CN206898130U - A kind of intelligentized stainless steel cold-extruded bending machine - Google Patents
A kind of intelligentized stainless steel cold-extruded bending machine Download PDFInfo
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- CN206898130U CN206898130U CN201720668912.5U CN201720668912U CN206898130U CN 206898130 U CN206898130 U CN 206898130U CN 201720668912 U CN201720668912 U CN 201720668912U CN 206898130 U CN206898130 U CN 206898130U
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- bending machine
- main body
- stainless steel
- intelligentized
- switch
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Abstract
The utility model provides a kind of intelligentized stainless steel cold-extruded bending machine, including switch board, elbow module device, push wheel apparatus, cut sheet devices, standing groove and bending machine main body, described switch board is bolted to the left part centre position of bending machine main body, described elbow module device is bolted to the inner side left part of bending machine main body, described push wheel apparatus is welded on the inner side right part of bending machine main body, described cutting sheet devices are welded on the right lower quadrant of bending machine main body, described standing groove is bolted to the lower left quarter of bending machine main body, described switch board includes display screen, PLC, pushing motor shift knob, cutting motor on ＆ off switch, mobile cylinder on ＆ off switch, wire and plug.The beneficial effects of the utility model are：By pushing the setting of wheel apparatus, be advantageous to continuously be worked, while improve production efficiency, by the setting of switch board, be advantageous to facilitate control.
Description
Technical field
The utility model belongs to stainless steel technical field of processing equipment, more particularly to a kind of intelligentized stainless steel cold-extruded is curved
Head machine.
Background technology
Existing stainless steel cold-extruded bending machine includes frame, and two oil cylinders crouching and standing, elbow are housed in frame
In the frame, upper mould is connected the lower mould of mould with the oil cylinder cylinder rod stood, with the oil cylinder push-making angle fitting to crouch, elbow pushing into
After shape, start the oil cylinder stood and lift upper mould, take out the good elbow of pushing, then make the cylinder rod of the oil cylinder stood downward again,
Upper mould and lower die button are closed, then carry out pushing next time.Shortcoming is device structure complexity, and volume is big, and cost is high, production efficiency
Low, prior art is technical scheme used by the stainless steel cold-extruded bending machine that China Patent Publication No. is the U of CN 202461232
It is：Including fixed frame, one end of fixed frame is fixed with oil cylinder, and the other end is fixed with lower mould, and upper mould is fixed with turnbuckle
On lower mould, one end of dies cavity towards oil cylinder is fixed with pipe guide plate, and dies cavity is towards one end of oil cylinder and oil cylinder
Piston rod is on same straight line.Advantage is：It is simple in construction, small volume, low cost, production efficiency height.
But also there is low production efficiency for existing stainless steel cold-extruded bending machine, it has not been convenient to control and function imperfection
The problem of.
Therefore, invent a kind of intelligentized stainless steel cold-extruded bending machine and seem very necessary.
Utility model content
In order to solve the above-mentioned technical problem, the utility model provides a kind of intelligentized stainless steel cold-extruded bending machine, with solution
Certainly existing stainless steel cold-extruded bending machine low production efficiency, it has not been convenient to control and the incomplete problem of function.It is a kind of intelligent
Stainless steel cold-extruded bending machine, including switch board, elbow module device, push wheel apparatus, cut sheet devices, standing groove and elbow
Owner's body, described switch board are bolted to the left part centre position of bending machine main body, described elbow module device bolt
The inner side left part of bending machine main body is connected to, described push wheel apparatus is welded on the inner side right part of bending machine main body, described
Cutting sheet devices are welded on the right lower quadrant of bending machine main body, and described standing groove is bolted to the lower left quarter of bending machine main body,
Described switch board includes display screen, PLC, pushing motor shift knob, cutting motor on ＆ off switch, mobile cylinder on ＆ off switch, leads
Line and plug, described display screen are arranged on the inside upper part of switch board, and described PLC is arranged on the inner side interposition of switch board
Put, the lower inside of described switch board is sequentially installed with pushing motor shift knob from left to right, cutting motor on ＆ off switch and
Mobile cylinder on ＆ off switch, described plug are connected to the lower left quarter of switch board by wire.
Preferably, described elbow module device includes multistage push cylinder, multistage push rod, helps elbow, infrared sensing
Device, die main body, L-type bend pipe mould hole and guide pad, described multistage push cylinder are arranged on the upper left quarter of die main body, institute
The one end for the multistage push rod stated and the exit face in L-type bend pipe mould hole are set, and the other end connects more through die main body
Level push cylinder, described helps the bottom that bolt with one end bent back is connected to multistage push rod, and described infrared sensor is separately mounted to L
The inner side at type bend pipe mould hole turning two up and down, described L-type bend pipe mould hole is opened among the inner side of die main body
Position, described guide pad are respectively welded at the upper right quarter and right lower quadrant of die main body.
Preferably, described push wheel apparatus includes driving pulley, pushing motor, installing plate, conveyer belt, active push
Wheel, sliding groove, sliding block, driven pushing wheel, fixing nut, connecting plate and regulating bolt, described driving pulley key connection are pushing away
On the output shaft of power transmission machine, described pushing motor is bolted to the upper middle position of connecting plate by installing plate, described
Active push wheel axle is connected on the inner side upper left quarter and upper right quarter of connecting plate respectively, described sliding groove is opened in connecting plate respectively
Inner side lower left quarter and inner side right lower quadrant, described sliding block is placed on the lower inside of sliding groove, described driven push wheel shaft
The inside upper part centre position of sliding block is connected on, described fixing nut is welded on the lower inside of sliding groove, described regulation spiral shell
Bolt is threaded in the bottom of fixing nut.
Preferably, described active push wheel includes pushing wheel, driven pulley and shaft block ring, described driven belt wheel shaft
The inner side centre position of pushing wheel is connected on, described shaft block ring axle is connected on the inner side centre position of driven pulley.
Preferably, described cutting sheet devices include cutting sheet, protective cover, cutting motor, piston rod, mobile cylinder and solid
Fixed board, described cutting sheet are bolted on the output shaft of cutting motor, and described protective cover is welded on the outer of cutting motor
Upper lateral part, described piston rod one end are bolted to the right part of cutting motor, and the other end is plugged on the left part of mobile cylinder, institute
The mobile cylinder stated is bolted to the lower left quarter of fixed plate.
Preferably, described display screen, multistage push cylinder, pushing motor, cutting motor and mobile cylinder difference are electrical
PLC output end is connected to, described pushing motor shift knob, cutting motor on ＆ off switch and mobile cylinder on ＆ off switch are electric respectively
Property is connected to PLC input, and described plug is electrically connected with PLC by wire.
Preferably, between described driving pulley and driven pulley it is driven by the friction of conveyer belt.
Preferably, the exit in described L-type bend pipe mould hole is down-set.
Preferably, described pushing wheel specifically uses rubber wheel.
Compared with prior art, the utility model has the advantages that：Due to of the present utility model a kind of intelligent
Stainless steel cold-extruded bending machine be widely used in intelligentized stainless steel technical field of processing equipment.It is meanwhile of the present utility model
Have the beneficial effect that：
1. in the utility model, the setting of described push wheel apparatus, be advantageous to continuously be worked, while improve production
Efficiency.
2. in the utility model, the setting of described switch board, be advantageous to facilitate control.
3. in the utility model, the setting of described cutting sheet devices, be advantageous to perfect the problem of being inconvenient to cut.
4. in the utility model, the setting of described infrared sensor, being advantageously implemented intellectuality, while reduce work people
The labor intensity of member.
5. in the utility model, described pushing wheel specifically uses rubber wheel, is advantageous to protect stainless steel not come to harm.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of switch board of the present utility model.
Fig. 3 is the structural representation of elbow module device of the present utility model.
Fig. 4 is the structural representation of push wheel apparatus of the present utility model.
Fig. 5 is the structural representation of active push wheel of the present utility model.
Fig. 6 is the structural representation of cutting sheet devices of the present utility model.
In figure：
1st, switch board；11st, display screen；12、PLC；13rd, pushing motor shift knob；14th, cutting motor on ＆ off switch；15th, move
Take offence cylinder on ＆ off switch；16th, wire；17th, plug；2nd, elbow module device；21st, multistage push cylinder；22nd, multistage push rod；23、
Help elbow；24th, infrared sensor；25th, die main body；26th, L-type bend pipe mould hole；27th, guide pad；3rd, wheel apparatus is pushed；31、
Driving pulley；32nd, pushing motor；33rd, installing plate；34th, conveyer belt；35th, active push wheel；351st, pushing wheel；352nd, driven belt
Wheel；353rd, shaft block ring；36th, sliding groove；37th, sliding block；38th, driven pushing wheel；39th, fixing nut；310th, connecting plate；311st, adjust
Save bolt；4th, sheet devices are cut；41st, cutting sheet；42nd, protective cover；43rd, cutting motor；44th, piston rod；45th, push cylinder；46、
Fixed plate；5th, standing groove；6th, bending machine main body.
