous belt pulley transmission are connected to rotary power
On source, second synchronous pulley is fixedly connected with the rotation adapter other end；Lifting drive source, ontology and the second synchronous pulley
It is fixedly connected；Adapter is gone up and down, is located in rotation adapter, one end passes through platform board and is fixedly connected with book plate is connect, the other end
It is fixedly connected with the telescopic rod in lifting drive source to drive and connect book plate and move up and down；The rotating power source and lifting drive source are equal
It is electrically connected with control device.
Preferably, the splicing platform further includes translation mechanism, and the translation mechanism includes: the first translation mechanism, including
Left first translation mechanism and right first translation mechanism, left first translation mechanism are set to platform board upper left side, with the first limit
Block connects with third limited block and drives it that can translate in opposite directions or on the contrary along the longitudinal direction, and right first translation mechanism is set to flat
Platen upper right side connects with the second limited block and the 4th limited block and drives it that can be opposite along the longitudinal direction or opposite translate；The
Two translation mechanisms are fixed below platform board, and left end is connect with left first translation mechanism, and right end and right first translation mechanism connect
It connects, it can opposite in left-right direction or translation on the contrary with left first translation mechanism of driving and right first translation mechanism.
Preferably, left first translation mechanism includes: left risers, is set to the left side on the upside of platform board；
Left first translational power source, is fixed in left risers；Gear and rack teeth mechanism, including a roller gear, on one
Rack gear and a lower rack gear；The roller gear and left first translational power source are drivingly connected, and the upper rack can be in left risers
It is upper sliding simultaneously with roller gear on the upside of cooperate, the lower rack gear can be slided in left risers and with cooperate on the downside of roller gear；The
One translational block, is fixedly connected with upper rack, and first limited block and the first translational block are rotatablely connected；Third translational block, under
Rack gear is fixedly connected, and the third limited block and third translational block are rotatablely connected；
Right first translation mechanism includes: right risers, is set to the right on the upside of platform board；Right first translational power source, Gu
Due in right risers；Gear and rack teeth mechanism, including a roller gear, a upper rack and a lower rack gear；The Cylinder Gear
Wheel is drivingly connected with right first translational power source, the upper rack can be slided in right risers and with cooperate on the upside of roller gear,
The lower rack gear can be slided in right risers and with cooperate on the downside of roller gear；Second translational block, is fixedly connected with upper rack, institute
It states the second limited block and the second translational block is rotatablely connected；4th translational block is fixedly connected with lower rack gear, the 4th limited block with
The rotation connection of 4th translational block；The left first translational power source and right first translational power source electrically connect with control device
It connects.
Preferably, second translation mechanism includes: the second translational power source, is fixed on the downside of platform board；Lead screw, one end
For the left lead screw portion of left hand thread, the other end is the right lead screw portion of right-handed thread, intermediate to be drivingly connected with the second translational power source；
Feed screw nut, the right feed screw nut including the left feed screw nut cooperated with left lead screw portion and with the cooperation of right lead screw portion；Sliding rail, including
Left sliding rail and right sliding rail, the left sliding rail are fixed on the left side on the downside of platform board, and the right sliding rail is fixed on the right on the downside of platform board；
Sliding block merges and right feed screw nut including matching to merge the left slider connecting with left feed screw nut and match with right sliding rail with left sliding rail
The right sliding block of connection；The left risers bottom passes through platform board and connect with left slider, the right risers bottom across platform board and
Right sliding block connection；Second translational power source and control device are electrically connected.
Preferably, the folding power source shares eight, and every two is one group and is located at the upper and lower position of a limited block
Drive its folding.
