CN108237192A - Steel reinforcement cage forming machine structure - Google Patents
Steel reinforcement cage forming machine structure Download PDFInfo
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- CN108237192A CN108237192A CN201611225936.XA CN201611225936A CN108237192A CN 108237192 A CN108237192 A CN 108237192A CN 201611225936 A CN201611225936 A CN 201611225936A CN 108237192 A CN108237192 A CN 108237192A
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- stirrup
- component
- roller
- steel reinforcement
- reinforcement cage
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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
- B21F27/00—Making wire network, i.e. wire nets
- B21F27/12—Making special types or portions of network by methods or means specially adapted therefor
- B21F27/20—Making special types or portions of network by methods or means specially adapted therefor of plaster-carrying network
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Abstract
The present invention discloses a kind of steel reinforcement cage forming machine structure, including workbench, face is equipped with fixed seat and sliding seat on the workbench, fixed seat is fixedly connected with workbench, it is slidably matched between sliding seat and workbench, fixed seat is equipped at least two stirrup molding machines, sliding seat is equipped with the stirrup forming auxiliary device being adapted respectively with stirrup molding machine, stirrup molding machine and stirrup forming auxiliary device are slidably mounted in fixed seat and sliding seat respectively, and steel reinforcement cage is formed between stirrup molding machine and stirrup forming auxiliary device and prepares area.Compared with prior art, steel reinforcement cage forming machine structure provided by the invention, it is easy to operate, effectively ensure the quality of steel reinforcement cage；It can be arranged as required to the quantity of stirrup, the intensity of reinforcing steel bar cage；The running accuracy of stirrup circle is improved, so as to ensure that the diametric requirements of steel reinforcement cage；By changing output speed, so as to adjust the conveying speed of reinforcing bar, the processing of various specifications steel reinforcement cage is realized, production efficiency is high, and processing cost is low.
Description
Technical field
The present invention relates to building field, more particularly to a kind of steel reinforcement cage forming machine structure.
Background technology
With the development of society and the progress civilization of the mankind, modern architecture emerges in an endless stream, and construction is also more and more intelligent
Change, requirement of the people to building construction is also more and more diversified, and cell, village, small building constructions are very suitable for human living；But
It is that, since the building construction period is long, building cost is high；The purposes of reinforcing bar is very extensive in construction industry, ubiquitous, from ground
Pile, crossbeam stair, cast-in-situ floor all be unable to do without bar material one by one.If using manual method by scattered bar material
It ties up for one one and building needs is used further to after combination forming, heavy workload, tedious process, i.e. labor intensive waste time again
And finger accidentally can be also injured, unnecessary trouble is caused, influences project progress；There are some in modern house construction
Binding reinforcing bars device, by chain-driving transmission mechanism, so as to the method that orifice plate bobbin is driven to rotate, the method not only noise
Greatly, and rotation is unstable, and service life is short；Also, existing binding reinforcing bars device is reinforcing rib in first installation, then is welded,
Midway needs to pause repeatedly, and speed is slow, and efficiency is low, it is difficult to seize competitive advantage in the same industry.
Invention content
For solution more than technical problem, the present invention provides a kind of steel reinforcement cage forming machine structure, to solve scattered bar material
One-step bundling shaping, improve working efficiency, it is cost-effective the problems such as.
The technical solution adopted by the present invention is as follows：A kind of steel reinforcement cage forming machine structure, key are：Including workbench, the work
Make on platform face and be equipped with fixed seat and sliding seat, the fixed seat is fixedly connected with the workbench, the sliding seat with it is described
It is slidably matched between workbench, the fixed seat is equipped at least two stirrup molding machines, and the stirrup molding machine is with consolidating
Reservation is slidably connected, and with the spacing between the adjacent stirrup molding machine of slidable adjustment, the sliding seat is equipped with and the stirrup
The stirrup forming auxiliary device that molding machine is adapted respectively, the stirrup forming auxiliary device are slidably mounted on the sliding seat
On, steel reinforcement cage is formed between the stirrup molding machine and the stirrup forming auxiliary device and prepares area.
The effect of the program is that stirrup molding machine and stirrup forming auxiliary device cooperate, and reinforcing bar is prepared into circle
Then lengthways main steel bar is evenly distributed on multiple molding stirrup circles by stirrup successively, so as to form reinforcing bar cage body, reinforcing bar cage body
After molding, sliding seat is slided far from fixed seat, and then reinforcing bar cage body is taken out.
Preferably, the medial surface of the fixed seat and sliding seat is arcwall face, the fixed seat and stirrup molding machine
Between connected by first straight line sliding part, pass through second straight line sliding part between the sliding seat and stirrup forming auxiliary device
Connection, the first straight line adjusts locating piece and the glide direction of second straight line adjusting locating piece is mutually parallel, the sliding seat
It is connect between workbench by third linear slide part, which adjusts the slip of locating piece with first straight line
Direction is vertical.
