CN107414995B - Automation braiding device - Google Patents
Automation braiding device Download PDFInfo
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- CN107414995B CN107414995B CN201710691995.4A CN201710691995A CN107414995B CN 107414995 B CN107414995 B CN 107414995B CN 201710691995 A CN201710691995 A CN 201710691995A CN 107414995 B CN107414995 B CN 107414995B
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- plectrum
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27J—MECHANICAL WORKING OF CANE, CORK, OR SIMILAR MATERIALS
- B27J1/00—Mechanical working of cane or the like
- B27J1/02—Braiding, e.g. basket-making
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Abstract
The invention discloses a kind of automation braiding devices, including the first rack, end clamping device, second rack, power device, Pick Wire device, tight silk device, wire pressing device, feeding device, clamping device, discharging device and switch, first rack and the second rack correspond to each other, form installation passage, the end clamping device is arranged in first rack and can be with respect to the first machine frame movement, it is clamped for treating braided fabric, the power device is connect with the Pick Wire device and the tight silk device respectively, the power device can drive the Pick Wire device intermittent movement, the Pick Wire device and the wire pressing device synchronous rotary；The braiding of herringbone seat can be rapidly completed in the automation braiding device, Fully-mechanized during braiding, save manpower, improve production efficiency, can guarantee yield；Compact overall structure realizes the processing to braided fabric by the cooperation of each component.
Description
Technical field
The present invention relates to processing and manufacturing field, in particular to a kind of automation braiding devices.
Background technique
Ivory nut, alias ivory nut are mainly grown in South America equator, and a kind of entitled TAGUA coco fruit should
It is slow to set the speed of growth, can just bear within general 15 years or so fibrous fruit, fruit takes 3 to 8 years ability full maturitys, works as fruit
When real full maturity falls on ground, harvested by locals, after 2-4 months or so have been dried under tropical sun, the gelatin of fruit
Just can be mature, become like the white hard material of ivory.Its texture, hardness color are similar to ivory, and 1.5 degree of hardness, because
And be commonly called as can be used for substituting real ivory product for " vegetable ivory ", hard shell is peeled off with machine after fruit drying, root
It is sorted according to size and quality, be subsequently processed into exquisite craftwork or be engraved as desired apperance.Lack object at present
Tooth fruit is processed, and the braiding device of herringbone seat is woven into.
Summary of the invention
In view of the deficiencies of the prior art, it can weave a mat automatically the technical problem to be solved in the present invention is to provide one kind
Automation braiding device.
In order to solve technical problem proposed by the invention, the invention discloses a kind of automation braiding devices, including
One rack, end clamping device, the second rack, power device, Pick Wire device, tight silk device, wire pressing device, feeding device, folder
Device, discharging device and switch are held, first rack and the second rack correspond to each other, form installation passage, the end folder
Device is held to be arranged in first rack and can be clamped with respect to the first machine frame movement, for treating braided fabric, it is described dynamic
Power device is connect with the Pick Wire device and the tight silk device respectively, and the power device can drive the Pick Wire device interval
Volume is treated in movement, the Pick Wire device and the wire pressing device synchronous rotary, the Pick Wire device and wire pressing device cooperation
Fabric is conveyed, makes to be staggered between adjacent object to be woven, and the feeding device is for exporting object to be woven, the folder
It holds device and draws the to be woven of the feeding device output between the Pick Wire device and the wire pressing device, for recycling
Object, the conveying direction that the conveying direction of the clamping device is formed with the Pick Wire device and the wire pressing device interlocks, described
Braided fabric of the tight silk device between the Pick Wire device and the wire pressing device, for compressing the clamping device traction,
The tight silk device is recyclable to be moved back and forth, and the discharging device is oppositely arranged, for clamping and exporting with the wire pressing device
The mat of knitting forming, the switch cooperate with the tight silk device, can open in the tight silk device reciprocatory movement
Breakdown closes, and the switch is connect with the discharging device.
Above-mentioned automation braiding device is treated braided fabric by end clamping device first and is clamped, wherein to be woven
Object is bar, and object to be woven sequentially passes through Pick Wire device, tight silk device and wire pressing device, is clamped, makes by discharging device later
With in the process, power device drives Pick Wire device and wire pressing device intermittent movement, rotates an angle, the rotation of Pick Wire device every time
Feeding device exports object to be woven in the process, and clamping device falls on Pick Wire device and pressure after inputting the object to be woven of feeding device
The two is set to be staggered on object to be woven between silk device, tight silk device moves the object to be woven for introducing clamping device later
It compresses, while tight silk device will touch switch, and then the mat that discharging device movement output is woven, power device drives tight
Silk device cyclic movement trip switch returns to original position, and clamping device feeds again, moves in circles and carry out the establishment of mat, most
Herringbone seat is obtained eventually；The braiding of herringbone seat can be rapidly completed in this manner, it is Fully-mechanized during braiding, save people
Power improves production efficiency, can guarantee yield；Compact overall structure is realized by the cooperation of each component and is added to braided fabric
Work.
As an improvement of the present invention, the end clamping device includes lower grillage, loading frame, clamp lever, support
Column and idler wheel, the lower grillage are oppositely arranged with the loading frame, the clamp lever for lower grillage described in clamping with it is described
Loading frame, the support column are fixed on the lower grillage and are located remotely from the side of the loading frame, the idler wheel with
The support column connection.The clamping for treating braided fabric, overall structure can be completed in the setting of lower grillage, loading frame and clamp lever
Simply, support column and idler wheel cooperate, and end clamping device can be made to be slided, stability is good.
