CN208812786U - A kind of binary channels conveying mechanism of collating locking wire gear - Google Patents
A kind of binary channels conveying mechanism of collating locking wire gear Download PDFInfo
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- CN208812786U CN208812786U CN201821293435.XU CN201821293435U CN208812786U CN 208812786 U CN208812786 U CN 208812786U CN 201821293435 U CN201821293435 U CN 201821293435U CN 208812786 U CN208812786 U CN 208812786U
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Abstract
The utility model provides a kind of binary channels conveying mechanism of collating locking wire gear, including rack, the rack is equipped with bookblock accumulation platform, lifting device and double channel conveying device, it is equipped between the bookblock accumulation platform and the lifting device and promotes buanch unit, binary channels buanch unit is equipped between the lifting device and the double channel conveying device, the double channel conveying device includes binary channels cell driving device, first passage unit and second channel unit.An assembling machine can be connected to form a collating book sewing machine with two book sewing machines by the utility model, complete being connected between assembling machine and book sewing machine and transmitted, improve the efficiency of production, while reducing cost of labor.
Description
Technical field
The utility model relates to binding machine equipment technical field in road after printing more particularly to a kind of collating locking wire gears
Binary channels conveying mechanism.
Background technique
Currently, the development level of printing machinery is quite fast, but the adhesive bookbinding machinery for belonging to road after printing compares also
It is lag.Traditional collating process and locking wire process needs to separate two independent machines and goes to complete, lack linkage mechanism
The two is combined, the degree of automation for causing books to produce is low, is not able to satisfy the demand in market；And according to the speed of production,
The speed of production of one assembling machine needs two book sewing machines matched, and traditional production work efficiency is low, the labor of operating personnel
Fatigue resistance is high, is unfavorable for long working.Therefore, a kind of binary channels conveying mechanism of collating locking wire gear is needed, is solved existing
There is the defect of technology.
Utility model content
In order to solve the above-mentioned technical problem, the utility model provides a kind of binary channels conveyer of collating locking wire gear
Structure can be connected an assembling machine to form a collating book sewing machine with two book sewing machines, complete assembling machine and book sewing machine it
Between be connected and transmit, improve the efficiency of production, while reducing cost of labor.
The utility model provides following technical scheme, a kind of binary channels conveying mechanism of collating locking wire gear, including machine
Frame, the rack are equipped with bookblock accumulation platform, lifting device and double channel conveying device, wherein the bookblock accumulation platform and institute
It states to be equipped between lifting device and promotes buanch unit, binary channels is equipped between the lifting device and the double channel conveying device
Buanch unit, the double channel conveying device include binary channels cell driving device and be mounted on the binary channels unit driving
First passage unit and second channel unit on device；The promotion buanch unit will be deposited on the bookblock accumulation platform
Bookblock is transferred to the lifting device, and the bookblock reaches channel transfer station after the promotion of the lifting device, according to need
It asks, the binary channels cell driving device drives the first passage unit or the second channel unit to reach the channel turn
Station is moved, the bookblock on the lifting device is transferred to the first passage unit or described the by the binary channels buanch unit
Two channel units.
Further, the lifting device include promoted plummer, lifting cylinder and promoted sliding rail, the lifting cylinder and
The promotion sliding rail is mounted on the rack, and the output shaft of the lifting cylinder is fixed on described mention by one first link block
It rises on plummer, the promotion plummer is slidably connected on the promotion sliding rail by several promotion sliding blocks, the promotion gas
Cylinder drives the promotion plummer to slidably reciprocate in the promotion sliding rail.
