CN207414122U - A kind of nickel screen core production surface pressure point equipment - Google Patents
A kind of nickel screen core production surface pressure point equipment Download PDFInfo
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- CN207414122U CN207414122U CN201721450478.XU CN201721450478U CN207414122U CN 207414122 U CN207414122 U CN 207414122U CN 201721450478 U CN201721450478 U CN 201721450478U CN 207414122 U CN207414122 U CN 207414122U
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- nickel screen
- pressure point
- mold
- screen core
- surface pressure
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Abstract
The utility model provides a kind of nickel screen core production surface pressure point equipment, including rack, nickel screen core, slide unit component and pressure point device, pressure point device includes foundation frame, link, middle frame, die setting base, mold, weight linear meter and counterweight, using adjustable die setting base structure type, the angle R between the axis of mold and the axis of nickel screen core can be adjusted, realize the different mesh layout of nickel screen mandrel surface, improve the adaptability of mold, simultaneously in a manner that two adjusting screws are held out against, improve adjusting convenience, it avoids due to the adjustable error brought, it ensure that the quality of nickel screen mandrel surface pressure point, improve the production efficiency of nickel screen mandrel surface pressure point, reduce the production cost of nickel screen mandrel surface pressure point.
Description
Technical field
The utility model is related to the technical fields of nickel screen production more particularly to a kind of nickel screen core production to be set with surface pressure point
It is standby.
Background technology
Printed nickel net (also known as cylinder) is the important accessory of textile machine, by pure metallic nickel by the method for electroforming process and
Into being mainly used for circular screen printer, printed nickel net is the accurate core component of circular screen printer and extremely accurate weaving loom
Tool accessory, printed nickel net product are pure nickel materials, and printed nickel net shape is cylindrical shape, continuously empty on cylindrical wall to be covered with positive six side
Shape (or circular) mesh, arranges, the general spread pattern presented vertically side by side, the manufacturer of printed nickel net according to certain rules
Method uses electrotyping forming method, and electroforming is that some complicated or special shape workpiece are accurately replicated using the electrowinning principle of metal
Special process method, it be plating special applications, nickel screen electroforming industry from the later stage eighties in last century from foreign countries introduce skill
Since art, grow up like the mushrooms after rain, the flow of nickel screen electroforming is after being electroformed on core, then is demoulded from core
Cylinder seamless nickel screen is formed, i.e. overall manufacturing technique is divided into core manufacture, electrotyping forming two large divisions, in the manufacture of core
First type is made in the vehicle of printing roller axis by Cheng Zhong, is first polished oil removing with sand paper after smart car, copper pre-plating and electro-coppering are carried out after activation
Processing can wash by water one time compared with cleaning such as surface or directly use thinner waterproof abrasive paper water mill, improves surface smoothness, control
Then good size squeezes site on its surface with formpiston, carefully wipes oil with soft substance afterwards, with hot water cleaning and descaling, drying applies
Glue insulate, and then bakes solidification, and at present, the domestic special mesh point device that squeezes is fairly simple, such as patent " CN206229898U " profit
It is realized with lathe restructuring to nickel screen core production surface pressure point, but the formpiston wheel of the equipment is to hang over stent by formpiston seat
On, formpiston wheel axis with nickel screen core axis be it is parallel, between angle be that cannot adjust, a kind of mesh layout can only be done
Nickel screen core, when nickel screen core mesh layout change when, it is necessary to replace formpiston wheel, processing cost is higher, and
And formpiston seat is hung on stent, there is no positioning, formpiston seat is under the action of formpiston wheel, it is easy to which opposite brackets occur slight
It rotates, influences the distribution rule of mesh on nickel screen core, the pressure point on nickel screen core intersects or spacing is excessive, causes nickel screen core
Mould is scrapped.