As an improvement of the present invention, the end clamping device further includes rubber slab, and the quantity of the rubber slab is
Two pieces, two blocks of rubber slabs are fixedly connected with the lower grillage and the loading frame respectively and are located at the lower grillage and upper plate
Between frame.The setting of rubber slab can guarantee the reliability of clamping, avoid object to be woven from falling off, while being adapted to different-thickness
Object to be woven.
As an improvement of the present invention, the clamp lever includes the first hinged seat and handle body, first hinge
The quantity of joint chair is two, and two first hinged seats are fixed on loading frame, and the quantity of the handle body is two
A, two handle bodies are hinged with two first hinged seats respectively, and the handle body is used for the lower grillage
And the loading frame is engaged.Clamp lever is made of the first hinged seat and handle body, and overall structure is simple, passes through handle
The clamping force of ontology is treated braided fabric and is clamped, and method of clamping is simple and reliable, and the rear stability of clamping is good.
As an improvement of the present invention, first rack includes delivery board, installation side plate, mounting hole, the first touching
Block, the second touching block and sliding slot, the installation side plate are equipped with mounting hole, and the quantity of the installation side plate is two pieces, two pieces of institutes
It states and is fixedly connected between installation side plate by the delivery board, it is opposite between the mounting hole in two pieces of installation side plates to set
Set, it is described first touching block and it is described second touching block be respectively fixedly disposed in two pieces of installation side plates and with the installation
Hole corresponds to each other, and the first touching block and the second touching block and the clamping device cooperate.First rack is set
Set the installation for facilitating each component, at the same the first touching block setting for touching block with second can cooperate clamping device to input to
Braided fabric is clamped and is unclamped, and structure is simple, reliable.
As an improvement of the present invention, the clamping device includes locating piece, Telescopic rod device, lower clip, the second hinge
Joint chair, upper clip and spring are fixedly connected between the locating piece and the lower clip by the Telescopic rod device, and described
Two hinged seats are fixed on the lower clip, and the upper clip is connect with second hinged seat, the both ends of the spring point
It is not fixedly connected with the lower clip and the upper clip, the upper clip and the first touching block and described second touch block
It cooperates.The setting of first rack facilitates the installation of each component, while the setting of the first touching block and the second touching block can
Cooperation clamping device clamps the object to be woven of input, and structure is simple, reliable.
As an improvement of the present invention, second rack includes the first bottom plate, the first side plate, the first mounting base, the
Two mounting bases and mounting plate, the quantity of first side plate are two pieces, pass through first bottom between two blocks of first side plates
Plate is fixedly connected, and first mounting base and second mounting base are fixed on first bottom plate, first peace
Dress seat is oppositely arranged with second mounting base, and the mounting plate is arranged on first side plate, and the switch is arranged in institute
It states on mounting plate.
As an improvement of the present invention, the tight silk device includes separating device, cam, the first belt and torsional spring, institute
It states cam and first mounting base is hinged, the separating device and second mounting base are hinged, the separating device and institute
Switch to be stated to correspond to each other, the torsional spring is fixed on the first bottom plate, the torsional spring and the spacer contact, and described point
It contacts with each other every device and the cam, is connected between the cam and the power device by first belt.Tight silk
Device is used to compress the object to be woven inputted by clamping device, and separating device sets braided fabric separation for separating object to be woven
It sets, cam can recycle driving separating device and treat braided fabric and be compressed, and the setting of the first belt can drive cam to rotate,
The setting of torsional spring can make the timely return of separating device.
As an improvement of the present invention, the separating device include pillar, the first spreader, the second spreader, connection sheet and
Contact block, the quantity of the pillar are two, are fixedly connected between two pillars by first spreader, described second
It is connected between spreader and first spreader by the connection sheet, the quantity of the connection sheet is multiple and interval setting, institute
Contact block is stated to be fixed on the pillar and correspond to each other with the switch.Object to be woven is led to by passing through between connection sheet
It crosses such mode and treats braided fabric and be separated, avoid mutually interspersed between object to be woven, influence to weave, the setting of contact block can
To be touched in time in the close switch of separating device, using simple.
As an improvement of the present invention, the power device includes first motor, sheave thumb wheel, first rotating shaft, sheave,
The first motor is connect with the first rotating shaft, and the sheave thumb wheel is connect with the first rotating shaft, the sheave with it is described
The connection of Pick Wire device, the sheave and the sheave thumb wheel cooperate.Power device passes through the cooperation of sheave thumb wheel and sheave
It realizes periodically interval to stir, Pick Wire device can be made only to rotate by a certain angle rather than persistently rotate every time, after cooperation
Continuous work.
As an improvement of the present invention, the Pick Wire device includes first rotating shaft, the first plectrum, the second plectrum, third
Plectrum and the 4th plectrum, first plectrum, second plectrum, the third plectrum and the 4th plectrum are arranged described
In first rotating shaft, first plectrum, second plectrum, the third plectrum and the 4th plectrum are respectively by muti-piece plectrum
Composition, the plectrum of first plectrum, the plectrum of second plectrum, the plectrum of the third plectrum and the 4th plectrum
Plectrum is staggered；The wire pressing device includes the second shaft, the 5th plectrum, the 6th plectrum, the 7th plectrum and the 8th plectrum, institute
State the 5th plectrum, the 6th plectrum, the 7th plectrum and the 8th plectrum are arranged in second shaft, described the
Five plectrums, the 6th plectrum, the 7th plectrum and the 8th plectrum are made of muti-piece plectrum respectively, the 5th plectrum
Plectrum, the 6th plectrum plectrum, the plectrum of the 7th plectrum and the plectrum of the 8th plectrum be staggered.Pick Wire
The setting mutual cooperation of device and wire pressing device makes to be formed in this manner to be staggered between fabric for clamping dress
Movable vacancy is set, such mode can make to carry out between object to be woven arranged in a crossed manner.