Embodiment
The utility model is described further below in conjunction with accompanying drawing：
Embodiment：
As shown in accompanying drawing 1 to accompanying drawing 6
A kind of intelligentized stainless steel cold-extruded bending machine of the utility model offer, including switch board 1, elbow module device 2,
Wheel apparatus 3 is pushed, cuts sheet devices 4, standing groove 5 and bending machine main body 6, described switch board 1 are bolted to elbow owner
The left part centre position of body 6, described elbow module device 2 are bolted to the inner side left part of bending machine main body 6, and described pushes away
The inner side right part that wheel apparatus 3 is welded on bending machine main body 6 is sent, described cutting sheet devices 4 are welded on the bottom right of bending machine main body 6
Portion, described standing groove 5 are bolted to the lower left quarter of bending machine main body 6, and described switch board 1 includes display screen 11,
PLC12, pushing motor shift knob 13, cutting motor on ＆ off switch 14, mobile cylinder on ＆ off switch 15, wire 16 and plug 17, institute
The display screen 11 stated is arranged on the inside upper part of switch board 1, and described PLC12 is arranged on the inner side centre position of switch board 1, institute
The lower inside for the switch board 1 stated is sequentially installed with pushing motor shift knob 13, the He of cutting motor on ＆ off switch 14 from left to right
Mobile cylinder on ＆ off switch 15, described plug 17 are connected to the lower left quarter of switch board 1 by wire 16.
In above-described embodiment, specifically, described elbow module device 2 includes multistage push cylinder 21, multistage push rod
22, help elbow 23, infrared sensor 24, die main body 25, L-type bend pipe mould hole 26 and guide pad 27, described multistage push
Cylinder 21 is arranged on the upper left quarter of die main body 25, one end of described multistage push rod 22 and going out for L-type bend pipe mould hole 26
Face is set at mouthful, and the other end connects multistage push cylinder 21 through die main body 25, and described helps elbow 23 to be bolted to
The bottom of multistage push rod 22, described infrared sensor 24 are separately mounted on the inner side at the turning of L-type bend pipe mould hole 26
Lower two, described L-type bend pipe mould hole 26 is opened in the inner side centre position of die main body 25, and described guide pad 27 is distinguished
It is welded on the upper right quarter and right lower quadrant of die main body 25.
In above-described embodiment, specifically, described push wheel apparatus 3 includes driving pulley 31, pushing motor 32, installing plate
33, conveyer belt 34, active push wheel 35, sliding groove 36, sliding block 37, driven pushing wheel 38, fixing nut 39, the He of connecting plate 310
Regulating bolt 311, on the output shaft of pushing motor 32, described pushing motor 32 passes through the described key connection of driving pulley 31
Installing plate 33 is bolted to the upper middle position of connecting plate 310, and axle is connected on connecting plate to described active push wheel 35 respectively
310 inner side upper left quarter and upper right quarter, described sliding groove 36 are opened in inner side lower left quarter and the inner side right side of connecting plate 310 respectively
Bottom, described sliding block 37 are placed on the lower inside of sliding groove 36, and the described axle of driven pushing wheel 38 is connected on the interior of sliding block 37
Upper lateral part centre position, described fixing nut 39 are welded on the lower inside of sliding groove 36, the described screw thread of regulating bolt 311
It is connected to the bottom of fixing nut 39.
In above-described embodiment, specifically, described active push wheel 35 includes pushing wheel 351, driven pulley 352 and axle are used
Back-up ring 353, the described axle of driven pulley 352 are connected on the inner side centre position of pushing wheel 351, and the described axle of shaft block ring 353 connects
In the inner side centre position of driven pulley 352.
In above-described embodiment, specifically, described cutting sheet devices 4 include cutting sheet 41, protective cover 42, cutting motor
43, piston rod 44, mobile cylinder 45 and fixed plate 46, described cutting sheet 41 are bolted to the output shaft of cutting motor 43
On, described protective cover 42 is welded on the outer upper of cutting motor 43, and described one end of piston rod 44 is bolted to cutting
The right part of motor 43, the other end are plugged on the left part of mobile cylinder 45, and described mobile cylinder 45 is bolted to fixed plate 46
Lower left quarter.
