CN206598040U - Wire netting welds material storage mechanism - Google Patents
Wire netting welds material storage mechanism Download PDFInfo
- Publication number
- CN206598040U CN206598040U CN201720374836.7U CN201720374836U CN206598040U CN 206598040 U CN206598040 U CN 206598040U CN 201720374836 U CN201720374836 U CN 201720374836U CN 206598040 U CN206598040 U CN 206598040U
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- Prior art keywords
- swing rod
- wire
- line bracket
- material storage
- inlet
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Abstract
The utility model belongs to woven wire technical field of processing equipment, discloses a kind of wire netting welding material storage mechanism.It is mainly characterized in that：Including storing base, it is provided with front of the storing base into line bracket, the storing base rear is provided with out line bracket, the inlet wire cantilever tip is provided with wire inlet mechanism, multiple horizontally arranged entrance holes are carried on the wire inlet mechanism, be provided with below the wire inlet mechanism front end with it is described enter the swing rod that is flexibly connected of line bracket, the quantity of the swing rod is equal with the entrance hole, the position of the swing rod is corresponding with the entrance hole, each swing rod rear end is provided with directive wheel, the first relative optoelectronic switch is provided with the outside of the swing rod of both sides, in the swing rod and enter between line bracket to be provided with oscillation dampening mechanism.During wire advance, the gravity draft link front end of swing rod itself is sagging, and wire is V-shaped between entering line bracket and going out line bracket, in the case where feeding is broken down, and optoelectronic switch is closed, and whole device is stopped.
Description
Technical field
The utility model belongs to woven wire processing unit (plant) technical field, more particularly to a kind of wire netting welding storage machine
Structure.
Background technology
In woven wire processing technique field, in order to which the warp tension for ensureing silk screen is consistent and avoids because of paying out reel twisted wire etc.
To damaging, it is necessary to store certain wire before drag alignment for haulage gear.The material storage mechanism used at present is mainly used
By wire arc deflecting, the number of storing is determined using the size of arc.There is following defect in said mechanism：First, should
Mechanism is primarily adapted for use in the thicker wire of diameter, for the thinner wire of diameter, and arc becomes backward, and wire is easy
It is converted into bending, influence speed of welding and welding quality；Second, more than organizine quantity and in the case that diameter is small, existing storing
Mechanism space-consuming is big, adds the occupancy in workshop.
Utility model content
Problem to be solved in the utility model is just to provide that a kind of space hold is small, production efficiency is high, is less likely to occur to twist
The wire netting welding material storage mechanism of line.
To solve the above problems, the utility model wire netting technical scheme for using of welding material storage mechanism for：Including storing
Base, is provided with into line bracket in front of the storing base, the storing base rear is provided with out line bracket, described
Inlet wire cantilever tip is provided with wire inlet mechanism, multiple horizontally arranged entrance holes is carried on the wire inlet mechanism, in the inlet wire
Be provided with below mechanism front end with it is described enter the swing rod that is flexibly connected of line bracket, the quantity of the swing rod and the entrance hole phase
Deng the position of the swing rod is corresponding with the entrance hole, and directive wheel is provided with each swing rod rear end, in the outlet branch
Frame top carry outlet mechanism, the first relative optoelectronic switch is provided with the outside of the swing rod of both sides, the swing rod with
Enter between line bracket and be provided with oscillation dampening mechanism.
Its additional technical feature is：
Described oscillation dampening mechanism is the stiff spring for being arranged on the swing rod lower end and entering between line bracket；
Described oscillation dampening mechanism is the damping spring for being arranged on swing rod front end；
The wire inlet mechanism includes the separated time passage being separated into by dividing plate positioned at inlet wire pedestal upper end side, logical in separated time
Hanging block is provided with road, described entrance hole is located in described hanging block, supporting plate is provided with below the separated time passage, in institute
State be located above supporting plate it is described enter line bracket both sides be provided with the second relative optoelectronic switch, be respectively arranged with branch in hanging block both sides
Support roller.