Further, the promotion buanch unit includes first straight line mould group and the first transfer element, the first straight line
Mould group includes the first motor, the first synchronous case, first straight line guide rail, the first belt and the first sliding block, the first straight line guide rail
Both ends be equipped with the first transmission shaft, wherein first transmission shaft of one end passes through the described first synchronous case and first horse
Up to being connected, first belt is mounted on first transmission shaft, and first sliding block is fixed on first belt,
And first sliding block is slidably connected with the first straight line guide rail；First transfer element is fixed on first sliding block
On, first transfer element includes the first cylinder, the first slide bar and the first pushing block, and one end of first pushing block is fixed to be connected
The output end of first cylinder is connect, the other end is fixedly connected with first slide bar.
Further, the binary channels buanch unit includes second straight line mould group and the second transfer element, and described second is straight
Line mould group includes that the second motor, the second synchronous case, second straight line guide rail, the second belt and the second sliding block, the second straight line are led
The both ends of rail are equipped with second driving shaft, and wherein the second driving shaft of one end passes through the described second synchronous case and described second
Motor is connected, and second belt is mounted on the second driving shaft, and second sliding block is fixed on second belt
On, and second sliding block is slidably connected with the second straight line guide rail；It is sliding that second transfer element is fixed on described second
On block, second transfer element includes the second cylinder, the second slide bar and the second pushing block, and one end of second pushing block is fixed
The output end of second cylinder is connected, the other end is fixedly connected with second slide bar.
Further, the binary channels cell driving device includes installation base station, third motor, third synchronous case, third
Linear guide, third belt and slide unit, the third motor and the third linear guide are separately fixed at the installation base station
On, the both ends of the installation base station are equipped with third transmission shaft, and wherein the third transmission shaft of one end is same by the third
Step case is connected with the third motor, and the third belt is mounted on the third transmission shaft, and the slide unit is fixed on institute
It states on third belt, and the slide unit is slidably connected by several third sliding blocks and the third linear guide.
Further, the first passage unit is fixedly mounted on the slide unit, and the first passage unit includes the
One channel plummer and first passage buanch unit, the first passage buanch unit include the 4th straight line mould group and the 4th transfer
Element, the 4th straight line mould group include the 4th motor, the 4th synchronous case, the 4th linear guide, the 4th belt and Four-slider,
The both ends of 4th linear guide are equipped with the 4th transmission shaft, and wherein the 4th transmission shaft of one end is same by the described 4th
Step case is connected with the 4th motor, and the 4th belt is mounted on the 4th transmission shaft, and the Four-slider is fixed
On the 4th belt, and the Four-slider is slidably connected with the 4th linear guide；4th transfer element is solid
Be scheduled on the Four-slider, the 4th transfer element include the 4th cylinder, the 4th slide bar and the 4th pushing block, the described 4th
One end of pushing block is fixedly connected with the output end of the 4th cylinder, and the other end is fixedly connected with the 4th slide bar.
Further, the second channel unit includes second channel plummer and second channel buanch unit, and described
Two channel plummers are fixedly mounted on the slide unit, and the second channel buanch unit is fixedly mounted on the installation base station
One end；The second channel buanch unit includes the 5th straight line mould group and the 5th transfer element, and the 5th straight line mould group includes
5th motor, the 5th synchronous case, the 5th linear guide, the 5th belt and the 5th sliding block, the both ends of the 5th linear guide are equal
Equipped with the 5th transmission shaft, wherein the 5th transmission shaft of one end is connected by the described 5th synchronous case with the 5th motor
It connects, the 5th belt is mounted on the 5th transmission shaft, and the 5th sliding block is fixed on the 5th belt, and described
5th sliding block is slidably connected with the 5th linear guide；5th transfer element is fixed on the 5th sliding block, described
5th transfer element includes the 5th cylinder, the 5th slide bar and the 5th pushing block, and one end of the 5th pushing block is fixedly connected described
The output end of 5th cylinder, the other end are fixedly connected with the 5th slide bar.
Further, the bookblock accumulation platform, the promotion plummer, the first passage plummer and described second lead to
Sliding channel is equipped on road plummer.