The effect of the program is that first straight line sliding part and second straight line sliding part can adjust adjacent stirrup molding respectively
Spacing between device and adjacent stirrup forming auxiliary device, so that it is determined that preparing the stirrup quantity needed for reinforcing bar cage body, third
Linear slide part then can by sliding seat close to and far from fixed seat, so as to complete taking for the preparation of reinforcing bar cage body and reinforcing bar cage body
Go out.
Preferably, strip through-hole is respectively equipped in the fixed seat and sliding seat, the strip through-hole is straight along described first
The glide direction of line sliding part and second straight line sliding part opens up, and is respectively equipped with positioning bolt in the strip through-hole, the positioning
The outer end thread bush of bolt is equipped with lock nut, the stirrup molding machine and stirrup forming auxiliary device respectively with corresponding institute
State the inner end connection of positioning bolt.
The effect of the program, which is locked out nut, to lock the position of stirrup molding machine and stirrup forming auxiliary device,
Prevent stirrup molding machine and stirrup forming auxiliary device from being slided in fixed seat and sliding seat respectively.
Preferably, the stirrup molding machine includes the mounting base of pedestal and setting on the base, the lower surface of pedestal
It is fixedly connected with workbench, the described mounting base is equipped with the first arc support arm, and the mounting base is equipped with round as a ball component, described
Between first arc support arm and the fixed seat by the first straight line sliding part connect, the first arc support arm with it is corresponding
The positioning bolt inner end connection；
The round as a ball component includes horizontally disposed two fixing rollers being mutually parallel, parallel between two fixing rollers
The activity adjustment roller being equipped with, the mounting base are equipped with regulating roller turning lifting component, which is arranged on the tune
It saves on roller turning lifting component；
The stirrup forming auxiliary device includes the second arc support arm, leads between the second arc support arm and the sliding seat
The second straight line sliding part connection is crossed, the second arc support arm is connected with the inner end of the corresponding positioning bolt.
Under the action of the effect of the program is fixing roller and activity adjustment roller, reinforcing bar is with certain radian forward slip, and
Two arc support arms and the first arc support arm can control reinforcing bar to be slided along its cambered surface, and guiding reinforcing bar is advanced successively ultimately forms stirrup
Circle.
Preferably, the mounting base includes the installation one that two faces are arranged on the pedestal, two installations
Installation two is connected between one, the round as a ball component is located between two installations one, two fixing rollers
Roll shaft is mounted in the same installation one and is connected with fixing roller power plant, and the lower end of the first arc support arm is fixed
In the installation two, the regulating roller turning lifting component is arranged on the pedestal；
The regulating roller turning lifting component includes lifting platform, and the pedestal is equipped with lifting pilot hole, the lifting platform
It is slidably arranged in the lifting pilot hole, the lifting platform is equipped with turnover bracket, and the roll shaft of the activity adjustment roller is turned over this
Turn to connect by hinge bar between stent, the both ends of the hinge bar respectively with the roll shaft of the activity adjustment roller and the overturning
Stent is hinged；
Regulating roller tumble cylinder is vertically equipped on the lifting platform, the cylinder barrel of the regulating roller tumble cylinder is fixed on the liter
It drops on platform, is hinged after the upward stretching of piston rod of the regulating roller tumble cylinder with the roll shaft of the activity adjustment roller, the overturning
Stent between the regulating roller tumble cylinder and the roller of the activity adjustment roller, fix by the inner wall of the lifting pilot hole
There is elevating screw motor, the screw of the elevating screw motor is upward through the lifting platform and is threadedly coupled therewith.
The effect of the program is after stirrup circle is molded, and starts regulating roller tumble cylinder, by activity adjustment roller from horizontal
State is adjusted to vertical state, then elevating screw motor, lifting platform is driven to move downward, until activity adjustment roller is incorporated into lifting
In pilot hole；Motor driving fixing roller is transported, the molding stirrup circle of transport is made to be rotated further around the center of circle, so as to carry out next step
Lengthways main steel bar is uniformly mounted on stirrup circle by process successively.
Preferably, it offers reinforcing bar in the installation two and is oriented to charging hole, first straight line described in the fixed seat upper edge
The glide direction of sliding part is distributed with multiple feed-throughs, and the installation two is equipped with feeding material component, the feeding material component with
The round as a ball components distribution is oriented to the entrance of charging hole close to the reinforcing bar in the both sides of the installation two, the feeding material component
End, the round as a ball component are oriented to the port of export of charging hole close to the reinforcing bar, and the middle part of the first arc support arm is to the feeding
Component side is protruded, and the round as a ball component and reinforcing bar are oriented between charging hole equipped with bar cutting pincers；
The feeding material component includes the cradle being fixed in the installation two, on the cradle there are two parallel installations
Horizontal feeding roller, the face setting up and down of two feeding rollers, the reinforcing bar are oriented to two institutes of arrival end face of charging hole
The part between feeding roller is stated, intermeshing synchromesh gear is respectively equipped on the roll shaft of two feeding rollers, it is any described
The roll shaft of feeding roller is pierced by the cradle and is connected with power plant.
