CN208965159U - A kind of forming frock being used to weave three dimensional fabric with sliding orifice plate - Google Patents
A kind of forming frock being used to weave three dimensional fabric with sliding orifice plate Download PDFInfo
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- CN208965159U CN208965159U CN201821716694.9U CN201821716694U CN208965159U CN 208965159 U CN208965159 U CN 208965159U CN 201821716694 U CN201821716694 U CN 201821716694U CN 208965159 U CN208965159 U CN 208965159U
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Abstract
The utility model discloses a kind of forming frocks for being used to weave three dimensional fabric with sliding orifice plate, including upper and lower bottom plate, pressing plate, pressing plate stiffening ring, cover plate combination and orifice plate combination, lower plate is mounted on rotary table, upper plate is connected with lower plate, blind hole plate is connected with upper plate, pressing plate stiffening ring and pressing plate are loaded on the Mobile Slide above blind hole plate after being connected, second orifice plate is positioned by positioning screw and pressing plate, fastening, successively assemble sleeve from bottom to top in positioning screw, first straight line bearing, first straight line bearing is assemblied on the second orifice plate for being machined with through-hole, second orifice plate can be in the sliding of positioning screw progress short stroke, first cover board and the second cover board are placed on above carbon-point, first orifice plate and the second cover board are connected.Each plate is by optical axis realization positioning and guarantees that coaxially the utility model can provide wefting insertion channel for automatic knitting machine wefting insertion sword, has the function of the advantages of whole pressure yarn, raising production efficiency, reduction labor intensity, shortening production cycle.
Description
Technical field
The utility model relates to knitting forming tooling device technical fields, more particularly to one kind to have sliding orifice plate for compiling
The forming frock of three dimensional fabric is knitted, cooperation automatic knitting machine uses.
Background technique
Carbon fiber tri-dimensional fabric is a kind of advanced composite material (ACM) being born in the latest 20 years, is a dark horse in composite material
A Zhi Xinxiu, it is using three-dimensional integral fabric as reinforcement, and good structural to significantly improve composite material various
Mechanical characteristic, it is low and the shortcomings that be easily layered fundamentally to overcome shear strength between traditional laminate layer, in aviation, boat
It, military project, automobile, the fields such as medical treatment and advanced sports server are widely applied.However, three dimensional fabric for a long time
It is all carried out using artificial weaving manner, so that the shaping efficiency of three dimensional fabric is low, labor intensity is big, product consistency
Difference.With the progress of society and economic development, manually braiding three dimensional fabric has been unable to meet carbon fibre composite technique
Rigors, therefore three dimensional fabric shaping automation is in urgent need.
Traditional-handwork tooling is made of two to three layers of orifice plate, is connected between orifice plate by screw rod, and upper and lower position is positioned by nut,
Precision is low, easily-deformable；The micropore section of array is that non-regular polygon, that is, each lateral opening number is different on orifice plate, leads to 0 ° of tooling,
120 °, the cloth fell in 240 ° of three directions is inconsistent, this influences less hand woven operation but is not suitable for compiling automatically
Loom uses；The multilayer orifice plate intensity of traditional tooling is low, and positioning is inaccurate, and structure design is simple, does not have whole pressure yarn function；
Orifice plate material is common aluminium, after carbon fiber sizing agent melt water, is attached to its surface, easily corrodes.
