CN206666751U - A kind of carbon fiber braider actively eats latitude weaving mechanism - Google Patents
A kind of carbon fiber braider actively eats latitude weaving mechanism Download PDFInfo
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- CN206666751U CN206666751U CN201720335620.XU CN201720335620U CN206666751U CN 206666751 U CN206666751 U CN 206666751U CN 201720335620 U CN201720335620 U CN 201720335620U CN 206666751 U CN206666751 U CN 206666751U
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- carbon fiber
- fell
- latitude
- actively
- guard bar
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- Braiding, Manufacturing Of Bobbin-Net Or Lace, And Manufacturing Of Nets By Knotting (AREA)
Abstract
A kind of carbon fiber braider actively eats latitude weaving mechanism, belongs to technical field of textile machine.The carbon fiber braider, which actively eats latitude weaving mechanism, to be included actively eating latitude action execution unit, driver element and dynamic fell protection location；The latitude action execution unit of actively eating includes swing arm, swinging axle and cloth guiding axle, and the swing arm is provided with symmetrical two parts, connected as one by swinging axle, cloth guiding axle, and the swinging axle both ends are arranged on carbon fiber braider wallboard in a manner of hinge mounted；The driver element, dynamic fell protection location are equipped with actively eating latitude action execution unit.Weft yarn is embedded in fell by the utility model by way of carbon fiber woven cloth fell forward movement; and warp thread fell angle is limited by dynamic fell protection location; so as to solve the problems, such as to make existing for traditional beating-up mechanism carbon fibre tow narrowed width after extension, the purpose for improving carbon fibre fabric product quality is reached.
Description
Technical field
A kind of carbon fiber braider is the utility model is related to, especially a kind of carbon fiber braider actively eats latitude Weaving-machine
Structure, belong to technical field of textile machine.
Background technology
Carbon fiber is through carbonization by organic fiber (polyacrylonitrile fibre, pitch fibers, viscose rayon or phenolic fibre etc.)
And microcrystalline graphite material fiber obtained from graphitization processing, have intensity is high, specific modulus is high, light, corrosion-resistant, endurance,
The advantages that thermal coefficient of expansion is small, the advanced composite material (ACM) using carbon fibre fabric as representative have navigated in construction material, traffic, aviation
My god, medical treatment etc. is widely used in field.
Common carbon fibre fabric species has plain cloth, twills and silk fabric pattern fabric, and most common of which is plain weave
Carbon fibre fabric, such as a kind of plain weave carbon fiber woven cloth applied to aerospace field, its warp thread, weft yarn are extension
Laminar carbon fibre tow, warp thread, weft width are 10mm~20mm, and thickness is 0.04mm~0.08mm, due to laminar carbon
Loose phenomenon easily occurs for fibre bundle, and the carbon fiber woven cloth is in weaving process, if using traditional beating-up mechanism by
The weft yarn for introducing shed open squeezes into fell, can make the carbon fibre tow narrowed width after extension, so as to influence carbon fiber woven cloth
Product quality.
Utility model content
The utility model provides a kind of carbon fiber braider and actively eats latitude weaving mechanism, it is intended to solves traditional beating-up mechanism and deposits
Carbon fibre tow narrowed width problem after making extension, reach improve carbon fibre fabric product quality purpose.
To achieve the above object, technical scheme is used by the utility model：
A kind of carbon fiber braider actively eats latitude weaving mechanism, including actively eat latitude action execution unit, driver element and
Dynamic fell protection location；The latitude action execution unit of actively eating includes swing arm, swinging axle and cloth guiding axle, and the swing arm is provided with
Symmetrical two parts, connected as one by swinging axle, cloth guiding axle, the swinging axle both ends are installed in a manner of hinge mounted
On carbon fiber braider wallboard；The driver element, dynamic fell protection location are equipped with actively eating latitude action execution unit,
In the carbon fiber braider course of work, the swing arm is driven to be rotated around swinging axle by driver element, so as to drive cloth guiding axle and twine
The carbon fiber woven cloth being wound on cloth guiding axle moves forward, and the weft yarn of introducing shed open is entered fell, is changed in upper and lower two layers of warp thread
To during action, weft yarn is avoided to be deformed by dynamic fell protection location.
Above-mentioned carbon fiber braider actively eats latitude weaving mechanism, and the swing arm is equilateral triangle harden structure, the swinging axle
A corner position of swing arm is arranged in, the cloth guiding axle is arranged in another corner position of swing arm.
