CN110405105A - A kind of feeding disconnecting device and its method and production equipment for reinforcing bar binding frame production - Google Patents
A kind of feeding disconnecting device and its method and production equipment for reinforcing bar binding frame production Download PDFInfo
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- CN110405105A CN110405105A CN201910619389.0A CN201910619389A CN110405105A CN 110405105 A CN110405105 A CN 110405105A CN 201910619389 A CN201910619389 A CN 201910619389A CN 110405105 A CN110405105 A CN 110405105A
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- cutting
- reinforcing bar
- wheel
- bending
- plate
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21F—WORKING OR PROCESSING OF METAL WIRE
- B21F1/00—Bending wire other than coiling; Straightening wire
- B21F1/02—Straightening
- B21F1/026—Straightening and cutting
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21F—WORKING OR PROCESSING OF METAL WIRE
- B21F11/00—Cutting wire
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21F—WORKING OR PROCESSING OF METAL WIRE
- B21F23/00—Feeding wire in wire-working machines or apparatus
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- Mechanical Engineering (AREA)
- Wire Processing (AREA)
Abstract
The present invention relates to construction ancillary equipments.A kind of feeding disconnecting device for reinforcing bar binding frame production, including conveying assembly and cutting assembly, conveying assembly are used for conveying steel, and conveying assembly includes carriage, transfer guide roller frame, two directive wheels, feeder motor, the first aligns wheel, the second aligns wheel；The inlet end of carriage is arranged in transfer guide roller frame；Transfer guide roller frame is equipped with more small deflector rolls and the big deflector roll of Duo Gen, transfer guide roller are provided with guiding wheel plate；It is oriented to wheel plate and is equipped with directive wheel regulating tank；Two directive wheels are respectively provided in directive wheel regulating tank, and feeder motor is arranged on carriage；First aligns wheel is connect by gear set with feeder motor；Second aligns wheel is matched with the first aligns wheel；Cutting assembly is used to position reinforcing bar and cut off.Having the technical effect that for this patent is carrying out more while conveying；Reinforcing bar is aligned while reinforcing bar conveying；Cutting precision is high and prevents reinforcing bar from deforming in conveying.
Description
Technical field
The present invention relates to construction ancillary equipments more particularly to a kind of feeding for reinforcing bar binding frame production to cut off dress
It sets.
Background technique
In real life, iron wire is essential a part in people's life, and iron wire is lived to people in life
Many convenience are brought, people are also more and more mature to the utilization of iron wire.In existing iron wire feeding device, such as Publication No.
CN105880428A publication date is the iron wire feed mechanism of one of the Chinese invention patent of 2016.08.24 binding machine, the bundle
The iron wire feed mechanism of line machine include iron wire charging tray, the first V-groove bearing, the second V-groove bearing, bearing mounting plate, iron wire rectify
Straight device, disconnecting device, wire installing devices and box bracket, the iron wire charging tray and the first V-groove bearing pass through connection
Axis is installed on box side face, and the iron wire on iron wire charging tray successively passes through the first V-groove bearing and the second V-groove bearing, the
Two V-groove bearings are fixed on bearing mounting plate, and bearing mounting plate is fixed on the aligning mounting plate of iron wire straightener.Pass through
Aforesaid way, the present invention are manually automatically performed the process of iron wire aligning, cutting by mechanical structure substitution, substantially increase work
Efficiency.Above-mentioned iron wire feed mechanism has the following problems: (one) can only lead in this way processing efficiency to the feeding of an iron wire
It is low；(2) disconnecting device, which is fixed on designated position, can not be adjusted movement, and the connecting that will lead to iron wire conveying in this way compares
Difference, it has not been convenient to control shearing length, while not have hold-down mechanism in cutting-off process, it is second-rate to will lead to cutting；(3) iron
There is no support plate when silk conveying, will lead to iron wire and unnecessary deformation occur in conveying.In conclusion above-mentioned feeding device
There are problems that transfer efficiency is low, cutting flexibility difference and cutting are of poor quality, is easy to appear iron wire deformation.
Summary of the invention
The problem of the purpose of the present invention is to solve above-mentioned existing feeding devices provides a kind of by conveying assembly progress
More convey simultaneously, improve transfer efficiency；And it carries out completing bar straightening while the conveying of feeding automatically, improves conveying
Stability and the quality for improving reinforcing bar；Stablize precisely cutting by cutting assembly, improves cutting precision and cutting quality
It is a kind of for reinforcing bar binding frame production feeding disconnecting device.
It for the purpose of the present invention, is achieved using following technical scheme: a kind of feeding for reinforcing bar binding frame production
Disconnecting device, including conveying assembly and cutting assembly, the conveying assembly are used for conveying steel, and conveying assembly includes conveying
Frame, transfer guide roller frame, two directive wheels, feeder motor, the first aligns wheel, the second aligns wheel；The transfer guide roller frame setting
In the inlet end of carriage；More small deflector rolls and the big deflector roll of Duo Gen are arranged at intervals on transfer guide roller frame, transfer guide roller frame
Discharge end is provided with guiding wheel plate；Directive wheel regulating tank is provided on the guiding wheel plate；Two directive wheels difference
By directive wheel adjusting block be arranged in directive wheel regulating tank, and the distance between two directive wheels by directive wheel adjusting block into
Row is adjusted；The front of carriage is arranged in the feeder motor；First aligns wheel passes through gear set and feeder motor
Connection；Second aligns wheel is matched by the first aligns wheel of gear set；It is set between first aligns wheel and the second aligns wheel
It is equipped with the gap passed through for reinforcing bar, and is provided with multistrand straightening slot in the first aligns wheel and the second aligns wheel；Described cuts
Disconnected component is used to position reinforcing bar and cut off.The equipment carries out the conveying of feeding automatically by conveying assembly while to carry out reinforcing bar strong
Directly, it improves the stability of conveying and improves the quality of reinforcing bar；Stablize precisely cutting by cutting assembly, improves cutting essence
Degree and cutting quality.
Preferably, the cutting assembly includes cutting mobile module and cutting module；The cutting mobile module
Including mobile base, mobile motor, mobile shaft, movable block；One end of mobile base is arranged in the mobile motor, described
Mobile shaft be located at the middle part of mobile base, and mobile shaft is connect with mobile motor；The movable block is set in movement
It is matched in shaft and with mobile shaft, the cutting module is used to position reinforcing bar and cut off.It is real by cutting mobile module
Now move back and forth, convenient for preferably carrying out conveying and precisely cutting.
Preferably, the cutting module includes cutting bottom plate, cuts off lower mold, cutting crane, cutting lifting air
Cylinder, cutting upper mold, cutting clamping frame, cutting compression cylinder；The underrun of the cutting bottom plate is fixedly connected with frame and moves
Motion block connection；The charging end side of cutting bottom plate is fixedly connected with the discharging end side of carriage；Mold setting exists under the cutting
The rear portion of bottom plate is cut off, the discharge end linking for cutting off lower mold has lower mold connecting block；The cutting crane is located at cutting
The rear portion bottom surface of cutting bottom plate is arranged in the rear portion of bottom plate, the cutting lifting cylinder, and cuts off lifting cylinder and drive cutting
Crane lifting；The top plate discharging end side of cutting crane, the cutting clamping frame position is arranged in the cutting upper mold
In the upper middle side part of cutting crane；The top center of cutting crane is arranged in the cutting compression cylinder, and cutting compresses
The moving portion of cylinder is connect with the top board undersurface of cutting clamping frame, and cutting clamping frame is driven to move on cutting crane.It is logical
Cutting module is crossed convenient for stable by bar cutting.
Preferably, being additionally provided with linking module on the cutting assembly；The linking module include linking cylinder,
It is connected sliding rail and engagement plate；The front end of cutting bottom plate is arranged in the linking cylinder；The engagement plate be connected cylinder
Moving portion connection, and engagement plate is by being connected sliding rail in the back-and-forth motion of cutting bottom plate.By linking module convenient for preferably defeated
Reinforcing bar is sent, prevents from deforming in conveying.
Preferably, the discharge end middle side part of the carriage is provided with discharging guiding wheel plate；The discharging guiding
Discharging directive wheel regulating tank is provided on wheel plate；Pass through two discharging directive wheel adjusting blocks on the discharging directive wheel regulating tank
Discharge directive wheel there are two being respectively set, and the distance between two discharging directive wheels are adjusted by directive wheel adjusting block.
By discharging directive wheel convenient for preferably conveying and aligning.
Preferably, the more small deflector rolls and the big deflector roll plug hole setting of Duo Gen.By plug hole setting convenient for better
It is conveyed.
Preferably, the cutting upper mold is mutually connected with lower mold is cut off.By being convenient for preferably being cut off.
Preferably, the engagement plate is mutually connected with lower mold is cut off.It is preferably conveyed by engagement plate.
A kind of charging method for reinforcing bar binding frame production, passes sequentially through following steps: reinforcing bar by conveying assembly into
Material end into and through the gap between two directive wheels on guiding wheel plate enter the first aligns wheel and the second aligns wheel it
Between, it is rotated by feeder motor rotation by the first aligns wheel of gear set drive and the second aligns wheel, so that reinforcing bar be driven to convey
It is aligned to engagement plate, while during transportation；It is delivered to certain length, mobile shaft rotation is driven by mobile motor
Turn, so that movable block be made to drive cutting bottom plate mobile to feed end；It drives engagement plate to move forward by linking cylinder, and passes through
Cutting compression cylinder drives cutting clamping frame to compress reinforcing bar, drives cutting upper mold to moving down finally by cutting lifting cylinder
It is dynamic that reinforcing bar is truncated in cutting upper mold and the joining place of mold under cutting.
A kind of production equipment of reinforcing bar binding frame, the equipment include rack, apparatus for bending, material-pulling device, blanking device and
Above-mentioned feeding disconnecting device；Feeding disconnecting device is used to bar straightening conveying feeding and positioning is cut off；The bending
Device and mutually it is connected with feeding disconnecting device；Reinforcing bar on feeding disconnecting device by being delivered on apparatus for bending, and apparatus for bending is used
In reinforcing bar binding frame production is rectangular；Material-pulling device is used to release the reinforcing bar after bending；Blanking device be used for by reinforcing bar from
Simultaneously blanking is removed on material-pulling device.
A kind of feeding disconnecting device for reinforcing bar binding frame production by adopting the above technical scheme, the device pass through conveying
Feeder motor in component drives the first aligns wheel and the rotation of the second aligns wheel, consequently facilitating can also while stablizing smooth conveying
Reinforcing bar is aligned, appearance and quality after promoting entire formed reinforcing steel bars；Pass through the cutting compression cylinder band in cutting assembly
Dynamic cutting clamping frame compresses reinforcing bar, drives cutting upper mold by bar cutting by cutting lifting cylinder, further stabilization has
Effect be truncated, and improves the quality of truncation；Reinforcing bar is further prevented to convey by the engagement plate in linking module simultaneously
It is deformed in journey.
In conclusion having the technical effect that for this patent is carrying out more while conveying, transfer efficiency is improved；It is defeated to carry out reinforcing bar
Reinforcing bar is aligned while sending, improves the quality and appearance of entire product processing；Cutting precision is high, cutting is quality,
Prevent reinforcing bar from deforming in conveying.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the production equipment of the reinforcing bar binding frame in the embodiment of the present invention 2.
Fig. 2 is the structural schematic diagram of embodiment 1 and the conveying assembly in embodiment 2.
Fig. 3 is the structural schematic diagram of embodiment 1 and the cutting assembly in embodiment 2.
Fig. 4 is the structural schematic diagram of the apparatus for bending in embodiment 2.
Fig. 5 is the structural schematic diagram of the material-pulling device in embodiment 2.
Fig. 6 is the structural schematic diagram of the blanking device in embodiment 2.
The label in accompanying drawing is: rack 1, feeding disconnecting device 2, conveying assembly 21, carriage 211, transfer guide roller frame
212, small deflector roll 2121, big deflector roll 2122, guiding wheel plate 2123, directive wheel regulating tank 2124, directive wheel adjusting block 2125, guiding
Wheel 213, feeder motor 214, gear set 2141, the first aligns wheel 215, the second aligns wheel 216, aligning slot 2161, discharging guiding
Wheel plate 217, discharging directive wheel regulating tank 2171, discharging directive wheel adjusting block 2172, discharging directive wheel 2173, cutting assembly 22,
Cut off mobile module 221, mobile base 2211, mobile motor 2212, mobile shaft 2213, movable block 2214, cutting module
222, it cuts off bottom plate 2221, cut off lower mold 2222, lower mold connecting block 22221, cutting crane 2223, cutting lifting cylinder
2224, cut off upper mold 2225, cutting clamping frame 2226, cutting compression cylinder 2227, linking module 223, linking cylinder 2231,
Linking sliding rail 2232, engagement plate 2233 are fixedly connected with frame 224, apparatus for bending 3, bending bracket 31, the first foldable component 32, folding
Curved supporting plate 321, bending cylinder 322, cylinder hinged seat 3221, bending hinged block 323, bending hinged set 324, bending shaft 325,
Shaft seat 3251, bending head 326, bending support pole 3261, bending bar 3262, the second foldable component 33, material-pulling device 4, pusher
Bracket 41, pusher track 42, the first fixed plate 43, steel support pole 431, the second fixed plate 44, pusher cylinder 45, pusher are mobile
Bar 46, pusher guide rod 461, mobile sliding block 462, vertical push rod 463, blanking device 5, blanking electric cylinders 51, blanking portal frame 52, under
Expect shaft 521, the first splicing plate 522, mating groove 5221, the second splicing plate 523, blanking cylinder 53, blanking mobile bar 54.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.
In the description of the present invention, it is to be understood that, term " on ", "lower", "front", "rear", "left", "right", "top",
The orientation or positional relationship of the instructions such as "bottom", "inner", "outside" is to be merely for convenience of describing based on attached drawing orientation or positional relationship
The present invention simplifies description, rather than the device or element of indication or suggestion meaning must have a particular orientation, with specific side
Position construction, operation, therefore be not considered as limiting the invention.
Embodiment 1
As shown in Figure 2 to Figure 3, a kind of feeding disconnecting device for reinforcing bar binding frame production, which includes conveying assembly 21
With cutting assembly 22, conveying assembly 21 is used for conveying steel, and conveying assembly 21 includes carriage 211, transfer guide roller frame 212, two
A directive wheel 213, feeder motor 214, the first aligns wheel 215, the second aligns wheel 216；Transfer guide roller frame 212 is arranged in carriage
211 inlet end；More small deflector roll 2121 and the big deflector roll 2122 of Duo Gen, and more are arranged at intervals on transfer guide roller frame 212
Small deflector roll and the big deflector roll plug hole setting of Duo Gen, keep reinforcing bar better by more small deflector roll 2121 and the big deflector roll 2122 of Duo Gen
It is conveyed, improves the fluency of conveying.The discharge end of transfer guide roller frame 212 is provided with guiding wheel plate 2123；It is oriented to wheel plate
Directive wheel regulating tank 2124 is provided on 2123；Two directive wheels 213 are being oriented to by the setting of directive wheel adjusting block 2125 respectively
It takes turns in regulating tank 2124, the distance between two directive wheels 213 are adjusted by directive wheel adjusting block 2125, by adjusting two
The distance between a directive wheel 213 is convenient for being suitable for different reinforcing bars, improves versatility；Make steel by two directive wheels 213 simultaneously
Muscle align in transverse direction, to improve the total quality of reinforcing bar.The discharge end middle side part of carriage 211 is provided with discharging guiding
Wheel plate 217；Discharging directive wheel regulating tank 2171 is provided on discharging guiding wheel plate 217；Lead on discharging directive wheel regulating tank 2171
It crosses two discharging directive wheel adjusting blocks 2172 and is respectively set that there are two the directive wheels 2173 that discharges, between two discharging directive wheels 2173
Distance be adjusted by directive wheel adjusting block 2172, to further increase transfer efficiency and leveling effect.Conveying electricity
The front of carriage 211 is arranged in machine 214；First aligns wheel 215 is connect by gear set 2141 with feeder motor 214；Second
Aligns wheel 216 is matched by 2,141 first aligns wheel 215 of gear set, is set between the first aligns wheel 215 and the second aligns wheel 216
It is equipped with the gap passed through for reinforcing bar, and is provided with multistrand straightening slot in the first aligns wheel 215 and the second aligns wheel 216
2161, a plurality of reinforcing bar can also be made when necessary while being conveyed, transfer efficiency is improved.It rotates and passes by feeder motor 214
Dynamic cooperation drives the second aligns wheel 216 and 215 relative rotation of the first aligns wheel, and while being convenient for conveying steel, reinforcing bar is carried out
Longitudinal aligning.Cutting assembly 22 is used to position reinforcing bar and cut off, and cutting assembly 22 includes cutting mobile module 221, knife edge die
Block 222；Cutting off mobile module 221 includes mobile base 2211, mobile motor 2212, mobile shaft 2213, movable block 2214；It moves
One end of mobile base 2211 is arranged in dynamic motor 2212, and mobile shaft 2213 is located at the middle part of mobile base 2211, and mobile
Shaft 2213 is connect with mobile motor 2212；Movable block 2214 is set on mobile shaft 2213 and matches with mobile shaft 2213
It closes, movable block 2214 drives cutting module 222 to carry out moving back and forth adjusting.Cutting off module 222 includes cutting bottom plate 2221, cutting
Lower mold 2222, cutting crane 2223, cutting lifting cylinder 2224, cutting upper mold 2225, cutting clamping frame 2226, cutting
Compression cylinder 2227；The underrun of cutting bottom plate 2221 is fixedly connected with frame 224 and connect with movable block 2214；Cut off bottom plate 2221
Charging end side be fixedly connected with the discharging end side of carriage 211；After cutting bottom plate 2221 is arranged in mold 2222 under cutting off
Portion, the discharge end linking for cutting off lower mold 2222 have lower mold connecting block 22221, cut off lower mold 2222 and lower mold connecting block
It is provided with a plurality of steel bar groove on 22221, while convenient for reinforcing bar conveying, promotes cutting effect in cutting.Cutting lifting
Frame 2223 is located at the rear portion of cutting bottom plate 2221, and cutting lifting cylinder 2224 is arranged in the rear portion bottom surface of cutting bottom plate 2221, cuts
Disconnected lifting cylinder 2224 drives cutting crane 2223 to go up and down；The top plate of cutting crane 2223 is arranged in cutting upper mold 2225
Discharge end side, and cutting upper mold 2225 is connected with lower 2222 phase of mold is cut off, and by cutting upper mold 2225 and cuts off lower mold
2222 interlaced reinforcing bar are truncated；Cut off the upper middle side part that clamping frame 2226 is located at cutting crane 2223；Cutting compresses gas
The top center of cutting crane 2223 is arranged in cylinder 2227, cuts off the moving portion and cutting clamping frame 2226 of compression cylinder 2227
Top board undersurface connection, cutting compression cylinder 2227 drive cutting clamping frame 2226 cutting crane 2223 on move.Cutting
Linking module 223 is additionally provided on component 22；Being connected module 223 includes linking cylinder 2231, linking sliding rail 2232 and engagement plate
2233；The front end of cutting bottom plate 2221 is arranged in linking cylinder 2231；Engagement plate 2233 connects with the moving portion for being connected cylinder 2231
It connects, engagement plate 2233 is by linking sliding rail 2232 in the back-and-forth motion for cutting off bottom plate 2221, engagement plate 2233 and the lower mold of cutting
2222 phases linking, convenient for making to prevent from causing reinforcing bar to deform in conveying in reinforcing bar better horizontal feed to apparatus for bending 3.
When work, reinforcing bar is by the feed end of conveying assembly 21 into and through two directive wheels on guiding wheel plate 2123
Gap between 213 enters between the first aligns wheel 215 and the second aligns wheel 216, and the rotation of feeder motor 214 passes through gear set
2141 drive the first aligns wheel 215 and the rotation of the second aligns wheel 216, to drive reinforcing bar to be delivered on engagement plate 2233 and prolong
It extends on apparatus for bending 3, while being aligned while conveying；It is delivered to certain length, is driven by mobile motor 2212
Mobile shaft 2213 rotates, to drive cutting bottom plate 2221 mobile to feed end by movable block 2214；By being connected cylinder
2231 drive engagement plate 2233 to move forward, and drive cutting clamping frame 2226 by reinforcing bar pressure by cutting compression cylinder 2227
Tightly, finally by cutting lifting cylinder 2224 drive cutting upper mold 2225 move down make reinforcing bar cutting upper mold 2225 with
The joining place for cutting off lower mold 2222 is truncated.
The device drives 216 turns of the first aligns wheel 215 and the second aligns wheel by the feeder motor 24 in conveying assembly 21
It is dynamic, reinforcing bar can also be aligned while consequently facilitating stablizing smooth conveying, appearance and matter after promoting entire formed reinforcing steel bars
Amount；It drives cutting clamping frame 2226 to compress reinforcing bar by the cutting compression cylinder 2227 in cutting assembly 22, is risen by cutting
Sending down abnormally ascending cylinder 2224 drives cutting upper mold 2225 by bar cutting, and further stabilization is effectively truncated, and improves the matter of truncation
Amount；Reinforcing bar is further prevented to deform during transportation by the engagement plate in linking module 223 simultaneously.In conclusion this reality
It applies having the technical effect that for example carrying out more while conveying, improves transfer efficiency；Reinforcing bar is carried out while reinforcing bar conveying
Aligning improves the quality and appearance of entire product processing；Cutting precision is high, cutting is quality, prevents reinforcing bar from becoming in conveying
Shape.
Embodiment 2
As shown in Figure 1, a kind of production equipment of reinforcing bar binding frame, which includes rack 1, feeding disconnecting device 2, apparatus for bending
3, material-pulling device 4 and blanking device 5；The inlet end of rack 1 is arranged in feeding disconnecting device 2, and feeding disconnecting device 2 is used for will
Bar straightening conveys feeding and positioning cutting；The outlet end of rack 1, and apparatus for bending 3 and feeding is arranged in apparatus for bending 3
The linking of 2 phase of disconnecting device；Reinforcing bar on feeding disconnecting device 2 by being delivered on apparatus for bending 3, and being used for by apparatus for bending 3 will
It is rectangular that reinforcing bar binds frame production；Material-pulling device 4 is arranged on the upper front face of apparatus for bending 3, and material-pulling device 4 will be for that will roll over
Reinforcing bar after curved is released；Blanking device 5 is arranged in the top of rack 1 and is located at the front side of material-pulling device 4, and blanking device 5 is used for
Reinforcing bar is removed to simultaneously blanking from material-pulling device 4.
As shown in Figure 1 to Figure 3, the feeding of one of feeding disconnecting device 2 and embodiment 1 for reinforcing bar binding frame production
The usage mode and structure of disconnecting device are all the same.
As shown in Figure 1 and Figure 4, apparatus for bending 3 includes bending bracket 31, the first foldable component 32 and the second foldable component
33；Second foldable component 33 and the first foldable component 32 are symmetricly set on the left and right sides at 31 top of bending bracket, and structure phase
Together；It is provided with reinforcement bar support fagging 34 between two bending brackets 31, it is anti-convenient for better spacer bar by reinforcement bar support fagging 34
Only lead to unnecessary deformation in bending process.First foldable component 32 includes bending supporting plate 321, bending cylinder 322, bending
Hinged block 323, bending hinged set 324, bending shaft 325, bending head 326；Bending supporting plate 321 is arranged by bending bracket 31
On the bottom plate of rack 1；The rear portion of bending supporting plate 321 is arranged in by cylinder hinged seat 3221 for bending cylinder 322；Bending hinged block
323 connect with the movable block of bending cylinder 322；Bending hinged set 324 and bending hinged block 323 are hinged, and bending cylinder 322 passes through
Bending hinged block 323 drives bending hinged set 324 to rotate.Bending shaft 325 is located in bending hinged set 324, and bending shaft
325 the top of bending supporting plate 321 is arranged in by shaft seat 3251, and bending shaft 325 passes through top and the folding of bending supporting plate 321
Elbow 326 connects；It is provided with bending support pole 3261 in the middle part of bending head 326, is located at outside bending support pole 3261 on bending head 326
Side is provided with bending bar 3262, and reinforcing bar passes through bending support pole by passing through between bending support pole 3261 and bending bar 3262
3261 pairs of reinforcing bars are supported, and the bending for making reinforcing bar carry out 90 degree are rotated by bending bar 3262, and can be carried out when necessary more
Root reinforcing bar is conveyed simultaneously and at the same time completing to bend, raising bending efficiency.
When work, reinforcing bar is extended to the bending support pole of the second foldable component 33 by the discharge end of feeding disconnecting device 2
Between 3261 and bending bar 3262, and pass through 3261 He of bending support pole that reinforcement bar support fagging 34 enters the first foldable component 32
Between bending bar 3262, first rotate counterclockwise by the bending head 326 of the first foldable component 32 and complete first time bending, conveying
After one section, then rotate counterclockwise by the bending head 326 of the first foldable component 32 and complete second of bending, then convey specified
It half section, is carried out clockwise while reinforcing bar is truncated by feeding disconnecting device 2 by the bending head 326 of the second foldable component 33
Last bending is completed in rotation, so that the reinforcing bar tail end of most second half section is aligned with reinforcing bar head end.
The apparatus for bending 3 realizes conplane multiple 90 degree of bendings, to realize that reinforcing bar binding frame production is rectangular, subtracts
Few artificial and semiautomatic equipment work, improves bending efficiency, reduces manual working intensity.
As shown in Figure 1 and Figure 5, material-pulling device 4 is solid including pusher bracket 41, pusher track 42, the first fixed plate 43, second
Fixed board 44, pusher cylinder 45, pusher mobile bar 46；The upper front face of bending bracket 31 is arranged in pusher bracket 41；Pusher rail
Road 42 is disposed longitudinally on pusher bracket 41；First fixed plate 43 and the second fixed plate 44 are separately positioned on a left side for pusher bracket 41
Right two sides, two fixed plates are in herringbone, save the device space, while convenient for preferably being cooperated.And first fixed plate
43 and second are provided with steel support pole 431 in fixed plate 44, and steel support pole 431 is in same with bending support pole 3261
Straight line is convenient for being moved to rectangle reinforced steel bar ring in steel support pole 431 in this way.The setting of pusher cylinder 45 is in 31 rear side of bending bracket
The top in face；46 middle part of pusher mobile bar is connect with 45 moving portion of pusher cylinder, and the both ends of pusher mobile bar 46 are led by pusher
Bar 461 moves on bending bracket 31, and the left and right sides top of pusher mobile bar 46 is provided with vertical push rod 463, passes through
Vertical push rod 463 is convenient for moving rectangle reinforcing bar, so that subsequent reinforcing bar be made persistently to process conveying.Mobile bar 46 passes through shifting
Movable slider 462 is matched with pusher track 42 and is moved.
When work, the material-pulling device 4 by pusher cylinder 45 drive pusher mobile bar 46 on two vertical push rods 463 to
Preceding movement, so that the reinforcing bar that bending is rectangular on apparatus for bending 3 be made to shift onto steel support pole 431.
The material-pulling device 4 is convenient for releasing the rectangular reinforcing bar of bending more easily to carry out the bending of next reinforcing bar
Processing, in this way raising processing efficiency, and more rectangle reinforcing bars can be deposited in steel support pole 431, reduce blanking device 5
Again and again move back and forth blanking, directly can disposably carry out more simultaneously blankings.
As shown in figures 1 to 6, blanking device 5 includes blanking electric cylinders 51, blanking portal frame 52, blanking cylinder 53；Blanking electricity
The top of rack 1 is arranged in cylinder 51；Blanking portal frame 52 is arranged on the movable block of blanking electric cylinders 51；And blanking portal frame 52
Blanking shaft 521 is connected between both side plate；The both ends of blanking shaft 521 are respectively arranged with the first splicing plate 522 and second and connect
Flitch 523, the distance between the first splicing plate 522 and the second splicing plate 523 less than two steel support poles 431 distance, just
Blanking of taking is carried out in better.The front side of first splicing plate 522 and the second splicing plate 523 is provided with mating groove 5221；Two
It is provided with blanking mobile bar 54 between a mating groove 5221, drives the first splicing plate 522 and second to connect by blanking mobile bar 54
Flitch 523 carries out rotation to take reinforcing bar away blanking.Blanking mobile bar 54 is connect with the bottom of blanking cylinder 53, blanking cylinder
53 top is arranged on the bottom surface of blanking portal frame 52, and blanking cylinder 53 drives the first splicing plate 522 and the second splicing plate 523
Rotation discharges so that reinforcing bar be made to glide.
When work, blanking mobile bar 54 is driven to rise by blanking cylinder 53, so that the first splicing plate 522 and second be made to connect
The rear end of flitch 523 is lower than front end, drives blanking portal frame 52 to move backward by blanking electric cylinders 51, to make the first splicing plate
522 and second the rear end of splicing plate 523 be located at the lower section of rectangle reinforcing bar, driven under blanking mobile bar 54 by blanking cylinder 53
Drop drives multiple squares by blanking electric cylinders 51 so that the rear end of the first splicing plate 522 and the second splicing plate 523 be made to be higher than front end
Shape reinforcing bar is removed by steel support pole 431, and is moved to front, finally by blanking cylinder 53 rise, upper rectangle reinforcing bar along
First splicing plate 522 and the second splicing plate 523 skid off blanking.
The blanking device 5 drives blanking portal frame 52 to move back and forth by blanking electric cylinders 51, blanking is convenient for, under
Material cylinder 53 drives the first splicing plate 522 and the second splicing plate 523 to be rotated, so that realization pipettes and blanking；In blanking
While can disposably carry out multiple parts while pipette, without moving back and forth device repeatedly, increase the service life of device
And improve blanking efficiency.
A kind of bending method of rectangle reinforcing bar binding frame production equipment, passes sequentially through following steps:
(1) charging conveying: reinforcing bar is by the feed end of conveying assembly 21 in feeding disconnecting device 2 into and through guiding wheel plate
The gap between two directive wheels 213 on 2123 enters between the first aligns wheel 215 and the second aligns wheel 216, by defeated
The rotation of power transmission machine 214 drives the first aligns wheel 215 and the rotation of the second aligns wheel 216 by gear set 2141, to drive reinforcing bar
It is delivered on engagement plate 2233 and extends on apparatus for bending 3, while being aligned while conveying；
(2) bending is cut off: reinforcing bar is extended to the bending support pole of the second foldable component 33 by the discharge end of feeding disconnecting device 2
Between 3261 and bending bar 3262, and pass through 3261 He of bending support pole that reinforcement bar support fagging 34 enters the first foldable component 32
Between bending bar 3262, first rotate counterclockwise by the bending head 326 of the first foldable component 32 and complete secondary bending；It is delivered to
Distance to a declared goal drives cutting clamping frame 2226 to compress reinforcing bar, leads to by the cutting compression cylinder 2227 in feeding disconnecting device 2
Crossing linking cylinder 2231 drives engagement plate 2233 to move forward, and drives cutting upper mold finally by cutting lifting cylinder 2224
2225 places of moving down are truncated；It carries out rotating clockwise completion most by the bending head 326 of the second foldable component 33 simultaneously
Bending afterwards；
(3) it releases blanking: two vertical push rods in pusher mobile bar 46 is driven by the pusher cylinder 45 on material-pulling device 4
463 move forward, so that the reinforcing bar that bending is rectangular on apparatus for bending 3 be made to shift onto steel support pole 431；Pass through blanking
Electric cylinders 51 drive blanking portal frame 52 to move backward, so that the rear end of the first splicing plate 522 and the second splicing plate 523 be made to be located at square
Rectangle reinforcing bar is moved on the first splicing plate 522 and the second splicing plate 523 and band is back to front end, under by the lower section of shape reinforcing bar
Expect that cylinder 53 drives blanking mobile bar 54 to rise, skids off down rectangle reinforcing bar along the first splicing plate 522 and the second splicing plate 523
Material.
The equipment can also be to reinforcing bar while stablizing smooth convey by the conveying assembly 21 on feeding disconnecting device 2
It is aligned, appearance and quality after promoting entire formed reinforcing steel bars；It is effectively truncated, is improved by the stabilization of cutting assembly 22
The quality of truncation；Reinforcing bar is further prevented to deform during transportation by being connected module 223 simultaneously；It is real by apparatus for bending 3
Now automatic reinforcing bar binding frame production is rectangular, improves bending efficiency, reduces manual working intensity；Being convenient for by material-pulling device 4 will
The rectangular reinforcing bar of bending releases the Bending Processing for more easily carrying out next reinforcing bar, and can be by more rectangle steels
Muscle is deposited in steel support pole 431, reduce blanking device 5 again and again move back and forth blanking；Under on blanking device 5
Material electric cylinders 51 drive blanking portal frame 52 to move back and forth, and are convenient for blanking, drive the first splicing plate 522 by blanking cylinder 53
It is rotated with the second splicing plate 523, so that realization pipettes and blanking；Multiple parts can be disposably carried out while blanking
It pipettes simultaneously, increase the service life of device and improves blanking efficiency.In conclusion this patent has the technical effect that the equipment
It is aligned before bending, bending quality is high；Realize that automatic bending is rectangular, bending is high-efficient；Conveying is stablized, cutting quality is high
And more blankings simultaneously, blanking are convenient and efficient.
The above are the descriptions to the embodiment of the present invention to keep this field special by the foregoing description of the disclosed embodiments
Industry technical staff can be realized or using the present invention.Various modifications to these embodiments carry out those skilled in the art
Saying will be apparent.The general principles defined herein can be the case where not departing from the spirit or scope of the present invention
Under, it realizes in other embodiments.Therefore, the present invention is not intended to be limited to these implementation columns shown in this article, but to accord with
Close the widest scope consistent with principles disclosed herein, novel point.
Claims (10)
1. a kind of feeding disconnecting device for reinforcing bar binding frame production, which is characterized in that including conveying assembly (21) and cutting
Component (22), the conveying assembly (21) are used for conveying steel, and conveying assembly (21) includes carriage (211), transfer guide roller
Frame (212), two directive wheels (213), feeder motor (214), the first aligns wheel (215), the second aligns wheel (216)；Described
The inlet end in carriage (211) is arranged in transfer guide roller frame (212)；It is arranged at intervals on transfer guide roller frame (212) more small
Deflector roll (2121) and more big deflector roll (2122), the discharge end of transfer guide roller frame (212) are provided with guiding wheel plate (2123)；It is described
Guiding wheel plate (2123) on be provided with directive wheel regulating tank (2124)；Two directive wheels (213) pass through guiding respectively
Adjusting block (2125) setting is taken turns in directive wheel regulating tank (2124), and the distance between two directive wheels (213) pass through guiding
Wheel adjusting block (2125) is adjusted；Front of feeder motor (214) setting in carriage (211)；Described first
Aligns wheel (215) is connect by gear set (2141) with feeder motor (214)；Second aligns wheel (216) passes through gear
(2141) first aligns wheel (215) of group matches；It is provided with and is used between first aligns wheel (215) and the second aligns wheel (216)
The gap that reinforcing bar passes through, and multistrand straightening slot (2161) are provided in the first aligns wheel (215) and the second aligns wheel (216)；
The cutting assembly (22) is used to position reinforcing bar and cut off.
2. a kind of feeding disconnecting device for reinforcing bar binding frame production according to claim 1, which is characterized in that described
Cutting assembly (22) include cutting mobile module (221) and cut off module (222)；Cutting mobile module (221) packet
Include mobile base (2211), mobile motor (2212), mobile shaft (2213), movable block (2214)；The mobile motor
(2212) it is arranged in one end of mobile base (2211), the mobile shaft (2213) is located in mobile base (2211)
Portion, and mobile shaft (2213) is connect with mobile motor (2212)；The movable block (2214) is set in mobile shaft
(2213) it is matched on and with mobile shaft (2213), the cutting module (222) is used to position reinforcing bar and cut off.
3. a kind of feeding disconnecting device for reinforcing bar binding frame production according to claim 1, which is characterized in that described
Cutting module (222) include cutting bottom plate (2221), cut off lower mold (2222), cutting crane (2223), cutting lifting
Cylinder (2224), cutting upper mold (2225), cutting clamping frame (2226), cutting compression cylinder (2227)；The cutting bottom
The underrun of plate (2221) is fixedly connected with frame (224) and connect with movable block (2214)；Cut off the charging end side of bottom plate (2221)
It is fixedly connected with the discharging end side of carriage (211)；Mold (2222) setting is in cutting bottom plate (2221) under the cutting
Rear portion, the discharge end linking for cutting off lower mold (2222) have lower mold connecting block (22221)；The cutting crane (2223)
Positioned at the rear portion of cutting bottom plate (2221), cutting lifting cylinder (2224) setting is at the rear portion bottom of cutting bottom plate (2221)
Face, and cut off lifting cylinder (2224) and drive cutting crane (2223) lifting；Cutting upper mold (2225) setting exists
The top plate discharging end side of crane (2223) is cut off, the cutting clamping frame (2226) is located at the upper of cutting crane (2223)
Middle side part；Cutting compression cylinder (2227) setting cuts off compression cylinder in the top center of cutting crane (2223)
(2227) moving portion is connect with the top board undersurface of cutting clamping frame (2226), and cutting clamping frame (2226) is driven to rise in cutting
It is moved in drop frame (2223).
4. a kind of feeding disconnecting device for reinforcing bar binding frame production according to claim 1, which is characterized in that described
Cutting assembly (22) on be additionally provided with linking module (223)；The linking module (223) include linking cylinder (2231),
It is connected sliding rail (2232) and engagement plate (2233)；Linking cylinder (2231) setting is in the front end of cutting bottom plate (2221)；
The engagement plate (2233) is connect with the moving portion of linking cylinder (2231), and engagement plate (2233) passes through linking sliding rail
(2232) in the back-and-forth motion of cutting bottom plate (2221).
5. a kind of rectangle reinforcing bar according to claim 1 binds frame production equipment, which is characterized in that the carriage
(211) discharge end middle side part is provided with discharging guiding wheel plate (217)；It is provided with out in discharging guiding wheel plate (217)
Expect directive wheel regulating tank (2171)；Pass through two discharging directive wheel adjusting blocks on the discharging directive wheel regulating tank (2171)
(2172) it discharges directive wheel (2173) there are two being respectively set, and the distance between two discharging directive wheels (2173) pass through guiding
Wheel adjusting block (2172) is adjusted.
6. a kind of feeding disconnecting device for reinforcing bar binding frame production according to claim 1, which is characterized in that described
More small deflector roll (2121) and more big deflector roll (2122) plug hole setting.
7. a kind of feeding disconnecting device for reinforcing bar binding frame production according to claim 3, which is characterized in that described
Cutting upper mold (2225) be mutually connected with lower mold (2222) are cut off.
8. a kind of feeding disconnecting device for reinforcing bar binding frame production according to claim 1, which is characterized in that described
Engagement plate (2233) be mutually connected with lower mold (2222) are cut off.
9. a kind of charging method for reinforcing bar binding frame production, which is characterized in that pass sequentially through following steps: reinforcing bar is by conveying
The feed end of component (21) enters the into and through the gap between two directive wheels (213) in guiding wheel plate (2123)
Between one aligns wheel (215) and the second aligns wheel (216), driven by feeder motor (214) rotation by gear set (2141)
First aligns wheel (215) and the second aligns wheel (216) rotation, so that reinforcing bar is driven to be delivered on engagement plate (2233), while
It is aligned in transmission process；It is delivered to certain length, drives mobile shaft (2213) rotation by mobile motor (2212), from
And movable block (2214) is made to drive cutting bottom plate (2221) mobile to feed end；Engagement plate is driven by linking cylinder (2231)
(2233) it moves forward, and drives cutting clamping frame (2226) to compress reinforcing bar by cutting compression cylinder (2227), finally lead to
Crossing cutting lifting cylinder (2224) and driving to cut off upper mold (2225) and move down makes reinforcing bar in cutting upper mold (2225) and cuts
The joining place of disconnected lower mold (2222) is truncated.
10. a kind of automated production equipment of reinforcing bar binding frame, which is characterized in that the equipment includes rack (1), apparatus for bending
(3), feeding disconnecting device described in any one of material-pulling device (4), blanking device (5) and claim 1 ~ 8 claim
(2)；The feeding disconnecting device (2) is used to bar straightening conveying feeding and positioning is cut off；The apparatus for bending (3)
And mutually it is connected with feeding disconnecting device (2)；Reinforcing bar on feeding disconnecting device (2) by being delivered on apparatus for bending (3), and bending fills
(3) are set for reinforcing bar binding frame production is rectangular；Material-pulling device (4) is used to release the reinforcing bar after bending；Blanking device (5)
For reinforcing bar to be removed to simultaneously blanking from material-pulling device (4).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910619389.0A CN110405105A (en) | 2019-07-10 | 2019-07-10 | A kind of feeding disconnecting device and its method and production equipment for reinforcing bar binding frame production |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910619389.0A CN110405105A (en) | 2019-07-10 | 2019-07-10 | A kind of feeding disconnecting device and its method and production equipment for reinforcing bar binding frame production |
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| CN110405105A true CN110405105A (en) | 2019-11-05 |
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| CN201910619389.0A Pending CN110405105A (en) | 2019-07-10 | 2019-07-10 | A kind of feeding disconnecting device and its method and production equipment for reinforcing bar binding frame production |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112170713A (en) * | 2020-10-15 | 2021-01-05 | 张学旺 | Reinforcing bar alignment cutting equipment for construction |
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