CN205763565U - Crimped wire mesh machine - Google Patents
Crimped wire mesh machine Download PDFInfo
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- CN205763565U CN205763565U CN201620582265.1U CN201620582265U CN205763565U CN 205763565 U CN205763565 U CN 205763565U CN 201620582265 U CN201620582265 U CN 201620582265U CN 205763565 U CN205763565 U CN 205763565U
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- wire mesh
- mesh machine
- slide block
- assembly
- crimped
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Abstract
This utility model provides a kind of crimped wire mesh machine, and this crimped wire mesh machine includes crimped wire mesh machine body, pay-off, charging gear, controller and knife for cutting tobacco assembly；Wherein, pay-off is arranged on crimped wire mesh machine body charging side and by step motor drive to this internal conveying parallel steel wire of crimped wire mesh machine, charging gear is arranged on the feed end of described pay-off, charging gear carries parallel steel wire by driven by servomotor and to pay-off, motor, servomotor and crimped wire mesh machine intrinsic driving motor are all connected with controller, by arranging charging gear and pay-off at the feed end of crimped wire mesh machine body, raw material steel wire is by forming the parallel steel wire with predetermined ripple after charging gear rolling, parallel steel wire sends into this internal woven screen of crimped wire mesh machine by pay-off, by knife for cutting tobacco assembly, parallel steel wire is cut off afterwards, then repeat above-mentioned action and realize the automatic woven screen of crimped wire mesh machine, simple in construction, intelligent height.
Description
Technical field
This utility model relates to a kind of crimped wire mesh machine.
Background technology
Cotton ginning netting machine is called for short crimped wire mesh machine and has another name called pre-bending forming net machine；It mainly uses the establishment side of first pre-bending aftershaping
Method, is divided into deflation shape establishment, two-way plain weave, unidirectional ripple braiding etc., initially with the metal being pre-bent as corrugated form
Silk is lined up two groups of staggering warp threads steel wires and is entered silk, is then manually inserted corrugated parallel steel wire at two groups of warp steel wires position that interlocks,
And ensure, through distance between centers of tracks and parallel spacing, then to roll into screen cloth.
Existing crimped wire mesh machine is all feeding manually, and work efficiency is slow, and cost of labor is high.
It is all the technical problem of feeding manually for current crimped wire mesh machine, is that this area technology urgently to be resolved hurrily is asked
Topic.
Utility model content
The purpose of this utility model is to provide a kind of crimped wire mesh machine, is all feeding manually to solve current crimped wire mesh machine
Technical problem.
For solving above-mentioned technical problem, this utility model provides a kind of crimped wire mesh machine, including crimped wire mesh machine body, also wraps
Include:
It is arranged on the pay-off of described crimped wire mesh machine body charging side；
It is arranged on the charging gear of described pay-off feed end；
The controller that driving motor intrinsic with described crimped wire mesh machine is connected；Wherein,
Described pay-off includes:
Feeding slide block assembly, wherein, described feeding slide block assembly passes through step motor drive, and described motor is arranged on
Described crimped wire mesh machine body charging side is also connected with described controller；
And the wire feed assembly of synchronous slide hinged with described feeding slide block assembly；
Being arranged on the upset assembly of described crimped wire mesh machine body side, described wire feed assembly connects described upset assembly, and
With described upset assembly return after the angle that predetermined position upset is predetermined；
Described charging gear includes:
The servomotor being connected with described controller；
The cotton ginning wheels being connected with described driven by servomotor, described cotton ginning wheels send described in being transferred to after material pressure rolling
Silk assembly；
It is disconnected that the parallel steel wire that described crimped wire mesh machine body feed end is provided for sending described wire feed assembly cuts off
Silk knife assembly.
Further, described feeding slide block assembly includes: be arranged on the first driving tooth of described motor output end
Wheel；
The tooth bar being connected with described first driving gear drives, described tooth bar one end is fixed with the first slide block；
The first slideway being correspondingly arranged with described first slide block；Wherein,
It is first spacing that described first region, slideway both ends is respectively arranged to limit described first slide block sliding scale
Sensor and the second limit sensors；Described first limit sensors and the second limit sensors connect described controller.