The utility model has the following beneficial effects: the utility model provides a kind of binary channels conveying of collating locking wire gear
Mechanism can be connected an assembling machine to form a collating book sewing machine with two book sewing machines, complete assembling machine and book sewing machine
Between be connected and transmit, improve the efficiency of production, while reducing cost of labor.
Detailed description of the invention
Fig. 1 is the perspective view of the binary channels conveying mechanism of collating locking wire gear described in the utility model；
Fig. 2 is the top view of the binary channels conveying mechanism of collating locking wire gear described in the utility model；
Fig. 3 is the structural schematic diagram of lifting device described in the utility model；
Fig. 4 is the structural schematic diagram of binary channels cell driving device described in the utility model；
Fig. 5 is the structural schematic diagram of first passage buanch unit described in the utility model；
Fig. 6 is the structural schematic diagram of second channel buanch unit described in the utility model；
Fig. 7 is the structural schematic diagram described in the utility model for promoting buanch unit；
Fig. 8 is the structural schematic diagram of binary channels buanch unit described in the utility model.
Description of symbols:
Rack 1.
Bookblock accumulates platform 2.
Lifting device 3 promotes plummer 31, and lifting cylinder 32 promotes sliding rail 33, and the first link block 34 promotes sliding block 35.
Double channel conveying device 4, binary channels cell driving device 41 install base station 411, third transmission shaft 4111, third
Motor 412, the synchronous case 413 of third, third linear guide 414, third belt 415, slide unit 416, third sliding block 4161；
First passage unit 42, first passage plummer 43, first passage buanch unit 44, the 4th straight line mould group 441, the
Four motors 4411, the 4th synchronous case 4412, the 4th linear guide 4413, the 4th transmission shaft 44131, the 4th belt 4414, the 4th
Sliding block 4415, the 4th transfer element 442, the 4th cylinder 4421, the 4th slide bar 4422, the 4th pushing block 4423；
Second channel unit 45, second channel plummer 46, second channel buanch unit 47, the 5th straight line mould group 471, the
Five motors 4711, the 5th synchronous case 4712, the 5th linear guide 4713, the 5th transmission shaft 47131, the 5th belt 4714, the 5th
Sliding block 4715, the 5th transfer element 472, the 5th cylinder 4721, the 5th slide bar 4722, the 5th pushing block 4723.
Promote buanch unit 5, first straight line mould group 51, the first motor 511, the first synchronous case 512, first straight line guide rail
513, the first transmission shaft 5131, the first belt 514, the first sliding block 515, the first transfer element 52, the first cylinder 521, first is sliding
Bar 522, the first pushing block 523.
Binary channels buanch unit 6, second straight line mould group 61, the second motor 611, the second synchronous case 612, second straight line guide rail
613, second driving shaft 6131, the second belt 614, the second sliding block 615, the second transfer element 62, the second cylinder 621, second is sliding
Bar 622, the second pushing block 623.
Sliding channel 7.
Specific embodiment
In order to make the purpose of utility model of the utility model, technical solution and technical effect are more clearly understood, tie below
Specific embodiment is closed to be described further the utility model.It should be understood that specific embodiment described herein, be only used for
It explains the utility model, is not used to limit the utility model.
Referring to Fig.1, a kind of binary channels conveying mechanism of collating locking wire gear, including rack 1, the rack 1 are equipped with
Bookblock accumulates platform 2, lifting device 3 and double channel conveying device 4, wherein the bookblock accumulation platform 2 and the lifting device 3 it
Between be equipped with promoted buanch unit 5, between the lifting device 3 and the double channel conveying device 4 be equipped with binary channels buanch unit
6, the double channel conveying device 4 is including binary channels cell driving device 41 and is mounted on the binary channels cell driving device
First passage unit 42 and second channel unit 45 on 41；The promotion buanch unit 5 will be deposited in the bookblock accumulation platform 2
On bookblock be transferred to the lifting device 3, the bookblock reaches channel transfer station after the promotion of the lifting device 3,
According to demand, the binary channels cell driving device 41 drives the first passage unit 42 or the second channel unit 45 to arrive
Up to the channel transfer station, the bookblock on the lifting device 3 is transferred to described first and led to by the binary channels buanch unit 6
Road unit 42 or the second channel unit 45.The binary channels conveying mechanism of the utility model collating locking wire gear can incite somebody to action
One assembling machine is connected to form a collating book sewing machine with two book sewing machines, and specifically, platform 2 is accumulated by the bookblock in one end
It is connected with assembling machine, the other end passes through the first passage unit 42 respectively and connects First book sewing machine, the second channel
Unit 45 connects second book sewing machine, completes being connected between assembling machine and book sewing machine and transmits, improves the effect of production
Rate, while reducing cost of labor.