Above-mentioned carbon fiber braider actively eats latitude weaving mechanism, the dynamic fell protection location include push-pull arm, guide pin bushing,
Guide pillar, cylinder, guard bar fixed seat and fell guard bar；The push-pull arm, guide pin bushing, guide pillar, cylinder, guard bar fixed seat are wrapped
The two parts being symmetrically arranged are included, in its each section, described push-pull arm one end is with actively eating in latitude action execution unit
Swing arm hinge mounted, the other end and guide pin bushing hinge mounted；The guide pin bushing is sleeved on outside guide pillar, the fixed peace in the side wall of guide pin bushing
Fill cylinder；The guide pillar is arranged on carbon fiber braider wallboard by fixed seat；The expansion link end assembling of the cylinder is protected
Guard bar fixed seat；The fell guard bar both ends are separately mounted in the guard bar fixed seat of the left and right sides.
Above-mentioned carbon fiber braider actively eats latitude weaving mechanism, the fell guard bar by upper guard bar positioned opposite and
Lower guard bar composition, forms the passage moved forward and backward for carbon fiber woven cloth between upper guard bar and lower guard bar.
Above-mentioned carbon fiber braider actively eats latitude weaving mechanism, and the driver element is provided with motor, screw nut driven group
Part, rotating shaft master arm, rotating shaft, rotating shaft slave arm and pull bar, the motor are fixedly mounted on carbon fiber braider wallboard, motor
Output shaft is connected with the leading screw in screw nut driven component, and the nut in screw nut driven component passes through connecting plate and rotating shaft
Master arm hinge mounted, the rotating shaft slave arm are fixed on the both ends of rotating shaft, rotating shaft slave arm and pull bar hinge mounted, the drawing
Bar and the swing arm hinge mounted for actively eating latitude action execution unit.
Above-mentioned carbon fiber braider actively eats latitude weaving mechanism, and the motor is servomotor.
Above-mentioned carbon fiber braider actively eats latitude weaving mechanism, and guiding member is additionally provided with the screw nut driven component
Part, the director element include the sliding block and guide rail to cooperate, and the sliding block is fixedly mounted in screw nut driven component
The bottom surface of nut, the guide rail are fixedly mounted on carbon fiber braider wallboard.
The utility model is after adopting the above technical scheme, the effect with following technological progress：
The utility model is that a kind of carbon fiber braider actively eats latitude weaving mechanism, and it is provided with and actively eats latitude action executing list
Member and driver element, in the carbon fiber braider course of work, the arrow shaft of picking motion passes through from warp thread shed open, by weft yarn from
After the side-lining of carbon fiber braider one to opposite side, swing arm is actively eaten in latitude action execution unit under driver element control around pendulum
Moving axis rotates, and so as to drive cloth guiding axle and the carbon fiber woven cloth being wrapped on cloth guiding axle to move forward, makes the latitude of introducing shed open
In yarn insertion fell and with upper latitude weft yarn and tight, then warp thread commutate, servomotor reversely rotates in driver element, and swing arm is multiple
Position, cloth guiding axle and carbon fiber woven cloth are moved rearwards, while rolling-up mechanism acts, and complete a knitting device.
The utility model is also provided with dynamic fell protection location, drives carbon fiber to compile actively eating latitude action execution unit
Weave cotton cloth forward movement when, dynamic fell protection location synchronization action, and being protected fell by the extending action of Telescopic-cylinder bar
Bar is pushed ahead, and the angle of control fell expansion is coordinated by upper guard bar and lower guard bar, is changed in weft yarn insertion fell, warp thread
To after the completion of action, actively eat cloth guiding axle in latitude action execution unit and drive carbon fiber woven cloth to be moved rearwards, now cylinder is stretched
Contracting bar still keeps stretching state, avoids the damage to fell in carbon fiber woven cloth fallback procedures, acts and completes in rolling-up mechanism
Afterwards, Telescopic-cylinder bar, which is retracted, resets.
In summary, weft yarn is embedded in fell by the utility model by way of carbon fiber woven cloth fell forward movement, and
Warp thread fell angle is limited by dynamic fell protection location, makes carbon after extension fine existing for traditional beating-up mechanism so as to solve
Tow narrowed width problem is tieed up, has reached the purpose for improving carbon fibre fabric product quality.
Brief description of the drawings
Fig. 1 is the utility model general structure schematic diagram；
Fig. 2 is driver element, actively eats latitude action execution unit structural representation；
Fig. 3 is Fig. 2 K direction views；
Fig. 4 is dynamic fell protection location structural representation；
Fig. 5 is fell guard bar section structure diagram；
Fig. 6 is that latitude action execution unit forward movement schematic diagram is actively eaten in driver element drive；
Fig. 7 is driver element in Fig. 6, actively eats latitude action execution unit operation principle schematic diagram；
Fig. 8 is that fell guard bar moves forward schematic diagram with latitude action execution unit is actively eaten；
Utility model works view when Fig. 9 is winding action；
Carbon fiber woven cloth and fell guard bar position relationship schematic diagram when Figure 10 is winding action.