(3) beneficial effect
The utility model provides a kind of splicing platform, have it is following the utility model has the advantages that
By being equipped with splicing platform, including the limit of the first limited block, the second limited block, third in the splicing storehouse of tractor-drawn rake
The end all around that block and the 4th limited block are erected at platform board respectively will connect the encirclement of book plate, form rectangular a guiding and limit
Bit space, books are accurately fallen by the guiding of the first limited block, the second limited block, third limited block and the 4th limited block and connect book
Plate is stacked, while the first limited block, the second limited block, third limited block and the 4th limited block again can limit books
Position, prevent books from sliding in and out, thus, be stacked on books fitly and connect on book plate, reduce because books it is in disorder due to lead to people
The waste of power；Secondly, the splicing platform is additionally provided with lifting rotation mechanism, by rotating mechanism, books can be staggeredly stacked, be passed through
Elevating mechanism can be buffered when books fall to and connect book plate, improve the uniformity that books stack；Meanwhile the splicing platform
It is additionally provided with translation mechanism, the first limited block, the second limited block, third limited block and the 4th limited block can be realized by translation mechanism
Translation adjustment all around avoids nothing due to guiding and limit space are too small to adapt to the books piling operation of different size
Method stacks books or causes books to stack irregular problem because guiding and limit space are excessive, improves the book of the connecing platform
Adaptability；The book platform that connects further includes control device, and all power sources of the book of the connecing platform are electrically connected with control device,
By its work of process control, the automation of the book of the connecing platform is realized.
Detailed description of the invention
Attached drawing is used to provide a further understanding of the present invention, and constitutes part of specification, practical with this
Novel embodiment is used to explain the utility model together, does not constitute limitations of the present invention, in the accompanying drawings:
Fig. 1 is the structural schematic diagram for the tractor-drawn rake that the utility model is used for；
Fig. 2 is the utility model overall schematic；
Fig. 3 is the utility model rotary lifting mechanism schematic diagram；
Fig. 4 is the elevating mechanism schematic internal view based on Fig. 3；
Fig. 5 is the utility model translation mechanism schematic diagram；
Fig. 6 is that the utility model is left first translation mechanism structural schematic diagram；
Fig. 7 is Tthe utility model system block diagram representation.
In figure: 1 fixed plate, 2 platform boards, 3 limited blocks, 4 folding power sources, 5 connect book plate, 6 rotary lifting mechanisms, 8 conveyings
Device, 9 splicing storehouses, 31 first limited blocks, 32 second limited blocks, 33 third limited blocks, 34 the 4th limited blocks, 60 bearing mould groups,
61 rotating power sources, 62 rotation adapters, 64 lifting adapters, 65 lifting drive sources, 70 left first translation mechanisms, 71 right sides first
Translation mechanism, 630 first synchronous pulleys, 631 second synchronous pulleys, 632 synchronous belts, 700 left risers, 701 the first translations of a left side are dynamic
Power source, 702 roller gears, 703 upper racks, 704 lower rack gears, 705 first translational blocks, 706 third translational blocks, 710 right risers,
711 right first translational power sources, 712 second translational blocks, 713 the 4th translational blocks, 720 second translational power sources, 721 left lead screws
Portion, 722 right lead screw portions, 723 left feed screw nuts, 724 right feed screw nuts, 725 left sliding rails, 726 right sliding rails, 727 left sliders, 728
Right sliding block.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
Attached drawing 1 is please referred to, the utility model provides a kind of splicing platform, is used for tractor-drawn rake, and the tractor-drawn rake includes conveying
Device 8 and splicing storehouse 9, the splicing storehouse 9 are set to the conveying device 8 and fall paper position lower end, and the splicing platform is set to splicing
In storehouse 9, refering to attached drawing 2, the splicing platform includes: fixed plate 1, is fixedly connected in splicing storehouse 9；Platform board 2 is set to and fixes
On plate 1；Limited block 3, including the first limited block 31, the second limited block 32, third limited block 33 and the 4th limited block 34, described
The left front end of platform board 2 is erect and be located to one limited block 31, before second limited block 32 is erect and is located at the right side of platform board 2
End, the third limited block 33 are erect and at the left back ends of platform board 2, and the 4th limited block 34 is erect and the right side of platform board 2
Rear end；Book plate 5 is connect, is set on platform board 2 and by first limited block 31, the second limited block 32, third limited block 33 and the
Four limited blocks 34 surround, and form rectangular a guiding and limit space；Open and close power source 4, first limited block 31, second
Limited block 32, third limited block 33, the 4th limited block 34 drive it to open and close shape rotation by folding power source 4 respectively；Control dress
(not shown) is set, inside is equipped with programmable controller, is electrically connected with the folding power source 4, to pass through program control
System folding power source 4 works, and realizes automation.
