CN107488936A - Fully automatic hydraulic braider and weaving method - Google Patents
Fully automatic hydraulic braider and weaving method Download PDFInfo
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- CN107488936A CN107488936A CN201710907704.0A CN201710907704A CN107488936A CN 107488936 A CN107488936 A CN 107488936A CN 201710907704 A CN201710907704 A CN 201710907704A CN 107488936 A CN107488936 A CN 107488936A
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- wire
- thread press
- thread
- horizontal hair
- braider
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- D—TEXTILES; PAPER
- D04—BRAIDING; LACE-MAKING; KNITTING; TRIMMINGS; NON-WOVEN FABRICS
- D04C—BRAIDING OR MANUFACTURE OF LACE, INCLUDING BOBBIN-NET OR CARBONISED LACE; BRAIDING MACHINES; BRAID; LACE
- D04C3/00—Braiding or lacing machines
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- Textile Engineering (AREA)
- Braiding, Manufacturing Of Bobbin-Net Or Lace, And Manufacturing Of Nets By Knotting (AREA)
Abstract
The invention belongs to braider and weaving method technical field, discloses a kind of fully automatic hydraulic braider and weaving method.It is mainly characterized in that：Including braider body, the braider body includes support body, becomes and hand over brown frame, filament-pushing disc, and at the filament-pushing disc rear, the side of support body is provided with cutting knife, and wire-feed motor is provided with the outside of the cutting knife, and the side of the wire-feed motor is provided with thread press and pay off rack；The wire-feed motor includes wire feed Rack Body, wire feed slideway is provided with the wire feed Rack Body, wire feeding trolley is provided with the wire feed slideway, sleeve fixing frame is provided with the wire feeding trolley, sleeve pipe is fixed with the sleeve fixing frame, inner tube is provided with described sleeve pipe；The thread press includes the thread press body for carrying thread pressing wheel and the silk pressing track below the thread press body, the thread press body are connected by silk pressing push-pull mechanism with the silk pressing track.Horizontal hair plugging wire speed is fast, and labor strength is low, and mesh sheet flatness is high；Mesh sheet neat in edge.
Description
Technical field
The invention belongs to wire netting braiding device and weaving method technical field, more particularly to a kind of braiding of fully automatic hydraulic
Machine and weaving method.
Background technology
In screen knitting field, vertical silk is inserted in braider after silk pressing, and the horizontal hair for braiding passes through thread press pressure
Hua Hou, corresponding length is cut into, after becoming and handing over brown frame that vertical silk is raised and pushed, is inserted horizontal hair above by staff
Vertical silk and following vertical silk between, then will be pushed into filament-pushing disc before horizontal hair at vertical silk press-bending, above-mentioned braider exists following
Defect：First, because mesh sheet has one fixed width, staff can only hold horizontal hair one end, when inserting horizontal hair, horizontal hair free end
It is easily sagging, cause horizontal hair to bend, influence the flatness of mesh sheet；Second, horizontal hair and vertical silk have certain bending, therefore inserting
During horizontal hair, horizontal hair bending part intersects with vertical silk bending part, horizontal hair insertion is influenceed, when colliding, it is necessary to after by horizontal hair
Draw and rotate, inserted before then proceeding to, insertion speed is slow；Third, because horizontal hair is thicker, cause labor intensity big, efficiency is low；
Fourth, during horizontal hair is inserted, the position of horizontal hair insertion is not accurate enough, influences mesh sheet quality；Fifth, integral weaving efficiency
Low, production cost greatly increases.
The content of the invention
The invention solves first technical problem be just to provide a kind of horizontal hair and do not allow that flexible, wire side is smooth, mesh sheet
Neat in edge, labor intensity are small, production efficiency is high, can serialization machinery production fully automatic hydraulic braider.
