CN205816588U - A kind of efficiently mop metal tube pipe reduction device - Google Patents
A kind of efficiently mop metal tube pipe reduction device Download PDFInfo
- Publication number
- CN205816588U CN205816588U CN201620759055.5U CN201620759055U CN205816588U CN 205816588 U CN205816588 U CN 205816588U CN 201620759055 U CN201620759055 U CN 201620759055U CN 205816588 U CN205816588 U CN 205816588U
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- tubing
- bar
- blockage
- block
- wise displacement
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Abstract
nullA kind of efficiently mop metal tube pipe reduction device，Including frame、Tubing feed bin、Anti-blockage mechanism、Feed mechanism、Tubing clamping mechanism、Pipe end forming die has、Material returned bar、Electric Appliance Cabinet、Switch board，Anti-blockage bar、Anti-blockage claw gag lever post is arranged at tubing feed bin side，Anti-blockage claw is arranged on Anti-blockage bar middle position，Tubing conveying stretcher is fixing with frame to be connected，First tubing step-wise displacement block side is fixing with first carry bar one end to be connected，The first carry bar other end is connected with cylinder，Second tubing step-wise displacement block side is fixing with second carry bar one end to be connected，The second carry bar other end is connected with cylinder，3rd tubing step-wise displacement block side is fixing with the 3rd carry bar one end to be connected，The 3rd carry bar other end is connected with cylinder，On step up that block and frame are fixing to be connected，Under step up block and be connected with stepping up cylinder，Pipe end forming die tool is connected with forming cylinder，Material returned bar is installed in parallel in down and steps up between block and the 3rd tubing step-wise displacement block.
Description
Technical field
This utility model belongs to mouth of pipe technical field of processing equipment, is specifically related to a kind of efficiently mop metal tube draw dress
Put.
Background technology
Mop is mainly made up of mop rod, mophead, these several parts of collodion head, mop rod with mophead assemble before need into
The metal tube end face constituting mop rod carries out draw process, and at present, metal tube end face carries out the draw and processes mostly use manually
Operation, needs during operation, in the artificial charging aperture that one end of feed metal tubing is put into pipe reduction device, then manually to hold always
The other end of metal pipe material, until metal pipe material is processed is reduced to required form and dimension, the most again by artificial by gold
Belong to tubing to take out from pipe reduction device, this kind of mode of operation, not only take time and effort, inefficiency, and cannot ensure same
The homogeneity of batch metal tube processing, finally affects the quality stability of mop.
Utility model content
For the deficiency of background technology, a kind of efficient mop metal tube pipe reduction device of this utility model research design, its
Purpose is: provides and a kind of reduces labor strength, improves enterprises production efficiency, ensures efficiently the dragging of end product quality stability
Metal tube pipe reduction device.
Technical solution of the present utility model:
A kind of efficiently mop metal tube pipe reduction device, it is characterised in that: include frame, tubing feed bin, Anti-blockage mechanism, send
Material mechanism, tubing clamping mechanism, pipe end forming die tool, material returned bar, Electric Appliance Cabinet, switch board, described Anti-blockage mechanism include anti-sticking
Material cylinder, Anti-blockage bar, Anti-blockage claw, Anti-blockage claw gag lever post, Anti-blockage bar, Anti-blockage claw gag lever post are arranged at
Tubing feed bin side, Anti-blockage claw is arranged on Anti-blockage bar middle position, bottom Anti-blockage bar two ends respectively with Anti-blockage
Cylinder connects, and described feed mechanism includes that tubing step-wise displacement block, tubing carry stretcher, and tubing conveying stretcher is fixing with frame even
Connecing, tubing step-wise displacement block includes the first tubing step-wise displacement block, is symmetrically mounted on the second tubing step-wise displacement inside frame
Block, the 3rd tubing step-wise displacement block, bottom the first tubing step-wise displacement block, bottom the second tubing step-wise displacement block, the 3rd tubing
All it is flexibly connected with slide bar by chute bottom step-wise displacement block, the first tubing step-wise displacement block side and first carry bar one end
Fixing connection, the first carry bar other end is connected with cylinder, and the second tubing step-wise displacement block side is solid with second carry bar one end
Fixed connection, the second carry bar other end is connected with cylinder, and the 3rd tubing step-wise displacement block side is fixed with the 3rd carry bar one end
Connecting, the 3rd carry bar other end is connected with cylinder, described tubing clamping mechanism include stepping up block, under step up block, above step up
Block and frame are fixing to be connected, under step up block and be connected with stepping up cylinder, described pipe end forming die has and is connected with forming cylinder, described in move back
Material bar is two, and material returned bar is installed in parallel in down and steps up between block and the 3rd tubing step-wise displacement block.
Described feed bin bottom surface is horizontal by 35 °～45° angle.
One end of the described material returned bar material returned is horizontal by 30 °～35 ° of angles.