The effect of the program is that reinforcing bar is folded between two feeding rollers, and with the rotation of feeding roller, reinforcing bar is sent automatically
Enter reinforcing bar and be oriented to charging hole, bar cutting pincers can then be cut reinforcing bar, save material after reinforcing bar forms stirrup circle.
Preferably, the fixing roller power plant includes transporting motor, and master is installed on the output shaft for transporting motor
Belt pulley is moved, is installed with driven pulley, transport motor, drive pulley and two on the roll shaft of two fixing rollers respectively
The driven pulley is arranged in the cavity of the installation one, the drive pulley and two driven pulleies
On be arranged with same root belt；
The power plant includes feeding motor, and the output shaft of the feeding motor is connected with worm and gear component, the worm gear
The worm screw of worm component axially connect with the output terminal of the feeding motor, and the worm gear of the worm and gear component is mounted on any institute
It states on the roll shaft of feeding roller, the worm and gear engagement.
The effect of the program is that driven pulley and drive pulley can drive fixing roller to rotate in same direction, so as to be pushed into
The stirrup circle of type is rotated further around the center of circle；Worm and gear component can reduce the conveying speed of reinforcing bar, improve output torque.
Preferably, the top of the first arc support arm sets that there are two movable welding gun component, two movable welding gun groups
Part face is obliquely installed, and the activity welding gun component includes the telescopic seat for being arranged on the first arc support arm inner surface, this is stretched
Contracting seat is equipped with welding gun, and the pipette tips of two welding guns are close to each other, is connected on the telescopic seat of any movable welding gun component
There is main reinforcement washer.
The effect of the program is to weld the head end of stirrup circle and end, become a complete stirrup circle, can be with
From the both sides of lengthways main steel bar, lengthways main steel bar and stirrup circle are welded and fixed.
Preferably, reinforcing bar guide part, the steel are respectively equipped in the middle part of the first arc support arm and the second arc support arm
Muscle guide part includes the second telescopic component for being arranged on the arc support arm inner surface, which is equipped with and grabs automatically
Hand；
The automatic handgrip includes handgrip support tube, which is fixed on second telescopic component,
The external part face of the handgrip support tube set there are two be oriented to handgrip, two it is described be oriented to handgrip middle handles respectively with institute
The barrel for stating handgrip support tube is hinged, and telescopic cylinder is equipped in the handgrip support tube, and the cylinder body of the telescopic cylinder is fixed on institute
The inner tube wall of handgrip support tube is stated, the head of the piston rod of the telescopic cylinder is equipped with handgrip and is clamped seat, and the handgrip is clamped on seat
Corresponding two described to be oriented to handgrips and offers two sections of handgrips rotation arc grooves respectively, two sections of handgrips rotation arc grooves respectively with
The corresponding hinge joint for being oriented to handgrip is opened up for the center of circle, positioning sliding block is respectively equipped in the arc groove, two described fixed
Position sliding block is hinged respectively with the corresponding handle pommel for being oriented to handgrip.
The effect of the program be oriented to handgrip under the drive of telescopic cylinder can with radian that folding control reinforcing bar enters with
Direction, so as to size and its shape of change of adjusting hoop rib ring.
Preferably, longitudinal reinforcement feed inlet is offered at the top of the fixed seat, the workbench upper edge first straight line is slided
The glide direction of moving part offers steel reinforcement cage chute, which is arranged on the lower section that the steel reinforcement cage prepares area,
At least one cage body transport roller is equipped in the steel reinforcement cage chute.
The effect of the program is that longitudinal reinforcement feed inlet can input lengthways main steel bar, cage body transport roller can easily by into
The reinforcing bar cage body of type is transported.
Advantageous effect：Compared with prior art, steel reinforcement cage forming machine structure provided by the invention, it is easy to operate, it operates steadily,
Effectively ensure the quality of steel reinforcement cage；It can be arranged as required to the quantity of stirrup, the intensity of reinforcing steel bar cage；Improve stirrup
The running accuracy of circle, so as to ensure that the diametric requirements of steel reinforcement cage；By changing different output speeds, so as to adjust the defeated of reinforcing bar
Speed is sent, realizes the processing of various specifications steel reinforcement cage, high degree of automation saves energy consumption, mitigates labor intensity, improves life
Efficiency is produced, reduces processing cost.
Description of the drawings
Fig. 1 is the structural diagram of the present invention；
Fig. 2 is the left view of sliding seat 3 and stirrup forming auxiliary device 5 in Fig. 1；
Fig. 3 is the fixed seat 2 of Fig. 1 and the right view of stirrup molding machine 4；
Fig. 4 is the structure diagram of stirrup molding machine 4 in Fig. 1；
Fig. 5 be Fig. 4 in regulating roller turning lifting component 4e move downward after structure diagram；
Fig. 6 is the A-A sectional views of Fig. 4；
Fig. 7 is the left view of Fig. 4；
Fig. 8 is the structure diagram of reinforcing bar guide part in Fig. 4.