As an improvement of the present invention, the feeding device includes the second bottom plate, the second side plate, the second motor, first
Pinch wheels, the second pinch wheels, first gear and second gear, the quantity of second side plate are two pieces, two pieces of described second side
Plate is connected by second bottom plate, and first pinch wheels and second pinch wheels are arranged in described two pieces of described second side
On plate and it is located between two blocks of second side plates, the first gear is connect with first pinch wheels, the second gear
It is connect with second pinch wheels, the second gear is engaged with the first gear, second motor and first folder
Bearing up pulley connection.The setting of feeding device can input object to be woven, and the object to be woven of input carries out clamped device
Automation braiding device is clamped and is input to, feeding device is cooperated by the first pinch wheels and the second pinch wheels, the first tooth
Wheel and second gear guarantee synchronous rotary, and input process is reliable and stable.
As an improvement of the present invention, first pinch wheels include third shaft, the first sliding sleeve and the first rubber sleeve,
First sliding sleeve is set in the third shaft and is located at third both ends of the shaft, and first rubber sleeve is set in described the
In three shafts；Second pinch wheels include the 4th shaft, the second sliding sleeve and the second rubber sleeve, and second sliding sleeve is set in institute
It states in the 4th shaft and is located at the 4th both ends of the shaft, second rubber sleeve is set in the 4th shaft.First rubber
The setting of gum cover and the second rubber sleeve can make the clamping for treating braided fabric when input more stable, while be adapted to different thickness
The object to be woven of degree, it is more adaptable.
As an improvement of the present invention, the discharging device includes third motor, third gear, the 4th gear, first
Contact roller and the second charging contact roller are fed, the first charging contact roller and the second charging contact roller setting are described the
It is clamped in two racks, for the mat to knitting forming, the third gear is connect with the first charging contact roller, institute
It states the 4th gear to connect with the second charging contact roller, the 4th gear is engaged with the third gear, the third electricity
Machine is connect with the first charging contact roller.The setting of first charging contact roller and the second charging contact roller can be to knitting forming
Mat clamped, the setting of third gear and the 4th gear can guarantee to work asynchronously.
As an improvement of the present invention, the first charging contact roller includes the 5th shaft and third rubber sleeve, described
Third rubber sleeve is set in the 5th shaft, and the 5th shaft is connect with the third motor；The second charging pressure
Bearing up pulley includes the 6th shaft and the 4th rubber sleeve, and the 4th rubber sleeve is set in the 6th shaft.Third rubber sleeve and
The setting of 4th rubber sleeve can adapt to the object to be woven of different-thickness very well, guarantee output effect.
It as an improvement of the present invention, further include weaving frames, the weaving frames and the discharging device phase interworking
The summer sleeping mat for closing, being woven for accepting the completion of the discharging device output.
Detailed description of the invention
Fig. 1 is automation braiding device perspective view disclosed by the embodiments of the present invention；
Fig. 2 is automation braiding device top view disclosed by the embodiments of the present invention；
Fig. 3 is the A-A sectional view of Fig. 2；
Fig. 4 is the B-B sectional view of Fig. 2；
Fig. 5 is the first perspective view of automation braiding device internal structure disclosed by the embodiments of the present invention；
Fig. 6 is the second perspective view of automation braiding device internal structure disclosed by the embodiments of the present invention；
Fig. 7 is automation braiding device internal structure main view disclosed by the embodiments of the present invention；
Fig. 8 is the first rack perspective view disclosed by the embodiments of the present invention；
Fig. 9 is clamping device perspective view in end disclosed by the embodiments of the present invention；
Figure 10 is the second rack perspective view disclosed by the embodiments of the present invention；
Figure 11 is sheave thumb wheel perspective view disclosed by the embodiments of the present invention；
Figure 12 is sheave perspective view disclosed by the embodiments of the present invention；
Figure 13 is Pick Wire device perspective view disclosed by the embodiments of the present invention；
Figure 14 is separating device perspective view disclosed by the embodiments of the present invention；
Figure 15 is wire pressing device perspective view disclosed by the embodiments of the present invention；
Figure 16 is feeding device perspective view disclosed by the embodiments of the present invention；
Figure 17 is feeding device cross-sectional view disclosed by the embodiments of the present invention；
Figure 18 is clamping device perspective view disclosed by the embodiments of the present invention；
Figure 19 is clamping device cross-sectional view disclosed by the embodiments of the present invention；
Wherein:
001. first rack, 110. delivery boards, 120. installation side plates, 130. first mounting bases, 140. second mounting bases,
150. mounting holes, 160. first touching blocks, 170. second touching blocks, 180. sliding slots；
002. end clamping device, 210. lower grillages, 220. loading frames, 230. clamp levers, 231. first hinged seats,
232. handle bodies, 240. support columns, 250. idler wheels, 260. rubber slabs；
003. second rack, 310. first bottom plates, 320. first side plates, 330. first mounting bases, 340. second mounting bases,
350. mounting plate；
004. power device, 410. first motors, 420. sheave thumb wheels, 430. first rotating shafts, 440. sheaves；
005. Pick Wire device, 510. first rotating shafts, 520. first plectrums, 530. second plectrums, 540. third plectrums, 550.