The content of the invention
To overcome problems in the prior art, domestic special extruding mesh point device is fairly simple, and formpiston wheel is
Hung over by formpiston seat on stent, formpiston wheel axis with nickel screen core axis be it is parallel, between angle be that cannot adjust,
When nickel screen core mesh layout change when, it is necessary to replace formpiston wheel, processing cost is higher, and formpiston seat does not have
Positioning, formpiston seat is under the action of formpiston wheel, it is easy to which slight rotation occurs for opposite brackets, influences mesh on nickel screen core
Distribution rule causes nickel screen core to be scrapped, and the utility model provides a kind of nickel screen core production surface pressure point equipment, including
Rack, nickel screen core, slide unit component and pressure point device, nickel screen core and slide unit component are mounted in rack, and slide unit component is along machine
Frame moves left and right, and pressure point device is mounted on slide unit component, and slide unit component is followed to move, it is characterised in that：The pressure point device
Including foundation frame, link, middle frame, die setting base, mold, weight linear meter and counterweight, the foundation frame is mounted on slide unit portion
On part, the link is connected with foundation frame by axis pin, and the middle frame is fixedly mounted on link, the die setting base
Mounted on the lower part of middle frame, the mold is mounted on the lower part of die setting base, and the weight linear meter is mounted on middle frame, institute
State the end that counterweight is mounted on weight linear meter.
On this basis, the die setting base is convex shape structure, and the top of convex shape is cylindrical, convex shape upper end
There is threaded hole in face, and die setting base is connected with middle frame by cylindrical and threaded hole, can be rotated relative to middle frame, so that
Angle R between the axis of mold and the axis of nickel screen core can be adjusted, and the scope of angle R is -15 °~15 °.
On this basis, the one side of the die setting base cylinder has position-limited edge, has square groove on the middle frame
And adjusting screw, the position-limited edge of the die setting base are located in the square groove of middle frame, adjusting screw is held out against in position-limited edge
Two planes in left and right, so as to fulfill the positioning of die setting base.
On this basis, the die setting base lower part is П types, and respectively there are one hasp, hasp is buckled in mould on the both sides of П types
Mold is mounted on die setting base by the lower part of tool.
On this basis, annular groove there are one the ends of the weight linear meter, the counterweight are hung in annular groove.
On this basis, when the weight linear meter is horizontal positioned, between mold center to foundation frame and link swivel point
Distance is d, and the distance of mold center to annular groove center is D, distance D=5*d.
On this basis, the weight range of the counterweight is 10Kg~50Kg.
On this basis, the counterweight is circular counterweight
Compared with prior art, the beneficial effects of the utility model are：
1st, using adjustable die setting base structure type, can adjust between mold axis and nickel screen core axis
Angle R realizes the different mesh layout of nickel screen mandrel surface, improves the adaptability of mold, reduce nickel screen mandrel surface pressure
The cost of point,
2nd, in a manner that two adjusting screws are held out against, adjusting convenience is improved, is avoided due to the adjustable mistake brought
Difference ensure that the quality of nickel screen mandrel surface pressure point, ensure that the finished product rate of nickel screen mandrel surface pressure point, improve nickel screen of knowing clearly
The production efficiency of mandrel surface pressure point reduces the cost of nickel screen mandrel surface pressure point.
Description of the drawings
Fig. 1 is the utility model structure diagram；
Fig. 2 is the utility model side structure schematic diagram；
Fig. 3 is middle frame overlooking the structure diagram；
Fig. 4 is die setting base side structure schematic diagram；
Fig. 5 is the overlooking the structure diagram of middle frame, die setting base and nickel screen core；
In figure：1st, rack, 2, nickel screen core, 3, slide unit component, 4, pressure point device, 41, foundation frame, 42, link, 43,
Middle frame, 431, adjusting screw, 44, die setting base, 441, position-limited edge, 442, hasp, 45, mold, 46, weight linear meter, 461,
Annular groove, 47, counterweight
Specific embodiment
Below in conjunction with drawings and examples, the utility model is further elaborated.It should be appreciated that this place is retouched
The specific embodiment stated only to explain the utility model, is not used to limit the utility model.
As Figure 1-Figure 5, the utility model schematically illustrates a kind of nickel screen core production surface pressure point equipment.
