CN109827388A - A kind of fabric dehydration device - Google Patents
A kind of fabric dehydration device Download PDFInfo
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- CN109827388A CN109827388A CN201910080380.7A CN201910080380A CN109827388A CN 109827388 A CN109827388 A CN 109827388A CN 201910080380 A CN201910080380 A CN 201910080380A CN 109827388 A CN109827388 A CN 109827388A
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Abstract
This application discloses a kind of fabric dehydration devices, including the first rack and the twisting formula dehydration package, squeeze dehydration package and the fabric propulsion assembly that are set in turn in the first rack；Twisting formula dehydration package includes the fixed cylinder set gradually and rotation cartridge module, fabric can be passed through from fixed cylinder and rotation cartridge module, rotating cartridge module includes the multiple rotating cylinders set gradually, the direction of rotation of each rotating cylinder is consistent, rotating cylinder can make fabric to a direction by twisting, and the rotation speed of rotating cylinder becomes larger along the direction that fabric advances；Squeeze dehydration package includes cylinder and is in axial direction set in turn in the intracorporal extrusion ring of cylinder, and fabric can pass through and be extruded out of extrusion ring, and the diameter of extrusion ring gradually becomes smaller along the direction that fabric advances；Fabric propulsion assembly can drive fabric to move forward.Thereby, it is possible to improve dehydrating effect.
Description
Technical field
The present invention relates to scutcher more particularly to a kind of fabric dehydration devices.
Background technique
Cloth is in dyeing and printing process, it is often necessary to wet-milling product and dehydration are carried out, and existing dehydration device is with stubborn
The formula of squeezing and squeeze, and twisting formula is whole to a direction twisting, and fabric can also advance forward while twisting, meeting
There are no abundant twistings, fabric just to pass by for fabric when leading to twisting, is unable to reach good dehydrating effect.
And squeeze also can only two sides squeezed, also fabric can not be preferably dehydrated.
Cloth into cross dehydration after, be easy to be twisted one ropy, when carrying out next process processing, need into
One of untwisting open-width process is crossed, cloth is unfolded to the cloth of slabbing, the expansion to rope form cloth, this process mostly uses out
Width machine carries out.
A kind of " scutcher " patent of Patent No. 201520082834.1 is disclosed including untwisting apparatus, including intermediate bar
With three spread bars, spread bar is arranged along intermediate bar circumference, and spread bar both ends are provided with connector, and spread bar both ends are fixed on
The ejecting mechanism for controlling spread bar Yu intermediate bar distance is equipped on connector, in the connector, the ejecting mechanism is
Scroll chuck, the scroll chuck include pinion gear, gear wheel and claw, and pinion gear and gear wheel engagement, claw are connected to greatly
Gear and with gear wheel be sequentially connected, spread bar both ends are fixedly connected and correspond with the claw of two sides respectively.It is needing
When changing spread bar to fabric tension, the distance between spread bar and intermediate bar only need to be adjusted by ejecting mechanism, ejected
Mechanism is scroll chuck.But its spread bar that untwisting apparatus can only be adjusted along intermediate bar radial direction, and can not be along axis side
To being adjusted, the fabric open-width work of a variety of width dimensions can not be adapted to.
Summary of the invention
The purpose of the invention is to provide a kind of fabric dehydration device, solve one in above-mentioned prior art problem or
Person is multiple.
According to an aspect of the present invention, a kind of fabric dehydration device is provided, dehydration device is including the first rack and successively
It is set to twisting formula dehydration package, squeeze dehydration package and the fabric propulsion assembly of the first rack；
Twisting formula dehydration package includes the fixed cylinder set gradually and rotation cartridge module, and fabric can be from fixed cylinder and rotation
It is passed through in cartridge module, rotation cartridge module includes the multiple rotating cylinders set gradually, and the direction of rotation of each rotating cylinder is consistent, rotation
Cylinder can make fabric to a direction by twisting, and the rotation speed of rotating cylinder becomes larger along the direction that fabric advances；
Squeeze dehydration package includes cylinder and is in axial direction set in turn in the intracorporal extrusion ring of cylinder, and fabric can be from
Pass through in extrusion ring and be extruded, the diameter of extrusion ring gradually becomes smaller along the direction that fabric advances；
Fabric propulsion assembly can drive fabric to move forward.