Referring to Fig. 3, the lifting device 3 includes promoting plummer 31, lifting cylinder 32 and promotion sliding rail 33, the promotion
Cylinder 32 and the promotion sliding rail 33 are mounted in the rack 1, and the output shaft of the lifting cylinder 32 passes through one first connection
Block 34 is fixed on the promotion plummer 31, and the promotion plummer 31 is slidably connected at described by several promotion sliding blocks 35
It is promoted on sliding rail 33, the lifting cylinder 32 drives the promotion plummer 31 to slidably reciprocate in the promotion sliding rail 33.
Referring to Fig. 7, the promotions buanch unit 5 includes first straight line mould group 51 and the first transfer element 52, and described first
Straight line mould group 51 includes the synchronous case 512 of the first motor 511, first, first straight line guide rail 513, the first belt 514 and the first sliding block
515, the both ends of the first straight line guide rail 513 are equipped with the first transmission shaft 5131, wherein first transmission shaft of one end
5131 are connected by the described first synchronous case 512 with first motor 511, and first belt 514 is mounted on described the
On one transmission shaft 5131, first sliding block 515 is fixed on first belt 514, and first sliding block 515 with it is described
First straight line guide rail 513 is slidably connected；First transfer element 52 is fixed on first sliding block 515, and described first turn
Moving element 52 includes the first cylinder 521, the first slide bar 522 and the first pushing block 523, and one end of first pushing block 523 is fixed
The output end of first cylinder 521 is connected, the other end is fixedly connected with first slide bar 522.Specifically, first motor
511 the described first synchronous casees 512 of driving and first transmission shaft 5131 rotation, so that first belt 514 is driven to rotate,
Finally drive first transfer element 52 that is fixed on first sliding block 515 the first straight line guide rail 513 back and forth
Sliding, first cylinder 521 drive first pushing block 523 to slide back and forth.
Referring to Fig. 8, the binary channels buanch unit 6 includes second straight line mould group 61 and the second transfer element 62, and described the
Two straight line mould groups 61 are sliding including the synchronous case 612 of the second motor 611, second, second straight line guide rail 613, the second belt 614 and second
The both ends of block 615, the second straight line guide rail 613 are equipped with second driving shaft 6131, wherein the second driving shaft of one end
6131 are connected by the described second synchronous case 612 with second motor 611, and second belt 614 is mounted on described the
On two transmission shafts 6131, second sliding block 615 is fixed on second belt 614, and second sliding block 615 with it is described
Second straight line guide rail 613 is slidably connected；Second transfer element 62 is fixed on second sliding block 615, and described second turn
Moving element 62 includes the second cylinder 621, the second slide bar 622 and the second pushing block 623, and one end of second pushing block 623 is fixed
The output end of second cylinder 621 is connected, the other end is fixedly connected with second slide bar 622.Specifically, second motor
611 the described second synchronous casees 612 of driving and the second driving shaft 6131 rotate, so that second belt 614 is driven to rotate,
Finally drive second transfer element 62 that is fixed on second sliding block 615 the second straight line guide rail 613 back and forth
Sliding, second cylinder 621 drive second pushing block 623 to slide back and forth.