The utility model discloses a kind of nickel screen core production surface pressure point equipment, as shown in Figure 1 and Figure 2, including including machine
Frame 1, nickel screen core 2, slide unit component 3 and pressure point device 4, nickel screen core 2 are mounted in rack 1, and nickel screen core 2 is in rack 1
The lower rotation of driving, slide unit component 3 are mounted in rack 1, positioned at the lower section of nickel screen core 2, can be moved left and right along rack 1, pressed
Point device 4 is mounted on slide unit component 3, slide unit component 3 is followed to move, pressure point device 4 is located at the top of nickel screen core 2, pressure point
Device 4 is pressed in the upper surface of nickel screen core 2 from the top down, under the cooperation moved in 2 rotation of nickel screen core and slide unit component 3,
The surface of nickel screen core 2 extrudes the mesh with certain depth, shape and layout, so as to fulfill 2 surface pressure point work of nickel screen core
Sequence, the depth of mesh is related with 4 pressure applied of pressure point device, and the shape of mesh is related with the mold of pressure point device 4, mesh
Layout it is related with the angle of pressure point device 4 and nickel screen core 2；Pressure point device 4 includes foundation frame 41, link 42, middle frame
43rd, die setting base 44, mold 45, weight linear meter 46 and counterweight 47, foundation frame 41 be mounted on slide unit component 3 on, link 42 with
Foundation frame 41 is connected by axis pin, can be rotated around foundation frame 41, and middle frame 43 is fixedly mounted on link 42, mold installation
Seat 44 is mounted on the lower part of middle frame 43, and mold 45 is mounted on the lower part of die setting base 44, and weight linear meter 46 is mounted on middle frame
On 43, counterweight 47 is mounted on the end of weight linear meter 46, and foundation frame 41, link 42, middle frame 43 and weight linear meter 46 form one
Plane is vertical with the axis of nickel screen core 2；Foundation frame 41 is L-type structure, and the base of L-type is by bolt presses in slide unit component
On 3, the base end face of L-type carries out positioning in the front-back direction close to slide unit component 3, and the mounting means is simple, when installing or tear open
When unloading foundation frame 41, only it need to loosen or tighten bolt, without all bolts are taken out, simple to operate, foundation frame 41L
The end of type vertical edge is U-shaped, has coaxial mounting hole, for coordinating with link 42, link in the two-arm of U-shaped
42 are located among the two-arm of U-shaped, and axis pin sequentially passes through foundation frame 41 and link 42, and foundation frame 41 and link 42 are connected
Get up, make link 42 that can rotate with comparative basis frame 41, to adapt to the standby need with work different station of pressure point device 4
It asks；Link 42 be T-shaped connecting rod, T-shaped lower end there are one run through left and right surface through hole, be connected with foundation frame 41, T
The upper end of font is opened to be connected there are four mounting hole with middle frame 43, and link 42 connects foundation frame 41 and middle frame 43,
Middle frame 43 is linear type structure, and for right end there are one downward bending, there are installation threaded hole, threaded hole in the end face of right end bending
Size and location match with link 42, bolt through link 42 screw in middle frame 43 threaded hole in, by middle frame
43 are mounted on link 42；As shown in figure 3,43 left end of middle frame, there is the circular mounting hole through upper and lower surface, it is used for and mould
Tool mounting base 44 is engaged, and for the fixed installation to die setting base 44, there are one square grooves and installation on the side of mounting hole
Hole is tangent, and the both sides side wall of square groove is provided with the threaded hole through two surfaces, and adjusting screw 431 is equipped on threaded hole, uses
It is positioned in mounting base 44；As shown in figure 4, die setting base 44 is convex shape structure, the top of convex shape is cylinder,
Coordinate with the circular mounting hole of middle frame 43, for the positioning to die setting base 44, there are threaded hole, spiral shell in the upper surface of convex shape
In the threaded hole for the upper surface that the cover board of bolt through shaft end screws in convex shape, die setting base 44 is fixed on middle frame 43,
There is position-limited edge 441 in the one side of convex shape upper cylindrical, and position-limited edge 441 is inserted into the square groove of middle frame 43, and position-limited edge 441 can