4th plectrum；
006. tight silk device, 610. separating devices, 611. pillars, 612. first spreaders, 613. second spreaders, 614. connections
Piece, 615. contact blocks, 620. cams, 630. first belts, 640. torsional springs；
007. wire pressing device, 710. second shafts, 720. the 5th plectrums, 730. the 6th plectrums, 740. the 7th plectrums, 750.
8th plectrum；
008. feeding device, 810. second bottom plates, 820. second side plates, 830. second motors, 840. first pinch wheels,
841. third shafts, 842. first sliding sleeves, 843. first rubber sleeves, 850. second pinch wheels, 851. the 4th shafts, 852. second
Sliding sleeve, 853. second rubber sleeves, 860. first gears, 870. second gears；
009. clamping device, 910. locating pieces, 920. Telescopic rod devices, 930. lower clips, 940. second hinged seats, 950.
Upper clip, 960. springs；
010. discharging device, 101. third motors, 102. third gears, 103. the 4th gears, 104. first chargings compress
Wheel, 1041. the 5th shafts, 1042. third rubber sleeves, 105. second charging contact rollers, 1051. the 6th shafts, 1052. the 4th rubbers
Gum cover；
011. switch；
012. weaving frames.
Specific embodiment
The present invention will be further explained below with reference to the attached drawings.
Referring to Fig.1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6 and Fig. 7 disclose a kind of automation in one embodiment of the present of invention
Weave device, including the first rack 001, end clamping device 002, the second rack 003, power device 004, Pick Wire device 005,
Tight silk device 006, wire pressing device 007, feeding device 008, clamping device 009, discharging device 010 and switch 011, described first
Rack 001 and the second rack 003 correspond to each other, form installation passage, and the end clamping device 002 is arranged in first machine
On frame 001 and can it is mobile relative to the first rack 001, be clamped for treating braided fabric, the power device 004 respectively with institute
Pick Wire device 005 and the tight silk device 006 connection are stated, the power device 004 can drive the Pick Wire device 005 intermittently to transport
It is dynamic, the Pick Wire device 005 and 007 synchronous rotary of wire pressing device, the Pick Wire device 005 and the wire pressing device 007
Cooperation treats braided fabric and is conveyed, makes to be staggered between adjacent object to be woven, the feeding device 008 for export to
Braided fabric, the clamping device 009 draw institute between the Pick Wire device 005 and the wire pressing device 007, for recycling
State the object to be woven of the output of feeding device 008, the conveying direction of the clamping device 009 and the Pick Wire device 005 and described
The conveying direction that wire pressing device 007 forms interlocks, and the tight silk device 006 is located at the Pick Wire device 005 and fills with the silk pressing
The braided fabric drawn between 007, for compressing the clamping device 009 is set, the tight silk device 006 is recyclable to be moved back and forth,
The discharging device 010 is oppositely arranged with the wire pressing device 007, the mat for clamping and exporting knitting forming, described to open
It closes 011 to cooperate with the tight silk device 006, switch can be opened in tight 006 reciprocatory movement of silk device, it is described to open
011 is closed to connect with the discharging device 010.
Above-mentioned automation braiding device is treated braided fabric by end clamping device 002 first and is clamped, wherein wait compile
Fabric is bar, and object to be woven sequentially passes through Pick Wire device 005, tight silk device 006 and wire pressing device 007, is discharged later
Device 010 clamps, and in use process, power device 004 drives Pick Wire device 005 and 007 intermittent movement of wire pressing device, revolves every time
Turn an angle, feeding device 008 exports object to be woven in 005 rotary course of Pick Wire device, and clamping device 009 is by feeding device
Falling on the object to be woven between Pick Wire device 005 and wire pressing device 007 after 008 object to be woven input sets the two staggeredly
It sets, the object to be woven that the tight movement of silk device 006 introduces clamping device 009 later compresses, while tight silk device 006 will touch
Switch 011, and then the mat that 010 movement output of discharging device is woven, power device 004 drive tight 006 period of silk device past
Movement trip switch 011 returns to original position again, and clamping device 009 is fed again, is moved in circles and is carried out the establishment of mat, finally obtains
Herringbone seat；The braiding of herringbone seat can be rapidly completed in this manner, it is Fully-mechanized during braiding, manpower is saved, is improved
Production efficiency can guarantee yield；Compact overall structure realizes the processing to braided fabric by the cooperation of each component.
Optionally, the Pick Wire device 005 is connect with the wire pressing device 007 by the second belt.
Referring to Fig. 9, optionally, the end clamping device 002 includes lower grillage 210, loading frame 220, clamp lever
230, support column 240 and idler wheel 250, the lower grillage 210 are oppositely arranged with the loading frame 220, and the clamp lever 230 is used
Lower grillage 210 and the loading frame 220 described in clamping, the support column 240 is fixed on the lower grillage 210 and position
In the side far from the loading frame 210, the idler wheel 250 is connect with the support column 240.Lower grillage 210, loading frame 220
The clamping for treating braided fabric can be completed in setting with clamp lever 230, and overall structure is simple, and support column 240 is matched with idler wheel 250
It closes, end clamping device 002 can be made to be slided, stability is good.
Referring to Fig. 9, optionally, the end clamping device 002 further includes rubber slab 260, the quantity of the rubber slab 260
It is two pieces, two blocks of rubber slabs 260 are fixedly connected with the lower grillage 210 and the loading frame 220 respectively and are located at described
Between lower grillage 210 and loading frame 220.The setting of rubber slab 260 can guarantee the reliability of clamping, avoid object to be woven de-
It falls, while being adapted to the object to be woven of different-thickness.