Specific embodiment
For those skilled in the art is made to be better understood from technical scheme of the present invention, below in conjunction with the accompanying drawings and specific embodiment party
Formula elaborates to the present invention.
As shown in Figs. 1-3, a kind of steel reinforcement cage forming machine structure, including workbench 1, face is equipped with fixed seat 2 on the workbench 1
With sliding seat 3, the medial surface of the fixed seat 2 and sliding seat 3 is arcwall face, and the fixed seat 2 is fixed with the workbench 1
Connection, is slidably matched between the sliding seat 3 and the workbench 1, and the fixed seat 2 is equipped at least two stirrups molding dress
4 are put, the stirrup molding machine 4 is slidably connected with fixed seat 2, with the spacing between the adjacent stirrup molding machine 4 of slidable adjustment,
The sliding seat 3 is equipped with the stirrup forming auxiliary device 5 that is adapted respectively with the stirrup molding machine 4, the stirrup into
Type auxiliary device 5 is slidably mounted on the sliding seat 3, the stirrup molding machine 4 and the stirrup forming auxiliary device 5 it
Between formed steel reinforcement cage prepare area, the top of the fixed seat 2 offers longitudinal reinforcement feed inlet 9,1 upper edge first of workbench
The glide direction of linear slide part offers steel reinforcement cage chute 10, which is arranged on the steel reinforcement cage and prepares
The lower section in area, the steel reinforcement cage chute 10 is interior to be equipped at least one cage body transport roller；
The stirrup molding machine 4 includes pedestal 4a and the mounting base 4b being arranged on pedestal 4a, the following table of pedestal 4a
Face is fixedly connected with workbench 1, and the mounting base 4b is equipped with the first arc support arm 4c, the mounting base 4b and is equipped with round as a ball
Component 4d, is connected between the first arc support arm 4c and the fixed seat 2 by first straight line sliding part, first arc
Support arm 4c is connected with the inner end of the corresponding positioning bolt 7, and the round as a ball component 4d, which includes horizontally disposed two, mutually to be put down
The parallel activity adjustment roller 4d2 being equipped with, the mounting base 4b are equipped between capable fixing roller 4d1, two fixing roller 4d1
Regulating roller turning lifting component 4e, activity adjustment roller 4d2 are arranged on the regulating roller turning lifting component 4e；
The stirrup forming auxiliary device 5 includes the second arc support arm 5a, the second arc support arm 5a and the sliding seat 3
Between connected by second straight line sliding part, the inner end of the second arc support arm 5a and the corresponding positioning bolt 7 connects；
The first straight line adjusts locating piece and the glide direction of second straight line adjusting locating piece is mutually parallel, the fixation
Multiple feed-throughs 12 are distributed in the glide direction of first straight line sliding part described in 2 upper edges of seat, in the fixed seat 2 and sliding seat
Strip through-hole 11 is respectively equipped on 3, slip of the strip through-hole 11 along the first straight line sliding part and second straight line sliding part
Direction opens up, and positioning bolt 7 is respectively equipped in the strip through-hole 11, and the outer end thread bush of the positioning bolt 7 is equipped with locking spiral shell
Mother 8, the stirrup molding machine 4 and stirrup forming auxiliary device 5 connect respectively with the inner end of the corresponding positioning bolt 7,
It is connected between the sliding seat 3 and workbench 1 by third linear slide part 6, the third linear slide part 6 and first straight line tune
The glide direction for saving locating piece is vertical.
Shown in Fig. 4 and Fig. 5, the mounting base 4b includes the installation one that two faces are arranged on the pedestal 4a
Installation two 4b2, the round as a ball component 4d are connected between 4b1, two installations, one 4b1 and are located at two installations one
Between seat 4b1, the roll shaft of two fixing roller 4d1, which is mounted in same described one 4b1 of installation and is connected with fixing roller, to be moved
Power apparatus, the lower end of the first arc support arm 4c are fixed on two 4b2 of the installation, the regulating roller turning lifting component
4e is arranged on the pedestal 4a；
The regulating roller turning lifting component 4e includes lifting platform 4e1, the pedestal 4a and is equipped with lifting pilot hole 4a1,
The lifting platform 4e1 is slidably arranged in lifting pilot hole 4a1, and the lifting platform 4e1 is described equipped with turnover bracket 4e2
It is connected between the roll shaft of activity adjustment roller 4d2 and turnover bracket 4e2 by hinge bar 4e3, the both ends point of the hinge bar 4e3
It is not hinged with the roll shaft of the activity adjustment roller 4d2 and the turnover bracket 4e2；
Regulating roller tumble cylinder 4e4 is vertically equipped on the lifting platform 4e1, the cylinder barrel of regulating roller tumble cylinder 4e4 is consolidated
Be scheduled on the lifting platform 4e1, the piston rod of regulating roller tumble cylinder 4e4 stretch out upwards after with the activity adjustment roller 4d2
Roll shaft be hinged, the turnover bracket 4e2 is located at the roller of the regulating roller tumble cylinder 4e4 and the activity adjustment roller 4d2
Between, the inner wall of the lifting pilot hole 4b1 is fixed with elevating screw motor 4e5, and the screw of elevating screw motor 4e5 is upward
It is threadedly coupled across the lifting platform 4e1 and therewith；
Reinforcing bar is offered on two 4b2 of the installation and is oriented to charging hole 4b3, described two 4b2 of installation are equipped with feeding group
Part 4f, the feeding material component 4f and the round as a ball component 4d are distributed in the both sides of two 4b2 of the installation, the feeding material component 4f
The arrival end of charging hole 4b3 is oriented to close to the reinforcing bar, the round as a ball component 4d is oriented to the outlet of charging hole 4b3 close to the reinforcing bar
End, the middle part of the first arc support arm 4c are protruded to the feeding material component 4f sides, and the round as a ball component 4d and reinforcing bar are oriented to
Bar cutting is equipped between charging hole 4b3 and clamps 13；
The feeding material component 4f includes the cradle 4f1 being fixed on two 4b2 of the installation, is put down on cradle 4f1
Feeding roller 4f2, two feeding roller 4f2 the face setting up and down for level that there are two row installations, the reinforcing bar are oriented to charging hole
Part between the feeding roller 4f2 of arrival end face two of 4b3 is respectively equipped on the roll shaft of two feeding roller 4f2
The roll shaft of intermeshing synchromesh gear 4f3, any feeding roller 4f2 are pierced by the cradle 4f1 and are connected with power plant.