To solve the above problems, the technical scheme that uses of fully automatic hydraulic braider of the present invention for：Including braider body,
The braider body includes support body, becomes and hand over brown frame, filament-pushing disc, and at the filament-pushing disc rear, the side of support body is provided with cutting knife,
Wire-feed motor is provided with the outside of the cutting knife, the side of the wire-feed motor is provided with thread press and pay off rack；The wire-feed motor
Including wire feed Rack Body, wire feed slideway is provided with the wire feed Rack Body, it is small to be provided with wire feed on the wire feed slideway
Car, the wire feeding trolley are connected by wire feed push-pull mechanism with the wire feed Rack Body, and set is provided with the wire feeding trolley
Tube fixing device, sleeve pipe is fixed with the sleeve fixing frame, inner tube is provided with described sleeve pipe, the inner tube rear end passes through inner tube
Support is connected with the wire feed Rack Body；The thread press includes carrying the thread press body of thread pressing wheel and positioned at the thread press sheet
Silk pressing track below body, the thread press body lower section are provided with the neck with the silk pressing Orbit Matching, the thread press sheet
Body is connected by silk pressing push-pull mechanism with the silk pressing track, and length metering is provided with the thread pressing wheel of the thread press body
Device；The braider body, the wire-feed motor, thread press and length measuring are all controlled with controlling organization and connected.
Its additional technical feature is：
Described sleeve pipe is round table-like away from wire feeding trolley one end；
Said inner tube support includes the support bar being connected with wire feed Rack Body and the collar positioned at post upper, in the collar
On be provided with fastening push rod.
The invention solves second technical problem be just to provide and a kind of carried out using above-mentioned fully automatic hydraulic braider
The method of braiding.
To solve the above problems, the technology that the method that the present invention is woven using above-mentioned fully automatic hydraulic braider uses
Scheme is：
This method comprises the following steps：
The first step, charging
Vertical silk is fitted into braider body, and horizontal hair is passed through into thread press, in the horizontal hair insertion inner tube after thread press silk pressing；
Second step, reset
Thread press silk pressing, horizontal hair right-hand member is reached inner tube right-hand member, moved to left wire feeding trolley by wire feed push-pull mechanism, wire feeding trolley
Drive sleeve pipe to move to left to close to thread press side, thread press body to move to left to silk pressing track left end；
3rd step, sleeve pipe moves right while thread press starts silk pressing
The thread pressing wheel of thread press body rotates, and starts silk pressing, while silk pressing, thread press body moves right along silk pressing track
Dynamic, wire feed push-pull mechanism promotes wire feeding trolley to move right, when sleeve pipe right-hand member exceedes the mesh sheet opposite side rightmost side and indulges silk, wire feed
Push-pull mechanism pushes away before stopping, and after horizontal hair right-hand member reaches specified location, the thread pressing wheel of thread press body stops operating；
4th step, sleeve pipe move to left
Wire feed push-pull mechanism drives wire feeding trolley to move to left, while sleeve pipe is moved to left with wire feeding trolley, is retreated to the right-hand member of sleeve pipe and is cut
The left side of knife；
5th step, cut off horizontal hair
Horizontal hair is cut off in cutting knife work；
6th step, horizontal hair move to left
Silk pressing push-pull mechanism drives thread press body to be moved to left along silk pressing track, drives horizontal hair to exist while thread press body moves to left
Moved to left in inner tube, the right-hand member of horizontal hair is departed from mesh sheet；
7th step, braider are worked out
The filament-pushing disc of braider promotes forward, shifts the horizontal hair after cut-out onto specified location；
8th step, repeated since the 3rd step, until working out.
As a further improvement on the present invention, this method comprises the following steps：
The first step, charging
Vertical silk is fitted into braider body, and horizontal hair is passed through into thread press, in the horizontal hair insertion inner tube after thread press silk pressing,
First fastening push rod is unclamped, inner tube position is adjusted according to netting width, then fixes fastening push rod；
Second step, reset
Thread press silk pressing, horizontal hair right-hand member is reached inner tube right-hand member, moved to left wire feeding trolley by wire feed push-pull mechanism, wire feeding trolley
Drive sleeve pipe to move to left to close to thread press side, thread press body to move to left to silk pressing track left end；
3rd step, sleeve pipe moves right while thread press starts silk pressing
The thread pressing wheel of thread press body rotates, and starts silk pressing, while silk pressing, thread press body moves right along silk pressing track
Dynamic, wire feed push-pull mechanism promotes wire feeding trolley to move right, when sleeve pipe right-hand member exceedes the mesh sheet opposite side rightmost side and indulges silk, wire feed
Push-pull mechanism pushes away before stopping, and after horizontal hair right-hand member reaches specified location, the thread pressing wheel of thread press body stops operating；
4th step, sleeve pipe move to left
Wire feed push-pull mechanism drives wire feeding trolley to move to left, while sleeve pipe is moved to left with wire feeding trolley, is retreated to the right-hand member of sleeve pipe and is cut
The left side of knife；
5th step, cut off horizontal hair
Horizontal hair is cut off in cutting knife work；
6th step, horizontal hair move to left
Silk pressing push-pull mechanism drives thread press body to be moved to left along silk pressing track, drives horizontal hair to exist while thread press body moves to left
Moved to left in inner tube, the right-hand member of horizontal hair is departed from mesh sheet；
7th step, braider are worked out
The filament-pushing disc of braider promotes forward, shifts the horizontal hair after cut-out onto specified location；
8th step, repeated since the 3rd step, until working out.
