CN108193421A

CN108193421A - For the open-width equipment of dyeing and printing process

Info

Publication number: CN108193421A
Application number: CN201810003183.0A
Authority: CN
Inventors: 骆新花; 骆士荣
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-01-02
Filing date: 2018-01-02
Publication date: 2018-06-22

Abstract

The invention discloses a kind of open-width equipment for dyeing and printing process, the active rolling member including stent, on the stent, the selvage guide part for driving the actuator of active rolling member rotation and being rollably set on the stent；The stent is equipped with a wave cloth discharge device, outlet assembly that can move back and forth and the driving structure for the wave cloth discharge device, outlet assembly to be driven to move back and forth；The wave cloth discharge device, outlet assembly includes movable base plate, the first band cloth member being rotatably set on the movable base plate and the second band cloth member.The present invention is moved back and forth by wave cloth discharge device, outlet assembly, and cloth is driven to be realized during discharging and is moved forward and backward, it can be achieved that cloth is in wavy cloth outputting, guarantee cloth is stacked automatically on the ground.

Description

For the open-width equipment of dyeing and printing process

Technical field

The invention belongs to cloth sorting technical field, more particularly, to a kind of open-width equipment for dyeing and printing process.

Background technology

Cloth needs to be fed through in cloth vehicle after absorbing water, carries out the processing of next step to cloth by cloth vehicle.It but will It when cloth is sent into cloth vehicle, needs cloth sorting is smooth, keeps that cloth could be fed through to cloth car after cloth smooth stacking. Traditional equipment is poor for the stacking effect of cloth, it is difficult to which cloth sorting is neat.

Invention content

The present invention is a kind of good to cloth material all in one piece effect for dyeing and printing process in order to overcome the deficiencies of the prior art and provide Open-width equipment.

To achieve these goals, the present invention uses following technical scheme：A kind of open-width equipment for dyeing and printing process, packet Include stent, the active rolling member on the stent, the actuator and rollably for the active rolling member to be driven to rotate Selvage guide part on the stent；The stent is equipped with a wave cloth discharge device, outlet assembly that can move back and forth and for driving the wave The driving structure that unrestrained cloth discharge device, outlet assembly moves back and forth；The wave cloth discharge device, outlet assembly includes movable base plate, is rotatably set on the movement First band cloth member and the second band cloth member on bottom plate.In the present invention driving structure can drive wave cloth discharge device, outlet assembly on stent back and forth It is mobile so that cloth is during cloth outputting, as wave cloth discharge device, outlet assembly is moved forward and backward together so that cloth is in wavy Cloth outputting, so as to the smooth stacking that cloth can be automated on the ground, so as to which cloth be kept to remain smooth, without people Work, which carries out leveling, can be sent directly into cloth vehicle, and working efficiency is high, time saving and energy saving；By the setting of eccentric ratio component, make The movement of movable base plate occurred level can be directly driven in rotation by obtaining driving wheel, so as to only need to drive driving rotation using motor It is dynamic, you can to realize moving back and forth for movable base plate, realize cloth under the waveform of cloth, ensure that cloth is automatic during lower cloth It realizes and stacks, it is simple in structure, it is hardly damaged, service life is long, and processing cost is low.

Further, a driven wheel is equipped between the first band cloth member and the second band cloth member, second driving member is Chain, described chain one end are connected with the selvage guide part, and the other end connects a transmission gear, which is fixedly arranged on the branch On frame；The position that the chain corresponds to the driven wheel has a bending section so that chain is respectively positioned on the same of the driven wheel Side；Since chain is during driving first band cloth member and the second band cloth member rotation, first band cloth member and the second band cloth member It also needs to be moved on chain, passes through the setting of driven wheel so that chain is set in S shapes so that itself and first band cloth member And second is preferable with the fiting effect between cloth member, even if first band cloth member and the second band cloth member move on chain, the two it Between be not easy to be mutually disengaged, realize good transmission effect.