The present embodiment is by taking the accumulation of books as an example, first limited block 31, the second limited block 32,33 and of third limited block
4th limited block 34 formed one limit and guide space, books fall into splicing storehouse 8 from conveying device 7, through the first limited block 31,
Second limited block 32, third limited block 33 and the 4th limited block 34 guiding connect on book plate 5 to accurately fall into, while the first limit
Block 31, the second limited block 32, third limited block 33 and the 4th limited block 34 again can limit it, prevent books from sliding in and out, from
And be stacked on books fitly and connect on book plate 5, after books heap is folded, folding power source 4 drives the first limited block 31 and second
Limited block 32 or third limited block 33 and the rotation of 34 opening state of the 4th limited block, discharge the limit of books, facilitate tractor-drawn rake will
The books that heap is folded are released.
Refering to attached drawing 2, attached drawing 3 and attached drawing 4, the splicing platform further includes rotary lifting mechanism 6, the rotary lifter
Structure 6 includes: bearing mould group 60, including bearing block and bearing (not indicating in figure), the bearing are located inside bearing block, the axis
Seat is held to be fixedly connected with fixed plate 1；Rotating power source 61 is fixedly connected with fixed plate 1；Adapter 62 is rotated, interference fit connects
It connects in bearing, one end is fixedly connected with platform board 2, so that it is in fixed plate 1 and rotatable to be connected to platform board 2；First is same
Belt wheel 630, the second synchronous pulley 631 and matched synchronous belt 632 are walked, first synchronous pulley 630 is sequentially connected
In in rotating power source 61, second synchronous pulley 631 is fixedly connected with rotation 62 other end of adapter；
By above scheme, rotating power source 61 drives rotation adapter 62 to rotate by toothed belt transmission mode, thus
Platform board 2 is rotated, connects the rotation of book plate 5 to drive, by connecing the rotation of book plate 5, the interlaced stacking of books can be improved book
The uniformity of this stacking.
Elevating mechanism 6 further includes lifting drive source 65, and ontology is fixedly connected with the second synchronous pulley 631；Go up and down adapter
64, it is located in rotation adapter 62, one end passes through platform board 2 and is fixedly connected with book plate 5 is connect, the other end and lifting drive source 65
Telescopic rod be fixedly connected, so that the driving of lifting drive source 65 connects book plate 5 and moves up and down；
By above scheme, when books fall into splicing storehouse 8 from conveying device 7, the driving of lifting drive source 65 connect book plate 5 first to
On be moved to the intermediate of guiding and limit space and carry out splicing, after filling paper, it is multiple downwards that the driving of lifting drive source 65 connects book plate 5
Position prevents books falling stroke excessively high to have the function of buffering so as to cause uniformity in disorder, that raising books stack；
The rotating power source 61 and lifting drive source 65 are electrically connected with control device, pass through 61 He of process control rotating power source
Lifting drive source 65 works, and realizes automation.
Refering to attached drawing 2 and attached drawing 5, the splicing platform further includes translation mechanism, and the translation mechanism includes: the first translation
Mechanism, including the first translation mechanism of a left side 70 and right first translation mechanism 71, it is left that left first translation mechanism 70 is set to platform board 2
Top connect with the first limited block 31 and third limited block 33 and drives the first limited block 31 and third limited block 33 can be along front and back
Direction is opposite or translates on the contrary, and right first translation mechanism 71 is set to 2 upper right side of platform board, with the second limited block 32 and the 4th
Limited block 34 connects and drives the second limited block 32 and the 4th limited block 34 can opposite along the longitudinal direction or translation on the contrary；Second is flat
Telephone-moving structure 72 is fixed on 2 lower section of platform board, and left end is connect with left first translation mechanism 70, right end and right first translation mechanism 71
Connection, to drive the first translation mechanism of a left side 70 and right first translation mechanism 71 can opposite in left-right direction or translation on the contrary.
By above scheme, the first translation mechanism and the second translation mechanism 72 realize the first limited block 31, the second limited block
32, third limited block 33 and the 4th limited block 34 can carry out front and back and left and right translation, so as to adjust it is various sizes of guiding and
Limit space adapts to the books piling operation of different size, and books can not be stacked because guiding and limit space are too small by avoiding
Or cause books to stack irregular problem because guiding and limit space are excessive, improve the adaptability of the book of the connecing platform.
