CN107282831A - A kind of wire mesh weaving machine - Google Patents
A kind of wire mesh weaving machine Download PDFInfo
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- CN107282831A CN107282831A CN201710636849.1A CN201710636849A CN107282831A CN 107282831 A CN107282831 A CN 107282831A CN 201710636849 A CN201710636849 A CN 201710636849A CN 107282831 A CN107282831 A CN 107282831A
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- fixed
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- board
- driving element
- top surface
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21F—WORKING OR PROCESSING OF METAL WIRE
- B21F27/00—Making wire network, i.e. wire nets
- B21F27/02—Making wire network, i.e. wire nets without additional connecting elements or material at crossings, e.g. connected by knitting
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21F—WORKING OR PROCESSING OF METAL WIRE
- B21F11/00—Cutting wire
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- Textile Engineering (AREA)
- Knitting Machines (AREA)
Abstract
The present invention discloses a kind of wire mesh weaving machine, including board, thread loom structure, Qie Wang mechanisms, first fixed seat, first sliding shoe, first sliding recess, haul plate, Ce Wei travel mechanisms, movable mechanism, feeding pressure mechanism, pass through thread loom structure woven mesh belt semi-finished product, the guipure semi-finished product of regular length are cut off by Qie Wang mechanisms, by feeding pressure mechanism in fixing guipure semi-finished product on haul plate, top surface push guipure semi-finished product in haul plate are moved by side displacement, movable mechanism is by driving the first sliding shoe movable in moving forward and backward drive haul plate in the first sliding recess.The present invention can fully-automatic production different length semi-finished product guipure, production efficiency is high, reduce the influence of artifact, product is unanimously high, improve product quality, orderly discharging to guipure semi-finished product is realized additionally by Ce Wei travel mechanisms and movable mechanism, sort and preliminarily forms netted, facilitates Product transport, improves production efficiency.
Description
Technical field
The present invention relates to watchband processing technique field, in particular it relates to a kind of watchband wire mesh weaving machine.
Background technology
, it is necessary to produce preliminary mesh network band in watchband manufacturing process, then watchband is fabricated to by processing guipure.
In the prior art, metal mesh belt braiding is general by manually operating semi-automatic Web-making apparatus and semi-automatic net equipment of cutting to carry out guipure
The production of semi-finished product, by motor, gear, cam combination mechanism driving, by motor, cam exert oneself completion knit line, cut-out, etc.
Work, is then woven into preliminary netted, watchband is made in the guipure semi-finished product for processing netted by processing guipure semi-finished product.It is existing
There is semi-automatic Web-making apparatus to use different moulds for the guipure semi-finished product of different length, grasped by artificial mode
Make semi-automatic net equipment of cutting to carry out cutting net, produce the guipure semi-finished product of different length, it is necessary to change the mould of different length,
Adjusting machine time is long, low production efficiency, while because being cut by artificial judgment semi-finished product length and control, there is product length and differ
The defect of cause, while the length of product easily exceeds error range, produces defective products, causes production cost to waste.
The content of the invention
In view of the shortcomings of the prior art, the present invention provides a kind of efficient and high wire mesh weaving machine of yields.
A kind of wire mesh weaving machine disclosed by the invention, including：
Board；
Controller on board；
Thread loom structure；Thread loom structure is on board, and it has drive end and knits line end；Drive end is connected with controller；
Qie Wang mechanisms；Qie Wang mechanisms are on board, and it has upper cutter end and lower cutter end；Upper cutter end, which is located at, knits line
The top at end；Lower cutter end is located at the lower section for knitting line end, and it is connected with controller；
Located at the first fixed seat of board top surface, it is located at the rear for knitting line end；The top surface of first fixed seat is along X-direction
Provided with the first sliding recess；
It is slidably connected to the first sliding shoe in the first sliding recess；
Haul plate located at the first sliding shoe top；Haul plate has feed end, the discharge end relative with feed end and
Sidesway end between feed end and discharge end；
Ce Wei travel mechanisms；The first displacement that Ce Wei travel mechanisms have the first power end and interlocked with the first power end
End；First power end is located at the bottom surface of board；First displacement end fits in the top surface at sidesway end, and it is connected with controller；First
Power end driving first shifts end and moved linearly in the top surface of haul plate along Y-axis；
Movable mechanism；The second displacement that movable mechanism has the second power end and interlocked with the second power end
End；Second power end is located at the bottom surface of board, and it is connected with controller；Second displacement end is connected to the first sliding shoe；Second moves
Power end drives haul plate to be moved linearly along X-axis by the first sliding shoe；And
Feeding pressure mechanism；Feeding pressure mechanism has fixing end and binder end；Fixing end is fixed on haul plate, and binder end is located at haul
Above plate.
According to an embodiment of the present invention, wire mesh weaving machine also includes：Controller on board；Controller is distinguished
It is connected with drive end, lower cutter end, the first power end and the second power end.
According to an embodiment of the present invention, drive end includes：Installation side plate and the first driving element；Installation side plate is fixed
In the side of board；First driving element is fixed in installation side plate, and its one end is connected with controller；Knitting line end includes：Knit line
Part and molding part；The top surface that line piece is located at board is knitted, its one end is connected with the other end of the first driving element；Molding part is located at
The top surface of board, it is located at the side for knitting line piece；The other end for knitting line piece wears the top of molding part.
According to an embodiment of the present invention, knitting line piece includes：Second fixed seat, swingle, Suo mouths, knit line pin and spiral shell
Revolve mould；Second fixed seat is located at the top surface of board；Swingle wears the second fixed seat, and its one end connects with the first driving element
Connect；Suo mouths are located at the other end of swingle；The one end for knitting line pin is fixed in Suo mouths, and its other end is connected with spiral mould；Spiral shell
Rotation mould wears the top of molding part.
According to an embodiment of the present invention, molding part includes：3rd fixed seat and mould；3rd fixed seat is located at
The top surface of board, it is located at the second fixed seat close to the side for knitting line pin；The top of 3rd fixed seat offers a fixed groove；
Mould is fixed in fixed groove；A shaping groove is offered on mould；Spiral mould wears shaping groove.
According to an embodiment of the present invention, upper cutter end includes：4th fixed seat, the first connector and upper cutter
Part；The top surface of board is fixed in the bottom of 4th fixed seat；The top of the 4th fixed seat is fixed in one end of first connector, its
The other end is located at the top of mould；Upper cutter part wears the one end of the first connector away from the 4th fixed seat；Upper cutter part
Bottom be blade end, its be located between the first connector and mould.
According to an embodiment of the present invention, lower cutter end includes：5th fixed seat, the second sliding shoe, incision knife with
And second driving element；Second driving element is located at the bottom surface of board, and its one end is connected with controller；5th fixed seat is located at machine
The top surface of platform, it is located at the side of the 3rd fixed seat and relative with the second fixed seat；5th fixed seat is provided with along its length
Second sliding recess, the second sliding shoe is fixed on the second sliding recess；Incision knife wears the top of the second sliding shoe, and it is pushed up
Hold as blade end, its blade end and the blade end of upper cutter part are opposite；Worn by the top surface of board the bottom of to the bottom of the second sliding shoe
Face is connected with the other end of the second driving element.
According to an embodiment of the present invention, the first power end includes：First fixed plate and the 3rd driving element；First consolidates
The top of fixed board is perpendicularly fixed at the bottom surface of board；3rd driving element is fixed on the medial surface of the first fixed plate, its one end with
Controller is connected；First displacement end includes：Head rod, the 3rd connector and sidesway plate；The bottom of head rod with
The other end connection of 3rd driving element, its top is connected with one end of the 3rd connector；The other end of 3rd connector and side
Move plate connection；The bottom surface of sidesway plate fits in the top surface at sidesway end；3rd driving element is connected by head rod and the 3rd
Part driving sidesway plate moves linearly in the top surface of haul plate along Y-axis.
According to an embodiment of the present invention, the second power end includes：Second fixed plate and the 4th driving element；Second consolidates
The top of fixed board is perpendicularly fixed at the bottom surface of board, and it is located at the side of the first fixed plate；4th driving element is fixed on second
The medial surface of fixed plate, its one end is connected with controller；Second displacement end includes：Second connecting rod；The bottom of second connecting rod
It is connected with the other end of the 4th driving element, its top is connected with the first sliding shoe；4th driving element passes through the second connecting rod
And first sliding shoe driving haul plate moved linearly along X-axis.
According to an embodiment of the present invention, fixing end includes：3rd fixed plate and standing screw；The bottom of 3rd fixed plate
The one side of haul plate is fixed at end, itself and feed end homonymy；Standing screw is perpendicularly fixed in the 3rd fixed plate, and it is located at fortune
The top of flitch；Binder end includes：3rd connecting rod and holding pad；One end of 3rd connecting rod is sheathed on standing screw, its
The top surface connection of the other end and holding pad；Holding pad is located at the top of haul plate.
According to an embodiment of the present invention, fixing end also includes：Locating part；The bottom of locating part is perpendicularly fixed at the 3rd
The one side of fixed plate, it is located at the top of standing screw.
The beneficial effect that the present invention is different from prior art is：The present invention wire mesh weaving machine is by thread loom structure and cuts
Net mechanism cooperating, the semi-finished product guipure of fully-automatic production different length, production efficiency is high, reduces the influence of artifact,
Homogeneity of product is high, improves product quality, while being that can be set in product length, production process without changing not by controller
With the mould of length, reduction adjusting machine time simple to operate further improves production efficiency, additionally by Ce Wei travel mechanisms
And movable mechanism realizes orderly discharging to guipure semi-finished product, sorts and preliminarily forms netted, facilitates Product transport, improves
Production efficiency.
Brief description of the drawings
Accompanying drawing described herein is used for providing further understanding of the present application, constitutes the part of the application, this Shen
Schematic description and description please is used to explain the application, does not constitute the improper restriction to the application.In the accompanying drawings：
Fig. 1 is the front view of netting machine in embodiment；
Fig. 2 is the structural representation of netting machine in embodiment；
Fig. 3 is the structural representation of the first fixed seat in embodiment；
Fig. 4 is one of thread loom structure and the structural representation of Qie Wang mechanisms in embodiment；
Fig. 5 is two of thread loom structure and the structural representation of Qie Wang mechanisms in embodiment；
Fig. 6 is to knit the structural representation of line piece in embodiment；
Fig. 7 is the structural representation of molding part in embodiment；
Fig. 8 is the structural representation at upper cutter end in embodiment；
Fig. 9 is the part-structure schematic diagram at lower cutter end in embodiment；
Figure 10 is the structural representation of the 4th fixed seat in embodiment；
Figure 11 is the structural representation of movable mechanism, Ce Wei travel mechanisms and feeding pressure mechanism in embodiment；
Figure 12 is Figure 11 partial enlarged drawing.
Description of reference numerals：101st, board；102nd, controller；103rd, fixed support；104th, thread loom structure；105th, net machine is cut
Structure；1041st, drive end；1042nd, line end is knitted；1051st, upper cutter end；1052nd, lower cutter end；10411st, installation side plate；10412、
First driving element；10421st, line piece is knitted；10422nd, molding part；104211st, the second fixed seat；104212nd, swingle；
104213rd, Suo mouths；104214th, line pin is knitted；104215th, spiral mould；1043rd, runner；1044th, belt；1042131st, locking screw
Hole；104221st, the 3rd fixed seat；104222nd, mould；1042211st, fixed groove；1042221st, shaping groove；10511、
4th fixed seat；10512nd, the first connector；10513rd, upper cutter part；10521st, the 5th fixed seat；10522nd, the second sliding shoe；
10523rd, incision knife；10524th, the second driving element；10525th, connection fixing base；10526th, the 4th connecting rod；105261st, move
The arm of force；105262nd, resistance arm；105211st, the second sliding recess；105221st, cross spacing block；105222nd, the second connector；
106th, the first fixed seat；107th, the first sliding shoe；108th, haul plate；109th, Ce Wei travel mechanisms；110th, mechanism is moved forward and backward；
111st, feeding pressure mechanism；112nd, plate is cached；1011st, the first limited impression；1012nd, the second limited impression；1061st, the first slip is recessed
Groove；1081st, feed end；1082nd, discharge end；1083rd, sidesway end；1091st, the first power end；1092nd, the first displacement end；1101、
Second power end；1102nd, the second displacement end；1111st, fixing end；1112nd, binder end；10911st, the first fixed plate；10912nd,
Three driving elements；10921st, head rod；10922nd, the 3rd connector；10923rd, sidesway plate；109231st, step；
109232nd, two grades of ladders；11011st, the second fixed plate；11012nd, the 4th driving element；11021st, the second connecting rod；11111st,
Three fixed plates；11112nd, standing screw；11121st, the 3rd connecting rod；11122nd, holding pad；11113rd, locating part；200th, the first net
Band semi-finished product；300th, the second guipure semi-finished product.
Embodiment
Multiple embodiments of the present invention, as clearly stated, the details in many practices will be disclosed with schema below
It will be explained in the following description.It should be appreciated, however, that the details in these practices is not applied to limit the present invention.Also
It is to say, in some embodiments of the present invention, the details in these practices is non-essential.In addition, for the sake of simplifying schema,
Some known usual structures will illustrate it in simply illustrative mode in the drawings with component.
It is to be appreciated that institute is directional in the embodiment of the present invention indicates that (such as up, down, left, right, before and after ...) is only used
In explaining relative position relation, motion conditions under a certain particular pose (as shown in drawings) between each part etc., if should
When particular pose changes, then directionality indicates also correspondingly therewith to change.
In addition, in the present invention such as relating to the description of " first ", " second " etc. be only used for describe purpose, not especially censure
The meaning of order or cis-position, is also not used to limit the present invention, its component described with constructed term just for the sake of difference
Or operation, and it is not intended that indicating or implying its relative importance or the implicit number for indicating indicated technical characteristic
Amount.Thus, " first " is defined, at least one this feature can be expressed or be implicitly included to the feature of " second ".In addition, each
Technical scheme between individual embodiment can be combined with each other, but must can be implemented as base with those of ordinary skill in the art
Plinth, when the combination appearance of technical scheme is conflicting or can not realize it will be understood that the combination of this technical scheme is not present,
Also not within the protection domain of application claims.
Embodiment：
In order to which following explanation becomes apparent from, the direction of the bottom of wire mesh weaving machine in Fig. 1 to top is defined as, will be upper
Lower direction is set to X-direction, wherein, direction from lower to upper is X-axis positive direction, and the direction perpendicular to paper is set to Y direction,
The direction wherein carried on the back by paper towards paper is Y-axis positive direction, and X-axis positive direction is rear, and X-axis negative direction is front；In addition, single
The side view of guipure semi-finished product is the circle of d diameters, and step pitch D is defined as greater than into 0 distance for being less than d.
The present embodiment provides a kind of wire mesh weaving machine, refer to shown in Fig. 1 to 3, and netting machine is being just respectively in embodiment
The structural representation of view, structural representation and the 5th fixed seat.Wire mesh weaving machine include board 101, thread loom structure 104,
Thread loom structure 104 is on board 101, and it has drive end 1041 and knits line end 1042, Qie Wang mechanisms 105, Qie Wang mechanisms 105
On board 101, it has upper cutter end 1051 and lower cutter end 1052, and upper cutter end 1051, which is located at, knits the upper of line end 1042
Side, lower cutter end 1052 is located at the lower section for knitting line end 1042, located at the first fixed seat 106 of the top surface of board 101, and it, which is located at, knits line
The rear at end 1042, the top surface of the first fixed seat 106 is provided with the first sliding recess 1061 along X-direction, is slidably connected to first
The first sliding shoe 107 in sliding recess 1061, the haul plate 108 located at the top of the first sliding shoe 107, haul plate 108 has
The discharge end 1082 relative with feed end 1081 of feed end 1081 and the side between feed end 1081 and discharge end 1082
Move end 1083, Ce Wei travel mechanisms 109, Ce Wei travel mechanisms 109 have the first power end 1091 and with the first power end
1091 the first displacement ends 1092 interlocked, the first power end 1091 is located at the bottom surface of board 101, and the first displacement end 1092 is fitted in
The top surface at sidesway end 1083, the first power end 1091 driving first shifts end 1092 and moved in the top surface of haul plate 108 along Y-axis straight line
It is dynamic, mechanism 110 is moved forward and backward, movable mechanism 110 has the second power end 1101 and interlocked with the second power end 1101
Second displacement end 1102, the second power end 1101 be located at board 101 bottom surface, second displacement end 1102 is connected to the first slip
Block 107, the second power end 1101 drives haul plate 108 to be moved linearly along X-axis by the first sliding shoe 107, and feeding pressure mechanism
111, feeding pressure mechanism 111 has fixing end 1111 and binder end 1112, and fixing end 1111 is fixed on haul plate 108, binder end
1112 are located at the top of haul plate 108.It is otherwise noted that wire mesh weaving machine also includes the controller on board 101
102, controller 102 connects with drive end 1041, lower cutter end 1052, the first power end 1091 and the second power end 1101 respectively
Connect, wherein board 101 is provided with fixed support 103, controller 102 is fixed on fixed support 103, it is convenient to controller 102
Operation.