Referring to Fig. 4, the binary channels cell driving device 41 includes installing base station 411, third motor 412, third to synchronize
Case 413, third linear guide 414, third belt 415 and slide unit 416, the third motor 412 and the third linear guide
414 are separately fixed on the installation base station 411, and the both ends of the installation base station 411 are equipped with third transmission shaft 4111, wherein
The third transmission shaft 4111 of one end is connected by the synchronous case 413 of the third with the third motor 412, the third
Belt 415 is mounted on the third transmission shaft 4111, and the slide unit 416 is fixed on the third belt 415, and the cunning
Platform 416 is slidably connected by several third sliding blocks 4161 and the third linear guide 414.Specifically, the third motor 412
The synchronous case 413 of the third and the third transmission shaft 4111 rotation are driven, to drive the third belt 415 to rotate, most
The slide unit 416 is driven to slidably reciprocate in the third linear guide 414 eventually.
Referring to Fig. 5, the first passage unit 42 is fixedly mounted on the slide unit 416, the first passage unit 42
Including first passage plummer 43 and first passage buanch unit 44, the first passage buanch unit 44 includes the 4th straight line mould
Group 441 and the 4th transfer element 442, the 4th straight line mould group 441 include the 4th motor 4411, the 4th synchronous case 4412, the
Four linear guides 4413, the 4th belt 4414 and Four-slider 4415, the both ends of the 4th linear guide 4413 are equipped with
Four transmission shafts 44131, wherein the 4th transmission shaft 44131 of one end passes through the described 4th synchronous case 4412 and the 4th horse
It is connected up to 4411, the 4th belt 4414 is mounted on the 4th transmission shaft 44131, and the Four-slider 4415 is fixed
On the 4th belt 4414, and the Four-slider 4415 is slidably connected with the 4th linear guide 4413；Described
Four transfer elements 442 are fixed on the Four-slider 4415, and the 4th transfer element 442 includes the 4th cylinder 4421, the
One end of four slide bars 4422 and the 4th pushing block 4423, the 4th pushing block 4423 is fixedly connected with the defeated of the 4th cylinder 4421
Outlet, the other end are fixedly connected with the 4th slide bar 4422.Specifically, the 4th motor 4411 drives the described 4th synchronous case
4412 and the 4th transmission shaft 44131 rotation, so that the 4th belt 4414 be driven to rotate, final driving is fixed on described
The 4th transfer element 442 on Four-slider 4415 slidably reciprocates in the 4th linear guide 4413, the 4th gas
Cylinder 4421 drives the 4th pushing block 4423 to slide back and forth.
Referring to Fig. 6, the second channel unit 45 includes second channel plummer 46 and second channel buanch unit 47, institute
It states second channel plummer 46 to be fixedly mounted on the slide unit 416, the second channel buanch unit 47 is fixedly mounted on institute
State one end of installation base station 411；The second channel buanch unit 47 includes the 5th straight line mould group 471 and the 5th transfer element
472, the 5th straight line mould group 471 includes the 5th motor the 4711, the 5th synchronous case 4712, the 5th linear guide the 4713, the 5th
The both ends of belt 4714 and the 5th sliding block 4715, the 5th linear guide 4713 are equipped with the 5th transmission shaft 47131, wherein one
5th transmission shaft 47131 at end is connected by the described 5th synchronous case 4712 with the 5th motor 4711, and described the
Five belts 4714 are mounted on the 5th transmission shaft 47131, and the 5th sliding block 4715 is fixed on the 5th belt 4714
On, and the 5th sliding block 4715 is slidably connected with the 5th linear guide 4713；5th transfer element 472 is fixed on
On 5th sliding block 4715, the 5th transfer element 472 is pushed away including the 5th cylinder 4721, the 5th slide bar 4722 and the 5th
One end of block 4723, the 5th pushing block 4723 is fixedly connected with the output end of the 5th cylinder 4721, and the other end is fixedly connected
5th slide bar 4722.Specifically, the 5th motor 4711 drives the described 5th synchronous case 4712 and the 5th transmission
Axis 47131 rotates, so that the 5th belt 4714 be driven to rotate, finally drives the institute being fixed on the 5th sliding block 4715
It states the 5th transfer element 472 to slidably reciprocate in the 5th linear guide 4713, the 5th cylinder 4721 drives the described 5th
Pushing block 4723 slides back and forth.