Fully automatic hydraulic braider and weaving method provided by the present invention compared with prior art, have advantages below：
First, because including braider body, the braider body includes support body, becomes and hand over brown frame, filament-pushing disc, after the filament-pushing disc
The side of square support body is provided with cutting knife, and wire-feed motor is provided with the outside of the cutting knife, and the side of the wire-feed motor is provided with pressure
Silk machine and pay off rack；The wire-feed motor includes wire feed Rack Body, wire feed slideway is provided with the wire feed Rack Body, described
Wire feeding trolley is provided with wire feed slideway, the wire feeding trolley is connected by wire feed push-pull mechanism with the wire feed Rack Body,
Sleeve fixing frame is provided with the wire feeding trolley, sleeve pipe is fixed with the sleeve fixing frame, is provided with described sleeve pipe
Inner tube, the inner tube rear end are connected by interior pipe holder with the wire feed Rack Body；The thread press includes the pressure with thread pressing wheel
Silk machine body and the silk pressing track below the thread press body, the thread press body lower section are provided with and the silk pressing track
The neck of matching, the thread press body is connected by silk pressing push-pull mechanism with the silk pressing track, in the thread press body
Thread pressing wheel on be provided with length measuring；The braider body, the wire-feed motor, thread press and length measuring all with control
Mechanism controls connection processed, vertical silk is fitted into braider body, and horizontal hair is passed through into thread press, the horizontal hair after thread press silk pressing
Insert in inner tube；Thread press silk pressing, horizontal hair right-hand member is reached inner tube right-hand member, moved to left wire feeding trolley by wire feed push-pull mechanism,
Wire feeding trolley drives sleeve pipe to move to left to close to thread press side, thread press body and moved to left to silk pressing track left end；Thread press body
Thread pressing wheel rotate, start silk pressing, while silk pressing, thread press body moves right along silk pressing track, wire feed push-pull mechanism
Wire feeding trolley is promoted to move right, when sleeve pipe right-hand member exceedes the mesh sheet opposite side rightmost side and indulges silk, before wire feed push-pull mechanism stops
Push away, after horizontal hair right-hand member reaches specified location, the thread pressing wheel of thread press body stops operating；Wire feed push-pull mechanism drives wire feed
Dolly is moved to left, while sleeve pipe is moved to left with wire feeding trolley, the right-hand member of sleeve pipe is retreated to the left side of cutting knife；Horizontal hair is cut in cutting knife work
It is disconnected；Silk pressing push-pull mechanism drives thread press body to be moved to left along silk pressing track, drives horizontal hair to exist while thread press body moves to left
Moved to left in inner tube, the right-hand member of horizontal hair is departed from mesh sheet；The filament-pushing disc of braider promotes forward, shifts the horizontal hair after cut-out onto finger
Positioning is put；Repeat the above steps, until working out, when inserting horizontal hair, the sleeve pipe positioned at outside is first stretched to the right, and positioned at set
Inner tube inside pipe is motionless, and sleeve pipe, which is not bent, can be readily intercalated between vertical silk and lower vertical silk, while being stretched on the sleeve pipe right side, silk pressing
The thread pressing wheel of machine body rotates, and horizontal hair follows sleeve pipe to advance to the right, avoids existing establishment machine and silk is indulged in horizontal hair insertion process
Stop to horizontal hair, and inner tube is fixedly connected with wire feed Rack Body, and in sleeve pipe moving process, inner tube does not move all the time, keeps away