Patent of invention " carbon fiber tri-dimensional fabric braider " Authorization Notice No.: ZL201410042753.9 describes one kind
Carbon fiber three dimensional knitting machine includes rack and the carbon-point being arranged on the rack fixed frame mechanism, carbon-point fixed frame positioning and clamping machine
Structure, carbon-point quantify elevating mechanism, braided fabric quantifies elevating mechanism, 120 ° of position rotating mechanisms of carbon-point fixed frame.Carbon-point fixed frame
Mechanism includes that the first carbon-point set gradually from top to bottom inserts disk, the second carbon-point inserts disk, third carbon-point inserts disk and carbon-point chassis；The
One carbon-point, which is inserted disk and the second carbon-point and inserted, is provided with multiple spacer sleeves between disk, multiple positioning sleeves be arranged at third carbon-point insert disk and
Between carbon-point chassis and setting position and multiple spacer sleeves are opposite up and down；First carbon-point inserts disk, the second carbon-point inserts disk and multiple fixed
It is connected to one away from set, is fixedly connected in each spacer sleeve and extends downwardly and sequentially pass through third from top to bottom
Carbon-point insert disk, positioning sleeve, carbon-point chassis and carbon-point fixed frame pallet guide post；Third carbon-point insert disk, positioning sleeve, carbon-point chassis and
Carbon-point fixed frame pallet is connected to one；First carbon-point inserts disk, the second carbon-point inserts disk and third carbon-point is inserted and is respectively provided on disk
There are multiple carbon-point jacks for carbon-point insertion, multiple carbon-point jacks are distributed in multiple regular hexagons that inscribed circle diameter is gradually increased
On, the spacing between multiple carbon-point jacks is equal；First carbon-point inserts disk, the second carbon-point inserts disk and third carbon-point inserts the carbon on disk
Stick jack is oppositely arranged up and down, and the gap between adjacent rows carbon-point jack is the carbon fiber that carbon fiber operation is led for doffing tube
Channel.The apparatus structure is novel in design, and shortcoming is cannot to provide wefting insertion channel before weaving for automatic knitting machine wefting insertion sword,
Yarn function is pressed without whole.
Summary of the invention
The technical problems to be solved in the utility model be to provide it is a kind of with sliding orifice plate for weaving three dimensional fabric
Forming frock, for assist three-dimensional fabric automatic knitting machine complete three dimensional fabric automated production, the device using blind hole version,
The storied placement constraint effect of the mode of pressing plate, orifice plate, cover board storied placement, orifice plate is good, meets automatic knitting machine wefting insertion sword
Requirement to long-range wefting insertion channel clarity, and there is the pressing plate of whole pressure yarn, the two combine the success rate for improving wefting insertion and
The consistency of product, it is compact-sized, it is novel in design rationally to reduce labor intensity, improve production efficiency and the quality of production,
Practical, versatility is good, and using effect is good, convenient for promoting the use of.
In order to solve the above-mentioned technical problem, the technical solution adopted in the utility model is: there is one kind sliding orifice plate to be used for
Weave the forming frock of three dimensional fabric, it is characterised in that: including lower plate, upper plate, blind hole plate, pressing plate, pressing plate stiffening ring, the
Two orifice plates and the first orifice plate, the lower plate are mounted on rotary work-table disk, and the upper plate and lower plate pass through second
Linear bearing, linear axis bearing sleeve and cylindrical central sleeve are connected to form tool base plate；The blind hole plate is positioned by pin and upper plate,
By bolt fastening；The pressing plate stiffening ring and pressing plate are loaded on braider Mobile Slide after being connected；Second orifice plate is placed
Above pressing plate, by positioning screw and pressing plate positioning, it is connected, successively assembles sleeve, first from bottom to top in positioning screw
Linear bearing；The first straight line bearing is assemblied on the second orifice plate for being machined with through-hole, is equipped with the of first straight line bearing
Two orifice plates can carry out the sliding of short stroke in positioning screw；The first cover board and the second cover board in cover plate combination are placed on carbon-point
Top, the first orifice plate in orifice plate combination are connected by orifice plate fixing piece and the second cover board.The lower plate is by pin and turns
Dynamic table positions are connected by bolt and rotary work-table disk, make tooling integrally can with worktable lifting, translation and around
The rotation of own axes.The pressing plate can be with workbench translation and around the rotation of own axes, which is fixed
On Mobile Slide, not with worktable lifting.It is machined on first orifice plate, the second orifice plate, pressing plate and blind hole plate equidistant close
The micropore section of the micropore of row, equidistant solid matter is regular polygon, and each lateral opening number is identical.First orifice plate, the second orifice plate, pressure
The micropore section being arranged in array on plate and blind hole plate is regular polygon, and each lateral opening number is identical, and micropore section outer edge is positive
Polygon.