Referring to Fig. 2, the bookblock accumulation platform 2, the promotion plummer 31, the first passage plummer 43 and described the
Sliding channel 7 is equipped on two channel plummers 46.
The working principle of the binary channels conveying mechanism of the utility model collating locking wire gear are as follows: work as in actual application
In, one end of the bookblock accumulation platform 2 is connected with assembling machine, and one end of the first passage unit 42 connects First locking wire
Second book sewing machine of one end connection of machine, the second channel unit 45；The bookblock of the assembling machine synthesis conveys and final heap
Product is on bookblock accumulation platform 2, after the bookblock quantity of accumulation reaches, the promotions buanch unit 5 work, and described the
One straight line mould group 51 drives first transfer element 52 to reach the bookblock accumulation platform 2, meanwhile, first cylinder 521 drives
It moves first pushing block 523 and forward extends out and be resisted against on the bookblock, the first straight line mould group 51 drives first transfer
The bookblock is pushed on the promotion plummer 31 by 52 return of element, first pushing block 523；The lifting cylinder 32 drives
It moves the promotion plummer 31 and reaches channel transfer station after the promotion sliding rail 33 is lifted up；
When the First book sewing machine needs the bookblock, the binary channels cell driving device 41 drives described first
42 forward slip of channel unit is parallel with the promotion plummer 31 up to the first passage plummer 43, the binary channels
Buanch unit 6 works, and second cylinder 621 drives second pushing block 623 to forward extend out and is resisted against on the bookblock, described
Second straight line mould group 61 drives second transfer element 62 to move right, and the bookblock is pushed to by second pushing block 623
The first passage plummer 43, the binary channels cell driving device 41 drive the first passage unit 42 to slide backward directly
Parallel with the First book sewing machine to the first passage plummer 43, the first passage buanch unit 44 works, institute
It states the 4th cylinder 4421 the 4th pushing block 4423 is driven to forward extend out and be resisted against on the bookblock, the 4th straight line mould group
441 drive the 4th transfer element 442 to move right, and the bookblock is pushed to the First by the 4th pushing block 4423
Book sewing machine；
When second book sewing machine needs the bookblock, the binary channels cell driving device 41 drives described second
Until the second channel plummer 46 is parallel with the promotion plummer 31, the binary channels turns the sliding of channel plummer 46
Unit 6 is moved to work, second cylinder 621 drives second pushing block 623 to forward extend out and is resisted against on the bookblock, and described the
Two straight line mould groups 61 drive second transfer element 62 to move right, and the bookblock is pushed to institute by second pushing block 623
Second channel plummer 46 is stated, the binary channels cell driving device 41 drives 46 forward slip of second channel plummer straight
Parallel with second book sewing machine to the second channel plummer 46, the second channel buanch unit 47 works, institute
It states the 5th cylinder 4721 the 5th pushing block 4723 is driven to forward extend out and be resisted against on the bookblock, the 5th straight line mould group
471 drive the 5th transfer element 472 to move right, and the bookblock is pushed to described second by the 5th pushing block 4723
Book sewing machine.
It, cannot the above content is specific preferred embodiment further detailed description of the utility model is combined
Assert that the specific implementation of the utility model is only limited to these instructions.For the ordinary skill of the utility model technical field
For personnel, without departing from the concept of the premise utility, architectural form cans be flexible and changeable, and can be produced with subseries
Product.Several simple deduction or replace are only made, it is true by the claims submitted all to shall be regarded as belonging to the utility model
Fixed scope of patent protection.