To be swung in square groove, adjusting screw 431 is held out against on the both sides of position-limited edge 441, for being positioned to position-limited edge 441；Mould
Having the lower part of 44 convex shape of mounting base for П types, there is semicircular location hole on the both sides of П types, for being positioned to mold 45,
Hasp 442 is arranged at 44 convex shape lower part of mounting base, and hasp 442 is buckled in the lower part of 45 installation axle of mold, and mold 45 is mounted on mold
In mounting base 44；As shown in figure 5, when adjusting the screw-in length of 43 both sides adjusting screw 431 of middle frame, adjusting screw 431 pushes away
Dynamic position-limited edge 441 moves, under the /V of 43 circular mounting hole of middle frame, 441 driven mold mounting base 44 of position-limited edge relatively in
A structure of an essay 43 rotates, and 44 driven mold 45 of die setting base rotates, so as to fulfill the axis and nickel screen of mold 45 is adjusted
The adjustable range of angle R between the axis of core 2, angle R are -15 °~15 °, when locking the adjusting screw 431 on both sides,
Adjusting screw 431 holds out against the plane of left and right two of limited block 441, limited block 441 is fixed, so as to fulfill to die setting base 44
Fixation, prevent 44 stress of die setting base from rotating with respect to middle frame 43, so as to influence nickel screen core 2 surf the Internet hole arrangement；
Mold 45 is ladder axial workpiece, and the both ends diameter of axle is small, and for installation mold 45, medium axle diameter is big, thereon with different structure volume
Protrusion, protrusion have certain hardness, and protrusion is pressed in the surface of nickel screen core 2, and different shape is extruded on the surface of nickel screen core 2
With the pressure point of depth；Weight linear meter 46 is mounted on the front of middle frame 43, and weight linear meter 46 is T-shaped structure, and T-shaped upper end has
Mounting hole with middle frame 43 for being connected, and T-shaped lower end is cylinder, and there are one annular groove 461, rings for cylindrical end
Shape slot 461 is used for suspended counterweight 47, and when preventing that 2 diameter of nickel screen core is smaller, the excessive counterweight 47 of 46 gradient of weight linear meter slides；Such as
Shown in Fig. 2, when weight linear meter 46 is horizontal positioned, 45 center of mold to foundation frame 41 and link 42 connect between swivel point away from
From for d, the distance at 45 center of mold to 47 hitch point annular groove of counterweight, 461 center is D, at this time distance D=5*d, according to lever
Principle, the power for being applied to 2 surface of nickel screen core at this time is 5 times of counterweight 47, in the case where ensureing that pressure pressure is equal, is reduced
The weight of counterweight 47 improves the use scope of counterweight 47；Counterweight 47 is the circular counterweight with constant weight, counterweight
Weight range is 10Kg~50Kg, the weight of counterweight 47 pressure point depth needed according to the material and surface of nickel screen mandrel surface copper and
It is fixed.
Nickel screen core production, using adjustable 44 structure type of die setting base, can be adjusted with surface pressure point equipment
Angle R between the axis of mold 45 and the axis of nickel screen core 2 realizes the different mesh layout in 2 surfaces of nickel screen core, improves
The adaptability of mold 45 reduces the cost of 2 surface pressure point of nickel screen core, while held out against using two adjusting screws 431
Mode improves adjusting convenience, avoids, due to the adjustable error brought, ensure that the quality of 2 surface pressure point of nickel screen core,
It ensure that the finished product rate of 2 surface pressure point of nickel screen core, improve the production efficiency for 2 surface pressure point of nickel screen core of knowing clearly, reduce nickel
The cost of 2 surface pressure point of steel wire rack mould.
The preferred embodiment of the utility model has shown and described in above description, as previously described, it should be understood that this practicality is new
Type is not limited to form disclosed herein, is not to be taken as the exclusion to other embodiment, and available for various other groups
It closes, modification and environment, and by the technology of above-mentioned introduction or association area or can know in the scope of the invention is set forth herein
Knowledge is modified.And changes and modifications made by those skilled in the art do not depart from the spirit and scope of the utility model, then all should
In the protection domain of the appended claims for the utility model.
Claims (8)
1. a kind of nickel screen core production surface pressure point equipment, including rack (1), nickel screen core (2), slide unit component (3) and pressure
Point device (4), nickel screen core (2) and slide unit component (3) are mounted in rack (1), and slide unit component (3) is moved along rack (1) left and right
Dynamic, pressure point device (4) is mounted on slide unit component (3), follows slide unit component (3) mobile, it is characterised in that：The pressure point device
(4) include foundation frame (41), link (42), middle frame (43), die setting base (44), mold (45), weight linear meter (46) and
Counterweight (47), the foundation frame (41) are mounted on slide unit component (3), and the link (42) passes through axis pin with foundation frame (41)
Connection, the middle frame (43) are fixedly mounted on link (42), and the die setting base (44) is mounted on middle frame (43)
Lower part, the mold (45) are mounted on the lower part of die setting base (44), and the weight linear meter (46) is mounted on middle frame (43),
The counterweight (47) is mounted on the end of weight linear meter (46).
2. a kind of nickel screen core production surface pressure point equipment according to claim 1, it is characterised in that：The mold peace
It is convex shape structure to fill seat (44), and the top of convex shape is cylinder, and there are threaded hole, die setting base (44) in convex shape upper surface
It is connected, can be rotated relative to middle frame (43), so that the axis of mold (45) with middle frame (43) by cylindrical and threaded hole
Angle R between the axis of line and nickel screen core (2) can be adjusted, and the scope of angle R is -15 °~15 °.
3. a kind of nickel screen core production surface pressure point equipment according to claim 2, it is characterised in that：The mold peace
Filling the one side of seat (44) cylinder has position-limited edge (441), has square groove and adjusting screw (431) on the middle frame (43),
The position-limited edge (441) of the die setting base (44) is located in the square groove of middle frame (43), and adjusting screw (431), which is held out against, to be limited
The plane of left and right two on position side (441), so as to fulfill the positioning of die setting base (44).
4. a kind of nickel screen core production surface pressure point equipment according to claim 3, it is characterised in that：The mold peace
Dress seat (44) lower part is П types, and respectively there are one hasp (442), hasp (442) is buckled in the lower part of mold (45) on the both sides of П types, will
Mold (45) is mounted on die setting base (44).
5. a kind of nickel screen core production surface pressure point equipment according to claim 4, it is characterised in that：The weight linear meter
(46) there are one annular groove (461), the counterweight (47) is hung in annular groove (461) for end.
6. a kind of nickel screen core production surface pressure point equipment according to claim 5, it is characterised in that：The weight linear meter
(46) when horizontal positioned, the distance between mold (45) center to foundation frame (41) and link (42) swivel point be d, mold
(45) distance at center to annular groove (461) center is D, distance D=5*d.
7. a kind of nickel screen core production surface pressure point equipment according to claim 6, it is characterised in that：The counterweight
(47) weight range is 10Kg~50Kg.
8. a kind of nickel screen core production surface pressure point equipment according to claim 7, it is characterised in that：The counterweight
(47) it is circular counterweight.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721450478.XU CN207414122U (en) | 2017-11-03 | 2017-11-03 | A kind of nickel screen core production surface pressure point equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721450478.XU CN207414122U (en) | 2017-11-03 | 2017-11-03 | A kind of nickel screen core production surface pressure point equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207414122U true CN207414122U (en) | 2018-05-29 |
Family
ID=62307068
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721450478.XU Expired - Fee Related CN207414122U (en) | 2017-11-03 | 2017-11-03 | A kind of nickel screen core production surface pressure point equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207414122U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115231226A (en) * | 2022-08-18 | 2022-10-25 | 愉悦家纺有限公司 | Embossing roll fast switching device |
-
2017
- 2017-11-03 CN CN201721450478.XU patent/CN207414122U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115231226A (en) * | 2022-08-18 | 2022-10-25 | 愉悦家纺有限公司 | Embossing roll fast switching device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180529 Termination date: 20191103 |
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| CF01 | Termination of patent right due to non-payment of annual fee |