Further, described first slide block is provided for the first hinged ear of described wire feed assembly upset；
By first hinge the second slideway on described first hinged ear；
Arranging the second hinged ear corresponding with described first hinged ear on described wire feed assembly, described second hinged ear passes through
The second slide block that second hinge is corresponding with described second slideway；Arrange corresponding with described second slideway on described second slide block
Slideway groove.
Further, described wire feed assembly includes:
The 3rd slide block being connected with described second hinged ear；
The wire-feeding pipe being connected is fixed with described 3rd slide block；
The 3rd slideway being correspondingly arranged with described 3rd slide block；
The neighboring area at described 3rd slideway both ends is respectively arranged to limit the of described 3rd slide block sliding scale
Three limit sensors and the 4th limit sensors, described 3rd limit sensors and the 4th limit sensors connect controller.
Further, described wire-feeding pipe includes being relatively fixed the fixing fiber tube of setting with described 3rd slideway, and is set in
The outer movable fiber tube being relatively fixed setting with described 3rd slide block of described fixing fiber tube.
Further, described crimped wire mesh machine is the most internal arranges braiding bent axle；
Described upset assembly includes:
The upset bent axle being connected by shaft coupling with described braiding bent axle；
Described upset bent axle connects described 3rd slideway at its bent axle position by upset connecting rod.
Further, described knife for cutting tobacco assembly includes fixing knife for cutting tobacco and movable knife for cutting tobacco；Wherein,
Described fixing knife for cutting tobacco is fixed on described crimped wire mesh machine body charging aperture one end region；
Described movable knife for cutting tobacco is arranged on the region, the other end of described crimped wire mesh machine body charging aperture, described movable fracture of wire
Cutter connects described braiding bent axle by connector.
Further, described charging gear includes:
Feed bracing frame, arranges described servomotor bottom described feed bracing frame, described cotton ginning wheels are arranged on described
The top of bracing frame；Wherein,
Driving chain drive connection is passed through with the input of the outfan of described servomotor with described cotton ginning wheels；
Be fixed into fiber tube on described feed bracing frame, described in enter fiber tube and be positioned at the inlet end of described cotton ginning wheels, described
Fixed stably guide frame on feed bracing frame, described steady guide frame is positioned at the outlet end of described cotton ginning wheels.
Further, described cotton ginning wheels include:
On described feed bracing frame top, wheel is crimped by bearings,
And the lower cotton ginning wheel being connected with described upper cotton ginning wheel gear；
The power intake of described lower cotton ginning wheel connects the clutch end of described servomotor by described driving chain.
Further, described controller is PLC.
Compared with prior art, the beneficial effects of the utility model are:
A kind of crimped wire mesh machine that this utility model provides, this crimped wire mesh machine includes crimped wire mesh machine body, pay-off, feed
Device, controller and knife for cutting tobacco assembly；Wherein, pay-off is arranged on crimped wire mesh machine body charging side and passes through motor
Driving to this internal conveying parallel steel wire of crimped wire mesh machine, charging gear is arranged on the feed end of described pay-off, charging gear
Carrying parallel steel wire by driven by servomotor and to pay-off, motor, servomotor and crimped wire mesh machine are intrinsic
Motor is driven all to be connected with controller, by arranging charging gear and pay-off, raw material at the feed end of crimped wire mesh machine body
Steel wire is by forming the parallel steel wire with predetermined ripple after charging gear rolling, parallel steel wire sends into crimped wire mesh by pay-off
This internal woven screen of machine, is cut off parallel steel wire by knife for cutting tobacco assembly afterwards, then repeats above-mentioned action and realize crimped wire mesh
The automatic woven screen of machine, simple in construction, intelligent height.
Accompanying drawing explanation
Fig. 1 diagrammatically illustrates the schematic side view of crimped wire mesh machine body in this utility model embodiment；
What Fig. 2 diagrammatically illustrated crimped wire mesh machine in this utility model embodiment faces partial structurtes schematic diagram；
Fig. 3 diagrammatically illustrates in this utility model embodiment the structural representation of wire-feeding pipe in crimped wire mesh machine；
Fig. 4 diagrammatically illustrates the structural representation at another visual angle of charging gear in this utility model embodiment；
Fig. 5 diagrammatically illustrates circuit theory schematic block diagram in this utility model embodiment.