Shown in Fig. 6, the fixing roller power plant includes transporting motor 4h1, on the output shaft for transporting motor 4h1
Drive pulley 4h2 is installed with, is installed with driven pulley 4h3 on the roll shaft of two fixing roller 4h1 respectively, transports motor
4h1, drive pulley 4h2 and two driven pulley 4h3 are arranged in the cavity of one 4b1 of the installation, described
Same root belt is arranged on drive pulley 4h2 and two driven pulley 4h3；
The power plant includes feeding motor 4f5, and the output shaft of feeding motor 4f5 is connected with worm and gear component
The worm screw of 4f6, worm and gear component 4f6 axially connect with the output terminal of the feeding motor 4f5, the worm and gear component
The worm gear of 4f6 is on the roll shaft of any feeding roller 4f2, the worm and gear engagement.
It can be seen that, the top of the first arc support arm 4c is set there are two movable welding gun component, two in Fig. 7 and Fig. 8
The activity welding gun component face is obliquely installed, and the activity welding gun component includes being arranged on table in the first arc support arm 4c
The telescopic seat 4c2 in face, telescopic seat 4c2 are equipped with welding gun 4c1, and the pipette tips of two welding gun 4c1 are close to each other, any described
Main reinforcement washer 4c3 is connected on the telescopic seat 4c2 of movable welding gun component；
Reinforcing bar guide part is respectively equipped in the middle part of the first arc support arm 4c and the second arc support arm 5a, the reinforcing bar is led
Include being arranged on the second telescopic component c10 of the arc support arm c inner surfaces to part, second telescopic component c10 is equipped with certainly
Dynamic handgrip, the automatic handgrip include handgrip support tube c7, and handgrip support tube c7 one end is fixed on second telescopic component
On c10, the external part face of the handgrip support tube c7 sets that there are two be oriented to handgrip c6, two handles for being oriented to handgrip c6
Barrel of the middle part respectively with the handgrip support tube c7 is hinged, and telescopic cylinder c4 is equipped in the handgrip support tube c7, this is flexible
The cylinder body of cylinder c4 is fixed on the inner tube wall of the handgrip support tube c7, and the head of the piston rod of telescopic cylinder c4 is equipped with handgrip
It is clamped corresponding two guiding handgrip c6 on seat c5, the handgrip clamping seat c5 and offers two sections of handgrip rotation arc grooves respectively
C8, two sections of handgrip rotation arc groove c8 are opened up respectively using the corresponding hinge joint for being oriented to handgrip c6 as the center of circle, described
The hand of positioning sliding block c9, two positioning sliding block c9 respectively with the corresponding guiding handgrip c6 is respectively equipped in arc groove c8
Handle pommel is hinged.