The driving structure include be set on the stent on driving wheel and with the matched eccentric ratio of the driving wheel Component, the eccentric ratio component are connected with the movable base plate；Pass through first between the driving wheel and the active rolling member Driving member is sequentially connected

Further, the eccentric connecting component includes the eccentric shaft being set on the driving wheel and one end and the eccentric shaft The connecting rod of activity cooperation, the other end of the connecting rod are connected with the movable base plate；Since eccentric shaft is arranged on eccentric position, from And when driving wheel rotates, eccentric shaft can rotate around the center of circle of driving wheel so that connecting rod moves back and forth.

Further, the movable base plate is equipped with and can match to adjust the movable base plate described with the connecting rod The adjustment structure of position on stent；The initial position of movable base plate is adjusted, is adapted to the cloth of different location Expect blanking.

Further, the adjustment structure includes being spaced apart in multiple connecting holes of the movable base plate upper end, described Connecting rod is equipped with the connecting shaft being detachably connected with the connecting hole；Since the length of connecting rod and position will not change, when When the front end of connecting rod is connected with the connecting hole on different location, you can movable base plate is released forward or is inwardly furthered, realization pair Adjustment in movable base plate position.

Further, the stent is equipped with the displacement limit for preventing the movement locus of the movable base plate from shifting Structure processed；Movable base plate is prevented when being moved forward and backward on stent, deviates from the stent, ensures the normal operation of equipment.

Further, the displacement limiting structure include along the stent length direction be distributed rack rails and with the tooth The matched gear of rail；The rack rails lower surface is equipped with double wedge, and the gear is movably connected on the movable base plate；Pass through tooth Wheel and engaging between rack rails, realize good position-limiting action, movable base plate is moved always along the length direction of rack rails.

Further, rollably connected two idler wheel in the movable base plate top, two idler wheels can be in the rack rails upper surfaces Move back and forth；Enhance the limit effect to tracks, reduce deviation ratio.

In conclusion the present invention has the following advantages：Driving structure can drive wave cloth discharge device, outlet assembly on stent to move back It is dynamic so that cloth is during cloth outputting, as wave cloth discharge device, outlet assembly is moved forward and backward together so that cloth in it is wavy go out Cloth, so as to the smooth stacking that cloth can be automated on the ground, so as to which cloth be kept to remain smooth, without artificial Carrying out leveling can be sent directly into cloth vehicle, and working efficiency is high, time saving and energy saving.

Description of the drawings

Fig. 1 is the structural diagram of the present invention.

Fig. 2 is the partial sectional view of the present invention.

Fig. 3 is the partial structural diagram of Fig. 1.

Specific embodiment

In order to which those skilled in the art is made to be better understood from the present invention program, below in conjunction in the embodiment of the present invention Attached drawing carries out the technical solution in the embodiment of the present invention clear, complete description.

As shown in Figs. 1-2, a kind of open-width equipment for dyeing and printing process, including stent 1, the active on the stent Rolling member 2, the selvage guide part 4 for driving the actuator 3 of active rolling member rotation and being rollably set on the stent； The active rolling member 2 and selvage guide part 4 are the roller or roller bearing directly bought on the market；The actuator 3 is motor, is driven Part is arranged on above stent, and drive shaft is connected with a gear-box, and gear-box is connected with active rolling member, so that actuator Active rolling member 2 can be driven to rotate；The stent 1 is equipped with a wave cloth discharge device, outlet assembly 5, and the wave cloth discharge device, outlet assembly 5 is on stent Move back and forth, it is in wavy lower cloth to realize cloth；A driving structure 6 is additionally provided with, which is used to drive the wave cloth outputting What device moved back and forth；Specifically, the wave cloth discharge device, outlet assembly 5 includes movable base plate 51, is rotatably set on the movable base plate On the band cloth member 53 of first band cloth member 52 and second, have between the 52 and second band cloth member 53 of first band cloth member and worn for cloth The spacing crossed；52 and second band cloth member 53 of first band cloth member is roller, and is intervally distributed on the second 53 outer surface of band cloth member more A tooth, to increase its frictional force between cloth；The driving structure 6 include be set on the stent on driving wheel 61 and with The matched eccentric ratio component 62 of driving wheel, the eccentric ratio component 62 are connected with the movable base plate 51；Specifically, The bias connecting component 62 includes the eccentric shaft 621 being set on the driving wheel and one end and the company of eccentric shaft activity cooperation Bar 622, the other end of the connecting rod 622 are connected with the movable base plate 51；The eccentric shaft 621, which is installed in, deviates driving wheel circle On the position of the heart；When driving wheel rotates, connecting rod can move back and forth, and movable base plate be driven to move back and forth, concrete principle is existing There is technology, do not repeating.