In above-described embodiment, specifically, described display screen 11, multistage push cylinder 21, pushing motor 32, cutting motor
43 and mobile cylinder 45 output end in PLC12 is electrically connected, described pushing motor shift knob 13, cutting motor are opened
The input in PLC12 is electrically connected in key 14 and mobile cylinder on ＆ off switch 15, and described plug 17 passes through the electricity of wire 16
Property connection PLC12.
In above-described embodiment, specifically, being by conveyer belt 34 between described driving pulley 31 and driven pulley 352
Friction is driven.
In above-described embodiment, specifically, the exit in described L-type bend pipe mould hole 26 is down-set.
In above-described embodiment, specifically, described pushing wheel 351 specifically uses rubber wheel.
Operation principle
Operation principle of the present utility model：In use, stainless steel is placed on active push wheel 35 and driven pushing wheel 38
Between, regulating bolt 311 is rotated, sliding block 37 drives driven pushing wheel 38 to be clamped stainless steel, presses pushing motor switch
Button 13, driving pulley 31 drive active push wheel 35 to rotate clockwise, stainless steel are sent into elbow module by conveyer belt 34
In device 2, when stainless steel reaches 24 position of infrared sensor, infrared sensor 24 transmits a signal to PLC12, and PLC12 leads to
Cross multistage push cylinder 21 and control multistage push rod 22 to drive and help elbow 23 to move down, by steel tube end part bending, when curved good
After stainless steel comes out required length in the outlet in L-type bend pipe mould hole 26, cutting motor on ＆ off switch 14, cutting motor are pressed
43 drive cutting sheet 41, then press mobile cylinder on ＆ off switch 15, and pushing motor 32 stops operating, and piston rod 44 drives cutting motor
43 are moved to the left, and curved good stainless steel is cut, and cutting motor 43 is stalled after ten seconds, and piston rod 44 is withdrawn, push
Motor 32 rotates again, carries out circulation work；Pushing motor shift knob 13 is pressed after having used again, pushing motor 32 stops
Rotate.
Using technical scheme described in the utility model, or those skilled in the art is in technical solutions of the utility model
Under inspiration, similar technical scheme is designed, and reaches above-mentioned technique effect, is to fall into protection model of the present utility model
Enclose.
Claims (9)
- A kind of 1. intelligentized stainless steel cold-extruded bending machine, it is characterised in that the intelligentized stainless steel cold-extruded bending machine, including Switch board（1）, elbow module device（2）, push wheel apparatus（3）, cut sheet devices（4）, standing groove（5）With bending machine main body （6）, described switch board（1）It is bolted to bending machine main body（6）Left part centre position, described elbow module device （2）It is bolted to bending machine main body（6）Inner side left part, described push wheel apparatus（3）It is welded on bending machine main body（6）'s Inner side right part, described cutting sheet devices（4）It is welded on bending machine main body（6）Right lower quadrant, described standing groove（5）Bolt connects It is connected on bending machine main body（6）Lower left quarter, described switch board（1）Including display screen（11）, PLC（12）, pushing motor switch Button（13）, cutting motor on ＆ off switch（14）, mobile cylinder on ＆ off switch（15）, wire（16）And plug（17）, described display Screen（11）Installed in switch board（1）Inside upper part, described PLC（12）Installed in switch board（1）Inner side centre position, institute The switch board stated（1）Lower inside be sequentially installed with pushing motor shift knob from left to right（13）, cutting motor on ＆ off switch （14）With mobile cylinder on ＆ off switch（15）, described plug（17）Pass through wire（16）It is connected to switch board（1）Lower left quarter.
- 2. intelligentized stainless steel cold-extruded bending machine as claimed in claim 1, it is characterised in that described elbow module device （2）Including multistage push cylinder（21）, multistage push rod（22）, help elbow（23）, infrared sensor（24）, die main body （25）, L-type bend pipe mould hole（26）And guide pad（27）, described multistage push cylinder（21）Installed in die main body（25）'s Upper left quarter, described multistage push rod（22）One end and L-type bend pipe mould hole（26）Exit face set, the other end passes through Wear die main body（25）Connect multistage push cylinder（21）, described helps elbow（23）It is bolted to multistage push rod（22）'s Bottom, described infrared sensor（24）It is separately mounted to L-type bend pipe mould hole（26）The inner side at turning two up and down, it is described L-type bend pipe mould hole（26）It is opened in die main body（25）Inner side centre position, described guide pad（27）It is respectively welded In die main body（25）Upper right quarter and right lower quadrant.