It is sagging horizontal hair in sleeve pipe moving process is exempted from, after horizontal hair reaches setting position, the thread pressing wheel of thread press body stops operating, set
Pipe is moved to the left, and horizontal hair does not move, and after sleeve pipe removes mesh sheet, cutting knife cuts off horizontal hair, and silk pressing push-pull mechanism drives thread press
Body moves to left along silk pressing track, drives horizontal hair to be moved to left in inner tube while thread press body moves to left, takes off the right-hand member of horizontal hair
Off-network piece；Now, during then with pushing away horizontal hair before filament-pushing disc, the horizontal hair of cut-out will not hinder filament-pushing disc to move ahead, and horizontal hair plugging wire speed is fast,
Labor strength is low, and horizontal hair will not be bent during plugging wire, and mesh sheet flatness is high；Mesh sheet neat in edge；Second, by institute
It is round table-like that sleeve pipe, which is stated, away from wire feeding trolley one end；So in sleeve pipe, front end is thinner during insertion, and insertion is more smooth；Its
Three, because said inner tube support includes the support bar being connected with wire feed Rack Body and the collar positioned at post upper, described
Fastening push rod is provided with the collar, inner tube and the fixed position of wire feed Rack Body can be adjusted according to netting width, avoid horizontal stroke
Filament sag, and ensure that be moved to any position in sleeve pipe does not depart from inner tube.
Brief description of the drawings
Fig. 1 is the structural representation of fully automatic hydraulic braider of the present invention；
Fig. 2 is the structural representation that fully automatic hydraulic braider of the present invention is overlooked；
Fig. 3 is the structural representation of wire feeder；
Fig. 4 is sleeve pipe and the schematic cross-section of inner tube；
Fig. 5 is the structural representation of thread press.
Embodiment
With reference to the accompanying drawings and detailed description to the structure of fully automatic hydraulic braider of the present invention and weaving method and
Use principle is described in further details.
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4 and Fig. 5, the structural representation of fully automatic hydraulic braider of the present invention, the present invention
Fully automatic hydraulic braider includes braider body 1, and braider body 1 includes support body 2, becomes and hand over brown frame 3, filament-pushing disc 4, is pushing away silk
The side of the rear support body 2 of plate 4 is provided with cutting knife 5, and the outside of cutting knife 5 is provided with wire-feed motor 6, is provided with the side of wire-feed motor 6
Thread press 7 and pay off rack 8；Wire-feed motor 6 includes wire feed Rack Body 61, and wire feed slideway 62 is provided with wire feed Rack Body 61,
Wire feeding trolley 63 is provided with wire feed slideway 62, wire feeding trolley 63 is connected by wire feed push-pull mechanism 64 with wire feed Rack Body 61,
Sleeve fixing frame 65 is provided with wire feeding trolley 63, sleeve pipe 66 is fixed with the sleeve fixing frame 65, is set in sleeve pipe 66
Inner tube 67 is equipped with, the rear end of inner tube 67 is connected by interior pipe holder 9 with wire feed Rack Body 61.Thread press 7 includes carrying thread pressing wheel
71 thread press body 72 and the silk pressing track 73 positioned at the lower section of the thread press body 72, the lower section of thread press body 72 be provided with
The neck 74 of the silk pressing track 73 matching, thread press body 72 are connected with silk pressing track 73 by silk pressing push-pull mechanism 75, pressed
Length measuring 76 is provided with the thread pressing wheel 71 of silk machine body 72.Braider body 1, wire-feed motor 6, thread press 7 and length gauge
Measuring device 76 is all controlled with controlling organization 10 and connected.