Twisting formula dehydration package of the present invention can be realized the multistage twisting to fabric, utilize turning for two adjacent rotating cylinders
It is fast different, speed difference is generated, twisting can be carried out to fabric between two adjacent rotating cylinders, to form the multistage to fabric
Twisting, and the rotating cylinder that speed gradually becomes faster can be improved the twisting degree to fabric, so that twisting effect is more preferable, can be improved
Fabric dehydrating effect；Squeeze dehydration package can squeeze step by step fabric, be mentioned by the gradually smaller extrusion ring of diameter
High squeezing effect, and then improve fabric dehydrating effect.
In some embodiments: bearing block is provided between adjacent rotating cylinder, bearing block is set to the first rack,
Each rotating cylinder passes through bearing and is installed on bearing block；
It further include first driving device, first driving device can drive rotation cartridge module rotation；
First driving device includes being set to the first motor and the first transmission shaft of the first rack, first motor driving first
Transmission shaft rotation, the first transmission shaft be provided in the axial direction with the one-to-one driving gear of rotating cylinder, driving gear it is straight
Diameter becomes larger along the direction that fabric advances；Each rotation drum outer wall is arranged with the driven tooth that cooperation is corresponded with driving gear
Wheel, the diameter of driven gear gradually become smaller along the direction that fabric advances；
In two adjacent rotating cylinders, positioned at the rotation of rotating cylinder of the rotation speed than being located at rear side of the rotating cylinder of front side
The fast 20-50% of speed；
Each rotating cylinder surface is evenly equipped with multiple first leakage holes；
It is driven between first motor and the first transmission shaft by gear or belt.
In some embodiments: fixed cylinder and each rotating cylinder inner wall even distribution expire flexible protrusion；
Elastic bumps are made of rubber material.
In some embodiments: extrusion ring includes the circumferential multiple extruding roller assemblies being uniformly arranged in cylinder, is squeezed
Roll assembly includes squeezing main rod body, squeezes main rod body along cylinder and is radially disposed at cylinder inboard wall, squeezes main rod body two sides and symmetrically sets
It is equipped with roll shaft, each roll shaft is provided with compression roller；
Drum surface is evenly equipped with the second leakage hole；
Two inverted V shaped structures of roll shaft；
Each roll shaft is hinged between extruding main rod body, is equipped with spring between each roll shaft and extruding main rod body；
Compression roller is rubber rollers；
It is connected between compression roller and roll shaft by bearing.
In some embodiments: fabric propulsion assembly includes that two propulsion rollers and driving setting up and down promote roller rotation
The second driving device, two propulsion rollers pass through bearing and are installed on the first rack, by gear drive between two propulsion rollers,
On the contrary, the second driving device is the second motor, the driving of the second driving device is one of to promote roller for two propulsion roller direction of rotation
Rotation.
In some embodiments: further including fabric collection frame, fabric collection frame is located at the one of fabric propulsion assembly discharging
Side can collect dewatered fabric.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of fabric dehydration device of the present invention；
Fig. 2 is a kind of structural schematic diagram of the twisting formula dehydration package of fabric dehydration device of the present invention；
Fig. 3 is a kind of structural schematic diagram of the fixed cylinder of fabric dehydration device of the present invention；
Fig. 4 is a kind of structural schematic diagram of the rotating cylinder of fabric dehydration device of the present invention；
Fig. 5 is a kind of structural schematic diagram of the squeeze dehydration package of fabric dehydration device of the present invention；
Fig. 6 is a kind of structural schematic diagram of the extruding roller assembly of fabric dehydration device of the present invention；
Fig. 7 is a kind of structural schematic diagram of the fabric propulsion assembly of fabric dehydration device of the present invention；
Fig. 8 is the open-width apparatus structural schematic diagram that a kind of fabric dehydration device of the present invention is applied in dehydration open-width system；
Fig. 9 is the side view for the open-width apparatus that a kind of fabric dehydration device of the present invention is applied in dehydration open-width system；
Figure 10 is the expanding unit for the open-width apparatus that a kind of fabric dehydration device of the present invention is applied in dehydration open-width system
Structural schematic diagram；
Figure 11 is the untwisting apparatus for the open-width apparatus that a kind of fabric dehydration device of the present invention is applied in dehydration open-width system
Structural schematic diagram.