Described first tubing step-wise displacement block, the second tubing step-wise displacement block, the 3rd tubing step-wise displacement block, tubing carry
Stretcher top is provided with the draw-in groove for placing metal tube.
Step up on described block, under step up block and be provided with the groove matched with tubing.
Described pipe end forming die tool is two groups.
Described tubing feed bin top is provided with alarm lamp.
Described frame side is additionally provided with splicing groove.
The beneficial effects of the utility model: this utility model novel structure, design science are reasonable, use self-feeding, move back
Material, reduces because Traditional Man operates the security incident caused, it is not necessary to manually carry out the pipe end draw, once can realize two metals
The pipe end draw of pipe, can include the tube end maching molding such as pipe, the draw, pleat nozzle, not only reduce workman different pipe fittings
Labor intensity and improve enterprises production efficiency, avoid the error of the existence of the artificial pipe end draw, it is ensured that product simultaneously
Homogeneity, finally ensure that end product quality stability, has the highest practical value.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is main TV structure schematic diagram of the present utility model.
Fig. 3 is plan structure schematic diagram of the present utility model.
Wherein: 1, frame, 2, Anti-blockage cylinder, 3, Electric Appliance Cabinet, 4, Anti-blockage claw gag lever post, 5, alarm lamp, 6, tubing
Feed bin, 7, Anti-blockage bar, 7-1, Anti-blockage claw, 8, material returned bar, 9, step up cylinder, 10-1, on step up block, 10-2, under step up
Block, 11, switch board, 12, forming cylinder, 13, pipe end forming die tool, the 14, first tubing step-wise displacement block, 15, tubing conveying load
Frame, the 16, second tubing step-wise displacement block, the 17, the 3rd tubing step-wise displacement block.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, this utility model is described further.
As shown in Figure 1 to Figure 3, a kind of efficiently mop metal tube pipe reduction device, including frame 1, tubing feed bin 6, Anti-blockage
Mechanism, feed mechanism, tubing clamping mechanism, pipe end forming die tool, material returned bar 8, Electric Appliance Cabinet 3, switch board 11, Anti-blockage mechanism bag
Include Anti-blockage cylinder 2, Anti-blockage bar 7, Anti-blockage claw 7-1, Anti-blockage claw gag lever post 4, Anti-blockage bar 7, Anti-blockage claw
Gag lever post 4 is arranged at tubing feed bin 6 side, and Anti-blockage claw 7-1 is arranged on Anti-blockage bar 7 middle position, Anti-blockage bar 7
Being connected with Anti-blockage cylinder 2 respectively bottom two ends, feed mechanism includes that tubing step-wise displacement block, tubing carry stretcher 15, tubing
Conveying stretcher 15 is fixing with frame 1 to be connected, and tubing step-wise displacement block includes the first tubing step-wise displacement block 14, is symmetrically mounted on machine
The second tubing step-wise displacement block the 16, the 3rd tubing step-wise displacement block 17 inside frame, bottom the first tubing step-wise displacement block 14,
Bottom two tubing step-wise displacement blocks 16, all it is flexibly connected with slide bar by chute bottom the 3rd tubing step-wise displacement block 17, first
Tubing step-wise displacement block 14 side is fixing with first carry bar one end to be connected, and the first carry bar other end is connected with cylinder, and second
Tubing step-wise displacement block 16 side is fixing with second carry bar one end to be connected, and the second carry bar other end is connected with cylinder, and the 3rd
Tubing step-wise displacement block 17 side is fixing with the 3rd carry bar one end to be connected, and the 3rd carry bar other end is connected with cylinder, tubing
Clamping mechanism include stepping up block 10-1, under step up block 10-2, above step up that block 10-1 is fixing with frame 1 to be connected, under step up block 10-
2 are connected with stepping up cylinder 9, and pipe end forming die tool 13 is connected with forming cylinder 12, and material returned bar 8 is two, the parallel installation of material returned bar 8
Stepping up between block 10-2 and the 3rd tubing step-wise displacement block 17 under, tubing feed bin 6 bottom surface, horizontal by 35 °～45° angle, is moved back
One end of material bar 8 material returned is horizontal by 30 °～35 ° of angles, first tubing step-wise displacement block the 14, second tubing step-wise displacement block
16, the 3rd tubing step-wise displacement block 17, tubing conveying stretcher 15 top are provided with the draw-in groove for placing metal tube, above step up
Block 10-1, under step up block 10-2 and be provided with the groove matched with tubing, pipe end forming die tool 13 is two groups, tubing feed bin 6
Top is provided with alarm lamp 5, and frame 1 side is additionally provided with splicing groove.