Vertical silk is fitted into braider body 1, and horizontal hair is passed through into the silk pressing of thread press 7, the horizontal hair after the silk pressing of thread press 7
Insert in inner tube 67；Thread press silk pressing, horizontal hair right-hand member is set to reach the right-hand member of inner tube 67, by wire feed push-pull mechanism 64 by wire feeding trolley
63 move to left, and wire feeding trolley 63 drives sleeve pipe 66 to move to left to close to the side of thread press 7, thread press body 72 and moved to left to silk pressing track 73
Left end；The thread pressing wheel 71 of thread press body 72 rotates, and starts silk pressing, and while silk pressing, thread press body 72 is along silk pressing track
73 move right, and wire feed push-pull mechanism 64 promotes wire feeding trolley 63 to move right, and exceedes mesh sheet opposite side in the right-hand member of sleeve pipe 66
When silk is indulged in the rightmost side, wire feed push-pull mechanism 64 pushes away before stopping, after horizontal hair right-hand member reaches specified location, the pressure of thread press body 72
Silk wheel 71 stops operating；Wire feed push-pull mechanism 64 drives wire feeding trolley 63 to move to left, while sleeve pipe 66 is moved to left with wire feeding trolley,
The right-hand member of sleeve pipe 66 is set to retreat to the left side of cutting knife 5；Cutting knife 5, which works, cuts off horizontal hair；Silk pressing push-pull mechanism 75 drives thread press sheet
Body 72 moves to left along silk pressing track 73, drives horizontal hair to be moved to left in inner tube 67 while thread press body 72 moves to left, makes horizontal hair
Right-hand member departs from mesh sheet；The filament-pushing disc 4 of braider 1 promotes forward, shifts the horizontal hair after cut-out onto specified location；Repeat above-mentioned step
Suddenly, until working out.
When inserting horizontal hair, the sleeve pipe 66 positioned at outside is first stretched to the right, and the inner tube 67 inside sleeve pipe 66 is motionless, set
Pipe 66, which is not bent, can be readily intercalated between vertical silk and lower vertical silk, while being stretched on the right side of sleeve pipe 66, the silk pressing of thread press body 72
Wheel 71 rotates, and horizontal hair follows sleeve pipe 66 to advance to the right, avoids existing establishment machine and silk is indulged in horizontal hair insertion process to horizontal hair
Stop, and inner tube is fixedly connected with wire feed Rack Body, and in the moving process of sleeve pipe 66, inner tube 67 does not move all the time, avoids
Horizontal hair is sagging in the moving process of sleeve pipe 66, and after horizontal hair reaches setting position, the thread pressing wheel 71 of thread press body 72 stops operating,
Sleeve pipe is moved to the left, and horizontal hair does not move, and after sleeve pipe 66 removes mesh sheet, cutting knife 5 cuts off horizontal hair, and silk pressing push-pull mechanism 75 drives
Thread press body 72 moves to left along silk pressing track 73, drives horizontal hair to be moved to left in inner tube 67 while thread press body 72 moves to left,
The right-hand member of horizontal hair is set to depart from mesh sheet；Now, during then with pushing away horizontal hair before filament-pushing disc 4, before the horizontal hair of cut-out will not hinder filament-pushing disc 4
OK, horizontal hair plugging wire speed is fast, and labor strength is low, and horizontal hair will not be bent during plugging wire, and mesh sheet flatness is high；Mesh sheet side
Edge is neat.
Sleeve pipe 66 is round table-like away from the one end of wire feeding trolley 63；So in sleeve pipe, front end is thinner during insertion, insertion
It is more smooth.
Interior pipe holder 9 includes the support bar 91 being connected with wire feed Rack Body 61 and the collar 92 positioned at the upper end of support bar 91,
Fastening push rod 93 is provided with the collar 92, inner tube 67 and the fixed bit of wire feed Rack Body 61 can be adjusted according to netting width
Put, it is sagging to avoid horizontal hair, and ensures that be moved to any position in sleeve pipe does not depart from inner tube.