Claims (8)
1. a kind of binary channels conveying mechanism of collating locking wire gear, including rack, the rack is equipped with bookblock accumulation platform, mentions
Rise device and double channel conveying device, it is characterised in that: wherein, be equipped with and mention between the bookblock accumulation platform and the lifting device
Buanch unit is risen, binary channels buanch unit, the binary channels are equipped between the lifting device and the double channel conveying device
Conveying device includes binary channels cell driving device and the first passage unit that is mounted on the binary channels cell driving device
With second channel unit；The bookblock that the promotion buanch unit will be deposited on the bookblock accumulation platform is transferred to the promotion and fills
It sets, the bookblock reaches channel transfer station after the promotion of the lifting device, according to demand, the binary channels unit driving
Device drives the first passage unit or the second channel unit reaches the channel transfer station, the binary channels transfer
Bookblock on the lifting device is transferred to the first passage unit or the second channel unit by unit.
2. the binary channels conveying mechanism of collating locking wire gear as described in claim 1, it is characterised in that: the lifting device
Including promoting plummer, lifting cylinder and promoting sliding rail, the lifting cylinder and the promotion sliding rail are mounted on the rack,
The output shaft of the lifting cylinder is fixed on the promotion plummer by one first link block, and the promotion plummer passes through
Several promotion sliding blocks are slidably connected on the promotion sliding rail, and the lifting cylinder drives the promotion plummer in the promotion
Sliding rail slidably reciprocates.
3. the binary channels conveying mechanism of collating locking wire gear as described in claim 1, it is characterised in that: the promotion transfer
Unit includes first straight line mould group and the first transfer element, and the first straight line mould group includes the first motor, the first synchronous case, the
The both ends of one linear guide, the first belt and the first sliding block, the first straight line guide rail are equipped with the first transmission shaft, wherein one end
First transmission shaft be connected by the described first synchronous case with first motor, described in first belt is mounted on
On first transmission shaft, first sliding block is fixed on first belt, and first sliding block is led with the first straight line
Rail is slidably connected；First transfer element is fixed on first sliding block, first transfer element include the first cylinder,
First slide bar and the first pushing block, one end of first pushing block are fixedly connected with the output end of first cylinder, and the other end is solid
Surely first slide bar is connected.
4. the binary channels conveying mechanism of collating locking wire gear as described in claim 1, it is characterised in that: the binary channels turns
Moving unit includes second straight line mould group and the second transfer element, the second straight line mould group include the second motor, the second synchronous case,
The both ends of second straight line guide rail, the second belt and the second sliding block, the second straight line guide rail are equipped with second driving shaft, wherein one
The second driving shaft at end is connected by the described second synchronous case with second motor, and second belt is mounted on institute
It states on second driving shaft, second sliding block is fixed on second belt, and second sliding block and the second straight line
Guide rail is slidably connected；Second transfer element is fixed on second sliding block, and second transfer element includes the second gas
Cylinder, the second slide bar and the second pushing block, one end of second pushing block are fixedly connected with the output end of second cylinder, the other end
It is fixedly connected with second slide bar.
5. the binary channels conveying mechanism of collating locking wire gear as claimed in claim 2, it is characterised in that: the binary channels list
First driving device includes installation base station, third motor, the synchronous case of third, third linear guide, third belt and slide unit, and described the
Three motors and the third linear guide are separately fixed on the installation base station, and the both ends of the installation base station are equipped with third
Transmission shaft, wherein the third transmission shaft of one end is connected by the synchronous case of the third with the third motor, and described the
Three belts are mounted on the third transmission shaft, and the slide unit is fixed on the third belt, and the slide unit is by several
Third sliding block is slidably connected with the third linear guide.