Each label is expressed as in figure：
1st, driver element, 1-1, motor, 1-2, screw nut driven component, 1-3, rotating shaft master arm, 1-4, rotating shaft, 1-5,
Rotating shaft slave arm, 1-6, pull bar, 1-7, guide rail, 1-8, sliding block, 1-9, connecting plate；
2nd, latitude action execution unit, 2-1, swing arm, 2-2, swinging axle, 2-3, cloth guiding axle are actively eaten；
3rd, dynamic fell protection location, 3-1, push-pull arm, 3-2, guide pillar, 3-3, guide pin bushing, 3-4, guard bar fixed seat, 3-5,
Cylinder, 3-6, fell guard bar, 3-6-1, upper guard bar, 3-6-2, lower guard bar；
4th, carbon fiber braider wallboard；
5th, carbon fiber woven cloth, 5-1, warp thread, 5-2, weft yarn.
Embodiment
Below in conjunction with the accompanying drawings and embodiment is described in further details to the utility model：
Referring to Fig. 1, Fig. 2, Fig. 3, a kind of carbon fiber braider actively eats latitude weaving mechanism, including actively eats latitude action executing
Unit 2, driver element 1 and dynamic fell protection location 3；The latitude action execution unit 2 of actively eating includes swing arm 2-1, swung
Axle 2-2 and cloth guiding axle 2-3, the swing arm 2-1 are provided with symmetrical two parts, pass through swinging axle 2-2, cloth guiding axle 2-3 connections
It is integrated, the swinging axle 2-2 both ends are arranged on carbon fiber braider wallboard 4 in a manner of hinge mounted；The driver element 1
It is equipped with actively eating latitude action execution unit 2, drive the swing arm 2-1 to be rotated around swinging axle 2-2 by driver element 1, so as to band
Dynamic cloth guiding axle 2-3 and the carbon fiber woven cloth 5 being wrapped on cloth guiding axle move forward, and enter the weft yarn 5-2 of introducing shed open and knit
Mouthful；The dynamic fell protection location 3 is equipped with actively eating latitude action execution unit 2, in upper and lower two layers of warp thread 5-1 commutation actions
When, avoid weft yarn 5-2 from being deformed by dynamic fell protection location 3.
Referring to Fig. 1, Fig. 2, in carbon fiber braider described in the utility model actively eats latitude weaving mechanism, the swing arm
2-1 is equilateral triangle harden structure, and the swinging axle 2-2 is arranged in a swing arm 2-1 corner position, the cloth guiding axle 2-3 cloth
Put another corner position in swing arm 2-1.
It is described in carbon fiber braider described in the utility model actively eats latitude weaving mechanism referring to Fig. 1, Fig. 4, Fig. 5
Dynamic fell protection location 3 includes push-pull arm 3-1, guide pin bushing 3-3, guide pillar 3-2, cylinder 3-5, guard bar fixed seat 3-4 and fell
Guard bar 3-6；The push-pull arm 3-1, guide pin bushing 3-3, guide pillar 3-2, cylinder 3-5, guard bar fixed seat 3-4 include symmetrical
Two parts of arrangement, in its each section, described push-pull arm 3-1 one end is with actively eating swing arm 2-1 in latitude action execution unit 2
Hinge mounted, the other end and guide pin bushing 3-3 hinge mounteds；The guide pin bushing 3-3 is sleeved on outside guide pillar 3-2, in guide pin bushing 3-3 side wall
Upper fixed installation cylinder 3-5；The guide pillar 3-2 is arranged on carbon fiber braider wallboard 4 by fixed seat (not shown in accompanying drawing)
On；The expansion link end assembling guard bar fixed seat 3-4 of the cylinder 3-5；The fell guard bar 3-6 both ends are separately mounted to
On the guard bar fixed seat 3-4 of the left and right sides, fell guard bar 3-6 is by upper guard bar 3-6-1 positioned opposite and lower guard bar
3-6-2 is formed, and is formed between upper guard bar 3-6-1 and lower guard bar 3-6-2 and led to for what carbon fiber woven cloth 5 moved forward and backward
Road.