Refering to attached drawing 2, attached drawing 5 and attached drawing 6, left first translation mechanism 70 includes: left risers 700, is set to platform board 2
The upside left side；Left first translational power source 701, is fixed in left risers 700；Gear and rack teeth mechanism, including a roller gear
702, a upper rack 703 and a lower rack gear 704；The roller gear 702 connects with left first translational power source 701 driving
Connect, the upper rack 703 can be slided in left risers 700 and with cooperate on the upside of roller gear 702, the lower rack gear 704 can be
In left risers 700 sliding and with cooperate on the downside of roller gear 702；First translational block 705, is fixedly connected with upper rack 703, described
First limited block 31 and the first translational block 705 are rotatablely connected；Third translational block 706 is fixedly connected with lower rack gear 704, and described
Three limited blocks 33 are rotatablely connected with third translational block 706.
By above scheme, the left first translational power source 701 drives the first translational block by gear and rack teeth mechanism
705 is synchronous with third translational block 706 opposite or opposite mobile in the longitudinal direction, to make the first limited block 31 and the second limit
Block 33 is opposite in the longitudinal direction or opposite mobile, matches the books of different size, by passing through gear and rack teeth mechanism, it can be achieved that
One power source drive, two driven member synchronizing movings, i.e. it is flat that a left side the first translational power source 701 can synchronize driving first
The translation for moving block 705 and third translational block 706, not only saves resource, but also guiding and limit space can be made to meet books symmetrical structure
Shape.
Refering to attached drawing 2, attached drawing 5 and attached drawing 6, right first translation mechanism 71 and 70 motor of left first translation mechanism
It manages identical, comprising: right risers 710 are set to 2 upside the right of platform board；Right first translational power source 711, is fixed on right risers 710
On；Gear and rack teeth mechanism, including 702, upper racks 703 of a roller gear and a lower rack gear 704；The roller gear
702 are drivingly connected with right first translational power source 711, and the upper rack 703 can slide in right risers 710 and and roller gear
702 upside cooperation, the lower rack gear 704 can be slided in right risers 710 and with cooperate on the downside of roller gear 702；Second translation
Block 712 is fixedly connected with upper rack 703, and second limited block 32 and the second translational block 712 are rotatablely connected；4th translational block
713, it is fixedly connected with lower rack gear 704, the 4th limited block 34 and the 4th translational block 713 are rotatablely connected；Described left first is flat
It moves power source 701 and right first translational power source 711 is electrically connected with control device, pass through the first translational power of process control
Source 701 and right first translational power source 711 work, realize automation.
By above scheme, the right first translational power source 711 drives the second translational block by gear and rack teeth mechanism
712 is synchronous with the 4th translational block 713 opposite or opposite mobile in the longitudinal direction, to make the second limited block 32 and the 4th limit
Block 34 is opposite in the longitudinal direction or opposite mobile, matches the books of different size, by passing through gear and rack teeth mechanism, it can be achieved that
One power source drive, two driven member synchronizing movings, i.e. it is flat that a right side the first translational power source 711 can synchronize driving second
The translation for moving block 712 and the 4th translational block 713, not only saves resource, but also guiding and limit space can be made to meet books symmetrical structure
Shape.