Referring to Fig. 9, optionally, the clamp lever 230 includes the first hinged seat 231 and handle body 232, and described first
The quantity of hinged seat 231 is two, and two first hinged seats 231 are fixed on loading frame 220, the handle body
232 quantity is two, and two handle bodies 232 are hinged with two first hinged seats 231 respectively, the handle sheet
Body 232 is for engaging the lower grillage 210 and the loading frame 220.Clamp lever 230 is by 231 He of the first hinged seat
Handle body 232 forms, and overall structure is simple, treats braided fabric by the clamping force of handle body 232 and is clamped, clamping side
Formula is simple and reliable, and the rear stability of clamping is good.
Referring to Fig. 8, optionally, first rack 001 includes delivery board 110, installation side plate 120, mounting hole 150, the
One touching block 160, second touches block 170 and sliding slot 180, and the installation side plate 120 is equipped with mounting hole 150, the installation side
The quantity of plate 120 is two pieces, is fixedly connected between two pieces of installation side plates 120 by the delivery board 110, two pieces of peaces
It is oppositely arranged between the mounting hole 150 on dress side plate 120, the first touching block 160 and the second touching block 170 divide
It is not fixed in two pieces of installation side plates 120 and is corresponded to each other with the mounting hole 150, the first touching block 160
It cooperates with the second touching block 170 and the clamping device 009.The setting of first rack 001 facilitates the peace of each component
Dress, while the setting of the first touching block 160 and the second touching block 170 can cooperate the object to be woven of 009 pair of clamping device input
It is clamped and is unclamped, structure is simple, reliable.
8 and Figure 19 referring to Fig.1, optionally, the clamping device 009 include locating piece 910, Telescopic rod device 920, lower folder
Sub 930, second hinged seat 940, upper clip 950 and spring 960, pass through institute between the locating piece 910 and the lower clip 930
It states Telescopic rod device 920 to be fixedly connected, second hinged seat 940 is fixed on the lower clip 930, the upper clip
950 connect with second hinged seat 940,960 both ends of spring respectively with the lower clip 930 and the upper clip 950
It is fixedly connected, the upper clip 950 cooperates with the first touching block 160 and the second touching block 170.Clamping device
009 can recycle and treat braided fabric and be clamped, and the circulation of Telescopic rod device 920 elongates or shortens, opposite second hinge of upper clip 950
Object to be woven can be clamped or unclamped in 940 rotary course of joint chair, when block 160 is touched in the upper contact of clip 950 first, the first touching
Block 160 applies external force to upper clip 950, and the elastic force for making clip 950 overcome spring 960 opens, and object to be woven enters upper clip
Gap between 950 and lower clip 930, upper clip 950 is detached from the first touching block 160, lower clip when Telescopic rod device 920 shortens
930 and upper clip 950 clamp object to be woven, the retraction of Telescopic rod device 920 contacts clip 950 with the second touching block 170, the
Two touching blocks 170 make clip 950 open release object to be woven again, complete the input of object to be woven in this manner.
Referring to Fig. 3, Fig. 4 and Figure 10, optionally, second rack 003 include the first bottom plate 310, the first side plate 320,
First mounting base 330, the second mounting base 340 and mounting plate 350, the quantity of first side plate 320 are two pieces, two pieces described the
It is fixedly connected between side plate 320 by first bottom plate 310, first mounting base 330 and second mounting base 340
It is fixed on first bottom plate 310, first mounting base 330 is oppositely arranged with second mounting base 340, described
Mounting plate 350 is arranged on first side plate 320, and the switch 011 is arranged on the mounting plate 350.
Referring to Fig. 5, Fig. 6 and Fig. 7, optionally, the tight silk device 006 includes separating device 610, cam 620, the first skin
Band 630 and torsional spring 640, the cam 620 and first mounting base 330 are hinged, the separating device 610 and second peace
It is hinged to fill seat 340, the separating device 610 is corresponded to each other with the switch 011, and the torsional spring 640 is fixed at the first bottom
On plate 310, the torsional spring 640 is contacted with the separating device 610, the separating device 610 and the 620 phase mutual connection of cam
Touching is connected between the cam 620 and the power device 004 by first belt 630.Tight silk device 006 is used for will
It being compressed by the object to be woven that clamping device 009 inputs, separating device 610 makes braided fabric separate setting for separating object to be woven,
Cam 620 can recycle driving separating device 610 and treat braided fabric and be compressed, and the setting of the first belt 630 can drive convex
620 rotation of wheel, the setting of torsional spring 640 can make the timely return of separating device 610.
Referring to Fig.1 4, optionally, the separating device 610 includes pillar 611, the first spreader 612, the second spreader 613, even
Contact pin 614 and contact block 615, the quantity of the pillar 611 are two, horizontal by described first between two pillars 611
Column 612 is fixedly connected, and is connected between second spreader 613 and first spreader 612 by the connection sheet 614, described
The quantity of connection sheet 614 be it is multiple and interval setting, the contact block 615 be fixed on the pillar 611 and with it is described
Switch 011 corresponds to each other.Object to be woven is treated braided fabric in this manner and is separated, kept away by passing through between connection sheet 614
Exempt between object to be woven mutually interspersed, influence to weave, the setting of contact block 615 can when separating device is close to switch 011 and
When touch, using simple.
Referring to Fig. 5, Fig. 6 and Fig. 7, optionally, the power device 004 includes first motor 410, sheave thumb wheel 420, the
One shaft 430, sheave 440, the first motor 410 are connect with the first rotating shaft 430, the sheave thumb wheel 420 with it is described
First rotating shaft 430 connects, and the sheave 440 is connect with the Pick Wire device 005, the sheave 440 and the sheave thumb wheel 420
It cooperates.Power device 004 realizes periodically interval by the cooperation of sheave thumb wheel 420 and sheave 440 and stirs, can be with
So that Pick Wire device 005 is only rotated by a certain angle rather than is persistently rotated every time, cooperates follow-up work.
3 and Figure 15 referring to Fig.1, optionally, the Pick Wire device 005 include first rotating shaft 510, the first plectrum 520, second
Plectrum 530, third plectrum 540 and the 4th plectrum 550, first plectrum 520, second plectrum 530, the third plectrum
540 and the 4th plectrum 550 be arranged in the first rotating shaft 510, first plectrum 520, second plectrum 530,
The third plectrum 540 and the 4th plectrum 550 are made of muti-piece plectrum respectively, the plectrum of first plectrum 520, described
The plectrum of the plectrum of second plectrum 530, the plectrum of the third plectrum 540 and the 4th plectrum 550 is staggered；The pressure
Silk device 007 includes the second shaft 710, the 5th plectrum 720, the 6th plectrum 730, the 7th plectrum 740 and the 8th plectrum 750, institute
The 5th plectrum 720, the 6th plectrum 730, the 7th plectrum 740 and the 8th plectrum 750 is stated to be arranged described second
In shaft 710, the 5th plectrum 720, the 6th plectrum 730, the 7th plectrum 740 and the 8th plectrum 750 divide
It is not made of muti-piece plectrum, plectrum, the 7th plectrum 740 of the plectrum of the 5th plectrum 720, the 6th plectrum 730
Plectrum and the plectrum of the 8th plectrum 750 be staggered.The setting of Pick Wire device 005 and wire pressing device 007 cooperates
Make to be staggered between fabric, formed in this manner for the movable vacancy of clamping device 009, such mode can be with
Make to carry out between object to be woven arranged in a crossed manner.
6 and Figure 17 referring to Fig.1, optionally, the feeding device 008 include the second bottom plate 810, the second side plate 820, second
Motor 830, the first pinch wheels 840, the second pinch wheels 850, first gear 860 and second gear 870, second side plate 820
Quantity be two pieces, two blocks of second side plates 820 pass through second bottom plate 810 connection, first pinch wheels 840 and institute
The second pinch wheels 850 are stated to be arranged on described two blocks second side plates 820 and be located between two blocks of second side plates 820,
The first gear 860 is connect with first pinch wheels 840, and the second gear 870 connects with second pinch wheels 850
It connects, the second gear 870 is engaged with the first gear 860, and second motor 830 connects with first pinch wheels 840
It connects.The setting of feeding device 008 can input object to be woven, and the object to be woven of input carries out clamped device 009
Automation braiding device is clamped and is input to, feeding device 008 is matched by the first pinch wheels 840 and the second pinch wheels 850
It closes, first gear 860 and second gear 870 guarantee synchronous rotary, and input process is reliable and stable.
6 and Figure 17 referring to Fig.1, optionally, first pinch wheels 840 include third shaft 841, the first sliding sleeve 842 and
First rubber sleeve 843, first sliding sleeve 842 are set in the third shaft 841 and are located at 841 both ends of third shaft, institute
The first rubber sleeve 843 is stated to be set in the third shaft 841；Second pinch wheels 850 include the 4th shaft 851, second
Sliding sleeve 852 and the second rubber sleeve 853, second sliding sleeve 852 are set in the 4th shaft 851 and are located at described 4th turn
851 both ends of axis, second rubber sleeve 853 are set in the 4th shaft 851.First rubber sleeve 843 and the second rubber sleeve
853 setting can make the clamping for treating braided fabric when input more stable, while be adapted to the object to be woven of different-thickness,
It is more adaptable.
Referring to Fig. 5, Fig. 6 and Fig. 7, optionally, the discharging device 010 includes third motor 101, third gear 102, the
Four gears 103, first feed contact roller 104 and the second charging contact roller 105, the first charging contact roller 104 and described the
Two charging contact rollers 105 are arranged in second rack 003, clamp for the mat to knitting forming, the third
Gear 102 is connect with the first charging contact roller 104, and the 4th gear 103 connects with the second charging contact roller 105
It connects, the 4th gear 103 is engaged with the third gear 102, the third motor 101 and the first charging contact roller
104 connections.The setting of first charging contact roller 104 and the second charging contact roller 105 can press from both sides the mat of knitting forming
It holds, the setting of third gear 102 and the 4th gear 103 can guarantee to work asynchronously.
Referring to Fig. 3, optionally, the first charging contact roller 104 includes the 5th shaft 1041 and third rubber sleeve 1042,
The third rubber sleeve 1042 is set in the 5th shaft 1041, the 5th shaft 1041 and the third motor 101
Connection；The second charging contact roller 105 includes the 6th shaft 1051 and the 4th rubber sleeve 1052, the 4th rubber sleeve 1052
It is set in the 6th shaft 1051.The setting of third rubber sleeve 1042 and the 4th rubber sleeve 1052 can adapt to difference very well
The object to be woven of thickness guarantees output effect.
It referring to Fig.1, optionally, further include weaving frames 012, the weaving frames 012 and the discharging device 010 are mutual
Cooperation, the summer sleeping mat for accepting the completion braiding that the discharging device 010 exports.
Referring to Fig. 8, optionally, first rack 001 further includes the first mounting base 130 and the second mounting base 140, described
First mounting base 130 and the second mounting base 140 are fixed in the installation side plate 120, and the setting of first motor 410 exists
In first mounting base 130, the third motor 101 is arranged in second mounting base 140.