Reference in figure:
1, crimped wire mesh machine body；11, motor is driven；12, braiding crankshaft toothed wheel；13, warp steel wire；14, rack is received；15、
Mesh fixing device；16, braiding wire pressing device；17, braiding bent axle；
2, feeding slide block assembly；21, motor；22, tooth bar；23, the first slide block；24, the first slideway；25, the first limit
Level sensor；26, the second limit sensors；27, the first hinged ear；28, the second slideway；
3, wire feed assembly；31, the second hinged ear；32, the second slide block；33, the 3rd slide block；34, wire-feeding pipe；35, the 3rd is sliding
Road；36, the 3rd sensor；37, the 4th sensor；
4, upset assembly；41, shaft coupling；42, upset bent axle；43, upset connecting rod；.
5, charging gear；51, servomotor；52, feed bracing frame；53, fiber tube is entered；54, steady guide frame；
6, cotton ginning wheels；61, upper cotton ginning wheel；62, lower cotton ginning wheel；
7, knife for cutting tobacco assembly；71, fixing knife for cutting tobacco；72, movable knife for cutting tobacco.
Detailed description of the invention
Hereinafter embodiment of the present utility model is described in detail, but this utility model can be defined by the claims
Implement with the multitude of different ways covered.
Refer to shown in Fig. 1-Fig. 5, this utility model embodiment provides a kind of crimped wire mesh machine, including crimped wire mesh machine body 1,
Also include pay-off, charging gear 5 and controller；Wherein pay-off is arranged on crimped wire mesh machine body 1 feed end side；Give
Material device 5 is arranged on pay-off feed end side；Controller is connected with the driving motor 11 in crimped wire mesh machine body 1, controls
Device is connected with the motor 21 of pay-off and the servomotor 51 of charging gear 5 the most respectively, controls step for centralized intelligence
Entering motor 21, drive motor 11 and the work of servomotor 51, wherein, controller is PLC.
Wherein, pay-off includes feeding slide block assembly 2, wire feed assembly 3 and upset assembly 4；Wherein, feeding slide block assembly
2 include that being arranged on crimped wire mesh machine body 1 feeds the motor 21 of side, and motor 21 is connected with PLC；Wire feed group
Part 3 is hinged with feeding slide block assembly 2 and synchronous slide；Upset assembly 4 is arranged on crimped wire mesh machine body 1 side and send described in being positioned at
Silk assembly 3 avris, wire feed assembly 3 connects upset assembly 4, and with upset assembly 4 after the angle that predetermined position upset is predetermined
Return.
Charging gear 5 include the servomotor 51 being connected with PLC and with the rolling of servomotor 51 drive connection
Floral whorl group 6, cotton ginning wheels 6 to charging process after by material transferring to wire feed assembly 3；Crimped wire mesh machine body 1 feed end arranges use
In the knife for cutting tobacco assembly 7 that the parallel steel wire sending wire feed assembly 3 cuts off.
The operation principle of this crimped wire mesh body 1 is essentially identical with existing crimped wire mesh machine operation principle, becomes predetermined through pressure rolling
The warp steel wire 13 of radian is spaced to be divided into after levels through to braiding wire pressing device 16, then treat parallel steel wire penetrate through
Compacting after in line steel wire 13, after after mesh fixing device 15 is fixing, carry out receiving net, operation power finally by receiving rack 14
The driving motor 11 arranged by crimped wire mesh machine 1 body bottom portion side is provided, and drives motor 11 to connect PLC, drives electricity
Machine 11 drives braiding crankshaft toothed wheel 12 to complete to weave the silk pressing action of wire pressing device 16 by guide wheel, meanwhile, drives motor 11 to lead to
Cross guide wheel drive cam shaft gear complete receive rack 14 receive net action.Whole crimped wire mesh body 1 work process needs mutually coordinated
Coordinate.
This utility model embodiment is by arranging charging gear 5 and pay-off at the feed end of crimped wire mesh machine body 1, former
Material steel wire is by forming the parallel steel wire with predetermined ripple after charging gear 5 rolling, parallel steel wire is sent into by pay-off and rolled
Woven screen in flower net machine body 1, is cut off parallel steel wire by knife for cutting tobacco assembly afterwards, then repeats above-mentioned action and realizes rolling
The flower automatic woven screen of net machine, simple in construction, intelligent height.