Specific embodiment
Illustrate with reference to the accompanying drawing, invention is further described in detail.
As shown in figs. 1-11, a kind of fabric dehydration device, the dehydration device can be used for being dehydrated open-width system, which opens
Width system may include the dehydration device set gradually and open-width apparatus 9；
Dehydration device includes the first rack and twisting formula dehydration package 7, the squeeze dehydration for being set in turn in the first rack
Component 8 and fabric propulsion assembly 602；
Twisting formula dehydration package 7 includes the fixed cylinder 701 set gradually and rotation cartridge module, and fabric can be from fixed cylinder
701 and rotation cartridge module in pass through, that is to say, that fixed cylinder 701 and rotation cartridge module be both ends open tube structure, Gu
Safety barrel 701, which can be fixed by the bracket, is installed on the first rack, and rotation cartridge module includes the multiple rotating cylinders 702 set gradually,
The direction of rotation of each rotating cylinder 702 is consistent, and rotating cylinder 702 can make fabric to a direction by twisting, the rotation of rotating cylinder 702
Rotary speed becomes larger along the direction that fabric advances.It is different using the revolving speed of two adjacent rotating cylinders as a result, generate speed
Difference can carry out twisting to fabric between two adjacent rotating cylinders, so that the multistage twisting to fabric is formed, and speed is gradually
The rotating cylinder to become faster can be improved the twisting degree to fabric, so that twisting effect is more preferable, can be improved fabric dehydrating effect.
Squeeze dehydration package 8 includes cylinder 801 and the extrusion ring 802 being in axial direction set in turn in cylinder 801,
Cylinder 801, which can be fixed by the bracket, is installed on the first rack, and fabric can pass through and be extruded out of extrusion ring 802, squeezes
The diameter of ring 802 gradually becomes smaller along the direction that fabric advances.It, can be to fabric as a result, by the gradually smaller extrusion ring of diameter
It is squeezed step by step, improves squeezing effect, and then improve fabric dehydrating effect.
Fabric propulsion assembly 602 can drive fabric to move forward；Fabric propulsion assembly 602 includes setting up and down two
The second driving device 604 for promoting roller 603 and driving that roller 603 is promoted to rotate, fabric pass through between two propulsion rollers 603, and two
A propulsion roller 603 squeezes fabric, and fabric is pushed to move forward.Two propulsion rollers 603 are installed on the first rack by bearing,
By gear drive between two propulsion rollers 603, specifically, each end for promoting roller 603 is provided with a gear, and two
A gear intermeshing transmission enables to the rotation direction of two propulsion rollers 603 on the contrary, driving fabric moves forward in turn.
Second driving device 604 is the second motor, and the second driving device 604 can pass through gear or the one of propulsion roller of belt driving
603 rotations.
Bearing block 703 is provided between adjacent rotating cylinder 702, bearing block 703 is fixedly installed in the first rack, each
Rotating cylinder 702 is installed on bearing block 703 by bearing.An axis is wherein also equipped between fixed cylinder 701 and rotating cylinder 702
Seat is held, fixed cylinder 701 can be connect by bearing with the bearing block with rotating cylinder 702, realize fixed cylinder 701 and rotating cylinder
Compact connection between 702.Fixed cylinder 701, which can enter fabric in rotating cylinder 702, plays guiding role, and makes to be located at and fix
Fabric in cylinder 701 will not drive twisting by the rotating cylinder 702 of front, improve between fixed cylinder 701 and rotating cylinder 702 to fabric
Twisting effect, improve fabric dehydrating effect.