The wire mesh weaving machine of the present invention is by thread loom structure 104 and the cooperating of Qie Wang mechanisms 105, and fully-automatic production is not
With the semi-finished product guipure of length, production efficiency is high, reduces the influence of artifact, and homogeneity of product is high, improves product quality, together
When product length can be set by controller 102, the mould of different length, operation letter need not be changed in production process
It is single, adjusting machine time is reduced, production efficiency is further improved, it is real additionally by Ce Wei travel mechanisms 109 and movable mechanism 110
Orderly discharging existing to guipure semi-finished product, sort and preliminarily form netted, facilitate Product transport, improve production efficiency.
Further, please also refer to shown in Fig. 4 to 7, respectively thread loom structure and the structural representation of Qie Wang mechanisms it
First, structural representation two, knit the structural representation of line piece and the structural representation of molding part.Drive end 1041 includes installing
The driving element 10412 of side plate 10411 and first, installation side plate 10411 is fixed on the side of board 101, the first driving element
10412 are fixed in installation side plate 10411, and its one end is connected with controller 102, wherein, the first driving element 10412 is preferentially
Using servomotor, knitting line end 1042 includes knitting line piece 10421 and molding part 10422, knits line piece 10421 located at board 101
Top surface, its one end is connected with the other end of the first driving element 10412, and molding part 10422 is located at the top surface of board 101, its
Positioned at the side for knitting line piece 10421, the other end for knitting line piece 10421 wears the top of molding part 10422.Specifically, line piece is knitted
10421 include the second fixed seat 104211, swingle 104212, Suo mouths 104213, knit line pin 104214 and spiral mould
104215, the second fixed seat 104211 is located at the top surface of board 101, and swingle 104212 wears the second fixed seat 104211, its
One end is connected with the first driving element 10412, wherein, one end of the driving element 10412 of swingle 104212 and first is respectively provided with
One runner 1043 a, belt 1044 is sheathed on the outside of two runners 1043 respectively, and Suo mouths 104213 are located at swingle 104212
The other end, Suo mouths 104213 are provided with locking screw holes 1042131, and the opening and closing for controlling Suo mouths 104213 knit line pin
104214 one end is fixed in Suo mouths 104213, and its other end is connected with spiral mould 104215, wherein, knit line pin 104214
It is integrally formed and is fixedly connected with spiral mould 104215, spiral mould 104215 wears the top of molding part 10422.Specifically,
Molding part 10422 includes the 3rd fixed seat 104221 and mould 104222, and the 3rd fixed seat 104221 is located at board 101
Top surface, it is located at the second fixed seat 104211 close to the side for knitting line pin 104214, and the top of the 3rd fixed seat 104221 is opened up
There is a fixed groove 1042211, mould 104222 is fixed in fixed groove 1042211, is opened on mould 104222
Provided with a shaping groove 1042221, spiral mould 104215 wears shaping groove 1042221.Pre-set by controller 102
Metal wire, is then around on spiral mould 104215 by the braiding length of good guipure semi-finished product, is then controlled by controller 102
First driving element 10412 works, and utilizes the runner 1043 and skin set on the first driving element 10412 and swingle 104212
Band 1044 coordinates transmission, and the first driving element 10412 driving swingle 104212 is rotated, and line pin 104214 and Helical Mode are knitted in drive
Tool 104215 is rotated together with, and metal wire is in the case where the rotation for knitting line pin 104214 and spiral mould 104215 drives, finally in shaping
Spiral helicine guipure semi-finished product are formed in groove 1042221.