The method woven using above-mentioned fully automatic hydraulic braider is comprised the following steps：
The first step, charging
Vertical silk is fitted into braider body 1, and horizontal hair is passed through into thread press 7, the horizontal hair insertion inner tube after the silk pressing of thread press 7
In 67；
Second step, reset
The silk pressing of thread press 7, horizontal hair right-hand member is reached the right-hand member of inner tube 67, moved to left wire feeding trolley 63 by wire feed push-pull mechanism 64,
Wire feeding trolley 63 drives sleeve pipe 66 to move to left to close to the side of thread press 7, thread press body 72 and moved to left to the left end of silk pressing track 73；
3rd step, sleeve pipe moves right while thread press starts silk pressing
The thread pressing wheel 71 of thread press body 72 rotates, and starts silk pressing, and while silk pressing, thread press body 72 is along silk pressing track 73
Move right, wire feed push-pull mechanism 64 promotes wire feeding trolley 63 to move right, and it is most right to exceed mesh sheet opposite side in the right-hand member of sleeve pipe 66
When silk is indulged in side, wire feed push-pull mechanism 64 pushes away before stopping, after horizontal hair right-hand member reaches specified location, the thread pressing wheel of thread press body 72
71 stop operating；
4th step, sleeve pipe move to left
Wire feed push-pull mechanism 64 drives wire feeding trolley 63 to move to left, while sleeve pipe 66 is moved to left with wire feeding trolley 63, makes sleeve pipe 66
Right-hand member retreats to the left side of cutting knife 5；
5th step, cut off horizontal hair
Cutting knife 5, which works, cuts off horizontal hair；
6th step, horizontal hair move to left
Silk pressing push-pull mechanism 75 drives thread press body 72 to be moved to left along silk pressing track 73, band while thread press body 72 moves to left
Dynamic horizontal hair moves to left in inner tube 67, the right-hand member of horizontal hair is departed from mesh sheet；
7th step, braider are worked out
The filament-pushing disc 4 of braider 1 promotes forward, shifts the horizontal hair after cut-out onto specified location；
8th step, repeated since the 3rd step, until working out.
As a further improvement, this method comprises the following steps：
The first step, charging
Vertical silk is fitted into braider body 1, and horizontal hair is passed through into thread press 7, the horizontal hair insertion inner tube after the silk pressing of thread press 7
In 67, first fastening push rod 93 is unclamped, the position of inner tube 67 is adjusted according to netting width, then fixes fastening push rod 93；
Second step, reset
The silk pressing of thread press 7, horizontal hair right-hand member is reached the right-hand member of inner tube 67, moved to left wire feeding trolley 63 by wire feed push-pull mechanism 64,
Wire feeding trolley 63 drives sleeve pipe 66 to move to left to close to the side of thread press 7, thread press body 72 and moved to left to the left end of silk pressing track 73；
3rd step, sleeve pipe moves right while thread press starts silk pressing
The thread pressing wheel 71 of thread press body 72 rotates, and starts silk pressing, and while silk pressing, thread press body 72 is along silk pressing track 73
Move right, wire feed push-pull mechanism 64 promotes wire feeding trolley 63 to move right, and it is most right to exceed mesh sheet opposite side in the right-hand member of sleeve pipe 66
When silk is indulged in side, wire feed push-pull mechanism 64 pushes away before stopping, after horizontal hair right-hand member reaches specified location, the thread pressing wheel of thread press body 72
71 stop operating；
4th step, sleeve pipe move to left
Wire feed push-pull mechanism 64 drives wire feeding trolley 63 to move to left, while sleeve pipe 66 is moved to left with wire feeding trolley 63, makes sleeve pipe 66
Right-hand member retreats to the left side of cutting knife 5；
5th step, cut off horizontal hair
Cutting knife 5, which works, cuts off horizontal hair；
6th step, horizontal hair move to left
Silk pressing push-pull mechanism 75 drives thread press body 72 to be moved to left along silk pressing track 73, band while thread press body 72 moves to left
Dynamic horizontal hair moves to left in inner tube 67, the right-hand member of horizontal hair is departed from mesh sheet；
7th step, braider are worked out
The filament-pushing disc 4 of braider 1 promotes forward, shifts the horizontal hair after cut-out onto specified location；
8th step, repeated since the 3rd step, until working out.
Protection scope of the present invention is not limited solely to above-described embodiment, as long as structure weaves with fully automatic hydraulic of the present invention
Machine structure is same or similar and weaving method and this method it is same or similar, just fall in the scope of protection of the invention.