The utility model is followed successively by tool base plate, blind hole plate, pressing plate, pressing plate by multiple orifice plate storied placements from bottom to top
Stiffening ring, the second orifice plate, the first orifice plate and cover board, tool base plate pass through second straight line bearing, linear bearing by upper and lower bottom plate
Set and cylindrical central sleeve are formed by connecting, and lower end and rotary work-table disk are connected, and are used for location and installation orifice plate and pressing plate, keep tooling whole
Body is with worktable lifting, back-and-forth motion and around own axis, and there are observation panels for cylindrical central sleeve lower end, for observing tooling peace
In place whether, there are carbon fiber auxiliary agent deflector holes for tooling upper plate for centralized positioning pin when dress, are used for the extra auxiliary agent of water conservancy diversion, up and down
Auxiliary agent recycling box is placed between bottom plate, for recycling auxiliary agent；For blind hole plate location and installation on tooling upper plate, blind hole plate micropore is straight
Diameter is identical with pressing plate micro-pore diameter, is detached from blind hole plate convenient for whole after the completion of weaving textile, is machined with carbon around blind hole plate micropore
Textile auxiliary agent diversion trench and deflector hole, extra auxiliary agent flow into auxiliary agent recycling box by diversion trench, deflector hole；It is pressure above blind hole plate
Plate has better met technique requirement, has been advantageously implemented the automation of braiding for fettering carbon-point and whole automatic gauze pressing；Pressure
Panel aperture is slightly larger than hole board diameter, is conducive to whole damage of the reduction pressing plate micropore to carbon-point during pressing yarn, reduces pressure yarn resistance
Power；Pressing plate stiffening ring and pressing plate are connected, and can increase the rigidity of pressing plate, upper end is loaded on braider slide unit, is fixed thereon bottom
It sets, keeps pressing plate synchronous when being translatable with tooling and workbench with the cooperation of braider pressure plate, be moved forward and backward with workbench, complete every layer
Knitting can carry out whole automatic gauze pressing after several circulations are completed in braiding；The top of pressing plate is the second orifice plate, on pressing plate
It is threaded hole, for assembling positioning screw, sleeve is assemblied in positioning screw, and installation linear axis is machined in the second orifice plate
The through-hole held, for installing first straight line bearing, first straight line bearing is assemblied in positioning screw, and first is straight in positioning screw
Spool installs the top for fitting over sleeve, and first straight line bearing can carry out the sliding of short stroke in positioning screw；Due to being given birth to
The limitation of production. art, carbon-point used in forming frock cannot all meet the requirement of desired stiffness carbon-point, therefore integrally press yarn mistake
There are frictional force, the sliding of short stroke in positioning screw of first straight line bearing can play the work of buffering for carbon-point and orifice plate in journey
With the influence because of non-ideal rigid carbon-point to pressure yarn process and properties of product can be effectively reduced；The aperture of orifice plate is slightly larger than
Carbon-point diameter, moves up and down in the orifice plate convenient for carbon-point, and orifice plate quantity can suitably be reduced according to the height of carbon-point；Cover board is placed on
Above carbon-point, the fortune that limitation is inserted on numerous carbon-point vertical directions in tooling orifice-plate microporosity is used cooperatively together with blind hole plate
It is dynamic；With the increase of fabric height, carbon-point enters in pressing plate stiffening ring, above and below the fixed carbon-point of the first cover board the second cover board of substitution
Position.
Orifice plate, pressing plate, the counterbore that installation linear bearing is machined in cover board, for installing linear bearing, each plate is by optical axis
Realizing to position simultaneously guarantees coaxial, and multiple orifice plates, pressing plate and the blind hole plate of the tooling cooperates constraint carbon-point jointly, guarantee carbon-point with respectively
The verticality of plate provides clear channel for long stroke wefting insertion, and numerous carbon-points subtract the resistance of tooling during reducing whole pressure yarn
To the damage of carbon fiber in light fabric forming process, wefting insertion efficiency is improved；The micropore that orifice plate, pressing plate and blind hole plate are arranged in array
Section is regular polygon, and each lateral opening number is identical, micropore section outer edge be regular polygon, it is ensured that tooling respectively 0 °,
The cloth fell of 120 °, 240 ° three angles does not shift.Three dimensional fabric forming frock asessory shaft weaves into type automatic knitting machine
Automated production is completed, production efficiency is improved, reduces labor intensity, shortens the production cycle.