- 3. intelligentized stainless steel cold-extruded bending machine as claimed in claim 1, it is characterised in that described push wheel apparatus （3）Including driving pulley（31）, pushing motor（32）, installing plate（33）, conveyer belt（34）, active push wheel（35）, sliding groove （36）, sliding block（37）, driven pushing wheel（38）, fixing nut（39）, connecting plate（310）And regulating bolt（311）, described master Movable belt pulley（31）Key connection is in pushing motor（32）Output shaft on, described pushing motor（32）Pass through installing plate（33）Bolt It is connected to connecting plate（310）Upper middle position, described active push wheel（35）Axle is connected on connecting plate respectively（310）It is interior Side upper left quarter and upper right quarter, described sliding groove（36）Connecting plate is opened in respectively（310）Inner side lower left quarter and inner side bottom right Portion, described sliding block（37）It is placed on sliding groove（36）Lower inside, described driven pushing wheel（38）Axle is connected on sliding block （37）Inside upper part centre position, described fixing nut（39）It is welded on sliding groove（36）Lower inside, described tune Save bolt（311）It is threaded in fixing nut（39）Bottom.
- 4. intelligentized stainless steel cold-extruded bending machine as claimed in claim 3, it is characterised in that described active push wheel （35）Including pushing wheel（351）, driven pulley（352）And shaft block ring（353）, described driven pulley（352）Axle, which is connected on, to be pushed away Send wheel（351）Inner side centre position, described shaft block ring（353）Axle is connected on driven pulley（352）Inner side centre position.
- 5. intelligentized stainless steel cold-extruded bending machine as claimed in claim 1, it is characterised in that described cutting sheet devices （4）Including cutting sheet（41）, protective cover（42）, cutting motor（43）, piston rod（44）, mobile cylinder（45）And fixed plate （46）, described cutting sheet（41）It is bolted to cutting motor（43）Output shaft on, described protective cover（42）It is welded on Cutting motor（43）Outer upper, described piston rod（44）One end is bolted to cutting motor（43）Right part, it is another End is plugged on mobile cylinder（45）Left part, described mobile cylinder（45）It is bolted to fixed plate（46）Lower left quarter.
- 6. the intelligentized stainless steel cold-extruded bending machine as described in claim 1,2,3 or 5, it is characterised in that described display Screen（11）, multistage push cylinder（21）, pushing motor（32）, cutting motor（43）And mobile cylinder（45）It is electrically connected PLC（12）Output end, described pushing motor shift knob（13）, cutting motor on ＆ off switch（14）With mobile cylinder on ＆ off switch （15）It is electrically connected in PLC（12）Input, described plug（17）Pass through wire（16）It is electrically connected with PLC（12）.
- 7. the intelligentized stainless steel cold-extruded bending machine as described in claim 3-4 any claims, it is characterised in that described Driving pulley（31）And driven pulley（352）Between be to pass through conveyer belt（34）Friction be driven.
- 8. intelligentized stainless steel cold-extruded bending machine as claimed in claim 2, it is characterised in that described L-type bend pipe mould Hole（26）Exit it is down-set.
- 9. intelligentized stainless steel cold-extruded bending machine as claimed in claim 4, it is characterised in that described pushing wheel（351） Specifically use rubber wheel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720668912.5U CN206898130U (en) | 2017-06-09 | 2017-06-09 | A kind of intelligentized stainless steel cold-extruded bending machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720668912.5U CN206898130U (en) | 2017-06-09 | 2017-06-09 | A kind of intelligentized stainless steel cold-extruded bending machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206898130U true CN206898130U (en) | 2018-01-19 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720668912.5U Expired - Fee Related CN206898130U (en) | 2017-06-09 | 2017-06-09 | A kind of intelligentized stainless steel cold-extruded bending machine |
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| CN (1) | CN206898130U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109128853A (en) * | 2018-11-08 | 2019-01-04 | 中铁十二局集团有限公司 | Steel arch-shelf automatic production line |
-
2017
- 2017-06-09 CN CN201720668912.5U patent/CN206898130U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109128853A (en) * | 2018-11-08 | 2019-01-04 | 中铁十二局集团有限公司 | Steel arch-shelf automatic production line |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180119 Termination date: 20190609 |
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| CF01 | Termination of patent right due to non-payment of annual fee |