Claims (5)
1. fully automatic hydraulic braider, including braider body, the braider body includes support body, becomes and hand over brown frame, filament-pushing disc,
It is characterized in that：At the filament-pushing disc rear, the side of support body is provided with cutting knife, and wire-feed motor is provided with the outside of the cutting knife,
The side of the wire-feed motor is provided with thread press and pay off rack；
The wire-feed motor includes wire feed Rack Body, and wire feed slideway is provided with the wire feed Rack Body, in the wire feed slideway
On be provided with wire feeding trolley, the wire feeding trolley is connected by wire feed push-pull mechanism with the wire feed Rack Body, in the wire feed
Sleeve fixing frame is provided with dolly, sleeve pipe is fixed with the sleeve fixing frame, inner tube is provided with described sleeve pipe, this is interior
Pipe rear end is connected by interior pipe holder with the wire feed Rack Body；
The thread press includes the thread press body with thread pressing wheel and the silk pressing track below the thread press body, described
The neck with the silk pressing Orbit Matching is provided with below thread press body, the thread press body passes through silk pressing push-pull mechanism and institute
The connection of silk pressing track is stated, length measuring is provided with the thread pressing wheel of the thread press body；
The braider body, the wire-feed motor, thread press and length measuring are all controlled with controlling organization and connected.
2. fully automatic hydraulic braider according to claim 1, it is characterised in that：Described sleeve pipe is away from wire feeding trolley one end
To be round table-like.
3. fully automatic hydraulic braider according to claim 1, it is characterised in that：Said inner tube support includes and wire-feed motor
The support bar and the collar positioned at post upper of support body connection, are provided with fastening push rod on the collar.
4. the method that the fully automatic hydraulic braider described in usage right requirement 1,2 or 3 is woven, it is characterised in that：The party
Method comprises the following steps：
The first step, charging
Vertical silk is fitted into braider body, and horizontal hair is passed through into thread press, in the horizontal hair insertion inner tube after thread press silk pressing；
Second step, reset
Thread press silk pressing, horizontal hair right-hand member is reached inner tube right-hand member, moved to left wire feeding trolley by wire feed push-pull mechanism, wire feeding trolley
Drive sleeve pipe to move to left to close to thread press side, thread press body to move to left to silk pressing track left end；
3rd step, sleeve pipe moves right while thread press starts silk pressing
The thread pressing wheel of thread press body rotates, and starts silk pressing, while silk pressing, thread press body moves right along silk pressing track
Dynamic, wire feed push-pull mechanism promotes wire feeding trolley to move right, when sleeve pipe right-hand member exceedes the mesh sheet opposite side rightmost side and indulges silk, wire feed
Push-pull mechanism pushes away before stopping, and after horizontal hair right-hand member reaches specified location, the thread pressing wheel of thread press body stops operating；
4th step, sleeve pipe move to left
Wire feed push-pull mechanism drives wire feeding trolley to move to left, while sleeve pipe is moved to left with wire feeding trolley, is retreated to the right-hand member of sleeve pipe and is cut
The left side of knife；
5th step, cut off horizontal hair
Horizontal hair is cut off in cutting knife work；
6th step, horizontal hair move to left
Silk pressing push-pull mechanism drives thread press body to be moved to left along silk pressing track, drives horizontal hair to exist while thread press body moves to left
Moved to left in inner tube, the right-hand member of horizontal hair is departed from mesh sheet；
7th step, braider are worked out
The filament-pushing disc of braider promotes forward, shifts the horizontal hair after cut-out onto specified location；
8th step, repeated since the 3rd step, until working out.