Compared with prior art, the utility model has the beneficial effects that the utility model is suitable for molding automatic knitting machine
Automated production, blind hole plate, pressing plate and multiple orifice plates cooperate jointly, respectively good to constraint effect to carbon-point, make long-range wefting insertion channel
Clearly, wefting insertion sword can enter precisely into braiding channel and complete knitting, and wefting insertion success rate is high；Pressing plate and pressing plate stiffening ring are solid
Connect and be loaded on braider slide unit, pressing plate is moved forward and backward along braider slide unit, is not gone up and down with self-powered platform, oscilaltion is blind
Orifice plate can realize automatic whole pressure yarn, it is ensured that the closely knit even density of fabric is consistent, guarantees the fabric quality for using the tooling production
Indicator consilience is good, it can also be used to manual operations, strong applicability.
Detailed description of the invention
The utility model is specifically described below with reference to attached drawing and in conjunction with example, the advantages of the utility model and realization
Mode will be more obvious, and wherein content shown in attached drawing is only used for the explanation to the utility model, without constituting to this reality
With it is novel in all senses on limitation, in the accompanying drawings:
Fig. 1 is the structural schematic diagram of the utility model
Fig. 2 is the left view of the utility model Fig. 1
Fig. 3 is the top view of the utility model Fig. 1
Fig. 4 is the top view of the utility model pressing plate
Fig. 5 is the cross-sectional view of the utility model pressing plate
Fig. 6 is the structural schematic diagram of the second cover board of the utility model
Fig. 7 is the structural schematic diagram of the first cover board of the utility model
Fig. 8 is the structural schematic diagram of the first orifice plate of the utility model
Fig. 9 is the structural schematic diagram of the second orifice plate of the utility model
Figure 10 is the structural schematic diagram of the utility model pressing plate stiffening ring
Figure 11 is the structural schematic diagram of the utility model pressing plate
Figure 12 is the structural schematic diagram of the utility model blind hole plate
Figure 13 is the structural schematic diagram of the utility model upper plate
Figure 14 is the structural schematic diagram of the utility model lower plate
Figure 15 is the structural schematic diagram of the utility model linear bearing sleeve
Figure 16 is the structural schematic diagram of the utility model cylindrical central sleeve
Figure 17 is the axonometric drawing of the utility model
In figure:
1, lower plate 2, upper plate
3, blind hole plate 4, pressing plate
5, pressing plate stiffening ring 6, the first orifice plate
7, the first cover board 8, the second cover board
9, second straight line bearing 10, optical axis
11, orifice plate fixing piece 12, carbon-point
13, pin 14, linear axis bearing sleeve
15, cylindrical central sleeve 16, the second orifice plate
17, sleeve 18, positioning screw
19, first straight line bearing
Specific embodiment
The utility model is described in further detail With reference to embodiment.
As shown in Fig. 1 to Figure 17, a kind of forming frock being used to weave three dimensional fabric with sliding orifice plate, including lower plate
1, upper plate 2, blind hole plate 3, pressing plate 4, pressing plate stiffening ring 5, the second orifice plate 16 and the first orifice plate 6, lower plate 1 are mounted on rotation work
Make on platform disk, which is positioned by pin 13 and rotary work-table, it is connected by bolt and rotary work-table disk,
Make tooling integrally can be with worktable lifting, translation and around the rotation of own axes；Upper plate 2 and lower plate 1 are straight by second
Spool holds 9, linear axis bearing sleeve 14 and cylindrical central sleeve 15 is connected to form tool base plate；Blind hole plate 3 is fixed by pin 13 and upper plate 2
Position, by bolt fastening；Pressing plate stiffening ring 5 and pressing plate 4 are loaded on braider Mobile Slide after being connected, positioned at blind hole plate just on
Side, pressing plate 4 can be with workbench translations and around the rotation of own axes, which is fixed on Mobile Slide, no
With worktable lifting；Second orifice plate 16 is placed on 4 top of pressing plate, by positioning screw 18 and the positioning of pressing plate 4, is connected, the second hole
Plate 16 is separated with pressing plate 4 by sleeve 17 and first straight line bearing 19, and the threaded hole processed on pressing plate 4 is used to assemble positioning screw
18, successively assemble sleeve 17, first straight line bearing 19 from bottom to top in positioning screw 18, constraint carbon-point that can be more long, really
It protects wefting insertion channel at the end of braiding process is closed on and still keeps good；First straight line bearing 19, which is assemblied in, is machined with the second of through-hole
On orifice plate 16, first straight line bearing 19 is assemblied in positioning screw 18, positioning screw 18 from bottom to top successively assemble sleeve 17,
First straight line bearing 19, first straight line bearing 19 can carry out the sliding of short stroke in positioning screw 18；It is equipped with first straight line
Second orifice plate 16 of bearing 19 can carry out the sliding of short stroke in positioning screw 18；First cover board 7 and the second cover board 8 are placed on
Above carbon-point；First orifice plate 6 is connected by orifice plate fixing piece 11 with the second cover board 8, and the carbon of its own gravity constraint upper end is utilized
Stick；
The utility model is followed successively by tool base plate, blind hole plate 3, pressing plate 4, pressure by multiple orifice plate storied placements from bottom to top
Plate stiffening ring 5, the second orifice plate 16, the first orifice plate 6 and cover board, tool base plate by upper and lower bottom plate by second straight line bearing 9,
Linear axis bearing sleeve 14 and cylindrical central sleeve 15 are formed by connecting, and lower end and rotary work-table disk are connected, for location and installation orifice plate and
Pressing plate keeps tooling whole with worktable lifting, back-and-forth motion and around own axis, and there are observations for 15 lower end of cylindrical central sleeve
Mouthful, in place whether, tooling upper plate is used for centralized positioning pin there are carbon fiber auxiliary agent deflector hole when for observing tooling installation
Water conservancy diversion extra auxiliary agent is placed with auxiliary agent recycling box between upper and lower bottom plate, for recycling auxiliary agent；3 location and installation of blind hole plate is in tooling
On bottom plate 2,3 micro-pore diameter of blind hole plate is identical with pressing plate micro-pore diameter, is detached from blind hole plate 3 convenient for whole after the completion of weaving textile,
Carbon fiber auxiliary agent diversion trench and deflector hole are machined with around 3 micropore of blind hole plate, extra auxiliary agent is helped by diversion trench, deflector hole inflow
Agent recycling box；It is pressing plate 4 above blind hole plate 3, for fettering carbon-point and whole automatic gauze pressing, has better met technique requirement,
It is advantageously implemented the automation of braiding；4 aperture of pressing plate is slightly larger than hole board diameter, and reduction pressing plate is micro- during being conducive to whole pressure yarn
Damage of the hole to carbon-point reduces pressure yarn resistance；Pressing plate stiffening ring 5 and pressing plate 4 are connected, and can increase the rigidity of pressing plate 4, upper end is loaded
On braider slide unit, it is fixed thereon lower position, keeps pressing plate 4 same when being translatable with tooling and workbench with the cooperation of braider pressure plate
Step, is moved forward and backward with workbench, and whole automatic gauze pressing can be carried out after several circulations are completed in braiding by completing every layer of knitting；
The top of pressing plate 4 is the second orifice plate 16, is threaded hole on pressing plate 4, for assembling positioning screw 18, sleeve is assemblied in positioning
On screw 18, the through-hole of installation linear bearing is machined in the second orifice plate 16, for installing first straight line bearing 19, first straight line
Bearing 19 is assemblied in positioning screw 18, and first straight line bearing 19 is assemblied in the top of sleeve in positioning screw 18, and first is straight
Spool holds 19 can carry out the sliding of short stroke in positioning screw 18；Due to being limited by production technology, used in forming frock
Carbon-point cannot all meet the requirement of desired stiffness carbon-point, thus during integrally pressing yarn carbon-point and orifice plate there are frictional force,
The sliding of short stroke in positioning screw 18 of first straight line bearing 19 can play the role of buffering, can effectively reduce because non-
Influence of the desired stiffness carbon-point to pressure yarn process and properties of product；The aperture of orifice plate is slightly larger than carbon-point diameter, convenient for carbon-point in hole
It is moved up and down in plate, orifice plate quantity can suitably be reduced according to the height of carbon-point；Cover board is placed on above carbon-point, with blind hole plate 3 one
It rises with the use of the movement on numerous carbon-point vertical directions in limitation insertion tooling orifice-plate microporosity；With the increasing of fabric height
Add, carbon-point enters in pressing plate stiffening ring 5, and the first cover board 7 substitutes the upper and lower position of the fixed carbon-point of the second cover board 8.