It further include first driving device, first driving device can drive rotation cartridge module rotation；First driving device packet
The first motor 704 for being set to the first rack and the first transmission shaft 705 are included, first motor 704 is fixedly installed in the first rack, the
One transmission shaft, 705 both ends can be installed on the first rack, the side that the first transmission shaft 705 advances with fabric by bearing and bearing block
To parallel.First motor 704 can drive the rotation of the first transmission shaft 705 by gear or belt, and the first transmission shaft 705 is along axis
Directionkeys be connected with the one-to-one driving gear 706 of rotating cylinder 702, the diameter of driving gear 706 is along the side that fabric advances
To becoming larger；Each 702 outer wall fixing sleeve of rotating cylinder is equipped with the driven gear for corresponding with driving gear 706 and engaging cooperation
707, the diameter of driven gear 707 gradually becomes smaller along the direction that fabric advances.Thereby, it is possible to drive the rotation of rotating cylinder 702 fast
Degree becomes larger along the direction that fabric advances.
In two adjacent rotating cylinders 702, positioned at rotating cylinder of the rotation speed than being located at rear side of the rotating cylinder 702 of front side
The fast 20-50% of 702 rotation speed, in the present embodiment fast 30%；Wherein front side is the direction advanced towards fabric.
Each 702 surface of rotating cylinder is evenly equipped with multiple first leakage holes；The water being extruded as a result, is from the first leakage hole stream
It walks.
Fixed cylinder 701 and the fixation of 702 inner wall of each rotating cylinder are covered with flexible raised 708；Elastic bumps 708 are rubber
Material is made.
Extrusion ring 802 includes the circumferential multiple extruding roller assemblies 803 being uniformly arranged, extruding roller assembly 803 in cylinder 801
Including squeezing main rod body 804, main rod body 804 is squeezed along cylinder 801 and is radially disposed at 801 inner wall of cylinder, squeezes main rod body 804 1
End is fixedly connected on 801 inner wall of cylinder.It squeezes 804 two sides of main rod body and is symmetrically arranged with roll shaft 805, two roll shafts 805 are inverted V shaped
Structure improves dehydrating effect thereby, it is possible to preferably squeeze fabric.Each roll shaft 805 with squeeze main rod body 804
Between it is hinged, each roll shaft 805 and squeeze and be equipped with spring 807 between main rod body 804, spring 807 can play buffering effect, this
Outside, fabric be twisting together, surface irregularity makes 805 dipping and heaving of roll shaft, can be improved the squeezing effect to fabric.
Each roll shaft 805 is provided with compression roller 806；It is connected between compression roller 806 and roll shaft 805 by bearing, compression roller 806 is rubber
Rubber roller.
801 surface of cylinder is evenly equipped with the second leakage hole；The water energy squeezed out as a result, enough passes through the discharge of the second leakage hole.
In addition, further including fabric collection frame 605, fabric collection frame 605 can be fixedly installed in the first rack, and fabric is collected
Frame 605 is located at the side of the discharging of fabric propulsion assembly 602, that is, is located at squeeze dehydration package 8 and opens between clothes set, energy
Enough collect dewatered fabric.Dewatered fabric, which enters back into, carries out open-width in open-width apparatus 9.
Wherein, open-width apparatus 9 includes the second rack 1 and the expanding unit for being set in turn in the second rack 1 from top to bottom
2, untwisting apparatus 3 and threaded rod 4；Untwisting apparatus 3 can be along the axial direction adjustment length of untwisting apparatus.
Wherein, expanding unit 2 is curved rod, and curved rod both ends are fixedly connected on the second rack 1.Thus, it is possible to fabric
Progress is preliminary to organize work, so that fabric carries out better untwisting work in untwisting apparatus.
Wherein, untwisting apparatus 3 at least two, prestige three in the present embodiment, and be staggered in the vertical direction.By
This, can be improved the effect of untwisting work.
Wherein, untwisting apparatus 3 includes mobile jib 31, third driving device 32 and multiple untwisting bars 33, and mobile jib 31 leans on two close end
Key connection has terminal pad 34 respectively at place, and multiple 33 circumferential directions of untwisting bar are distributed in around mobile jib 31, and each 33 both ends of untwisting bar are solid
Surely it is connected to terminal pad 34, third driving device 32 drives mobile jib 31 to rotate, and 31 both ends of mobile jib pass through movable fixture 5 respectively and pacify
Loaded on the second rack 1, movable fixture 5 can adjust the length of mobile jib 31, each 33 energy of untwisting bar along 31 axis direction of mobile jib
Enough adjust the linear distance at both ends.The length of mobile jib and untwisting bar is adjustable as a result, is moved back by movable fixture to adjust
The entire length of twist device makes it possible to adapt to the fabric open-width work of a variety of width dimensions.
Untwisting bar 33 includes sequentially connected more first bodies of rod 331, can pass through hinge between the first adjacent body of rod 331
Spindle articulated connection.Untwisting bar can adjust the linear distance at both ends as a result, can adapt to the change of untwisting apparatus entire length
Change.
Each first body of rod, 331 both ends are provided with annulus protrusion 332, and annulus protrusion 332 is shaped in first body of rod
331.Thereby, it is possible to prevent the hinged place direct contact surface material between first body of rod, the damage to fabric is caused.
Mobile jib 31 includes second body of rod 311 and the third body of rod 312, and second body of rod 311 and the third body of rod 312 are coaxially disposed,
Second body of rod 311, which is axially movable, is inserted in the third body of rod 312, and specifically the third body of rod 312 is open at one end, and in inside
Sky, the hollow inside of the third body of rod 312 is inserted into second body of rod, 311 one end, and can slide axially.Mobile jib can be adjusted as a result,
Entire length.
Movable fixture 5 includes sliding rail 51, slide 52, bearing block 53, adjusting screw rod 54 and nut 55, the fixed peace of sliding rail 51
Loaded on the second rack 1, slide 52 is slideably positioned in sliding rail 51, and bearing block 53 is fixedly installed in slide 52, and 31 end of mobile jib passes through
Bearing is installed on bearing block 53, adjusting screw rod 54 by bearing can rotation be movably set in the second rack 1, nut 55 is fixedly installed
In slide 52, nut 55 is threadedly engaged with adjusting screw rod 54, forms screw structure.It is adjusted as a result, by rotation adjusting screw rod 54
The relative distance between two slides 52 is saved, and then movable fixture can adjust the length of mobile jib and untwisting bar.
Third driving device 32 is third motor, and third driving device 32 is transmitted in master by driving members such as gear or belts
Bar 31, third driving device 32 are fixedly installed in one of movable fixture 5.
Untwisting apparatus can adapt to a variety of width dimensions along the axial direction adjustment length of untwisting apparatus as a result,
The work of fabric open-width.
The above is only one embodiment of the present invention, it is noted that those skilled in the art,
Without departing from the concept of the premise of the invention, some similar deformation and improvement can be made, these also should be regarded as this
Within the protection scope of invention.
Claims (8)
1. a kind of fabric dehydration device, it is characterised in that: the dehydration device includes the first rack and is set in turn in described the
Twisting formula dehydration package (7), squeeze dehydration package (8) and the fabric propulsion assembly (602) of one rack；
The twisting formula dehydration package (7) includes the fixed cylinder (701) set gradually and rotation cartridge module, and fabric can be from described
It is passed through in fixed cylinder (701) and rotation cartridge module, the rotation cartridge module includes the multiple rotating cylinders (702) set gradually, often
The direction of rotation of a rotating cylinder (702) is consistent, and the rotating cylinder (702) can make fabric to a direction by twisting, institute
The rotation speed for stating rotating cylinder (702) becomes larger along the direction that fabric advances；
The squeeze dehydration package (8) includes cylinder (801) and is in axial direction set in turn in the cylinder (801)
Extrusion ring (802), fabric can pass through and be extruded out of extrusion ring (802), and the diameter of the extrusion ring (802) is before fabric
Into direction gradually become smaller；
The fabric propulsion assembly (602) can drive fabric to move forward.
2. a kind of fabric dehydration device according to claim 1, it is characterised in that: the adjacent rotating cylinder (702) it
Between be provided with bearing block (703), the bearing block (703) is set to first rack, and each rotating cylinder (702) passes through
Bearing is installed on the bearing block (703).
3. a kind of fabric dehydration device according to claim 1, it is characterised in that: it further include first driving device, it is described
First driving device can drive the rotation cartridge module to rotate；
The first driving device includes being set to the first motor (704) and the first transmission shaft (705) of first rack, institute
It states first motor (704) and drives the first transmission shaft (705) rotation, first transmission shaft (705) is arranged in the axial direction
Have and advances with the one-to-one driving gear (706) of the rotating cylinder (702), the diameter of the driving gear (706) along fabric
Direction become larger；The each rotating cylinder (702) outer wall, which is arranged with, corresponds cooperation with the driving gear (706)
The diameter of driven gear (707), the driven gear (707) gradually becomes smaller along the direction that fabric advances；
In the rotating cylinder (702) of adjacent two, positioned at rotation of the rotation speed than being located at rear side of the rotating cylinder (702) of front side
The fast 20-50% of rotation speed of rotating cylinder (702)；
The each rotating cylinder (702) surface is evenly equipped with multiple first leakage holes；
It is driven between the first motor (704) and first transmission shaft (705) by gear or belt.
4. a kind of fabric dehydration device according to claim 1, it is characterised in that: the fixed cylinder (701) and each institute
It is full flexible raised (708) to state rotating cylinder (702) inner wall even distribution；
The elastic bumps (708) are made of rubber material.
5. a kind of fabric dehydration device according to claim 1, it is characterised in that: the extrusion ring (802) is included in institute
The circumferential multiple extruding roller assemblies (803) being uniformly arranged in cylinder (801) are stated, the extruding roller assembly (803) includes squeezing master
The body of rod (804), the extruding main rod body (804) are radially disposed at the cylinder (801) inner wall, the extruding along cylinder (801)
Main rod body (804) two sides are symmetrically arranged with roll shaft (805), and each roll shaft (805) is provided with compression roller (806)；
Cylinder (801) surface is evenly equipped with the second leakage hole；
Two inverted V shaped structures of the roll shaft (805)；
Each roll shaft (805) is hinged between the extruding main rod body (804), each roll shaft (805) with it is described
It squeezes and is equipped with spring (807) between main rod body (804).
6. a kind of fabric dehydration device according to claim 5, it is characterised in that: the compression roller (806) is rubber rollers；
It is connect between the compression roller (806) and the roll shaft (805) by bearing.
7. a kind of fabric dehydration device according to claim 1, it is characterised in that: fabric propulsion assembly (602) packet
It includes setting up and down two to promote roller (603) and drive second driving device (604) for promoting roller (603) rotation, two
The propulsion roller (603) is installed on first rack by bearing, is passed between two propulsion rollers (603) by gear
Dynamic, on the contrary, second driving device (604) is the second motor, described second is driven for the two propulsion roller (603) direction of rotation
Dynamic device (604) drive one of them described propulsion roller (603) rotation.
8. a kind of fabric dehydration device according to claim 1, it is characterised in that: further include fabric collection frame (605), institute
The side that fabric collection frame (605) are located at the fabric propulsion assembly (602) discharging is stated, dewatered fabric can be collected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910080380.7A CN109827388B (en) | 2019-01-28 | 2019-01-28 | Fabric dewatering device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910080380.7A CN109827388B (en) | 2019-01-28 | 2019-01-28 | Fabric dewatering device |
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| Publication Number | Publication Date |
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| CN109827388A true CN109827388A (en) | 2019-05-31 |
| CN109827388B CN109827388B (en) | 2021-02-02 |
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ID=66862640
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910080380.7A Active CN109827388B (en) | 2019-01-28 | 2019-01-28 | Fabric dewatering device |
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| Publication number | Publication date |
|---|---|
| CN109827388B (en) | 2021-02-02 |
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