As in figure 2 it is shown, motor 21 top arranges the first driving gear；Feeding slide block assembly 2 includes: drive with first
The tooth bar 22 of gear drive connection, tooth bar 22 one end is fixed with the first slide block 23；With the first slide block 23 be correspondingly arranged first
Slideway 24；Wherein, the first region, slideway 24 both ends is respectively arranged to limit the first spacing of the first slide block 23 sliding scale
Sensor 25 and the second limit sensors 26；First limit sensors 25 and the second limit sensors 26 connect PLC.
Motor 21 is set by feeding side at crimped wire mesh machine body 1, and connects first by motor 21 and drive
Moving gear, the first driving gear drives tooth bar 22 moves horizontally, and drives the first slide block 23 by the horizontal movement of tooth bar 22
Horizontal movement, in order to make the first slide block 23 slide on predetermined rectilinear orbit, also sets up the of the most corresponding first slide block 23
One slideway 24, in order to make the first slide block 23 slide in predetermined scope, also sets up and is specifically used to limit the first slide block 23 and slides
First limit sensors 25 and the second limit sensors 26 of scope, the first slide block 23 touch the first limit sensors 25 or
During the scope that the second limit sensors 26 detects, the first limit sensors 25 or the second limit sensors 26 are sent out to PLC
The number of delivering letters, PLC controls motor 21 and quits work.
The first hinged ear 27 of wire feed assembly 3 upset it is provided on first slide block 23；By the on first hinged ear 27
One hinge the second slideway 28；Arranging the second hinged ear 31 corresponding with the first hinged ear 27 on wire feed assembly 3, second is hinged
Ear 31 passes through the second slide block 32 that the second hinge is corresponding with the second slideway 28；Arrange and the second slideway 28 on second slide block 32
Corresponding slideway groove.
Owing to the second slideway 28 is vertical with its moment direction of transfer with the reverses direction of wire feed assembly 3, so in order to improve
The torque transmitting effect of the second slideway 28, generally arranges two group of second slideway 28 and two group of first corresponding hinged ear 27 and second
Hinged ear 31；Wherein, fixed by fixed plate between two group of second slideway 28, improve the torque transmitting of the second slideway 28 further
Stability.
By being provided for the first hinged ear 27 of wire feed assembly 3 upset on the first slide block 23, and at the first hinged ear
By hinge the second slideway 28 on 27, wire feed assembly 3 arranges the second hinged ear 31 corresponding with the first hinged ear 27, the
Two hinged ears 31, by hinge the second slide block 32, the second slide block 32 arrange the slideway groove corresponding with the second slideway 28；
This structure can make the first slide block 23 can drive the synchronous linear motion of wire feed assembly 3 by the second slideway 28, and send
Silk assembly 3 is with in upset assembly 4 switching process, and the second slideway 28 and the second slide block 32 are articulated structure, can be with wire feed
Assembly 3 together overturns, and makes feeding slide block assembly 2 that wire feed assembly 3 both can have been driven to move horizontally, but also can be in predetermined position
Put and meet wire feed assembly 3 and overturn with upset assembly 4 and do not affect follow-up work, simple in construction, intelligent height.
Wire feed assembly 3 includes: the 3rd slide block 33 being connected with the second hinged ear 31；Fixing with the 3rd slide block 33 be connected give
Fiber tube 34；The 3rd slideway 35 being correspondingly arranged with the 3rd slide block 33；The neighboring area at the 3rd slideway 35 both ends is respectively provided with use
In the 3rd limit sensors 36 and the 4th limit sensors 37 of restriction the 3rd slide block 33 sliding scale, the 3rd limit sensors 36
PLC is connected with the 4th limit sensors 37.
By arranging the 3rd slide block 33, it is possible to use the 3rd slide block 33 drives wire-feeding pipe 34 wire feed, the charging of wire-feeding pipe 34
Mouth connects the discharging opening of charging gear 3, arranges steady silk V-type platform between charging aperture and the discharging opening of charging gear 3 of wire-feeding pipe 34
(not shown), by arranging steady silk V-type platform, parallel steel wire enters in wire-feeding pipe 34 after transmitting in steady silk V-type platform, this knot
Structure can ensure that the parallel steel wire after pressure rolling can transmit in preset range, it is ensured that can unobstructed transmission parallel in wire-feeding pipe 34
Steel wire.