Further, it is sequentially connected between the driving wheel 61 and the active rolling member 2 by the first driving member 7；Institute 52 and second band cloth member 53 of first band cloth member is stated by the second driving member 8 and the active rolling member 2 transmission to coordinate；Described first Driving member 7 is chain, and chain one end is sleeved on active rolling member 2, and the other end is sleeved on driving wheel 61, active rolling member 2 and drive The position that driving wheel 61 is correspondingly connected with chain is equipped with tooth, is meshed by tooth with chain so that when active rolling member 2 rotates, leads to Chain-driving driving wheel 61 is crossed to rotate；Second driving member 8 is chain, and described chain one end is connected with the driving wheel 61, The other end connects a transmission gear 9, which is installed on the stent right end position；The first band cloth member 52 It is penetrated with the second 53 bottom of band cloth member to chain, as up and down both sides difference of the first band cloth member 52 and second with cloth member 53 With a chain；The position that first band cloth member 52 and second corresponds to chain with cloth member 53 is equipped with tooth, and the driving wheel 61 corresponds to chain The position of item also is provided with tooth, passes through engaging for tooth and chain so that when driving wheel 61 rotates, passes through chain-driving first band cloth member 52 and second rotate with cloth member 53.

Preferably, it is equipped with a driven wheel 54, the chain pair between the 52 and second band cloth member 53 of first band cloth member The position of driven wheel 54 described in Ying Yu has a bending section 81 so that chain is respectively positioned on the same side of the driven wheel 54；Specifically , positioned at the chain of 52 upper lateral part of first band cloth member, down around 54 lower part of driven wheel and then continue around to the second band cloth member 53 tops, you can the bending section 81 is formed, so that chain and first band cloth member 52 and second are with matching between cloth member 53 Close it is more secured, when the band cloth member 53 of first band cloth member 52 and second follows movable base plate to be moved forward and backward, with chain it Between cannot come off.

Preferably, the movable base plate 51 be equipped with can be with the 622 matched adjustment structure 10 of connecting rod, the adjusting knot Structure 10 can adjust the initial position of the movable base plate on the bracket；Specifically, the adjustment structure 10 includes interval Multiple connecting holes 101 of 51 upper end of movable base plate are uniformly distributed in, the connecting rod 622 is equipped with a connecting shaft, the company Spindle can be detachable with the connecting hole 101；Both specifically, can be interference fit between the connecting shaft and connecting rod 622, realize Securely connection is realized simultaneously dismountable.

Preferably, the stent 1 is equipped with displacement limiting structure, by the setting of the displacement limiting structure, can prevent The movement locus of the movable base plate 51 shifts；Specifically, the displacement limiting structure includes rack rails 111 and gear, institute Rack rails 111 is stated on the lateral wall of the stent, and is set along the length direction of stent 1；The gear passes through a connecting shaft It is rotatably coupled on movable base plate 51, the lower surface of the rack rails 111 is equipped with double wedge 112, and gear is nibbled with 112 phase of double wedge It closes, realizes the limitation to movable base plate moving track.

Further, 51 top of movable base plate is connected with two idler wheels 113, and idler wheel 113 can be opposite by connecting shaft Movable base plate 51 rolls, and when movable base plate is assemblied on stent, two idler wheels 113 are placed on rack rails 111, when movable base plate back and forth When mobile, idler wheel can move back and forth on rack rails 111, and further the movement locus of movable base plate is defined.