Orifice plate, pressing plate 4, the counterbore that installation linear bearing is machined in cover board, for installing linear bearing, each plate is by optical axis
Realize to position and simultaneously guarantee coaxial, multiple orifice plates, pressing plate 4 and the blind hole plate 3 of the tooling cooperation constraint carbon-point jointly, guarantee carbon-point with
The verticality of each plate provides clear channel for long stroke wefting insertion, reduces numerous carbon-points during whole pressure yarn to the resistance of tooling,
Mitigate the damage in fabric forming process to carbon fiber, improves wefting insertion efficiency；What orifice plate, pressing plate 4 and blind hole plate 3 were arranged in array
Micropore section is regular polygon, and each lateral opening number is identical, and micropore section outer edge is regular polygon, it is ensured that tooling respectively
The cloth fell of 0 °, 120 °, 240 ° three angles does not shift.Three dimensional fabric forming frock asessory shaft is weaved into type and is woven automatically
Machine completes automated production, improves production efficiency, reduces labor intensity, shortens the production cycle.
The course of work: tooling integrally moves down (except pressing plate 4 and pressing plate stiffening ring 5) with workbench, makes pressing plate 4 and blind hole plate
3 is spaced apart, reaches operating position, and tooling rotates to 0 ° of direction and positions, and work initial position is arrived in translation, and wefting insertion sword exists
At 4 lower section 5mm of pressing plate, the Forward of wefting insertion sword enters first wefting insertion channel, brings yarn into first wefting insertion channel, completes first
Knitting device, tooling integral forward lead enter next wefting insertion channel, and wefting insertion sword repeats wefting insertion action, complete the second knitting device, tooling
It successively moves forward with workbench, wefting insertion sword moves back and forth, and completes the flood braiding in 0 ° of direction, and tooling rotates 120 ° and positions, completes
Next layer of braiding, three layers are a circulation, and automatic whole pressure yarn is carried out when the integral multiple of recurring number.
When automatic whole pressure yarn, tooling is integrally moved up, and pressing plate 4 and 5 upper and lower position of pressing plate stiffening ring are fixed, pressing plate stiffening ring
5 are mounted on translation slide unit, and when the active force between 3 pressing plate 4 of blind hole plate reaches preset pressure value, workbench stops rising,
By carbon fiber compacting and pressure maintaining, to reach the technological parameter requirement of stereo fabric, after reaching the dwell time, workbench drops to work
Make position, translation arrives work origin, starts the braiding of subsequent cycle.
With the increase of braiding height, 4 lower section carbon-point height of pressing plate is gradually increased, and carbon-point height in top gradually decreases, to
When first orifice plate 7 can not fetter carbon-point, the first orifice plate 7 is detached from carbon-point and works as carbon later as top carbon-point height continues to reduce
After stick top is sunk in the micropore of the second orifice plate 6, then the second orifice plate 6 removed from pressing plate 4, the remaining carbon-point in side is high on the fabric
When degree is less than braiding height, it is detached from pressing plate 4, stops braiding, is dismantled from workbench by tooling is whole, by integral fabric from blind plate
Middle disengaging, integral fabric knitting are completed.
The utility model is suitable for molding automatic knitting machine automated production, and blind hole plate 3, pressing plate 4 and multiple orifice plates are common
Cooperation, it is respectively good to constraint effect to carbon-point, keep long-range wefting insertion channel clear, wefting insertion sword can enter precisely into braiding channel and complete
Knitting, wefting insertion success rate are high；Pressing plate 4 and pressing plate stiffening ring 5 are connected and are loaded on braider slide unit, and pressing plate 4 is along braiding
Machine slide unit is moved forward and backward, and is not gone up and down with self-powered platform, and oscilaltion blind hole plate 3 can realize automatic whole pressure yarn, it is ensured that fabric
Closely knit even density is consistent, and it is good using the fabric quality indicator consilience of the tooling production to guarantee, it can also be used to which manual operations is fitted
It is strong with property.