Refering to attached drawing 5 and attached drawing 6, second translation mechanism 72 includes: the second translational power source 720, is fixed on platform
2 downside of plate；Lead screw, one end are the left lead screw portion 721 of left hand thread, and the other end is the right lead screw portion 722 of right-handed thread, it is intermediate with
Second translational power source 720 is drivingly connected；Feed screw nut, including the left feed screw nut 723 that cooperates with left lead screw portion 721 and with the right side
The right feed screw nut 724 that lead screw portion 722 cooperates, by the rotation of lead screw, it can be achieved that left feed screw nut 723 and right feed screw nut
724 opposite in the lateral direction or translations on the contrary；Sliding rail, including left sliding rail 725 and right sliding rail 726, the left sliding rail 725 are fixed
On the 2 downside left side of platform board, the right sliding rail 726 is fixed on 2 downside the right of platform board；Sliding block, including match with left sliding rail 725
Merge the left slider 727 connecting with left feed screw nut 723 and matches what merging was connect with right feed screw nut 724 with right sliding rail 726
Right sliding block 728 realizes that left feed screw nut 723 drives left slider 727 to translate on left sliding rail 725, and right feed screw nut 724 drives
Right sliding block 728 translates on right sliding rail 726, and synchronizes opposite or opposite translation in the lateral direction；700 bottom of left risers
It is connect across platform board 2 with left slider 727,710 bottom of right risers passes through platform board 2 and connect with right sliding block 728, realizes left
Sliding block 727 drives left risers 700 and right sliding block 728 that right risers 700 is driven to synchronize opposite or opposite translation in the lateral direction.
By above scheme, the second translational power source 720 drives lead screw rotation, to drive left risers 700 and right cunning
Block 728 drives right risers 710 to synchronize opposite or opposite translation in the lateral direction, to realize the first limited block 31 and third limit
Block 33 is another group of opposite or opposite direction translation in the lateral direction with the second limited block 32 and the 4th limited block 34 for one group,
To adapt to the piling operation of the books of different outer dimensions.
Second translational power source 720 and control device are electrically connected, and pass through the second translational power of process control source 720
Automation is realized in work.
Refering to attached drawing 1 and attached drawing 5, the folding power source 4 shares eight, and every two is one group and is located at a limited block
3 upper and lower position drives its folding, improves the first limited block 31, the second limited block 32, third limited block 33 and the 4th limited block
The stability of 34 foldings.
In the present embodiment, opens and closes power source 4 and lifting drive source 65 is both preferably cylinder, connect by tracheae with air pump,
And its switch is controlled by solenoid valve (not shown), the solenoid valve and control device are electrically connected；Rotating power source 61,
Left first translational power source 701, right first translational power source 711 and the second translational power source 720 are both preferably motor, pass through electricity
Machine driver (not shown) controls its switch, and the motor driver and control device are electrically connected, and passes through control device
All of above power source work is controlled, the automation of the splicing platform is realized, improves working efficiency, reduce human cost.
In conclusion the utility model, by being equipped with splicing platform, including the first limit in the splicing storehouse of tractor-drawn rake
The end all around that block, the second limited block, third limited block and the 4th limited block are erected at platform board respectively will connect the encirclement of book plate,
Rectangular a guiding and limit space are formed, books pass through the first limited block, the second limited block, third limited block and the 4th limit
The guiding of position block, which is accurately fallen into, to be connect book plate and is stacked, while the first limited block, the second limited block, third limited block and the 4th limit
Position block again can limit books, prevent books from sliding in and out, thus, it is stacked on books fitly and connects on book plate, reduce
Because books it is in disorder due to lead to the waste of manpower；Secondly, the splicing platform is additionally provided with lifting rotation mechanism, by rotating mechanism,
Books can be staggeredly stacked, by elevating mechanism, can be buffered when books fall to and connect book plate, improve the whole of books stacking
Qi Du；Meanwhile the splicing platform is additionally provided with translation mechanism, can realize the first limited block, the second limited block, by translation mechanism
Three limited blocks and the 4th limited block all around translate adjustment, to adapt to the books piling operation of different size, avoid because leading
To too small with limit space and books can not be stacked or cause books to stack irregular to ask because guiding and limit space are excessive
Topic, improves the adaptability of the book of the connecing platform；The book platform that connects further includes control device, all power sources of the book of the connecing platform
It is electrically connected with control device, by its work of process control, realizes the automation of the book of the connecing platform.
It should be noted that, in this document, relational terms such as first and second and the like are used merely to a reality
Body or operation are distinguished with another entity or operation, are deposited without necessarily requiring or implying between these entities or operation
In any actual relationship or order or sequence.Moreover, the terms "include", "comprise" or its any other variant are intended to
Non-exclusive inclusion, so that the process, method, article or equipment including a series of elements is not only wanted including those
Element, but also including other elements that are not explicitly listed, or further include for this process, method, article or equipment
Intrinsic element.In the absence of more restrictions, the element limited by sentence "including a ...", it is not excluded that
There is also other identical elements in process, method, article or equipment including the element.