Further, it refer to shown in Fig. 4, Fig. 5, Fig. 8, Fig. 9 and Figure 10, during wherein Fig. 8 to Figure 10 is respectively embodiment
The structural representation of the structural representation at upper cutter end, the part-structure schematic diagram at lower cutter end and the 4th fixed seat.On cut
Knife end 1051 includes the 4th fixed seat 10511, the first connector 10512 and upper cutter part 10513, the 4th fixed seat 10511
Bottom be fixed on the top surface of board 101, the top of the 4th fixed seat 10511 is fixed in one end of the first connector 10512, its
The other end is located at the top of mould 104222, and upper cutter part 10513 wears the first connector 10512 away from the 4th fixed seat
10511 one end, the bottom of upper cutter part 10513 is blade end, and it is located at the first connector 10512 and mould 104222
Between；Lower cutter end 1052 includes the 5th fixed seat 10521, the second sliding shoe 10522, incision knife 10523 and second and driven
Dynamic element 10524, the second driving element 10524 is located at the bottom surface of board 101, and its one end is connected with controller 102, wherein second
Driving element 10524 is located at the top surface of board 101 preferably by cylinder, the 5th fixed seat 10521, and it is located at the 3rd fixed seat
104221 side is simultaneously relative with the second fixed seat 104211, and the 5th fixed seat 10521 is slided provided with second along its length
Groove 105211, wherein the cross section of the second sliding recess 105211 is trapezoidal, the second sliding shoe 10522 is fixed on the second slip
On groove 105211, incision knife 10523 wears the top of the second sliding shoe 10522, its top be blade end, its blade end with
The blade end of upper cutter part 10513 is opposite, wherein, the top of the second sliding shoe 10522 is provided with cross spacing block 105221, laterally
Limited block 105221 is provided with the second connector 105222, and incision knife 10523 wears the second connector 105222, and second slides
Worn to bottom surface and be connected with the other end of the second driving element 10524 by the top surface of board 101 in the bottom of block 10522.Continuing with ginseng
Examine shown in Fig. 4 to 5, it is otherwise noted that lower cutter end 1052 also includes the connecting rod of connection fixing base 10525 and the 4th
10526, the bottom surface of board 101 is fixed on the top of connection fixing base 10525, and it is located at the second driving element 10524 and second
Between the bottom of sliding shoe 10522, the bottom of connection fixing base 10525 is fixed at the middle part of the 4th connecting rod 10526, forms one
Laborsaving lever, wherein be divided into power arm 105261 and resistance arm 105262 by boundary of fixing point, the 4th connecting rod 10526 it is dynamic
The arm of force 105261 is connected with the second driving element 10524, and its resistance arm 105262 is connected with the bottom of the second sliding shoe 10522.
The connecting rod 10526 of connection fixing base 10525 and the 4th forms laborsaving lever, makes the second driving element 10524 drive second to slide
The power of block 10522 is bigger, strengthens the snap-in force between upper cutter part 10513 and the blade end of incision knife 10523, it is ensured that net
The stability of cutting-off process with semi-finished product, strengthens the stability of the work of Qie Wang mechanisms 105.Set in advance by controller 102
The braiding length of guipure semi-finished product is put, then when metal wire knits out the guipure half of certain length on mould 104222
After finished product, the second driving element 10524 drives the second sliding shoe 10522 in the second sliding recess by the 4th connecting rod 10526
Moved on 105211 by its bottom towards top orientation, drive incision knife 10523 to move, until upper cutter part 10513 and incision
Blade end occlusion between knife 10523, cuts off guipure semi-finished product, forms the guipure semi-finished product of regular length.
Further, it refer to shown in Figure 11 and 12, respectively move forward and backward mechanism, Ce Wei travel mechanisms and swager
The structural representation of structure and Figure 11 partial enlarged drawing.First power end 1091 includes the first fixed plate 10911 and the 3rd driving
Element 10912, the top of the first fixed plate 10911 is perpendicularly fixed at the bottom surface of board 101, and the 3rd driving element 10912 is fixed
In the medial surface of the first fixed plate 10911, its one end is connected with controller 102, wherein, the 3rd driving element 10912 is preferably
Using cylinder, the first displacement end 1092 includes head rod 10921, the 3rd connector 10922 and sidesway plate 10923, the
The bottom of one connecting rod 10921 is connected with one end of the 3rd driving element 10912, its top and the one of the 3rd connector 10922
End connection, the other end of the 3rd connector 10922 is connected with sidesway plate 10923 by way of screw rod, wherein, on board 101
Offer to limit the first limited impression 1011 of the shift position of head rod 10921, the middle part of head rod 10921
It is arranged in the first limited impression 1011, the bottom surface of sidesway plate 10923 fits in the top surface at sidesway end 1083, the 3rd driving element
10912 drive sidesway plate 10923 in the top surface of haul plate 108 along Y by the connector 10922 of head rod 10921 and the 3rd
Axle moves linearly, wherein, the cross section of sidesway plate 10923 is stepped for two grades, and it has step 109231 and two grades of ranks
Ladder 109232, makes guipure semi-finished product depart from haul plate 108 using step 109231, is fixed and pushed away using two grades of ladders 109232
Guipure semi-finished product are sent, effectively strengthen the job stability of Ce Wei travel mechanisms 109.Guipure semi-finished product by haul plate 108 feed end
1081 send into along Y-axis positive direction, and when guipure semi-finished product complete braiding and cut, the 3rd driving element 10912 connects by first
The connector 10922 of extension bar 10921 and the 3rd driving sidesway plate 10923 moves linearly a step pitch in the top surface of haul plate 108 along Y-axis
D, makes guipure semi-finished product in the top surface of haul plate 108 along Y-axis one step pitch D of rectilinear movement, then the 3rd driving element 10912 is multiple
Position, drives sidesway plate 10923 to reset.