During work, sliding seat 3 to fixed seat 2 is drawn close, determines stirrup molding machine 4 and stirrup forming auxiliary device 5
It is locked respectively with lock nut 8 behind position, starts feeding motor 4f5, two feeding roller 4f2 and rotate synchronously reinforcing bar is logical from charging
Hole 12 is sent into reinforcing bar and is oriented to charging hole 4b3, after reinforcing bar passes through reinforcing bar to be oriented to charging hole 4b3, continues on two fixing roller 4d1
It advances forward, starts regulating roller tumble cylinder 4e4, the piston rod of regulating roller tumble cylinder 4e4 is stretched out upwards by activity adjustment
Roller 4d2 levels are pressed on reinforcing bar, are travelled upwardly so as to change the radian of reinforcing bar traveling and direction, reinforcing bar, are adjusted as needed
It saves the collapsing length of the second telescopic component c10, respectively grabs reinforcing bar with the c6 of the first arc support arm 4c on the second arc support arm 5a
Firmly, so as to the size and shape of adjusting hoop rib ring, after formed reinforcing steel bars are stirrup circle, bar cutting pincers 4e cuts reinforcing bar；
Regulating roller tumble cylinder 4e4 is again started up, the piston rod of regulating roller tumble cylinder 4e4, which is retracted downwards, adjusts activity
Section roller 4d2 is recycled to vertical state, then starts elevating screw motor 4e5, and activity adjustment roller d2 band people are lifted pilot hole 4a1
It is interior, it unclamps and is oriented to handgrip 4c6, stirrup circle is rotated further under the promotion of fixing roller 4d1, until the opening of stirrup circle turns
To at the movable welding gun component on the first arc support arm 4c tops, start welding gun 4c1, by the opening welded closed of stirrup circle；
It is placed sequentially on the stirrup circle of closed moulding from longitudinal reinforcement feed inlet 9 by lengthways main steel bar, main reinforcement washer 4c3 will
Lengthways main steel bar is located in the position for needing to weld on stirrup circle, and two welding gun c1 are from the both sides of lengthways main steel bar by lengthways main steel bar with binding round
Rib ring is welded, and the lengthways main steel bar being welded is rotated further together with stirrup circle, until lengthways main steel bar is evenly distributed on stirrup circle
On, form reinforcing bar cage body；
Finally, sliding seat 3 is detached with fixed seat 2, reinforcing bar cage body is fallen in cage body transport roller, and reinforcing bar cage body is transported to
Designated position.
Finally it is to be appreciated that foregoing description is merely a preferred embodiment of the present invention, those skilled in the art is in the present invention
Enlightenment under, under the premise of without prejudice to present inventive concept and claim, expression, such change as multiple types can be made
It changes and each falls within protection scope of the present invention.
Claims (10)
1. a kind of steel reinforcement cage forming machine structure, it is characterised in that：Including workbench (1), face is equipped with fixed seat on the workbench (1)
(2) it is fixedly connected with sliding seat (3), the fixed seat (2) with the workbench (1), the sliding seat (3) and the workbench
(1) it is slidably matched between, the fixed seat (2) is equipped at least two stirrup molding machines (4), the stirrup molding machine
(4) it is slidably connected with fixed seat (2), with the spacing between the adjacent stirrup molding machine (4) of slidable adjustment, the sliding seat (3)
It is equipped with the stirrup forming auxiliary device (5) being adapted respectively with the stirrup molding machine (4), the stirrup molding auxiliary dress
(5) are put to be slidably mounted on the sliding seat (3), the stirrup molding machine (4) and the stirrup forming auxiliary device (5) it
Between formed steel reinforcement cage prepare area.
2. steel reinforcement cage forming machine structure according to claim 1, it is characterised in that：The fixed seat (2) and sliding seat (3)
Medial surface is arcwall face, is connected between the fixed seat (2) and stirrup molding machine (4) by first straight line sliding part, institute
It states and is connected between sliding seat (3) and stirrup forming auxiliary device (5) by second straight line sliding part, the first straight line adjusts fixed
The glide direction that position part and second straight line adjust locating piece is mutually parallel, by the between the sliding seat (3) and workbench (1)
Three linear slide parts (6) connect, and the glide direction which adjusts locating piece with first straight line is vertical.
3. steel reinforcement cage forming machine structure according to claim 2, it is characterised in that：In the fixed seat (2) and sliding seat (3)
On be respectively equipped with strip through-hole (11), the cunning of the strip through-hole (11) along the first straight line sliding part and second straight line sliding part
Dynamic direction opens up, and is respectively equipped with positioning bolt (7) in the strip through-hole (11), the outer end screw thread of the positioning bolt (7) is arranged
Have a lock nut (8), the stirrup molding machine (4) and stirrup forming auxiliary device (5) respectively with the corresponding positioning spiral shell
The inner end connection of bolt (7).
4. steel reinforcement cage forming machine structure according to claim 3, it is characterised in that：The stirrup molding machine (4) is the bottom of including
Seat (4a) and the mounting base (4b) being arranged on the pedestal (4a), the lower surface of pedestal (4a) are fixedly connected with workbench (1), institute
The mounting base (4b) is stated equipped with the first arc support arm (4c), the mounting base (4b) is equipped with round as a ball component (4d), and described the
It is connect between one arc support arm (4c) and the fixed seat (2) by the first straight line sliding part, the first arc support arm
(4c) is connected with the inner end of the corresponding positioning bolt (7)；
The fixing roller (4d1) that the round as a ball component (4d) is mutually parallel including horizontally disposed two, two fixing rollers
The parallel activity adjustment roller (4d2) being equipped between (4d1), the mounting base (4b) are equipped with regulating roller turning lifting component
(4e), the activity adjustment roller (4d2) are arranged on the regulating roller turning lifting component (4e)；
The stirrup forming auxiliary device (5) includes the second arc support arm (5a), the second arc support arm (5a) and the slip
It is connected between seat (3) by the second straight line sliding part, the second arc support arm (5a) and the corresponding positioning bolt
(7) inner end connection.
5. the steel reinforcement cage forming machine structure according to right 4, it is characterised in that：The mounting base (4b) is set including two faces
Installation one (4b1) on the pedestal (4a) is connected with installation two (4b2) between two installations one (4b1),
Between two installations one (4b1), the roll shaft of two fixing rollers (4d1) is mounted on the round as a ball component (4d)
In the same installation one (4b1) and fixing roller power plant is connected with, the lower end of the first arc support arm (4c) is fixed
On the installation two (4b2), the regulating roller turning lifting component (4e) is arranged on the pedestal (4a)；
The regulating roller turning lifting component (4e) includes lifting platform (4e1), and the pedestal (4a) is equipped with lifting pilot hole
(4a1), the lifting platform (4e1) are slidably arranged in the lifting pilot hole (4a1), and the lifting platform (4e1) is equipped with overturning
Stent (4e2) is connect between the roll shaft of the activity adjustment roller (4d2) and the turnover bracket (4e2) by hinge bar (4e3),
The both ends of the hinge bar (4e3) are hinged with the roll shaft of the activity adjustment roller (4d2) and the turnover bracket (4e2) respectively；
Regulating roller tumble cylinder (4e4), the cylinder barrel of the regulating roller tumble cylinder (4e4) are vertically equipped on the lifting platform (4e1)
Be fixed on the lifting platform (4e1), the piston rod of the regulating roller tumble cylinder (4e4) stretch out upwards after with the activity adjustment
The roll shaft of roller (4d2) is hinged, and the turnover bracket (4e2) is positioned at the regulating roller tumble cylinder (4e4) and the activity adjustment
Between the roller of roller (4d2), the inner wall of the lifting pilot hole (4b1) is fixed with elevating screw motor (4e5), the elevating screw
The screw of motor (4e5) is upward through the lifting platform (4e1) and is threadedly coupled therewith.
6. the steel reinforcement cage forming machine structure according to right 4 or 5, it is characterised in that：Steel is offered on the installation two (4b2)
Muscle is oriented to charging hole (4b3), and multiple chargings are distributed in the glide direction of first straight line sliding part described in fixed seat (2) upper edge
Through-hole (12), the installation two (4b2) are equipped with feeding material component (4f), the feeding material component (4f) and the round as a ball component
(4d) is distributed in the both sides of the installation two (4b2), and the feeding material component (4f) is oriented to charging hole (4b3) close to the reinforcing bar
Arrival end, the round as a ball component (4d) are oriented to the port of export of charging hole (4b3), the first arc support arm (4c) close to the reinforcing bar
Middle part protruded to the feeding material component (4f) side, set between the round as a ball component (4d) and reinforcing bar guiding charging hole (4b3)
There is bar cutting to clamp (13)；
The feeding material component (4f) includes the cradle (4f1) being fixed on the installation two (4b2), the cradle (4f1)
Upper parallel installation is there are two horizontal feeding roller (4f2), and face is set two feeding rollers (4f2) up and down, and the reinforcing bar is led
Part between the feeding roller (4f2) of arrival end face two of charging hole (4b3), two feeding rollers (4f2)
Intermeshing synchromesh gear (4f3) is respectively equipped on roll shaft, the roll shaft of any feeding roller (4f2) is pierced by the cradle
(4f1) is connected with power plant.
7. the steel reinforcement cage forming machine structure according to right 6, it is characterised in that：The fixing roller power plant includes transporting motor
(4h1) is installed with drive pulley (4h2) on the output shaft for transporting motor (4h1), two fixing rollers (4h1)
Driven pulley (4h3) is installed on roll shaft respectively, transports motor (4h1), drive pulley (4h2) and two driven skins
Belt wheel (4h3) be arranged at it is described installation one (4b1) cavity in, the drive pulley (4h2) and two it is described driven
Same root belt is arranged on belt pulley (4h3)；
The power plant includes feeding motor (4f5), and the output shaft of the feeding motor (4f5) is connected with worm and gear component
(4f6), the worm screw of the worm and gear component (4f6) axially connect with the output terminal of the feeding motor (4f5), the worm and gear
The worm gear of component (4f6) is mounted on the roll shaft of any feeding roller (4f2), the worm and gear engagement.
8. according to right 4,5 or 7 any one of them steel reinforcement cage forming machine structures, it is characterised in that：The first arc support arm
The top of (4c) is set there are two movable welding gun component, and two movable welding gun component faces are obliquely installed, the activity welding gun
Component includes the telescopic seat (4c2) for being arranged on the first arc support arm (4c) inner surface, which is equipped with welding gun
(4c1), the pipette tips of two welding guns (4c1) are close to each other, connected on the telescopic seat (4c2) of any movable welding gun component
There is main reinforcement washer (4c3).