Specifically used process: open Electric Appliance Cabinet 3 total power switch, puts in tubing feed bin 6 by batch pipe, and operation controls
Button on cabinet 11, under the effect of Anti-blockage cylinder 2, Anti-blockage bar 7 moves up and down to be arranged in order by the tubing in tubing feed bin 6
Row, prevent from getting stuck, and tubing is transported on tubing conveying stretcher 15 by the first tubing step-wise displacement block 14, and once conveying one, defeated
Sending twice is a cycle, and tubing is carried on stretcher 15 by the second tubing step-wise displacement block the 16, the 3rd tubing step-wise displacement block 17
Tubing is transported in tubing clamping mechanism, and tubing is stepped up action under the effect stepping up cylinder 9 by tubing clamping mechanism, pipe
Forming mold carries out reducing action, one-shot forming two, the pipe after pipe end shrink mouth under the effect of forming cylinder 12 to tubing
Material material returned from material returned bar 8 enters splicing groove, it is not necessary to manually carry out the pipe end draw, once can realize the pipe end contracting of two metal tubes
Pipe, not only reduces labor strength and improves enterprises production efficiency, avoid the existence of the artificial pipe end draw simultaneously
Error, it is ensured that the homogeneity of product, finally ensure that end product quality stability, there is the highest practical value.
To sum up, this utility model produces a desired effect.
Claims (8)
1. an efficient mop metal tube pipe reduction device, it is characterised in that: include frame, tubing feed bin, Anti-blockage mechanism, feeding
Mechanism, tubing clamping mechanism, pipe end forming die tool, material returned bar, Electric Appliance Cabinet, switch board, described Anti-blockage mechanism include Anti-blockage
Cylinder, Anti-blockage bar, Anti-blockage claw, Anti-blockage claw gag lever post, Anti-blockage bar, Anti-blockage claw gag lever post are arranged at pipe
Side, material storehouse, Anti-blockage claw is arranged on Anti-blockage bar middle position, bottom Anti-blockage bar two ends respectively with Anti-blockage gas
Cylinder connects, and described feed mechanism includes that tubing step-wise displacement block, tubing carry stretcher, and tubing conveying stretcher is fixing with frame even
Connecing, tubing step-wise displacement block includes the first tubing step-wise displacement block, is symmetrically mounted on the second tubing step-wise displacement inside frame
Block, the 3rd tubing step-wise displacement block, bottom the first tubing step-wise displacement block, bottom the second tubing step-wise displacement block, the 3rd tubing
All it is flexibly connected with slide bar by chute bottom step-wise displacement block, the first tubing step-wise displacement block side and first carry bar one end
Fixing connection, the first carry bar other end is connected with cylinder, and the second tubing step-wise displacement block side is solid with second carry bar one end
Fixed connection, the second carry bar other end is connected with cylinder, and the 3rd tubing step-wise displacement block side is fixed with the 3rd carry bar one end
Connecting, the 3rd carry bar other end is connected with cylinder, described tubing clamping mechanism include stepping up block, under step up block, above step up
Block and frame are fixing to be connected, under step up block and be connected with stepping up cylinder, described pipe end forming die has and is connected with forming cylinder, described in move back
Material bar is two, and material returned bar is installed in parallel in down and steps up between block and the 3rd tubing step-wise displacement block.
2. a kind of efficiently mop metal tube pipe reduction device, it is characterised in that: described feed bin bottom surface and level
Face is 35 °～45° angle.
3. a kind of efficiently mop metal tube pipe reduction device, it is characterised in that: the one of the described material returned bar material returned
End is horizontal by 30 °～35 ° of angles.
4. a kind of efficiently mop metal tube pipe reduction device, it is characterised in that: described first tubing stepping position
Shifting block, the second tubing step-wise displacement block, the 3rd tubing step-wise displacement block, tubing conveying stretcher top are provided with for placing gold
Belong to the draw-in groove of pipe.
5. as claimed in claim 1 a kind of efficiently mop metal tube pipe reduction device, it is characterised in that: step up on described block, under add
Tight block is provided with the groove matched with tubing.
6. a kind of efficiently mop metal tube pipe reduction device, it is characterised in that: described pipe end forming die tool is
Two groups.
7. a kind of efficiently mop metal tube pipe reduction device, it is characterised in that: described tubing feed bin top is pacified
Equipped with alarm lamp.
8. a kind of efficiently mop metal tube pipe reduction device, it is characterised in that: described frame side also sets up
There is splicing groove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620759055.5U CN205816588U (en) | 2016-07-19 | 2016-07-19 | A kind of efficiently mop metal tube pipe reduction device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620759055.5U CN205816588U (en) | 2016-07-19 | 2016-07-19 | A kind of efficiently mop metal tube pipe reduction device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205816588U true CN205816588U (en) | 2016-12-21 |
Family
ID=57562976
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620759055.5U Active CN205816588U (en) | 2016-07-19 | 2016-07-19 | A kind of efficiently mop metal tube pipe reduction device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205816588U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112621219A (en) * | 2021-01-15 | 2021-04-09 | 王石头 | Full-automatic mop rod assembly machine |
-
2016
- 2016-07-19 CN CN201620759055.5U patent/CN205816588U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112621219A (en) * | 2021-01-15 | 2021-04-09 | 王石头 | Full-automatic mop rod assembly machine |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |