CN209424439U - Triple section arm stirrup bender - Google Patents
Triple section arm stirrup bender Download PDFInfo
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- CN209424439U CN209424439U CN201821949665.7U CN201821949665U CN209424439U CN 209424439 U CN209424439 U CN 209424439U CN 201821949665 U CN201821949665 U CN 201821949665U CN 209424439 U CN209424439 U CN 209424439U
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- bending
- material toggling
- bending mechanism
- oil cylinder
- rope sheave
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Abstract
The utility model discloses triple section arm stirrup benders, including rack and the first bending mechanism, the second bending mechanism and third bending mechanism, bending mechanism is provided with bending device and backing pin panel assembly, bending device includes the curved pin in center, bending turntable is sleeved on the curved pin in center and the pin rotation that can go for a stroll, bending turntable is provided with the curved pin of rotation, hydraulic cylinder driving bending turntable rotation；Backing pin panel assembly includes the backing pin plate matched with the curved pin in center and the curved pin of rotation.It can be automatically finished the buckling work of five bent angles of stirrup skeleton frame, high degree of automation using three bending mechanisms, and simplify the structure of stirrup bender, reduce volume, improving production efficiency reduces cost.
Description
Technical field
The utility model relates to stirrup bender technical field, specifically a kind of stirrup bender with triple section arm.
Background technique
Largely using various reinforcing bars and the stirrup by being obtained after steel bar meter in modern construction engineering, and reinforcing bar be usually with
Coil form storage transport, must first pass through straightening, scale severing before, then carry out by hydraulic reinforcing-steel hoop bending machine more
Secondary bending step is shaped to stirrup.Stirrup is mainly used for the position of fixed main reinforcement and makes the various reinforcing bar groups inside building element
At framework of steel reinforcement, stirrup for building has various shapes, and application is extremely wide, wherein most commonly seen is that bending is rectangular
Stirrup skeleton frame, there are five bent angle (referring to Fig.1 6) for the stirrup skeleton frame, and the bent angle of head and the tail is overlapped, it is necessary to by stirrup bone
The bent angle of frame frame head and the tail is staggered.
In the bending forming of stirrup skeleton frame, due to needing to avoid the reinforcing bar after bending, existing stirrup bender
Volume is all very big, and multiple bending devices are arranged, and reinforcing bar needs repeatedly the mobile bending to complete five bent angles, and it is multiple that there are structures
The defects of miscellaneous, bulky, production efficiency is not high, have much room for improvement.
Utility model content
For overcome the deficiencies in the prior art, the embodiments of the present invention provide a kind of stirrup bender, using three
5 bent angles, high degree of automation can be completed in bending device.
Optimal technical scheme used by the utility model is mainly:
Triple section arm stirrup bender, including rack, and bending apparatus on the rack is connected, the bending apparatus includes
The first bending mechanism being fixed on the rack, and the second bending mechanism and the third bending being removably set in rack
Mechanism, first bending mechanism and the second bending mechanism are provided with bending device and auto-changing backing pin panel assembly, described
Third bending mechanism is provided with bending device, and the bending device includes the curved pin in center, bending turntable and bending oil cylinder, institute
It states bending turntable to be sleeved on the curved pin in center and the pin rotation that can go for a stroll, the bending turntable is provided with and the cooperation of the curved pin in the center
The curved pin of rotation, the bending oil cylinder connects the bending turntable and bending turntable driven to rotate；The auto-changing backing pin plate
Device includes the station transformation rotating seat for being rotationally connected with the curved pin in the center, is connected with gear on the station transformation rotating seat
Pin plate, station transformation rotating seat are connected with auto-changing tensile machine to realize rotation, first bending mechanism and the
The bending device of two bending mechanisms is connected with sequence opener, and the sequence opener is provided with exsertile locking plate, the lock
Piece is used to limit the rotation of the station transformation rotating seat；The station transformation rotating seat is provided with for pushing reset itself
Reset passive collision block.
As an improvement of the above technical solution, the auto-changing tensile machine includes to cross messenger and stiff spring, institute
It states and crosses one end of messenger and be connected to station transformation rotating seat, the other end connects the stiff spring, by the stiff spring
Pulling force is provided.
As a further improvement of the above technical scheme, it is provided on first bending mechanism for pushing reinforcing bar forward
The dislocation push rod and dislocation driving device of displacement, the dislocation driving device connecting staggered push rod.
It is further improved, the bending device of first bending mechanism is mounted on a superposition slide, the superposition slide
It is slidably connected on a fixed bracket, the fixed bracket is fixedly connected on the rack, and the dislocation driving device driving is wrong
When position push rod forward extends out, the superposition slide is moved backward.
It is further improved, is provided with evacuation driving device on first bending mechanism, the superposition slide is connected to institute
The piston rod for stating evacuation driving device drives superposition slide sliding by evacuation driving device.
It is further improved, the supporting spring for pushing reinforcing bar is provided on the dislocation push rod.
As a further improvement of the above technical scheme, it is provided between first bending mechanism and the second bending mechanism
For stirring the poking device of reinforcing bar, the poking device include the material toggling balladeur train for being connected to the rack, material toggling shaft with
And material toggling oil cylinder, slidable material toggling coaster is connected on the material toggling balladeur train, is connected with material toggling rope sheave in the material toggling shaft,
Around the first drawstring is equipped on the material toggling rope sheave, first drawstring connects the material toggling coaster, and the material toggling rope sheave is dialled
Expect rope sheave rotation, drive the material toggling coaster mobile by the first drawstring material toggling rope sheave, the material toggling oil cylinder connection is described to dial
Expect rope sheave and material toggling rope sheave is driven to rotate.
It is further improved, the material toggling rope sheave is provided with coaxial transmission rope sheave, around being equipped with second on the transmission rope sheave
Drawstring, second drawstring connect the material toggling oil cylinder and are driven by the material toggling oil cylinder.
It is further improved, the piston rod of the material toggling oil cylinder, which is connected with, crosses messenger seat, and the both ends of second drawstring are solid
It is scheduled on described cross on messenger seat.
It is further improved, the poking device further includes having scale remote control switch, and the scale remote control switch is for controlling
The start and stop of the material toggling oil cylinder are provided with the scale for touching the scale remote control switch on the piston rod of the material toggling oil cylinder
Collision block, the scale remote control switch are connected with scale sliding support, and the scale sliding support is provided with and the material toggling oil cylinder
The parallel sliding slot of piston rod, be provided in the sliding slot and adjust collision block, the scale with the scale of scale collision block cooperation
Collision block is adjusted for touching the scale remote control switch.
The beneficial effect of above-mentioned technical proposal provided by the utility model is:
The triple section arm stirrup bender of the utility model is provided with the first bending mechanism, the second bending mechanism on the rack
With third bending mechanism, the first bending mechanism and the second bending mechanism are provided with bending device and auto-changing backing pin plate dress
It sets, third bending mechanism is provided with bending device, and the bending oil cylinder driving bending turntable rotation of bending device, curved pin rotation is in
The bending of multiple angles can be achieved in the curved pin cooperation of the heart；The locking plate of sequence opener in first bending mechanism and the second bending mechanism
It stretches out and limits station transformation rotating seat, backing pin plate is located at the first station, carries out the bending operation of first bent angle of reinforcing bar；So
Afterwards, locking plate is withdrawn, and station transformation rotating seat rotates under the pulling of auto-changing tensile machine, and backing pin plate is located at second station,
Carry out the bending operation of second bent angle of reinforcing bar.Triple section arm stirrup bender is first bent by third during carrying out bending hoop
Mechanism carries out first bent angle bending to reinforcing bar, and then the first bending mechanism and the second bending mechanism are respectively completed second and third
The bending of bent angle, reinforcing bar moves down later, then completes the 4th and the 5th bent angle by the first bending mechanism and the second bending mechanism
Buckling work obtains complete stirrup skeleton frame, can be automatically finished five of stirrup skeleton frame using three bending mechanisms
The buckling work of bent angle, high degree of automation, and simplify the structure of stirrup bender, reduce volume, improving production efficiency reduces
Cost.
Detailed description of the invention
Utility model will be further described in detail below with reference to the attached drawings and specific embodiments.
Fig. 1 is the structural schematic diagram according to a kind of embodiment；
Fig. 2~Fig. 6 is the use state diagram according to a kind of embodiment；
Fig. 7, Fig. 8 are the structural schematic diagram according to a kind of the first bending mechanism of embodiment；
Fig. 9 is the structural schematic diagram according to a kind of auto-changing backing pin panel assembly of embodiment；
Figure 10, Figure 11 are the structural schematic diagram according to a kind of poking device of embodiment；
Figure 12 is the drawstring connection relationship diagram according to a kind of poking device of embodiment；
Figure 13, Figure 14 are the structural schematic diagram according to a kind of the second bending mechanism of embodiment；
Figure 15 is the structural schematic diagram according to a kind of third bending mechanism of embodiment；
Figure 16 is the structural schematic diagram of stirrup skeleton frame.
Specific embodiment
Referring to figs. 1 to Figure 16, a kind of preferred embodiment provided by the utility model, triple section arm stirrup bender, including machine
Frame 100, and the bending apparatus being connected in rack 100, the bending apparatus include first be fixed in rack 100
Bending mechanism 110, and the second bending mechanism 120 and third bending mechanism 130 that are removably set in rack 100.It is described
100 side of rack is provided with fixed bracket 250, and the first hoop bending body 110 is installed on fixed bracket 250, second bending
Mechanism 120 and third bending mechanism 130 are set as can be traversing in rack 100, can according to the stirrup size to be bent,
Adjust the position of the second bending mechanism 120 and third bending mechanism 130.
Referring to Fig. 7, Fig. 8 and Figure 13 to Figure 15, first bending mechanism 110, the second bending mechanism 120 and third are curved
Bent mechanism 130 is provided with bending device 200.The bending device 200 include the curved pin 210 in center, bending turntable 220 and
Hydraulic cylinder 230, the bending turntable 220 are sleeved on the curved pin 210 in center and can rotate around the curved pin 210 in center, the bending
Turntable 220 is provided with the curved pin 221 of rotation cooperated with the curved pin 210 in the center, and the hydraulic cylinder 230 connects the bending and turns
Disk 220 simultaneously drives bending turntable 220 to rotate.The central pin shaft 210 is connected with telescopic oil cylinder, drives center by telescopic oil cylinder
Pin shaft 210, which stretches out, carries out reinforcing bar bending, or retracts and reinforcing bar is facilitated to shift.
First bending mechanism 110, the second bending mechanism 120 and third bending mechanism 130 are additionally provided with to be filled with bending
It sets 200 and matches the stepless displacement backing pin panel assembly 300 for carrying out reinforcing bar bending.Referring to Fig. 9, stepless displacement backing pin panel assembly 300
Including backing pin plate 320, backing pin plate 320 cooperates the curved pin 210 in center and rotates curved pin 221, and 3 stress are formed when bending reinforcing bar,
Reinforcing bar bending can be preferably carried out, backing pin plate 320 is provided with support column, and the support column outer cover is equipped with slidable adjusting set
321, the adjusting set 321 is connected with locking member with the fixation support column, passes through the opposite position of adjusting set 321 and support column
Adjusting is set, the position of adjustable backing pin plate 320 expands use scope to adapt to the reinforcing bar of different-diameter.Preferably, described
The stepless displacement backing pin panel assembly 300 of first bending mechanism 110 and the second bending mechanism 120 further includes being rotationally connected in described
The station of the curved pin 210 of the heart converts rotating seat 310, and backing pin plate 320 is mounted on station transformation rotating seat 310, the station transformation
Rotating seat 310 is connected with auto-changing tensile machine 330 to realize rotation, and backing pin plate 320 is made to convert station, and backing pin plate 320 has
There are the first station and second station, since the first bending mechanism 110 and the second bending mechanism 120 require to carry out two to reinforcing bar
The bending at the different angle in orientation, when carrying out the bending at first angle, backing pin plate 320 is located at the first station, first angle bending
Afterwards, it drives station to convert rotating seat 310 and the rotation of backing pin plate 320 by auto-changing tensile machine 330, becomes backing pin plate 320
Second station is changed to, to cooperate the bending for carrying out second angle.Further, the adjusting set 321 is fixedly connected with rotary shaft, institute
It states station transformation rotating seat 310 and is provided with the axle sleeve 312 for being coupled the rotary shaft, the end of the rotary shaft passes through described
Station transformation rotating seat 310 is simultaneously connected with rotation torsional spring, using the above structure, passes through the adjustable backing pin plate 320 of rotary shaft
Working surface angle expands use scope, and usually under the action of rotating torsional spring, holding work that the backing pin plate 320 can be stable
Make state.
In the present embodiment, it is preferred that the auto-changing tensile machine 330 includes to cross messenger 331 and stiff spring
332, described one end for crossing messenger 331 is connected to the station transformation rotating seat 310, and the other end connects the stiff spring 332,
Pulling force is provided by the stiff spring 332.In order to cross the smooth movement of messenger 331, station transformation rotating seat 310 on be provided with around
Rope groove and directive wheel cross 331 part of messenger and are wound on rope groove, and are oriented to by directive wheel and reconnect stiff spring 332, lead
Draw spring 332 and pulling force is provided, guarantees that auto-changing tensile machine 330 can pull station transformation rotating seat 310 to rotate, structure is simple
Reliably, at low cost.And station transformation rotating seat 310 is just rotated before the bending for carrying out first angle in order to prevent, it is described
Bending device 200 is also connected with sequence opener 400, and the sequence opener 400 is provided with exsertile locking plate 410, usually
The locking plate 410 stretches out the rotation for stopping station transformation rotating seat 310, after bending device 200 carries out the bending at first angle,
The sequence opener 400 drives locking plate 410 to withdraw, and station converts rotating seat 310 in the pulling of auto-changing tensile machine 330
Lower rotation makes backing pin plate 320 be located at second station.Further, the station transformation rotating seat 310 is additionally provided with for pushing certainly
The passive collision block 311 of reset that body resets.
In the present embodiment, it is preferred that the bending device 200 of first bending mechanism 110 is mounted on a superposition slide
On 240, the superposition slide 240 is slidably connected on fixed bracket 250, and evacuation driving is fixedly connected on fixed bracket 250
Device 700, the superposition slide 240 are connected to the piston rod of the evacuation driving device 700, are driven by evacuation driving device 700
Fold adds slide 240 to slide back and forth.Dislocation push rod and dislocation driving device 500, institute are additionally provided on first bending mechanism
It states dislocation 500 connecting staggered push rod of driving device and dislocation push rod is driven to stretch out, be provided on the dislocation push rod for pushing
The supporting spring of reinforcing bar.When the driving of the dislocation driving device 500 dislocation push rod forward extends out, the evacuation driving device 700 is simultaneously
Driving superposition slide 240 moves backward.Dislocation is carried out during bending hoop, when being bent the last one angle to surround, therefore,
It is bent before the 5th bent angle, dislocation driving device 500 acts, and pushes dislocation push rod to forward extend out, the supporting spring band for the push rod that misplaces
Dynamic reinforcing bar forward extends out, to form dislocation；The driving superposition slide 240 of driving device 700 is avoided simultaneously to draw back and avoided,
It can smoothly be surrounded after so that stirrup is misplaced.
In the present embodiment, it is preferred that be arranged between first bending mechanism 110 and the second bending mechanism 120 useful
In the poking device 600 for stirring reinforcing bar.Referring to Fig.1 0 to Figure 12, the poking device 600 includes to be connected to the rack 100
Material toggling balladeur train 610, material toggling shaft 620 and material toggling oil cylinder 630, be connected with slidable material toggling on the material toggling balladeur train 610
Coaster 611, is connected with material toggling rope sheave 621 in the material toggling shaft 620, around being equipped with the first drawstring on the material toggling rope sheave 621
622, first drawstring 622 connects the material toggling coaster 611, and the material toggling rope sheave material toggling rope sheave 621 rotates, by described
First drawstring material toggling rope sheave 622 drives the material toggling coaster 611 mobile, and the material toggling oil cylinder 630 connects the material toggling rope sheave 621
And material toggling rope sheave 621 is driven to rotate.Working principle are as follows: material toggling oil cylinder 630 drives material toggling rope sheave 621 to rotate, material toggling rope sheave 621
It drives the first drawstring 622 around the home thereon mobile by frictional force, pulls material toggling coaster 611 is mobile to realize by the first drawstring 622
Reinforcing bar is pushed to move down, using oil cylinder as power device, pulling force is big, adapts to the use environment of stirrup bender, reliable resistance to
With.In one embodiment, the material toggling coaster 611 and material toggling balladeur train 610 are provided with two groups and are arranged in parallel, two material togglings
Balladeur train 610 is respectively close to the first bending mechanism 110, the second bending mechanism 120, each connection of material toggling coaster 611 one piece the
One drawstring 622, the material toggling rope sheave 621 are provided with two accordingly.It is curved for the first time using the corresponding reinforcing bar of two material toggling coasters 611
Two angles position after folding is conducive to steadily push reinforcing bar mobile, and more evenly, reinforcing bar movement is more stable for stress.Preferably, rack
Horizontal slide rail is set on 100, and the material toggling balladeur train 610 and the second bending mechanism 120 are slidably connected on the horizontal slide rail, can be with
Position is adjusted to adapt to the stirrup skeleton frame of different size, promotes use scope.In order to guarantee that it is dynamic that two material toggling coasters 611 synchronize
Make, two material toggling rope sheaves 621 are mounted in same material toggling shaft 620, and material toggling shaft 620 is provided with what section was square
Shaft part, two material toggling rope sheaves 621 are fixed on the shaft part.It is driven using the shaft part of square, guarantees two material toggling ropes
Wheel 621 rotates synchronously, to guarantee two 611 synchronization actions of material toggling coaster, and follows material toggling balladeur train convenient for material toggling rope sheave 621
610 is mobile.
In the present embodiment, it is preferred that the material toggling rope sheave 621 is provided with coaxial transmission rope sheave 623, the transmission rope
Around the second drawstring 624 is equipped on wheel 623, second drawstring 624 connects the material toggling oil cylinder 630 and by the material toggling oil cylinder
630 drive.
Preferable implementation result, which is that the piston rod of the material toggling oil cylinder 630 is connected with, crosses messenger seat 640, and described second draws
The both ends of rope 624 are each attached to described cross on messenger seat 640.Second drawstring 624 can be turned to and be guided by multiple directive wheels,
Belong to conventional design, repeats no more.It crosses messenger seat 640 to be driven by material toggling oil cylinder 630 and moved, drives the second drawstring 624 mobile,
Second drawstring 624 drives transmission rope sheave 623 and material toggling rope sheave 621 to rotate by frictional force, final to realize that material toggling coaster 611 pushes away
Dynamic reinforcing bar is mobile.
In the present embodiment, it is preferred that the poking device 600 further includes having scale remote control switch 650, and the scale is distant
Control switch 650 is used to control the start and stop of the material toggling oil cylinder 630, is provided on the piston rod of the material toggling oil cylinder 630 for touching
The scale collision block 631 of the scale remote control switch 650 is moved, the scale remote control switch 650 is connected with scale sliding support 651,
The scale sliding support 651 is provided with the sliding slot parallel with the piston rod of the material toggling oil cylinder 630, is provided in the sliding slot
Collision block 652 is adjusted with the scale of the scale collision block 631 cooperation, it is distant for touching the scale that the scale adjusts collision block 652
Control switch 650.Scale adjusts collision block 652 and can move and fix in sliding slot, using common screw bolt and nut,
He repeats no more mode, and when material toggling oil cylinder 630 acts, scale collision block 631 bumps against that scale adjusts collision block 652 and to touch scale distant
It controls switch 650 and controls the stopping of material toggling oil cylinder 630.
The course of work of the present embodiment is briefly introduced below with reference to Fig. 2 to Fig. 6.
Referring to Fig. 2, before carrying out bending work, first according to the size of stirrup, the second bending mechanism 120 and third are adjusted
Then the position of bending mechanism 130 is placed on reinforcing bar on three bending mechanisms of triple section arm stirrup bender, third bar folder
The bending device 200 of structure 130 first acts, and carries out the bending of first angle position, then the bending device of the first bending mechanism 110
200 carry out the bending of second angle position, after the movement of the first bending mechanism 110, the stepless displacement backing pin on the first bending mechanism 110
Panel assembly 300 is shifted one's position；
Referring to Fig. 3, the bending device 200 of the second bending mechanism 120 is acted, and carries out the bending of third angle position, second is curved
After rolling over the movement of mechanism 120, the stepless displacement backing pin panel assembly 300 on the second bending mechanism 120 is shifted one's position；
Referring to Fig. 4, poking device 600 is acted, and drives reinforcing bar to move down, then by the bending of the first bending mechanism 110
Device 200 carries out the bending of the 4th angle position；
Referring to Fig. 5, Fig. 6, the bending device 200 of the second bending mechanism 120 is acted, and carries out the bending of the 5th angle position, together
When dislocation driving device and evacuation driving device movement, surround reinforcing bar smoothly, obtain complete stirrup skeleton frame.
Using two bending mechanisms can full-automatic five bent angles for completing stirrup skeleton frame buckling work, it is significantly simple
Change the structure of stirrup bender, reduce volume, improving production efficiency reduces cost.
The triple section arm stirrup bender of the utility model is provided with the first bending mechanism, the second bending mechanism on the rack
With third bending mechanism, the first bending mechanism and the second bending mechanism are provided with bending device and auto-changing backing pin plate dress
It sets, third bending mechanism is provided with bending device, and the bending oil cylinder driving bending turntable rotation of bending device, curved pin rotation is in
The bending of multiple angles can be achieved in the curved pin cooperation of the heart；The locking plate of sequence opener in first bending mechanism and the second bending mechanism
It stretches out and limits station transformation rotating seat, backing pin plate is located at the first station, carries out the bending operation of first bent angle of reinforcing bar；So
Afterwards, locking plate is withdrawn, and station transformation rotating seat rotates under the pulling of auto-changing tensile machine, and backing pin plate is located at second station,
Carry out the bending operation of second bent angle of reinforcing bar.Triple section arm stirrup bender is first bent by third during carrying out bending hoop
Mechanism carries out first bent angle bending to reinforcing bar, and then the first bending mechanism and the second bending mechanism are respectively completed second and third
The bending of bent angle, reinforcing bar moves down later, then completes the 4th and the 5th bent angle by the first bending mechanism and the second bending mechanism
Buckling work obtains complete stirrup skeleton frame, can be automatically finished five of stirrup skeleton frame using three bending mechanisms
The buckling work of bent angle, high degree of automation, and simplify the structure of stirrup bender, reduce volume, improving production efficiency reduces
Cost.
The above, the only better embodiment of the utility model, but the utility model is not limited to above-mentioned reality
Example is applied, as long as its technical effect for reaching the utility model with any same or similar means, should all fall into the utility model
Within protection scope.
Claims (10)
1. triple section arm stirrup bender, including rack, and the bending apparatus of connection on the rack, it is characterised in that: described curved
Bent device includes the first bending mechanism being fixed on the rack, and the second bending mechanism being removably set in rack
With third bending mechanism, first bending mechanism and the second bending mechanism are provided with bending device and auto-changing backing pin plate
Device, the third bending mechanism are provided with bending device, and the bending device includes the curved pin in center, bending turntable and curved
Roll over oil cylinder, the bending turntable be sleeved on the curved pin in center and can go for a stroll pin rotate, the bending turntable be provided with it is described in
The curved pin of rotation of the curved pin cooperation of the heart, the bending oil cylinder connect the bending turntable and drive bending turntable rotation；It is described automatic
Transformation backing pin panel assembly includes the station transformation rotating seat for being rotationally connected with the curved pin in the center, and the station converts rotating seat
On be connected with backing pin plate, the station transformation rotating seat is connected with auto-changing tensile machine to realize rotation, and described first is curved
The bending device of bent mechanism and the second bending mechanism is connected with sequence opener, and the sequence opener is provided with exsertile lock
Piece, the locking plate are used to limit the rotation of the station transformation rotating seat；The station transformation rotating seat is provided with for pushing
The passive collision block of the reset of reset itself.
2. triple section arm stirrup bender according to claim 1, it is characterised in that: the auto-changing tensile machine includes
Messenger and stiff spring are crossed, described one end for crossing messenger is connected to the station transformation rotating seat, leads described in other end connection
Draw spring, provides pulling force by the stiff spring.
3. triple section arm stirrup bender according to claim 1, it is characterised in that: be provided on first bending mechanism
Dislocation push rod and dislocation driving device for pushing reinforcing bar to shift forward, the dislocation driving device connecting staggered push rod.
4. triple section arm stirrup bender according to claim 3, it is characterised in that: the bending of first bending mechanism fills
It sets and is mounted on a superposition slide, the superposition slide is slidably connected on a fixed bracket, and the fixed bracket is fixedly connected
In the rack, when the dislocation driving device driving dislocation push rod forward extends out, the superposition slide is moved backward.
5. triple section arm stirrup bender according to claim 4, it is characterised in that: be provided on first bending mechanism
Driving device is avoided, the superposition slide is connected to the piston rod of the evacuation driving device, is driven by evacuation driving device folded
Slide is added to slide.
6. triple section arm stirrup bender according to claim 3, it is characterised in that: be provided with and be used on the dislocation push rod
Push the supporting spring of reinforcing bar.
7. triple section arm stirrup bender according to claim 1, it is characterised in that: first bending mechanism and second curved
The poking device for stirring reinforcing bar is provided between bent mechanism, the poking device includes the material toggling for being connected to the rack
Balladeur train, material toggling shaft and material toggling oil cylinder, are connected with slidable material toggling coaster on the material toggling balladeur train, in the material toggling shaft
It is connected with material toggling rope sheave, around the first drawstring is equipped on the material toggling rope sheave, first drawstring connects the material toggling coaster, and
The material toggling rope sheave material toggling rope sheave rotation drives the material toggling coaster mobile, the material toggling by the first drawstring material toggling rope sheave
Oil cylinder connects the material toggling rope sheave and material toggling rope sheave is driven to rotate.
8. triple section arm stirrup bender according to claim 7, it is characterised in that: the material toggling rope sheave is provided with coaxial
It is driven rope sheave, around being equipped with the second drawstring on the transmission rope sheave, the second drawstring connection material toggling oil cylinder and by described group
Material oil cylinder drives.
9. triple section arm stirrup bender according to claim 8, it is characterised in that: the piston rod of the material toggling oil cylinder connects
Messenger seat is crossed, the both ends of second drawstring are each attached to described cross on messenger seat.
10. triple section arm stirrup bender according to claim 9, it is characterised in that: the poking device further includes having to determine
Ruler remote control switch, the scale remote control switch are used to control the start and stop of the material toggling oil cylinder, on the piston rod of the material toggling oil cylinder
It is provided with the scale collision block for touching the scale remote control switch, the scale remote control switch is connected with scale sliding support,
The scale sliding support is provided with the sliding slot parallel with the piston rod of the material toggling oil cylinder, be provided in the sliding slot with it is described
The scale of scale collision block cooperation adjusts collision block, and the scale adjusts collision block for touching the scale remote control switch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821949665.7U CN209424439U (en) | 2018-11-23 | 2018-11-23 | Triple section arm stirrup bender |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821949665.7U CN209424439U (en) | 2018-11-23 | 2018-11-23 | Triple section arm stirrup bender |
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| Publication Number | Publication Date |
|---|---|
| CN209424439U true CN209424439U (en) | 2019-09-24 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821949665.7U Active CN209424439U (en) | 2018-11-23 | 2018-11-23 | Triple section arm stirrup bender |
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| CN (1) | CN209424439U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111390074A (en) * | 2020-04-14 | 2020-07-10 | 福州市长乐区艾德利电子科技有限公司 | Stirrup device for deformed steel bar |
-
2018
- 2018-11-23 CN CN201821949665.7U patent/CN209424439U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111390074A (en) * | 2020-04-14 | 2020-07-10 | 福州市长乐区艾德利电子科技有限公司 | Stirrup device for deformed steel bar |
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