As preference, the movable base plate 51 is equipped with the first position-limited wheel 516, the second position-limited wheel 517 and third limiting 518 are taken turns, the position that the first band cloth member 52 is corresponded on movable base plate 51 is equipped with a notch 511, extends to the movement On the lower surface of bottom plate 51；In order to be positioned to the first band cloth member 52, first band cloth member 52 is avoided to fall downwards, we Be provided on the movable base plate 51 with the 52 matched positioning belt 512 of first band cloth member, the positioning belt is purchases on the market Available belt；The belt is using the first position-limited wheel as starting point, successively around second position-limited wheel, first band cloth member 52 and Two band cloth member 53, and the part that coordinates of belt and first band cloth member 52 is the structure of U-shaped to form a positioning section 513, and is positioned 513 opening of section is set, and then effectively first band cloth member 52 is avoided to fall downwards obliquely；Further, in order to avoid shifting For dynamic bottom plate 51 when moving by being fallen on stent, we are provided with disconnecting prevention structure on the movable base plate 51, specifically, this is anti- De- structure includes the first sliding groove 514 being set on the movable base plate 51, the second sliding slot on stent and is threaded through in sliding slot Screw, the both ends of screw 515 connect a nut, ensure that screw will not carry out movable base plate 51 by deviating from sliding slot respectively Good positioning.

Concrete operations principle is as follows：When actuator starts, driving active rolling member rotation, active rolling member drives driving Wheel rotation, driving wheel drive first band cloth member and the second band cloth member to rotate, cloth are fed forward, cloth starts lower cloth；Meanwhile Driving wheel rotates so that connecting rod moves back and forth, and promotion movable base plate moves back and forth so that cloth undulate discharges.

Obviously, described embodiment is only the part of the embodiment of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, those of ordinary skill in the art are obtained every other without making creative work Embodiment should all belong to the scope of protection of the invention.

Claims

1. a kind of open-width equipment for dyeing and printing process, including stent（1）, active rolling member on the stent（2）, use In the actuator for driving active rolling member rotation（3）And rollably it is set on the selvage guide part on the stent（4）；Its feature exists In：The stent（1）It is equipped with a wave cloth discharge device, outlet assembly that can move back and forth（5）With for driving the wave cloth discharge device, outlet assembly back and forth Mobile driving structure（6）；The wave cloth discharge device, outlet assembly（5）Including movable base plate（51）, rotatably be set on the movable base plate On first band cloth member（52）And second band cloth member（53）.

2. the open-width equipment according to claim 1 for dyeing and printing process, it is characterised in that：The first band cloth member（52） With the second band cloth member（53）Between be equipped with a driven wheel（54）, second driving member（8）For chain, described chain one end and institute State driving wheel（61）It is connected, the other end connects a transmission gear（9）, the transmission gear（9）It is fixedly arranged on the stent；The chain Item corresponds to the driven wheel（54）Position have a bending section（81）So that chain is respectively positioned on the driven wheel（54）It is same Side.

3. the open-width equipment according to claim 1 for dyeing and printing process, it is characterised in that：The driving structure（6）Packet Include the driving wheel on the stent（61）With with the matched eccentric ratio component of the driving wheel（62）, the eccentric ratio Component（62）With the movable base plate（51）It is connected；The driving wheel（61）With the active rolling member（2）Between pass through first Driving member（7）It is sequentially connected.

4. the open-width equipment according to claim 5 for dyeing and printing process, it is characterised in that：The bias connecting component （62）Including the eccentric shaft being set on the driving wheel（621）With one end and the connecting rod of eccentric shaft activity cooperation（622）, the company Bar（622）The other end and the movable base plate（51）It is connected.

5. the open-width equipment according to claim 1 for dyeing and printing process, it is characterised in that：The movable base plate（51）On Equipped with can be with the connecting rod（622）Match the adjustment structure to adjust the position of the movable base plate on the bracket （10）.

6. the open-width equipment according to claim 7 for dyeing and printing process, it is characterised in that：The adjustment structure（10）Packet It includes and is spaced apart in the movable base plate（51）Multiple connecting holes of upper end（101）, the connecting rod（622）It is equipped with and the company Connect hole（101）The connecting shaft being detachably connected.

7. the open-width equipment according to claim 1 for dyeing and printing process, it is characterised in that：The stent（1）It is equipped with For preventing the movable base plate（51）The displacement limiting structure that shifts of movement locus.

8. the open-width equipment according to claim 9 for dyeing and printing process, it is characterised in that：The displacement limiting structure packet It includes along the stent（1）Length direction distribution rack rails（111）With with the matched gear of the rack rails；The rack rails （111）Lower surface is equipped with double wedge（112）, the gear is movably connected on the movable base plate（51）On.