Wire netting provided by the utility model welds material storage mechanism compared with prior art, with advantages below：First,
Due to including storing base, being provided with front of the storing base into line bracket, it is provided with out at the storing base rear
Line bracket, wire inlet mechanism is provided with the inlet wire cantilever tip, and multiple horizontally arranged inlet wires are carried on the wire inlet mechanism
Hole, be provided with below the wire inlet mechanism front end with it is described enter the swing rod that is flexibly connected of line bracket, the quantity of the swing rod with
The entrance hole is equal, and the position of the swing rod is corresponding with the entrance hole, and each swing rod rear end is provided with directive wheel,
Outlet mechanism is carried in the outlet cantilever tip, the first relative optoelectronic switch is provided with the outside of the swing rod of both sides,
In the swing rod and enter between line bracket to be provided with oscillation dampening mechanism, during wire advance, the gravity of swing rod itself
Draft link front end is sagging, and wire is V-shaped between entering line bracket and going out line bracket, in certain one metal wire Anterior crossbite speed
When spending very fast, the directive wheel of corresponding swing rod rear end is by upward pulling force, and swing rod rear end is upwarped, it is ensured that lasting feed,
As swing rod rear end is upwarped, metal wire tension gradually increases, and now feed mechanism continues feeding, and swing rod rear end is in feed abundance
In the case of the bottom, when feed mechanism breaks down and twisted wire occurs on drum such as certain one metal wire, feed mechanism stops
Only feeding, now, as rear wire is drawn, swing rod rear end is persistently upwarped, when swing rod is higher than the first optoelectronic switch position,
Optoelectronic switch is closed, and now, whole device is stopped, after fixing a breakdown, and continues to start shooting, it is to avoid because of Anterior crossbite power mistake
It is big to cause haulage gear damage, payingoff mechanism to damage or break wire and cause personal injury accidents；Second, due to described
Oscillation dampening mechanism is to be arranged on the swing rod lower end and the stiff spring entered between line bracket or to be arranged on swing rod front end
Damping spring, using easier for installation；Third, the wire inlet mechanism is included positioned at inlet wire pedestal upper end side by dividing plate
The separated time passage being separated into, is provided with hanging block, described entrance hole is located in described hanging block, at described point in separated time passage
Supporting plate is provided with below line passage, be located above the supporting plate it is described enter line bracket both sides be provided with the second relative photoelectricity and open
Close, support roller be respectively arranged with hanging block both sides, in the case of normal work, wire passes through the entrance hole above hanging block,
Hanging block is located above the second optoelectronic switch, after certain root steel wire is finished, does not have wire to pass through in entrance hole, and hanging block is in itself weight
Dropped down onto under in the presence of power on supporting plate, now hanging block blocks the second optoelectronic switch, signal is given control machine by the second optoelectronic switch
Structure, controlling organization control whole device is stopped, the metal wire tray that operating personnel more renew, then by the wire newly changed
Entrance hole above through hanging block, and two wire ends are welded together, whole device works on, and use is more square
Just.
Brief description of the drawings
Fig. 1 is the structural representation that the utility model wire netting welds material storage mechanism；
Fig. 2 is that wire netting welds the lateral plan that material storage mechanism carries out support；
Fig. 3 is the enlarged drawing of inlet wire cradle top.
Embodiment
The structure of material storage mechanism is welded to the utility model wire netting with reference to the accompanying drawings and detailed description and used
Principle is described in further details.
As illustrated in fig. 1 and 2, the utility model wire netting welds the structural representation of material storage mechanism, the utility model metal
Net welding material storage mechanism includes storing base 1, is provided with the front of storing base 1 into line bracket 2, after storing base 1
Side is provided with out line bracket 3, and the top for entering line bracket 2 is provided with wire inlet mechanism 4, and multiple water are carried on the wire inlet mechanism 4
The entrance hole 5 of flat raft row, front end is provided with the lower section of wire inlet mechanism 4 with entering the swing rod 6 that line bracket 2 is flexibly connected, swing rod 6
Quantity is equal with entrance hole 5, and the position of swing rod 6 is corresponding with entrance hole 5, each rear end of swing rod 6 is provided with directive wheel 7, in institute
Outlet cantilever tip is stated with outlet mechanism 16, the first relative optoelectronic switch 8 is provided with the outside of the swing rod 6 of both sides,
Swing rod 6 and enter between line bracket 2 to be provided with oscillation dampening mechanism 9.During wire advance, under the gravity of itself of swing rod 6
Front end is sagging, and wire is V-shaped between entering line bracket 2 and going out line bracket 3, certain one metal wire Anterior crossbite speed compared with
When fast, the directive wheel 7 of the corresponding rear end of swing rod 2 is by upward pulling force, and the rear end of swing rod 2 is upwarped, it is ensured that lasting feed,
As the rear end of swing rod 2 is upwarped, metal wire tension gradually increases, and now feed mechanism continues feeding, and the rear end of swing rod 2 is sufficient in feed
In the case of the bottom, when feed mechanism breaks down and twisted wire occurs on drum such as certain one metal wire, feed mechanism
Stop feeding, now, as rear wire is drawn, the rear end of swing rod 2 is persistently upwarped, when swing rod 2 blocks the first optoelectronic switch 8
When putting, optoelectronic switch 8 is closed, now, and whole device is stopped, after fixing a breakdown, and continues to start shooting, it is to avoid because leading in front
Gravitation is excessive to cause haulage gear damage, payingoff mechanism to damage or break wire and cause personal injury accidents.
As depicted in figs. 1 and 2, oscillation dampening mechanism 9 is the traction bullet for being arranged on the lower end of swing rod 2 and entering between line bracket 2
Spring 10.
Can certainly be the damping spring for being arranged on the front end of swing rod 2, using easier for installation.
As shown in figures 1 and 3, wire inlet mechanism 4 includes being located at point being separated into by dividing plate 11 into the upper side of line bracket 2
Line passage 12, is provided with hanging block 13 in separated time passage 12, and entrance hole 5 is located in hanging block 13, is set below separated time passage 12
There is supporting plate 14, the both sides of inlet wire support 2 are provided with the second relative optoelectronic switch 15 in the top of supporting plate 14.In the both sides of hanging block 13
It is respectively arranged with support roller 17.In the case of normal work, wire passes through the entrance hole 5 of the top of hanging block 13, hanging block 13
In the top of the second optoelectronic switch 15, after certain root steel wire is finished, there is no wire to pass through in entrance hole, hanging block 13 is in self gravitation
In the presence of under drop down onto on supporting plate 14, now hanging block 13 blocks the second optoelectronic switch 15, and the second optoelectronic switch 15 gives signal
Controlling organization, controlling organization control whole device is stopped, and then metal wire tray that operating personnel more renew will newly be changed
Wire welds together two wire ends through the entrance hole above hanging block, and whole device works on, and uses
More facilitate.
Protection domain of the present utility model is not limited solely to above-described embodiment, as long as structure and the utility model wire netting
Welding material storage mechanism structure is identical, just falls the scope protected in the utility model.
Claims (4)
1. wire netting welds material storage mechanism, including storing base, it is characterised in that：Inlet wire is provided with front of the storing base
Support, line bracket is provided with out at the storing base rear, and the inlet wire cantilever tip is provided with wire inlet mechanism, entered at this
On line mechanism carry multiple horizontally arranged entrance holes, be provided with below the wire inlet mechanism front end with it is described enter line bracket live
The swing rod of dynamic connection, the quantity of the swing rod is equal with the entrance hole, and the position of the swing rod is corresponding with the entrance hole,
Each swing rod rear end is provided with directive wheel, and outlet mechanism, the swing rod in both sides are carried in the outlet cantilever tip
Outside is provided with the first relative optoelectronic switch, in the swing rod and enters between line bracket to be provided with oscillation dampening mechanism.
2. wire netting according to claim 1 welds material storage mechanism, it is characterised in that：Described oscillation dampening mechanism is to set
Put in the swing rod lower end and the stiff spring entered between line bracket.
3. wire netting according to claim 1 welds material storage mechanism, it is characterised in that：Described oscillation dampening mechanism is to set
Put the damping spring in swing rod front end.
4. wire netting according to claim 1 welds material storage mechanism, it is characterised in that：The wire inlet mechanism include be located at into
The separated time passage being separated into by dividing plate of line bracket upper side, is provided with hanging block, described inlet wire hole position in separated time passage
In in described hanging block, supporting plate is provided with below the separated time passage, enters line bracket two described in above the supporting plate
Side is provided with the second relative optoelectronic switch, and support roller is respectively arranged with hanging block both sides.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720374836.7U CN206598040U (en) | 2017-04-11 | 2017-04-11 | Wire netting welds material storage mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720374836.7U CN206598040U (en) | 2017-04-11 | 2017-04-11 | Wire netting welds material storage mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206598040U true CN206598040U (en) | 2017-10-31 |
Family
ID=60144095
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720374836.7U Active CN206598040U (en) | 2017-04-11 | 2017-04-11 | Wire netting welds material storage mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206598040U (en) |
-
2017
- 2017-04-11 CN CN201720374836.7U patent/CN206598040U/en active Active
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