The foregoing is merely better embodiments of the invention, and the invention is not limited to above embodiment, are implementing
The structural modification small there may be part in the process, if various changes or modifications of the invention are not departed from essence of the invention
Mind and range, and belong within the scope of claim and equivalent technologies of the invention, then invention be also intended to encompass these changes and
Modification.
Claims (10)
1. a kind of automation braiding device, which is characterized in that including the first rack (001), end clamping device (002), second
Rack (003), power device (004), Pick Wire device (005), tight silk device (006), wire pressing device (007), feeding device
(008), clamping device (009), discharging device (010) and switch (011), first rack (001) and the second rack (003)
It corresponds to each other, composition installation passage, the end clamping device (002) is arranged on first rack (001) and can be opposite
First rack (001) is mobile, is clamped for treating braided fabric, the power device (004) respectively with the Pick Wire device
(005) and the tight silk device (006) connection, the power device (004) can drive Pick Wire device (005) interval to transport
Dynamic, the Pick Wire device (005) and the wire pressing device (007) synchronous rotary, the Pick Wire device (005) and the silk pressing fill
It sets (007) cooperation to treat braided fabric and conveyed, make to be staggered between adjacent object to be woven, the feeding device (008)
For exporting object to be woven, the clamping device (009) be located at the Pick Wire device (005) and the wire pressing device (007) it
Between, for recycle the object to be woven for drawing the feeding device (008) output, the conveying direction of the clamping device (009) and
The conveying direction of the Pick Wire device (005) and the wire pressing device (007) composition interlocks, and the tight silk device (006) is located at
Braiding between the Pick Wire device (005) and the wire pressing device (007), for compressing the clamping device (009) traction
Object, the tight silk device (006) is recyclable to be moved back and forth, and the discharging device (010) is opposite with the wire pressing device (007) to be set
It sets, the mat for clamping and exporting knitting forming, the switch (011) and the tight silk device (006) cooperate, described
Switch can be opened in tight silk device (006) reciprocatory movement, the switch (011) connect with the discharging device (010).
2. automation braiding device according to claim 1, which is characterized in that the end clamping device (002) includes
Lower grillage (210), loading frame (220), clamp lever (230), support column (240) and idler wheel (250), the lower grillage (210)
It is oppositely arranged with the loading frame (220), the clamp lever (230) is for lower grillage (210) and the upper plate described in clamping
Frame (220), the support column (240) are fixed on the lower grillage (210) and are located remotely from the loading frame (210)
Side, the idler wheel (250) connect with the support column (240).
3. automation braiding device according to claim 2, which is characterized in that first rack (001) includes conveying
Plate (110), installation side plate (120), mounting hole (150), the first touching block (160), the second touching block (170) and sliding slot (180),
The installation side plate (120) is equipped with mounting hole (150), and the quantity of the installation side plate (120) is two pieces, two pieces of installations
It is fixedly connected between side plate (120) by the delivery board (110), the mounting hole on two pieces of installation side plates (120)
(150) it is oppositely arranged between, first touching block (160) and second touching block (170) are respectively fixedly disposed at two pieces
It is corresponded to each other on the installation side plate (120) and with the mounting hole (150), first touching block (160) and described second
Block (170) and the clamping device (009) are touched to cooperate.
4. automation braiding device according to claim 3, which is characterized in that the clamping device (009) includes positioning
Block (910), Telescopic rod device (920), lower clip (930), the second hinged seat (940), upper clip (950) and spring (960), institute
It states and is fixedly connected between locating piece (910) and the lower clip (930) by the Telescopic rod device (920), second hinge
Joint chair (940) is fixed on the lower clip (930), and the upper clip (950) and second hinged seat (940) are even
It connects, spring (960) both ends are fixedly connected with the lower clip (930) and the upper clip (950) respectively, the upper clip
(950) it cooperates with first touching block (160) and second touching block (170).
5. automation braiding device according to claim 1, which is characterized in that second rack (003) includes first
Bottom plate (310), the first side plate (320), the first mounting base (330), the second mounting base (340) and mounting plate (350), described first
The quantity of side plate (320) is two pieces, is fixedly connected between two pieces of first side plates (320) by first bottom plate (310),
First mounting base (330) and second mounting base (340) are fixed on first bottom plate (310), and described
One mounting base (330) is oppositely arranged with second mounting base (340), and the mounting plate (350) is arranged in first side plate
(320) on, the switch (011) is arranged on the mounting plate (350).
6. automation braiding device according to claim 5, which is characterized in that the tight silk device (006) includes separating
Device (610), cam (620), the first belt (630) and torsional spring (640), the cam (620) and first mounting base
(330) hingedly, the separating device (610) and second mounting base (340) hingedly, the separating device (610) with it is described
(011) is switched to correspond to each other, the torsional spring (640) is fixed on the first bottom plate (310), the torsional spring (640) with it is described
Separating device (610) contact, the separating device (610) contact with each other with the cam (620), the cam (620) and institute
It states and is connected between power device (004) by first belt (630).
7. automation braiding device according to claim 6, which is characterized in that the separating device (610) includes pillar
(611), the first spreader (612), the second spreader (613), connection sheet (614) and contact block (615), the number of the pillar (611)
Amount is two, is fixedly connected between two pillars (611) by first spreader (612), second spreader (613)
Connect between first spreader (612) by the connection sheet (614), the quantity of the connection sheet (614) be it is multiple and
Interval setting, the contact block (615) are fixed on the pillar (611) and correspond to each other with the switch (011).
8. automation braiding device according to claim 1, which is characterized in that the power device (004) includes first
Motor (410), sheave thumb wheel (420), first rotating shaft (430), sheave (440), the first motor (410) with described first turn
Axis (430) connection, the sheave thumb wheel (420) connect with the first rotating shaft (430), the sheave (440) and the Pick Wire
Device (005) connection, the sheave (440) and the sheave thumb wheel (420) cooperate.