The embodiments of the present invention are described in detail above, but the content is only the preferable of the utility model
Embodiment should not be considered as limiting the scope of the present invention.It is all to become according to equalization made by the scope of the utility model
Change and improve etc., it shall still fall within the scope of this patent.
Claims (5)
1. a kind of be used to weave the forming frock of three dimensional fabric with sliding orifice plate, it is characterised in that: including lower plate (1), on
Bottom plate (2), blind hole plate (3), pressing plate (4), pressing plate stiffening ring (5), the second orifice plate (16) and the first orifice plate (6), the lower plate
(1) it is mounted on rotary work-table disk, the upper plate (2) and lower plate (1) pass through second straight line bearing (9), linear axis
Bearing sleeve (14) and cylindrical central sleeve (15) are connected to form tool base plate；The blind hole plate (3) is fixed by pin (13) and upper plate (2)
Position, by bolt fastening；The pressing plate stiffening ring (5) and pressing plate (4) are loaded on braider Mobile Slide after being connected；Described second
Orifice plate (16) is placed on above pressing plate (4), by positioning screw (18) and pressing plate (4) positioning, is connected, on positioning screw (18)
Sleeve (17), first straight line bearing (19) are successively assembled from bottom to top；The first straight line bearing (19) be assemblied in be machined with it is logical
On second orifice plate (16) in hole, the second orifice plate (16) for being equipped with first straight line bearing (19) can carry out on positioning screw (18)
The sliding of short stroke；The first cover board (7) and the second cover board (8) in cover plate combination are placed on above carbon-point, in orifice plate combination
First orifice plate (6) is connected by orifice plate fixing piece (11) with the second cover board (8).
2. the forming frock according to claim 1 that there is sliding orifice plate to be used to weave three dimensional fabric, it is characterised in that: institute
It states lower plate (1) to position by pin (13) and rotary work-table, is connected by bolt and rotary work-table disk, keeps tooling whole
Body can be with worktable lifting, translation and around the rotation of own axes.
3. the forming frock according to claim 1 that there is sliding orifice plate to be used to weave three dimensional fabric, it is characterised in that: institute
Stating pressing plate (4) can be with workbench translation and around the rotation of own axes, which is fixed on Mobile Slide, no
With worktable lifting.
4. the forming frock according to claim 1 that there is sliding orifice plate to be used to weave three dimensional fabric, it is characterised in that: institute
State the micropore that equidistant solid matter is machined on the first orifice plate (6), the second orifice plate (16), pressing plate (4) and blind hole plate (3), equidistant solid matter
Micropore section be regular polygon, and each lateral opening number is identical.
5. the forming frock according to claim 1 that there is sliding orifice plate to be used to weave three dimensional fabric, it is characterised in that: institute
State the micropore section being arranged in array on the first orifice plate (6), the second orifice plate (16), pressing plate (4) and blind hole plate (3) be positive it is polygon
Shape, and each lateral opening number is identical, micropore section outer edge is regular polygon.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821716694.9U CN208965159U (en) | 2018-10-23 | 2018-10-23 | A kind of forming frock being used to weave three dimensional fabric with sliding orifice plate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821716694.9U CN208965159U (en) | 2018-10-23 | 2018-10-23 | A kind of forming frock being used to weave three dimensional fabric with sliding orifice plate |
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| Publication Number | Publication Date |
|---|---|
| CN208965159U true CN208965159U (en) | 2019-06-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821716694.9U Active CN208965159U (en) | 2018-10-23 | 2018-10-23 | A kind of forming frock being used to weave three dimensional fabric with sliding orifice plate |
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| CN (1) | CN208965159U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109023669A (en) * | 2018-10-23 | 2018-12-18 | 天津工业大学 | A kind of forming frock being used to weave three dimensional fabric with sliding orifice plate |
-
2018
- 2018-10-23 CN CN201821716694.9U patent/CN208965159U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109023669A (en) * | 2018-10-23 | 2018-12-18 | 天津工业大学 | A kind of forming frock being used to weave three dimensional fabric with sliding orifice plate |
| CN109023669B (en) * | 2018-10-23 | 2023-10-13 | 天津工业大学 | Forming tool with sliding pore plate for weaving three-dimensional fabric |
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