Parallel steel wire can be placed after wire-feeding pipe 34 delivers to predetermined position by the parallel steel wire of charging gear 3 supply
In warp steel wire, wire-feeding pipe 34 is with feeding slide block assembly return, then by overturning assembly 4 and knife for cutting tobacco assembly 7 by parallel
Steel wire cuts off, and is gathered the sliding scale of the 3rd slide block 33 by the 3rd limit sensors 36 and the 4th limit sensors 37, permissible
Making the 3rd slide block 33 slide in predetermined scope, PLC gathers the 3rd limit sensors 36 and the 4th limit sensors
Whether the signal of 37 also works according to the signal controling stepping motor 21 gathered.
As it is shown on figure 3, wire-feeding pipe 34 includes being relatively fixed the fixing fiber tube of setting with the 3rd slideway 35, and it is enclosed within fixing silk
The outer movable fiber tube being relatively fixed setting with the 3rd slide block 33 of pipe, is additionally provided with arcuate probe, arc in the end of movable fiber tube
Probe is possible to prevent movable fiber tube to produce interference with miscellaneous part, improves work efficiency.
By wire-feeding pipe 34 being arranged to movable fiber tube and the structure of the fixing fiber tube of internal suit, this fixing silk can be made
Parallel steel wire transmission in tube portion is more stable, will not cause parallel steel wire dislocation etc. because wire feed assembly 3 transmits parallel steel wire
Phenomenon.
As Figure 1-Figure 5, braiding bent axle 17 is set in crimped wire mesh machine body 1；Upset assembly 4 includes: with braiding bent axle
The 17 upset bent axles 42 connected by shaft coupling 41；It is sliding that upset bent axle 42 connects the 3rd at its bent axle position by upset connecting rod 43
Road 35.
Knife for cutting tobacco assembly 7 includes fixing knife for cutting tobacco 71 and movable knife for cutting tobacco 72；Wherein, fixing knife for cutting tobacco 71 is fixed on cotton ginning
Net machine body 1 charging aperture one end is also positioned at mesh fixing device 15 1 side region；Movable knife for cutting tobacco 72 is arranged on crimped wire mesh machine originally
Body 1 charging aperture one end is also positioned at braiding wire pressing device 16 1 side region, and movable knife for cutting tobacco 72 connects braiding bent axle by connector
17, movable knife for cutting tobacco 72 can overturn silk pressing with braiding wire pressing device 16, and movable knife for cutting tobacco 72 can be at fixing knife for cutting tobacco
Parallel steel wire is cut off on 71.
Fixing knife for cutting tobacco 71 is typically arranged in mesh fixing device 15 side by bracing frame, and activity knife for cutting tobacco 72
It is generally fixed to weave wire pressing device 16 avris, makes movable knife for cutting tobacco 72 can overturn with braiding wire pressing device 16, and with
Fixing knife for cutting tobacco 71 is formed to be sheared, and is cut off by parallel steel wire.
By knife for cutting tobacco assembly 7 being arranged on charging aperture one end of crimped wire mesh machine body 1, and by fixing knife for cutting tobacco 71
Cooperating to fracture of wire with movable knife for cutting tobacco 72, movable knife for cutting tobacco 72 connects braiding bent axle 17 by connector, makes movable fracture of wire
Cutter 72 can directly cut off parallel steel wire, simple in construction, intelligent height during with braiding bent axle 17 braiding.
As shown in Figure 2 and Figure 4, charging gear 5 includes: feed bracing frame 52, arranges servo bottom feed bracing frame 52
Motor 51, cotton ginning wheels 6 are arranged on the top of bracing frame 52；Wherein, the outfan of servomotor 5 and the input crimping wheels 6
End is by driving chain 55 drive connection；It is fixed into fiber tube 53 on feed bracing frame 52, enters fiber tube 53 and be positioned at entering of cotton ginning wheels 6
Material end, fixed stably guide frame 54 on feed bracing frame 52, steady guide frame 54 is positioned at the outlet end of cotton ginning wheels 6.
Can conveniently feed by arranging feed bracing frame 52, and, feed bracing frame 52 arranges servomotor 51, watches
Taking motor 51 to be connected with PLC, can accurately control feed time, feed bracing frame 52 enters steel wire raw material, through cotton ginning
Form parallel steel wire with predetermined ripple after wheels 6 rolling, in order to ensure charging safety, feed bracing frame 52 also sets up into
Fiber tube 53 and steady guide frame 54, can be to entering silk and wire vent carries out spacing.
Cotton ginning wheels 6 include that cotton ginning wheel 61 and lower cotton ginning wheel 62, upper cotton ginning wheel 61 are supported at feed by bearings
Frame 52 top；Lower cotton ginning wheel 62 is connected with upper cotton ginning wheel 61 gears；The power intake of lower cotton ginning wheel 62 is by driving chain even
Connect the clutch end of servomotor 51.
As Figure 1-Figure 5, in this utility model embodiment, crimped wire mesh machine can accurately control by PLC to drive
Motor 11, motor 21 and servomotor 51 collaborative work, make crimped wire mesh machine can realize full-automation and enter parallel steel wire, real
The existing automatic woven screen of crimped wire mesh machine.
In this utility model embodiment, the work process of crimped wire mesh machine is:
As Figure 1-Figure 5, the warp steel wire 13 of crimped wire mesh machine body 1 enters braiding wire pressing device through super-interval layering
17, the servomotor 51 of charging gear 5 works, and raw material steel wire pressure rolling becomes the parallel steel wire of predetermined arc, then parallel steel wire
Being transported in wire-feeding pipe 34, parallel steel wire delivers to warp steel wire 13 with wire-feeding pipe 34 by wire feed assembly and feeding slide block assembly 2
In, during wire feed assembly 3 wire feed, feeding slide block assembly 2 drives wire-feeding pipe 34 to be sent in warp steel wire 13 by parallel steel wire；
Parallel steel wire is pressed onto precalculated position finally by working out wire pressing device 16 and is fixed by mesh fixing device 15, finally by
Receive rack 14 to carry out receiving net.
These are only preferred embodiment of the present utility model, be not limited to this utility model, for this area
Technical staff for, this utility model can have various modifications and variations.It is all within spirit of the present utility model and principle,
Any modification, equivalent substitution and improvement etc. made, within should be included in protection domain of the present utility model.
Claims (10)
1. a crimped wire mesh machine, including crimped wire mesh machine body (1), it is characterised in that also include:
It is arranged on the pay-off of described crimped wire mesh machine body (1) charging side；
It is arranged on the charging gear of described pay-off feed end；
The controller being connected with the driving motor (11) in described crimped wire mesh machine body (1)；Wherein,
Described pay-off includes:
Feeding slide block assembly (2), wherein, described feeding slide block assembly (2) is driven by motor (21), described motor
(21) it is arranged on described crimped wire mesh machine body (1) charging side and is connected with described controller；
And the wire feed assembly (3) of synchronous slide hinged with described feeding slide block assembly (2)；
Being arranged on the upset assembly (4) of described crimped wire mesh machine body (1) side, described wire feed assembly (3) connects described upset group
Part (4), and with described upset assembly (4) return after the angle that predetermined position upset is predetermined；
Described charging gear (5) including:
The servomotor (51) being connected with described controller；
With the cotton ginning wheels (6) of described servomotor (51) drive connection, described cotton ginning wheels (6) are transferred to after material pressure rolling
Described wire feed assembly (3)；
The parallel steel wire that described crimped wire mesh machine body (1) feed end is provided for sending described wire feed assembly (3) cuts off
Knife for cutting tobacco assembly (7).
Crimped wire mesh machine the most according to claim 1, it is characterised in that described feeding slide block assembly (2) including: is arranged on institute
State the first driving gear of motor (21) output end；
The tooth bar (22) being connected with described first driving gear drives, described tooth bar (22) one end is fixed with the first slide block
(23)；
The first slideway (24) being correspondingly arranged with described first slide block (23)；Wherein,
Described first slideway (24) region, both ends is respectively arranged to limit the first of described first slide block (23) sliding scale
Limit sensors (25) and the second limit sensors (26)；Described first limit sensors (25) and the second limit sensors (26)
Connect described controller.