While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art,
It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired
Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.
Claims (6)
1. a kind of splicing platform is used for tractor-drawn rake, the tractor-drawn rake includes conveying device (8) and splicing storehouse (9), the splicing storehouse
(9) conveying device (8) are set to and fall paper position lower end, the splicing platform is set in splicing storehouse (9), which is characterized in that institute
Stating splicing platform includes:
Fixed plate (1) is fixedly connected in splicing storehouse (9)；
Platform board (2) is set on fixed plate (1)；
Limited block (3), including the first limited block (31), the second limited block (32), third limited block (33) and the 4th limited block
(34), the left front end of platform board (2) is erect and be located to first limited block (31), and second limited block (32) is erect and set
Right front ends in platform board (2), the third limited block (33) erect and in the left back end of platform board (2), the 4th limits
Block (34) is erect and the right rear end of platform board (2)；
Book plate (5) are connect, are set on platform board (2) and by first limited block (31), the second limited block (32), third limited block
(33) it is surrounded with the 4th limited block (34)；
It opens and closes power source (4), first limited block (31), the second limited block (32), third limited block (33), the 4th limited block
(34) it is driven to open and close shape rotation by folding power source (4) respectively；
Control device is electrically connected with the folding power source (4).
2. a kind of splicing platform according to claim 1, it is characterised in that: further include rotary lifting mechanism (6), the rotation
Turning elevating mechanism (6) includes:
Bearing mould group (60), including bearing block and bearing, the bearing are located inside bearing block, the bearing block and fixed plate
(1) it is fixedly connected；
Rotating power source (61) is fixedly connected with fixed plate (1)；
It rotates adapter (62), interference fit is connected in bearing, and one end is fixedly connected with platform board (2)；
First synchronous pulley (630), the second synchronous pulley (631) and matched synchronous belt (632), described first is synchronous
In on rotating power source (61), second synchronous pulley (631) and rotation adapter (62) are another for belt wheel (630) transmission connection
End is fixedly connected；
Lifting drive source (65), ontology are fixedly connected with the second synchronous pulley (631)；
It goes up and down adapter (64), is located in rotation adapter (62), one end passes through platform board (2) and connects with connecing book plate (5) and fixing
It connects, the other end is fixedly connected to drive and connect book plate (5) and move up and down with the telescopic rod of lifting drive source (65)；
The rotating power source (61) and lifting drive source (65) are electrically connected with control device.
3. a kind of splicing platform according to claim 1, it is characterised in that: it further include translation mechanism, the translation mechanism
Include:
First translation mechanism, including left first translation mechanism (70) and right first translation mechanism (71), the left first translation machine
Structure (70) is set to platform board (2) upper left side, connect with the first limited block (31) and third limited block (33) and drives it can be along preceding
Rear direction is opposite or translates on the contrary, and right first translation mechanism (71) is set to platform board (2) upper right side, with the second limited block
(32) it connects with the 4th limited block (34) and drives it can opposite along the longitudinal direction or translation on the contrary；
Second translation mechanism (72) is fixed below platform board (2), and left end is connect with left first translation mechanism (70), right end and
Right first translation mechanism (71) connects, to drive left first translation mechanism (70) and right first translation mechanism (71) can be along right and left
To opposite or opposite translation.