5. the method that the fully automatic hydraulic braider described in usage right requirement 3 is woven, it is characterised in that：This method includes
The following steps：
The first step, charging
Vertical silk is fitted into braider body, and horizontal hair is passed through into thread press, in the horizontal hair insertion inner tube after thread press silk pressing,
First fastening push rod is unclamped, inner tube position is adjusted according to netting width, then fixes fastening push rod；
Second step, reset
Thread press silk pressing, horizontal hair right-hand member is reached inner tube right-hand member, moved to left wire feeding trolley by wire feed push-pull mechanism, wire feeding trolley
Drive sleeve pipe to move to left to close to thread press side, thread press body to move to left to silk pressing track left end；
3rd step, sleeve pipe moves right while thread press starts silk pressing
The thread pressing wheel of thread press body rotates, and starts silk pressing, while silk pressing, thread press body moves right along silk pressing track
Dynamic, wire feed push-pull mechanism promotes wire feeding trolley to move right, when sleeve pipe right-hand member exceedes the mesh sheet opposite side rightmost side and indulges silk, wire feed
Push-pull mechanism pushes away before stopping, and after horizontal hair right-hand member reaches specified location, the thread pressing wheel of thread press body stops operating；
4th step, sleeve pipe move to left
Wire feed push-pull mechanism drives wire feeding trolley to move to left, while sleeve pipe is moved to left with wire feeding trolley, is retreated to the right-hand member of sleeve pipe and is cut
The left side of knife；
5th step, cut off horizontal hair
Horizontal hair is cut off in cutting knife work；
6th step, horizontal hair move to left
Silk pressing push-pull mechanism drives thread press body to be moved to left along silk pressing track, drives horizontal hair to exist while thread press body moves to left
Moved to left in inner tube, the right-hand member of horizontal hair is departed from mesh sheet；
7th step, braider are worked out
The filament-pushing disc of braider promotes forward, shifts the horizontal hair after cut-out onto specified location；
8th step, repeated since the 3rd step, until working out.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710907704.0A CN107488936B (en) | 2017-09-29 | 2017-09-29 | Full-automatic hydraulic knitting machine and knitting method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710907704.0A CN107488936B (en) | 2017-09-29 | 2017-09-29 | Full-automatic hydraulic knitting machine and knitting method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107488936A true CN107488936A (en) | 2017-12-19 |
| CN107488936B CN107488936B (en) | 2022-12-23 |
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| CN201710907704.0A Active CN107488936B (en) | 2017-09-29 | 2017-09-29 | Full-automatic hydraulic knitting machine and knitting method |
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| GB2090619A (en) * | 1981-01-07 | 1982-07-14 | Leesona Corp | Means and method for sensing loom conditions |
| EP0547002A1 (en) * | 1991-12-12 | 1993-06-16 | Kabushiki Kaisha Toyoda Jidoshokki Seisakusho | Control method and apparatus for disposing a defective weft in a shuttleless loom |
| JP2001234452A (en) * | 2000-02-21 | 2001-08-31 | Toray Ind Inc | Method and apparatus for producing woven fabric for reinforcement |
| CN1898427A (en) * | 2003-12-22 | 2007-01-17 | 皮克诺尔公司 | Device for picking up a section of a weft thread |
| CN101974822A (en) * | 2010-10-11 | 2011-02-16 | 江阴市祥德纺织有限公司 | Weft yarn-assisted weft shrinkage prevention device for jet loom |
| CN105386217A (en) * | 2015-12-14 | 2016-03-09 | 江苏明源纺织有限公司 | Double-spray-nozzle multi-yarn weaving device |
| CN106978665A (en) * | 2017-05-17 | 2017-07-25 | 东华大学 | A kind of optional Weft Insertion Mechanism in Rapier Looms of three-dimensional loom |
| CN207170811U (en) * | 2017-09-29 | 2018-04-03 | 安平县金路丝网机械有限公司 | Fully automatic hydraulic braider |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2090619A (en) * | 1981-01-07 | 1982-07-14 | Leesona Corp | Means and method for sensing loom conditions |
| EP0547002A1 (en) * | 1991-12-12 | 1993-06-16 | Kabushiki Kaisha Toyoda Jidoshokki Seisakusho | Control method and apparatus for disposing a defective weft in a shuttleless loom |
| JP2001234452A (en) * | 2000-02-21 | 2001-08-31 | Toray Ind Inc | Method and apparatus for producing woven fabric for reinforcement |
| CN1898427A (en) * | 2003-12-22 | 2007-01-17 | 皮克诺尔公司 | Device for picking up a section of a weft thread |
| CN101974822A (en) * | 2010-10-11 | 2011-02-16 | 江阴市祥德纺织有限公司 | Weft yarn-assisted weft shrinkage prevention device for jet loom |
| CN105386217A (en) * | 2015-12-14 | 2016-03-09 | 江苏明源纺织有限公司 | Double-spray-nozzle multi-yarn weaving device |
| CN106978665A (en) * | 2017-05-17 | 2017-07-25 | 东华大学 | A kind of optional Weft Insertion Mechanism in Rapier Looms of three-dimensional loom |
| CN207170811U (en) * | 2017-09-29 | 2018-04-03 | 安平县金路丝网机械有限公司 | Fully automatic hydraulic braider |
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| CN107488936B (en) | 2022-12-23 |
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