9. automation braiding device according to claim 1, which is characterized in that the Pick Wire device (005) includes first
Shaft (510), the first plectrum (520), the second plectrum (530), third plectrum (540) and the 4th plectrum (550), described first group
Piece (520), second plectrum (530), the third plectrum (540) and the 4th plectrum (550) are arranged described first
In shaft (510), first plectrum (520), second plectrum (530), the third plectrum (540) and 4th group described
Piece (550) is made of muti-piece plectrum respectively, plectrum, the plectrum of second plectrum (530), institute of first plectrum (520)
The plectrum of the plectrum and the 4th plectrum (550) of stating third plectrum (540) is staggered；The wire pressing device (007) includes
Second shaft (710), the 5th plectrum (720), the 6th plectrum (730), the 7th plectrum (740) and the 8th plectrum (750), described
Five plectrums (720), the 6th plectrum (730), the 7th plectrum (740) and the 8th plectrum (750) are arranged described
In second shaft (710), the 5th plectrum (720), the 6th plectrum (730), the 7th plectrum (740) and described
Eight plectrums (750) are made of muti-piece plectrum respectively, and the plectrum of the 5th plectrum (720), the 6th plectrum (730) are dialled
The plectrum of piece, the plectrum of the 7th plectrum (740) and the 8th plectrum (750) is staggered.
10. automation braiding device according to claim 1, which is characterized in that the feeding device (008) includes second
Bottom plate (810), the second side plate (820), the second motor (830), the first pinch wheels (840), the second pinch wheels (850), the first tooth
(860) and second gear (870) are taken turns, the quantity of second side plate (820) is two pieces, and two pieces of second side plates (820) are logical
The second bottom plate (810) connection is crossed, first pinch wheels (840) and second pinch wheels (850) are arranged described two
On second side plate (820) described in block and be located between two pieces of second side plates (820), the first gear (860) with it is described
First pinch wheels (840) connection, the second gear (870) connect with second pinch wheels (850), the second gear
(870) it is engaged with the first gear (860), second motor (830) connect with first pinch wheels (840).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710691995.4A CN107414995B (en) | 2017-08-14 | 2017-08-14 | Automation braiding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710691995.4A CN107414995B (en) | 2017-08-14 | 2017-08-14 | Automation braiding device |
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| Publication Number | Publication Date |
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| CN107414995A CN107414995A (en) | 2017-12-01 |
| CN107414995B true CN107414995B (en) | 2019-07-16 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201710691995.4A Active CN107414995B (en) | 2017-08-14 | 2017-08-14 | Automation braiding device |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110253701B (en) * | 2019-06-22 | 2020-12-25 | 国际竹藤中心 | Bamboo bundle fiber whole-piece veneer weaving machine and veneer weaving method thereof |
| CN112025884A (en) * | 2020-08-10 | 2020-12-04 | 黄炎太 | Rotary silkworm cage manufacturing device |
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|---|---|---|---|---|
| US2938546A (en) * | 1959-11-10 | 1960-05-31 | Lane Company Inc | Weaving apparatus |
| CN2464517Y (en) * | 2001-02-23 | 2001-12-12 | 郎妙金 | Bamboo curtain knitting machine |
| CN1699035A (en) * | 2004-05-22 | 2005-11-23 | 王吉旺 | Formwork bamboo mat braiding machine |
| CN102371607A (en) * | 2011-10-22 | 2012-03-14 | 重庆市江津区渝铁竹帘加工厂 | Manual bamboo fence baffle knitting machine |
| CN106881754A (en) * | 2017-04-07 | 2017-06-23 | 方建海 | Stem or leaf of cattail plate braiding apparatus and its weaving method |
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2017
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Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2938546A (en) * | 1959-11-10 | 1960-05-31 | Lane Company Inc | Weaving apparatus |
| CN2464517Y (en) * | 2001-02-23 | 2001-12-12 | 郎妙金 | Bamboo curtain knitting machine |
| CN1699035A (en) * | 2004-05-22 | 2005-11-23 | 王吉旺 | Formwork bamboo mat braiding machine |
| CN102371607A (en) * | 2011-10-22 | 2012-03-14 | 重庆市江津区渝铁竹帘加工厂 | Manual bamboo fence baffle knitting machine |
| CN106881754A (en) * | 2017-04-07 | 2017-06-23 | 方建海 | Stem or leaf of cattail plate braiding apparatus and its weaving method |
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| Publication number | Publication date |
|---|---|
| CN107414995A (en) | 2017-12-01 |
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Effective date of registration: 20190621 Address after: 325000 No. 5, Central Street, No. 1 Village, Oubei Street, Yongjia County, Wenzhou City, Zhejiang Province, No. 2 Applicant after: Yongjia Zhiou Technology Co., Ltd. Address before: 066000 No. 11500 Taihe Zhai Village, Niutouya Town, Funing County, Qinhuangdao City, Hebei Province Applicant before: Xu Liya |
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Effective date of registration: 20200615 Address after: No.69 Pingshan Road, Xindeng New District, Xindeng Town, Fuyang District, Hangzhou City, Zhejiang Province Patentee after: HANGZHOU WEITIAN PACKAGING PRODUCTS Co.,Ltd. Address before: 325000 No. 5, Central Street, No. 1 Village, Oubei Street, Yongjia County, Wenzhou City, Zhejiang Province, No. 2 Patentee before: Yongjia Zhiou Technology Co.,Ltd. |