4. a kind of splicing platform according to claim 3, it is characterised in that:
Left first translation mechanism (70) includes:
Left risers (700) are set to the left side on the upside of platform board (2)；
Left first translational power source (701), is fixed on left risers (700)；
Gear and rack teeth mechanism, including a roller gear (702), a upper rack (703) and a lower rack gear (704)；It is described
Roller gear (702) and left first translational power source (701) are drivingly connected, and the upper rack (703) can be on left risers (700)
It slides and cooperates on the upside of roller gear (702), the lower rack gear (704) can slide on left risers (700) and and Cylinder Gear
Take turns cooperation on the downside of (702)；
First translational block (705) is fixedly connected with upper rack (703), first limited block (31) and the first translational block (705)
Rotation connection；
Third translational block (706) is fixedly connected with lower rack gear (704), the third limited block (33) and third translational block (706)
Rotation connection；
Right first translation mechanism (71) includes:
Right risers (710) are set to the right on the upside of platform board (2)；
Right first translational power source (711), is fixed on right risers (710)；
Gear and rack teeth mechanism, including a roller gear (702), a upper rack (703) and a lower rack gear (704)；It is described
Roller gear (702) and right first translational power source (711) are drivingly connected, and the upper rack (703) can be on right risers (710)
It slides and cooperates on the upside of roller gear (702), the lower rack gear (704) can slide on right risers (710) and and Cylinder Gear
Take turns cooperation on the downside of (702)；
Second translational block (712) is fixedly connected with upper rack (703), second limited block (32) and the second translational block (712)
Rotation connection；
4th translational block (713) is fixedly connected with lower rack gear (704), the 4th limited block (34) and the 4th translational block (713)
Rotation connection；
The left first translational power source (701) and right first translational power source (711) are electrically connected with control device.
5. a kind of splicing platform according to claim 4, it is characterised in that: second translation mechanism (72) includes:
Second translational power source (720) is fixed on the downside of platform board (2)；
Lead screw, one end are the left lead screw portion (721) of left hand thread, and the other end is the right lead screw portion (722) of right-handed thread, it is intermediate with
Second translational power source (720) is drivingly connected；
Feed screw nut cooperates including the left feed screw nut (723) cooperated with left lead screw portion (721) and with right lead screw portion (722)
Right feed screw nut (724)；
Sliding rail, including left sliding rail (725) and right sliding rail (726), the left sliding rail (725) are fixed on the left side on the downside of platform board (2),
The right sliding rail (726) is fixed on the right on the downside of platform board (2)；
Sliding block, including with left sliding rail (725) with merge the left slider (727) that is connect with left feed screw nut (723) and with right cunning
The right sliding block (728) that rail (726) is connect with merging with right feed screw nut (724)；
Left risers (700) bottom passes through platform board (2) and connect with left slider (727), and right risers (710) bottom passes through
Platform board (2) is connect with right sliding block (728)；
Second translational power source (720) and control device are electrically connected.
6. a kind of splicing platform according to claim 1, it is characterised in that: the folding power source (4) shares eight, often
Two for one group and are located at the upper and lower position of a limited block (3) and drive its folding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820473813.6U CN208453891U (en) | 2018-04-03 | 2018-04-03 | A kind of splicing platform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820473813.6U CN208453891U (en) | 2018-04-03 | 2018-04-03 | A kind of splicing platform |
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| Publication Number | Publication Date |
|---|---|
| CN208453891U true CN208453891U (en) | 2019-02-01 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820473813.6U Active CN208453891U (en) | 2018-04-03 | 2018-04-03 | A kind of splicing platform |
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| CN (1) | CN208453891U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109969467A (en) * | 2019-04-22 | 2019-07-05 | 北京汇林印务有限公司 | A kind of books and periodicals receipts page equipment |
| CN110329581A (en) * | 2019-07-18 | 2019-10-15 | 谭家益 | A kind of several pieces Fen Die mechanisms of paper for daily use |
| CN115384838A (en) * | 2022-09-06 | 2022-11-25 | 浙江睿丰智能科技有限公司 | Gloves pile up and transport platform |
-
2018
- 2018-04-03 CN CN201820473813.6U patent/CN208453891U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109969467A (en) * | 2019-04-22 | 2019-07-05 | 北京汇林印务有限公司 | A kind of books and periodicals receipts page equipment |
| CN109969467B (en) * | 2019-04-22 | 2020-11-24 | 北京汇林印务有限公司 | Book page collecting equipment |
| CN110329581A (en) * | 2019-07-18 | 2019-10-15 | 谭家益 | A kind of several pieces Fen Die mechanisms of paper for daily use |
| CN115384838A (en) * | 2022-09-06 | 2022-11-25 | 浙江睿丰智能科技有限公司 | Gloves pile up and transport platform |
| CN115384838B (en) * | 2022-09-06 | 2024-04-09 | 浙江睿丰智能科技有限公司 | Glove stacking and transferring platform |
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