Crimped wire mesh machine the most according to claim 2, it is characterised in that send described in being provided on described first slide block (23)
The first hinged ear (27) that silk assembly (3) overturns；
By the first hinge the second slideway (28) on described first hinged ear (27)；
Described wire feed assembly (3) is upper arranges the second hinged ear (31) corresponding with described first hinged ear (27), described second hinge
Lug (31) passes through the second slide block (32) that the second hinge is corresponding with described second slideway (28)；Described second slide block (32)
The slideway groove that upper setting is corresponding with described second slideway (28).
Crimped wire mesh machine the most according to claim 3, it is characterised in that described wire feed assembly (3) including:
The 3rd slide block (33) being connected with described second hinged ear (31)；
The wire-feeding pipe (34) that be connected fixing with described 3rd slide block (33)；
The 3rd slideway (35) being correspondingly arranged with described 3rd slide block (33)；
The neighboring area at described 3rd slideway (35) both ends is respectively arranged to limit described 3rd slide block (33) sliding scale
The 3rd limit sensors (36) and the 4th limit sensors (37), described 3rd limit sensors (36) and the 4th spacing sensing
Device (37) connects controller.
Crimped wire mesh machine the most according to claim 4, it is characterised in that described wire-feeding pipe (34) includes and described 3rd slideway
(35) it is relatively fixed the fixing fiber tube of setting, and is set in outer being relatively fixed with described 3rd slide block (33) of described fixing fiber tube and sets
The movable fiber tube put.
Crimped wire mesh machine the most according to claim 4, it is characterised in that braiding song is set in described crimped wire mesh machine body (1)
Axle (17)；
Described upset assembly (4) including:
The upset bent axle (42) being connected by shaft coupling (41) with described braiding bent axle (17)；
Described upset bent axle (42) connects described 3rd slideway (35) at its bent axle position by upset connecting rod (43).
Crimped wire mesh machine the most according to claim 6, it is characterised in that described knife for cutting tobacco assembly (7) includes fixing knife for cutting tobacco
And movable knife for cutting tobacco (72) (71)；Wherein,
Described fixing knife for cutting tobacco (71) is fixed on described crimped wire mesh machine body (1) charging aperture one end region；
Described movable knife for cutting tobacco (72) is arranged on the region, the other end of described crimped wire mesh machine body (7) charging aperture, described activity
Knife for cutting tobacco (72) connects described braiding bent axle (17) by connector.
Crimped wire mesh machine the most according to claim 7, it is characterised in that described charging gear (5) including:
Feed bracing frame (52), described feed bracing frame (52) bottom arranges described servomotor (51), described cotton ginning wheels (6)
It is arranged on the top of support frame as described above (52)；Wherein,
The outfan of described servomotor (5) passes through driving chain (55) drive connection with the input of described cotton ginning wheels (6)；
Be fixed into fiber tube (53) on described feed bracing frame (52), described in enter fiber tube (53) and be positioned at entering of described cotton ginning wheels (6)
Material end, the upper fixed stably guide frame (54) of described feed bracing frame (52), described steady guide frame (54) is positioned at described cotton ginning wheels (6)
Outlet end.
Crimped wire mesh machine the most according to claim 8, it is characterised in that described cotton ginning wheels (6) including:
On described feed bracing frame (51) top, wheel (61) is crimped by bearings,
And take turns, with described upper cotton ginning, lower cotton ginning wheel (62) that (61) gear is connected；
The power that the power intake of described lower cotton ginning wheel (62) connects described servomotor (51) by described driving chain is defeated
Go out end.
Crimped wire mesh machine the most according to claim 9, it is characterised in that described controller is PLC.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620582265.1U CN205763565U (en) | 2016-06-15 | 2016-06-15 | Crimped wire mesh machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620582265.1U CN205763565U (en) | 2016-06-15 | 2016-06-15 | Crimped wire mesh machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205763565U true CN205763565U (en) | 2016-12-07 |
Family
ID=58133286
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620582265.1U Withdrawn - After Issue CN205763565U (en) | 2016-06-15 | 2016-06-15 | Crimped wire mesh machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205763565U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105903866A (en) * | 2016-06-15 | 2016-08-31 | 刘跃峰 | Embossing netting machine |
-
2016
- 2016-06-15 CN CN201620582265.1U patent/CN205763565U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105903866A (en) * | 2016-06-15 | 2016-08-31 | 刘跃峰 | Embossing netting machine |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20161207 Effective date of abandoning: 20171114 |