Further, please continue to refer to shown in Figure 11, the second power end 1101 includes the second fixed plate 11011 and 4 wheel driven
Dynamic element 11012, the top of the second fixed plate 11011 is perpendicularly fixed at the bottom surface of board 101, and it is located at the first fixed plate
10911 side, the 4th driving element 11012 is fixed on the medial surface of the second fixed plate 11011, its one end and controller 102
Connection, wherein the 4th driving element 11012 is preferably by cylinder；Second displacement end 1102 includes the second connecting rod 11021, the
The bottom of two connecting rods 11021 is connected with the other end of the 4th driving element 11012, and its top is connected with the first sliding shoe 107,
Wherein, offer to limit the second limited impression 1012 of the shift position of the second connecting rod 11021, second on board 101
The middle part of connecting rod 11021 is arranged in the second limited impression 1012, and the 4th driving element 11012 passes through the second connecting rod
11021 and first the driving of sliding shoe 107 haul plate 108 moved linearly along X-axis.When guipure semi-finished product are in the top surface of haul plate 108
Along Y-axis one step pitch D of rectilinear movement, the 4th driving element 11012 is driven by the second connecting rod 11021 and the first sliding shoe 107
Haul plate 108 moves linearly along X-axis, make it is adjacent between two guipure semi-finished product mutually stagger in the Y-axis direction, make by guipure
Semi-finished product tentatively work out the mesh network band of shaping magnitude range be limited in the range of, facilitate subsequent material transport and process.
Further, please continue to refer to shown in Figure 11, fixing end 1111 includes the 3rd fixed plate 11111 and standing screw
11112, the one side of haul plate 108 is fixed in the bottom of the 3rd fixed plate 11111, itself and the homonymy of feed end 1081, fixed spiral shell
Bar 11112 is perpendicularly fixed in the 3rd fixed plate 11111, and it is located at the top of haul plate 108；Binder end 1112 includes the 3rd and connected
Extension bar 11121 and holding pad 11122, one end of the 3rd connecting rod 11121 are sheathed on standing screw 11112, the 3rd connecting rod
11121 are connected in rotatable certain angle on standing screw 11112, its other end with the top surface of holding pad 11122, holding pad
11122 are located at the top of haul plate 108, wherein, wherein holding pad 11122 is elongated rectangular shape shape, its length and haul plate 108
Equal length, for fixing material.Specifically, fixing end 1111 also includes locating part 11113, the bottom of locating part 11113
The one side of the 3rd fixed plate 11111 is perpendicularly fixed at, it is located at the top of standing screw 11112, locating part 11113 is effectively anti-
Only the 3rd connecting rod 11121 is excessive in the upper anglec of rotation of standing screw 11112, influences other working regions.Shift netting dress
Put before work, the 3rd connecting rod 11121 is rotated in the direction on standing screw 11112 towards haul plate 108, make guipure semi-finished product
Fit on haul plate 108, limit guipure semi-finished product mobile range on the top surface of haul plate 108, reinforcing mat band semi-finished product
Webbed stability is tentatively woven on haul plate 108.
The operation principles of the present invention are as follows：
In order to which following explanation becomes apparent from, Figure 11 partial enlarged drawing is refer to, the first guipure semi-finished product 200 are introduced respectively
With the second guipure semi-finished product 300, wherein, the first guipure semi-finished product 200 and the second guipure semi-finished product 300 are structure identical spiral
The single guipure semi-finished product of strip.
Start netting machine before, first by the 3rd connecting rod 11121 on standing screw 11112 towards the side of haul plate 108
To rotation, until the distance between holding pad 11122 and haul plate 108 can just make single guipure semi-finished product fit in haul plate
On 108, product length is pre-set by controller 102, then manually metal wire is around on spiral mould 104215；Open
After dynamic netting machine, the first driving element 10412 works, and utilizes what is set on the first driving element 10412 and swingle 104212
Runner 1043 coordinates with belt 1044 to be driven, and the first driving element 10412 driving swingle 104212 is rotated, and line pin is knitted in drive
104214 and spiral mould 104215 rotate together with, metal wire knitting line pin 104214 and spiral mould 104215 rotation drive
Under, in forming spiral helicine first guipure semi-finished product 200 in shaping groove 1042221, while by the feed end of haul plate 108
1081 rotate into along X-axis positive direction, the product length that then the second driving element 10524 is pre-set according to controller 102
Work, when product length reaches certain length, the second driving element 10524 drives the second sliding shoe 10522 to be slided in second
Moved on groove 105211 by its bottom towards top orientation, drive incision knife 10523 to move, until upper cutter part 10513 with
Blade end occlusion between incision knife 10523, cuts off the first guipure semi-finished product 200, then the second driving element 10524 is answered
Position, upper cutter part 10513 is separated with the blade end of incision knife 10523, now, and the 3rd driving element 10912 connects by first
The connector 10922 of extension bar 10921 and the 3rd driving sidesway plate 10923 moves linearly in the top surface of haul plate 108 along Y-axis positive direction
One step pitch D, top surface of the first guipure semi-finished product 200 in haul plate 108 is pushed along Y-axis positive direction straight line using sidesway plate 10923
A step pitch D is moved, then the 3rd driving element 10912 resets, drive sidesway plate 10923 to reset, now the 4th driving element
11012 drive haul plate 108 along X-axis positive direction one spacing of rectilinear movement by the second connecting rod 11021 and the first sliding shoe 107
From then the second guipure semi-finished product 300 are with aforementioned principles, in formation helical form in shaping groove 1042221, and by haul plate
108 feed end 1081 is rotated into along X-axis positive direction, while be cut off after the second semi-finished product 300 reach preset length, this
When the second guipure semi-finished product 300 differ a step pitch D in the Y-axis direction with the first guipure semi-finished product 200, because of single guipure semi-finished product
For spiral strip, the second guipure semi-finished product 300 prolong on haul plate 108 along X-axis positive direction weave when, while rotating embedded the
One guipure semi-finished product 200, until when the second guipure semi-finished product 300 complete cut-out, the first guipure semi-finished product 200 and the second guipure half
Finished product 300 is mutually chimeric, and then the 3rd driving element 10912 works on, and the 3rd driving element 10912 passes through head rod
10921 and the 3rd the driving of connector 10922 sidesway plate 10923 moved linearly a step along Y-axis positive direction in the top surface of haul plate 108
Away from D, promote the second guipure semi-finished product 300 and the first guipure semi-finished product 200 on the top surface of haul plate 108 along Y-axis positive direction
A step pitch D is moved, then the 3rd driving element 10912 resets, drive sidesway plate 10923 to reset, the 4th driving element 11012 is driven
Dynamic first sliding shoe 107 resets, and drives haul plate 108 to reset, with above-mentioned principle, circulates work, single guipure semi-finished product is existed
Transported on haul plate 108, form tentatively netted, while promoting netted guipure semi-finished product to be transported in order to caching plate 112 direction
It is defeated.