6. the binary channels conveying mechanism of collating locking wire gear as claimed in claim 5, it is characterised in that: the first passage
Unit is fixedly mounted on the slide unit, and the first passage unit includes that first passage plummer and first passage transfer are single
Member, the first passage buanch unit include the 4th straight line mould group and the 4th transfer element, and the 4th straight line mould group includes the
Four motors, the 4th synchronous case, the 4th linear guide, the 4th belt and Four-slider, the both ends of the 4th linear guide are all provided with
There is the 4th transmission shaft, wherein the 4th transmission shaft of one end is connected by the described 4th synchronous case with the 4th motor,
4th belt is mounted on the 4th transmission shaft, and the Four-slider is fixed on the 4th belt, and described
Four-slider is slidably connected with the 4th linear guide；4th transfer element is fixed on the Four-slider, and described
Four transfer elements include the 4th cylinder, the 4th slide bar and the 4th pushing block, and one end of the 4th pushing block is fixedly connected with described the
The output end of four cylinders, the other end are fixedly connected with the 4th slide bar.
7. the binary channels conveying mechanism of collating locking wire gear as claimed in claim 6, it is characterised in that: the second channel
Unit includes second channel plummer and second channel buanch unit, and the second channel plummer is fixedly mounted on the slide unit
On, the second channel buanch unit is fixedly mounted on one end of the installation base station；The second channel buanch unit includes
5th straight line mould group and the 5th transfer element, the 5th straight line mould group are led including the 5th motor, the 5th synchronous case, the 5th straight line
The both ends of rail, the 5th belt and the 5th sliding block, the 5th linear guide are equipped with the 5th transmission shaft, wherein described the of one end
Five transmission shafts are connected by the described 5th synchronous case with the 5th motor, and the 5th belt is mounted on the 5th transmission
On axis, the 5th sliding block is fixed on the 5th belt, and the 5th sliding block and the 5th linear guide sliding connect
It connects；5th transfer element is fixed on the 5th sliding block, and the 5th transfer element includes the 5th cylinder, the 5th slide bar
And the 5th pushing block, one end of the 5th pushing block are fixedly connected with the output end of the 5th cylinder, the other end is fixedly connected with institute
State the 5th slide bar.
8. the binary channels conveying mechanism of collating locking wire gear as claimed in claim 7, it is characterised in that: the bookblock accumulation
Sliding channel is equipped on platform, the promotion plummer, the first passage plummer and the second channel plummer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821293435.XU CN208812786U (en) | 2018-08-10 | 2018-08-10 | A kind of binary channels conveying mechanism of collating locking wire gear |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821293435.XU CN208812786U (en) | 2018-08-10 | 2018-08-10 | A kind of binary channels conveying mechanism of collating locking wire gear |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208812786U true CN208812786U (en) | 2019-05-03 |
Family
ID=66273077
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821293435.XU Active CN208812786U (en) | 2018-08-10 | 2018-08-10 | A kind of binary channels conveying mechanism of collating locking wire gear |
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| CN (1) | CN208812786U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108909258A (en) * | 2018-08-10 | 2018-11-30 | 东莞市雅思机械设备有限公司 | A kind of binary channels conveying mechanism of collating locking wire gear |
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2018
- 2018-08-10 CN CN201821293435.XU patent/CN208812786U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108909258A (en) * | 2018-08-10 | 2018-11-30 | 东莞市雅思机械设备有限公司 | A kind of binary channels conveying mechanism of collating locking wire gear |
| CN108909258B (en) * | 2018-08-10 | 2024-02-06 | 东莞市雅思机械设备有限公司 | Double-channel conveying mechanism of gathering and locking line linkage machine |
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Denomination of utility model: A kind of double channel conveying mechanism for the linkage machine of page and thread locking Effective date of registration: 20200805 Granted publication date: 20190503 Pledgee: Dongguan branch of Bank of Dongguan Co.,Ltd. Pledgor: DONGGUAN YESI MACHINERY EQUIPMENT Co.,Ltd. Registration number: Y2020980004721 |
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| PE01 | Entry into force of the registration of the contract for pledge of patent right |