9. the steel reinforcement cage forming machine structure according to right 8, it is characterised in that：The first arc support arm (4c) and the second arc
Reinforcing bar guide part is respectively equipped in the middle part of support arm (5a), the reinforcing bar guide part includes being arranged on table in the arc support arm (c)
Second telescopic component (c10) in face, second telescopic component (c10) are equipped with automatic handgrip；
The automatic handgrip includes handgrip support tube (c7), which is fixed on second telescopic component
(c10) on, the external part face of the handgrip support tube (c7) sets that there are two be oriented to handgrip (c6), two guiding handgrips
(c6) barrel of the middle handle respectively with the handgrip support tube (c7) is hinged, and is equipped in the handgrip support tube (c7) flexible
Cylinder (c4), the cylinder body of the telescopic cylinder (c4) are fixed on the inner tube wall of the handgrip support tube (c7), the telescopic cylinder (c4)
The head of piston rod be equipped with handgrip clamping seat (c5), corresponding two described are oriented to handgrips (c6) on handgrip clamping seat (c5)
Offer two sections of handgrips rotation arc grooves (c8) respectively, two sections of handgrips rotation arc grooves (c8) described are led respectively with corresponding
It is opened up to the hinge joint of handgrip (c6) for the center of circle, is respectively equipped with positioning sliding block (c9) in the arc groove (c8), two described fixed
Position sliding block (c9) is hinged respectively with the corresponding handle pommel for being oriented to handgrip (c6).
10. according to right 1-5 any one of them steel reinforcement cage forming machine structures, it is characterised in that：It is opened at the top of the fixed seat (2)
Equipped with longitudinal reinforcement feed inlet (9), the glide direction of workbench (1) the upper edge first straight line sliding part offers steel reinforcement cage fortune
Slot (10) is sent, which is arranged on the lower section that the steel reinforcement cage prepares area, and the steel reinforcement cage chute (10) is interior
Equipped at least one cage body transport roller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611225936.XA CN108237192B (en) | 2016-12-26 | 2016-12-26 | Steel reinforcement cage forming machine structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611225936.XA CN108237192B (en) | 2016-12-26 | 2016-12-26 | Steel reinforcement cage forming machine structure |
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| CN108237192A true CN108237192A (en) | 2018-07-03 |
| CN108237192B CN108237192B (en) | 2019-10-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201611225936.XA Active CN108237192B (en) | 2016-12-26 | 2016-12-26 | Steel reinforcement cage forming machine structure |
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| Country | Link |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108339909A (en) * | 2017-01-23 | 2018-07-31 | 左红 | Steel reinforcement cage production system |
| CN109352067A (en) * | 2018-11-29 | 2019-02-19 | 王辉 | A kind of cutting robot |
| CN111299475A (en) * | 2019-11-29 | 2020-06-19 | 盐城市朱庄城市开发建设有限公司 | Mechanized processing equipment for building construction steel bar building materials of bridge pile foundation |
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| JP2013035052A (en) * | 2011-08-10 | 2013-02-21 | Teibyou:Kk | Method and apparatus for producing reinforcing steel mesh |
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| CN203936514U (en) * | 2014-06-30 | 2014-11-12 | 深圳市康振机械科技有限公司 | Online docking reinforcing bar cage seam welding |
| CN204817841U (en) * | 2015-04-27 | 2015-12-02 | 海盐水泥制管有限公司 | Steel reinforcement cage make -up machine |
| CN106996193A (en) * | 2016-01-26 | 2017-08-01 | 左红 | Full-automatic reinforcing bar molding equipment |
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| FR2365386A1 (en) * | 1976-09-22 | 1978-04-21 | Rocla Concrete Pipes Ltd | Welding machine for mfr. of telegraphy pole steel reinforcement - draws long bars through rotary frame which controls bar spacing and resistance welds bars (BR 9.5.78) |
| JP2013035052A (en) * | 2011-08-10 | 2013-02-21 | Teibyou:Kk | Method and apparatus for producing reinforcing steel mesh |
| CN203936514U (en) * | 2014-06-30 | 2014-11-12 | 深圳市康振机械科技有限公司 | Online docking reinforcing bar cage seam welding |
| CN104096786A (en) * | 2014-07-05 | 2014-10-15 | 武汉嗨拓科技有限公司 | Rebar cage former |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108339909A (en) * | 2017-01-23 | 2018-07-31 | 左红 | Steel reinforcement cage production system |
| CN109352067A (en) * | 2018-11-29 | 2019-02-19 | 王辉 | A kind of cutting robot |
| CN109352067B (en) * | 2018-11-29 | 2019-11-22 | 浙江沈力防爆机电有限公司 | A kind of cutting robot |
| CN111299475A (en) * | 2019-11-29 | 2020-06-19 | 盐城市朱庄城市开发建设有限公司 | Mechanized processing equipment for building construction steel bar building materials of bridge pile foundation |
| CN111299475B (en) * | 2019-11-29 | 2022-03-29 | 盐城市朱庄城市开发建设有限公司 | Mechanized processing equipment for building construction steel bar building materials of bridge pile foundation |
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| Publication number | Publication date |
|---|---|
| CN108237192B (en) | 2019-10-11 |
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