The upper only embodiments of the present invention, are not intended to limit the invention.For those skilled in the art
For, the present invention can have various modifications and variations.It is all any modifications made in spirit and principles of the present invention, equivalent
Replace, improve etc., it all should be included within scope of the presently claimed invention.
Claims (10)
1. a kind of wire mesh weaving machine, it is characterised in that including：
Board (101)；
Controller (102) on the board (101)；
Thread loom structure (104)；The thread loom structure (104) is on the board (101), and it has drive end (1041) and knitted
Line end (1042)；The drive end (1041) is connected with the controller (102)；
Qie Wang mechanisms (105)；The Qie Wang mechanisms (105) on the board (101), its have upper cutter end (1051) and
Lower cutter end (1052)；The upper cutter end (1051) is located at the top for knitting line end (1042)；The lower cutter end
(1052) it is located at the lower section for knitting line end (1042), it is connected with the controller (102)；
Located at first fixed seat (106) of the board (101) top surface, it is located at the rear for knitting line end (1042)；It is described
The top surface of first fixed seat (106) is provided with the first sliding recess (1061) along X-direction；
It is slidably connected to the first sliding shoe (107) in first sliding recess (1061)；
Haul plate (108) located at the first sliding shoe (107) top；The haul plate (108) have feed end (1081),
The discharge end (1082) relative with feed end (1081) and the sidesway between feed end (1081) and discharge end (1082)
Hold (1083)；
Ce Wei travel mechanisms (109)；The Ce Wei travel mechanisms (109) have the first power end (1091) and with described first
The first displacement end (1092) that power end (1091) is interlocked；First power end (1091) is located at the bottom of the board (101)
Face；First displacement end (1092) fits in the top surface of the sidesway end (1083), and it is connected with the controller (102)；
First power end (1091) driving, first displacement end (1092) in the haul plate (108) top surface along Y-axis straight line
It is mobile；
Movable mechanism (110)；The movable mechanism (110) has the second power end (1101) and with described second
The second displacement end (1102) that power end (1101) is interlocked；Second power end (1101) is located at the bottom of the board (101)
Face, it is connected with the controller (102)；Second displacement end (1102) is connected to first sliding shoe (107)；It is described
Second power end (1101) drives the haul plate (108) to be moved linearly along X-axis by first sliding shoe (107)；And
Feeding pressure mechanism (111)；The feeding pressure mechanism (111) has fixing end (1111) and binder end (1112)；The fixing end
(1111) the haul plate (108) is fixed on, the binder end (1112) is located above the haul plate (108).
2. wire mesh weaving machine according to claim 1, it is characterised in that the drive end (1041) includes：Installation side plate
And the first driving element (10412) (10411)；The installation side plate (10411) is fixed on the side of the board (101)；Institute
State the first driving element (10412) to be fixed in the installation side plate (10411), its one end is connected with the controller (102)；
The line end (1042) of knitting includes：Knit line piece (10421) and molding part (10422)；The line piece (10421) of knitting is located at
The top surface of the board (101), its one end is connected with the other end of first driving element (10412)；The molding part
(10422) top surface of the board (101) is located at, it is located at the side for knitting line piece (10421)；It is described to knit line piece
(10421) the other end wears the top of the molding part (10422).
3. wire mesh weaving machine according to claim 2, it is characterised in that the line piece (10421) of knitting includes：Second fixes
Seat (104211), swingle (104212), Suo mouths (104213), knit line pin (104214) and spiral mould (104215)；Institute
State the top surface that the second fixed seat (104211) is located at the board (101)；The swingle (104212) wears described second and consolidated
Reservation (104211), its one end is connected with first driving element (10412)；The Suo mouths (104213) are located at the rotation
The other end of bar (104212)；Described one end for knitting line pin (104214) is fixed in the Suo mouths (104213), its other end
It is connected with the spiral mould (104215)；The spiral mould (104215) wears the top of the molding part (10422).
4. wire mesh weaving machine according to claim 3, it is characterised in that the molding part (10422) includes：3rd fixes
Seat (104221) and mould (104222)；3rd fixed seat (104221) is located at the top surface of the board (101), its
Positioned at second fixed seat (104211) close to the side for knitting line pin (104214)；3rd fixed seat (104221)
Top offer a fixed groove (1042211)；The mould (104222) is fixed on the fixed groove
(1042211) in；A shaping groove (1042221) is offered on the mould (104222)；The spiral mould
(104215) shaping groove (1042221) is worn.