It is described in carbon fiber braider described in the utility model actively eats latitude weaving mechanism referring to Fig. 1, Fig. 2, Fig. 3
Driver element 1 is provided with motor 1-1, screw nut driven component 1-2, rotating shaft master arm 1-3, rotating shaft 1-4, rotating shaft slave arm 1-5
With pull bar 1-6, the motor 1-1 is servomotor, is fixedly mounted on carbon fiber braider wallboard 4, motor output shaft and silk
Leading screw in thick stick nut transmission component 1-2 connects, and the nut in screw nut driven component 1-2 passes through connecting plate 1-9 and rotating shaft
Master arm 1-3 hinge mounteds, the rotating shaft slave arm 1-5 are fixed on rotating shaft 1-4 both ends, rotating shaft slave arm 1-5 and pull bar 1-6
Hinge mounted, the pull bar 1-6 and the swing arm 2-1 hinge mounteds for actively eating latitude action execution unit 2.
Referring to Fig. 3, in carbon fiber braider described in the utility model actively eats latitude weaving mechanism, in the leading screw spiral shell
Female transmission component 1-2 is additionally provided with director element, and the director element includes the sliding block 1-8 and guide rail 1-7 to cooperate, the cunning
Block 1-8 is fixedly mounted on the bottom surface of nut in screw nut driven component 1-2, and the guide rail 1-7 is fixedly mounted on carbon fiber volume
On loom side 4.
Referring to Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, the utility model is that a kind of carbon fiber braider actively eats latitude Weaving-machine
Structure, in the carbon fiber braider course of work, the arrow shaft of picking motion passes through from warp thread shed open, by weft yarn 5-2 from carbon fiber
After the side-lining of braider one to opposite side, swing arm 2-1 is actively eaten in latitude action execution unit 2 under the control of driver element 1 around pendulum
Moving axis 2-2 rotates, and so as to which the carbon fiber woven cloth 5 for driving cloth guiding axle 2-3 and being wrapped on cloth guiding axle 2-3 moves forward, makes to draw
Enter in the weft yarn 5-2 insertion fells of shed open and with upper latitude weft yarn and tight；At the same time, dynamic fell protection location 3 is synchronous dynamic
Make, and pushed ahead fell guard bar 3-6 by the extending action of cylinder 3-5 expansion links, by upper guard bar 3-6-1 with
Guard bar 3-6-2 coordinates the angle of control fell expansion, after carbon fiber braider completes warp thread commutation action, driver element 1
Middle servomotor is reversely rotated, and swing arm 2-1 resets, and cloth guiding axle 2-3 and carbon fiber woven cloth 5 are moved rearwards, and now cylinder 3-5 stretches
Contracting bar still keeps stretching state, avoids the damage to fell in the fallback procedures of carbon fiber woven cloth 5, acts and completes in rolling-up mechanism
Afterwards, cylinder 3-5 expansion link, which is retracted, resets, and a knitting device is completed, into next working cycles.
Claims (7)
1. a kind of carbon fiber braider actively eats latitude weaving mechanism, it is characterised in that：The carbon fiber braider is actively eaten latitude and knitted
Making mechanism includes actively eating latitude action execution unit (2), driver element (1) and dynamic fell protection location (3)；The active is eaten
Latitude action execution unit (2) includes swing arm (2-1), swinging axle (2-2) and cloth guiding axle (2-3), and the swing arm (2-1) is provided with left and right
Symmetrical two parts, connected as one by swinging axle (2-2), cloth guiding axle (2-3), swinging axle (2-2) both ends are be hinged
Assembly method is arranged on carbon fiber braider wallboard (4)；The driver element (1), dynamic fell protection location (3) and active
It is equipped to eat latitude action execution unit (2), in the carbon fiber braider course of work, the swing arm (2- is driven by driver element (1)
1) rotated around swinging axle (2-2), so as to the carbon fiber woven cloth (5) for driving cloth guiding axle (2-3) and being wrapped on cloth guiding axle (2-3)
Move forward, the weft yarn (5-2) of introducing shed open is entered fell, in upper and lower two layers of warp thread (5-1) commutation action, pass through dynamic
Fell protection location (3) avoids weft yarn (5-2) from being deformed.
2. carbon fiber braider according to claim 1 actively eats latitude weaving mechanism, it is characterised in that：Swing arm (the 2-
1) it is equilateral triangle harden structure, the swinging axle (2-2) is arranged in a corner position of swing arm, cloth guiding axle (2-3) cloth
Put another corner position in swing arm.
3. carbon fiber braider according to claim 1 or 2 actively eats latitude weaving mechanism, it is characterised in that：The dynamic
Fell protection location (3) includes push-pull arm (3-1), guide pin bushing (3-3), guide pillar (3-2), cylinder (3-5), guard bar fixed seat (3-
And fell guard bar (3-6) 4)；The push-pull arm (3-1), guide pin bushing (3-3), guide pillar (3-2), cylinder (3-5), guard bar are fixed
Seat (3-4) includes the two parts being symmetrically arranged, and in its each section, described push-pull arm (3-1) one end is eaten with active
Swing arm (2-1) hinge mounted in latitude action execution unit (2), the other end and guide pin bushing (3-3) hinge mounted；The guide pin bushing (3-3)
It is sleeved on outside guide pillar (3-2), cylinder (3-5) is fixedly mounted in guide pin bushing (3-3) side wall；The guide pillar (3-2) passes through solid
Reservation is arranged on carbon fiber braider wallboard (4)；The expansion link end assembling guard bar fixed seat (3- of the cylinder (3-5)
4)；Fell guard bar (3-6) both ends are separately mounted in the guard bar fixed seat (3-4) of the left and right sides.
4. carbon fiber braider according to claim 3 actively eats latitude weaving mechanism, it is characterised in that：The fell protection
Bar (3-6) is made up of upper guard bar (3-6-1) and lower guard bar (3-6-2) positioned opposite, upper guard bar (3-6-1) and under
The passage moved forward and backward for carbon fiber woven cloth (5) is formed between guard bar (3-6-2).
5. carbon fiber braider according to claim 4 actively eats latitude weaving mechanism, it is characterised in that：The driver element
(1) motor (1-1), screw nut driven component (1-2), rotating shaft master arm (1-3), rotating shaft (1-4), rotating shaft slave arm are provided with
(1-5) and pull bar (1-6), the motor (1-1) are fixedly mounted on carbon fiber braider wallboard (4), motor output shaft and silk
Leading screw in thick stick nut transmission component (1-2) connects, and the nut in screw nut driven component (1-2) passes through connecting plate (1-9)
With rotating shaft master arm (1-3) hinge mounted, the rotating shaft slave arm (1-5) is fixed on rotating shaft (1-4) both ends, rotating shaft slave arm
(1-5) and pull bar (1-6) hinge mounted, the pull bar (1-6) and swing arm (2-1) hinge for actively eating latitude action execution unit (2)
Tipping is matched somebody with somebody.
6. carbon fiber braider according to claim 5 actively eats latitude weaving mechanism, it is characterised in that：Motor (the 1-
1) it is servomotor.
7. carbon fiber braider according to claim 6 actively eats latitude weaving mechanism, it is characterised in that：In the leading screw spiral shell
Female transmission component (1-2) is additionally provided with director element, and the director element includes the sliding block (1-8) and guide rail (1-7) to cooperate,
The sliding block (1-8) is fixedly mounted on the bottom surface of nut in screw nut driven component (1-2), the fixed peace of the guide rail (1-7)
On carbon fiber braider wallboard (4).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720335620.XU CN206666751U (en) | 2017-03-31 | 2017-03-31 | A kind of carbon fiber braider actively eats latitude weaving mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720335620.XU CN206666751U (en) | 2017-03-31 | 2017-03-31 | A kind of carbon fiber braider actively eats latitude weaving mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206666751U true CN206666751U (en) | 2017-11-24 |
Family
ID=60367569
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720335620.XU Withdrawn - After Issue CN206666751U (en) | 2017-03-31 | 2017-03-31 | A kind of carbon fiber braider actively eats latitude weaving mechanism |
Country Status (1)
| Country | Link |
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| CN (1) | CN206666751U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106894149A (en) * | 2017-03-31 | 2017-06-27 | 石家庄常山纺织股份有限公司 | A kind of carbon fiber braider actively eats latitude weaving mechanism |
-
2017
- 2017-03-31 CN CN201720335620.XU patent/CN206666751U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106894149A (en) * | 2017-03-31 | 2017-06-27 | 石家庄常山纺织股份有限公司 | A kind of carbon fiber braider actively eats latitude weaving mechanism |
| CN106894149B (en) * | 2017-03-31 | 2018-10-26 | 石家庄常山北明科技股份有限公司 | A kind of carbon fiber braider actively eats latitude weaving mechanism |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CP03 | Change of name, title or address | ||
| CP03 | Change of name, title or address |
Address after: 050011 Peace East Road, Changan District, Shijiazhuang, Hebei Province, No. 183 Patentee after: North Ming Polytron Technologies Inc, Changshan, Shijiazhuang Address before: 050011 No. 183 Heping East Road, Hebei, Shijiazhuang Patentee before: Shijiazhuang Changshan Textile Co., Ltd. |
|
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20171124 Effective date of abandoning: 20181026 |