5. wire mesh weaving machine according to claim 4, it is characterised in that the upper cutter end (1051) includes：4th consolidates
Reservation (10511), the first connector (10512) and upper cutter part (10513)；The bottom of 4th fixed seat (10511)
It is fixed on the top surface of the board (101)；The 4th fixed seat is fixed in one end of first connector (10512)
(10511) top, its other end is located at the top of the mould (104222)；The upper cutter part (10513) wears
The one end of first connector (10512) away from the 4th fixed seat (10511)；The bottom of the upper cutter part (10513)
Hold as blade end, it is located between first connector (10512) and mould (104222).
6. wire mesh weaving machine according to claim 5, it is characterised in that the lower cutter end (1052) includes：5th consolidates
Reservation (10521), the second sliding shoe (10522), incision knife (10523) and the second driving element (10524)；Described second
Driving element (10524) is located at the bottom surface of the board (101), and its one end is connected with the controller (102)；Described 5th consolidates
Reservation (10521) be located at the board (101) top surface, its be located at the 3rd fixed seat (104221) side and with it is described
Second fixed seat (104211) is relative；5th fixed seat (10521) is provided with the second sliding recess along its length
(105211), the second sliding shoe (10522) is fixed on second sliding recess (105211)；The incision knife
(10523) top of the second sliding shoe (10522) is worn, its top is blade end, its blade end and the upper cutter part
(523) blade end is opposite；The bottom of the second sliding shoe (10522) by the top surface of the board (101) wear to bottom surface with
The other end connection of second driving element (10524).
7. wire mesh weaving machine according to claim 1, it is characterised in that first power end (1091) includes：First
Fixed plate (10911) and the 3rd driving element (10912)；The top of first fixed plate (10911) is perpendicularly fixed at described
The bottom surface of board (101)；3rd driving element (10912) is fixed on the medial surface of first fixed plate (10911), its
One end is connected with the controller (102)；
First displacement end (1092) includes：Head rod (10921), the 3rd connector (10922) and sidesway plate
(10923)；The bottom of the head rod (10921) is connected with the other end of the 3rd driving element (10912), and it is pushed up
End is connected with one end of the 3rd connector (10922)；The other end of 3rd connector (10922) and the sidesway plate
(10923) connect；The bottom surface of the sidesway plate (10923) fits in the top surface of the sidesway end (1083)；3rd driving
Element (10912) drives the sidesway plate (10923) by the head rod (10921) and the 3rd connector (10922)
Moved linearly in the top surface of the haul plate (108) along Y-axis.
8. wire mesh weaving machine according to claim 7, it is characterised in that second power end (1101) includes：Second
Fixed plate (11011) and the 4th driving element (11012)；The top of second fixed plate (11011) is perpendicularly fixed at described
The bottom surface of board (101), it is located at the side of first fixed plate (10911)；4th driving element (11012) is fixed
In the medial surface of second fixed plate (11011), its one end is connected with the controller (102)；
Second displacement end (1102) includes：Second connecting rod (11021)；The bottom of second connecting rod (11021) with
The other end connection of 4th driving element (11012), its top is connected with first sliding shoe (107)；Described 4th
Driving element (11012) drives the haul plate (108) by second connecting rod (11021) and the first sliding shoe (107)
Moved linearly along X-axis.
9. wire mesh weaving machine according to claim 8, it is characterised in that the fixing end (1111) includes：3rd fixes
Plate (11111) and standing screw (11112)；The haul plate (108) is fixed in the bottom of 3rd fixed plate (11111)
One side, itself and the feed end (1081) homonymy；The standing screw (11112) is perpendicularly fixed at the 3rd fixed plate
(11111) on, it is located at the top of the haul plate (108)；
The binder end (1112) includes：3rd connecting rod (11121) and holding pad (11122)；3rd connecting rod
(11121) one end is sheathed on the standing screw (11112), and the top surface of its other end and the holding pad (11122) connects
Connect；The holding pad (11122) is located at the top of the haul plate (108).
10. wire mesh weaving machine according to claim 9, it is characterised in that the fixing end (1111) also includes：Locating part
(11113)；The bottom of the locating part (11113) is perpendicularly fixed at the one side of the 3rd fixed plate (11111), and it is located at
The top of the standing screw (11112).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710636849.1A CN107282831B (en) | 2017-07-31 | 2017-07-31 | Automatic netting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710636849.1A CN107282831B (en) | 2017-07-31 | 2017-07-31 | Automatic netting machine |
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| Publication Number | Publication Date |
|---|---|
| CN107282831A true CN107282831A (en) | 2017-10-24 |
| CN107282831B CN107282831B (en) | 2023-06-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710636849.1A Active CN107282831B (en) | 2017-07-31 | 2017-07-31 | Automatic netting machine |
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| Country | Link |
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| CN (1) | CN107282831B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108817285A (en) * | 2018-08-07 | 2018-11-16 | 珠海博杰电子股份有限公司 | Elasticated net automatic knitting machine |
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| RU2010653C1 (en) * | 1991-06-25 | 1994-04-15 | Эскин Изольд Давидович | Method of weaving meshes |
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| CN108817285B (en) * | 2018-08-07 | 2023-12-08 | 珠海博杰电子股份有限公司 | Automatic knitting device for elastic net |
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| Publication number | Publication date |
|---|---|
| CN107282831B (en) | 2023-06-13 |
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