CN107138647B - Curtain wall anchor pole automatic bending molding machine and application method - Google Patents
Curtain wall anchor pole automatic bending molding machine and application method Download PDFInfo
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- CN107138647B CN107138647B CN201710450417.1A CN201710450417A CN107138647B CN 107138647 B CN107138647 B CN 107138647B CN 201710450417 A CN201710450417 A CN 201710450417A CN 107138647 B CN107138647 B CN 107138647B
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- hydraulic cylinder
- anchor pole
- curtain wall
- piston rod
- forming
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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
- B21F1/004—Bending wire other than coiling; Straightening wire by means of press-type tooling
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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
- 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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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Manufacturing Of Tubular Articles Or Embedded Moulded Articles (AREA)
Abstract
A kind of curtain wall anchor pole automatic bending molding machine disclosed by the invention and application method, molding module is fixedly installed on the lower plate of rack, the piston rod of molding hydraulic cylinder passes through the preceding hole of top plate of upper plate, its tailpiece of the piston rod to be connected with the forming upper male mould for being molded module；Further include pinch roller, saw cutting mechanism, pusher hydraulic cylinder, shedding mechanism, pinch roller is fixed on the after-poppet of rack, saw cutting mechanism is fixed at molding module, among after-poppet on the lower plate of position right positions, pusher hydraulic cylinder passes through the roof center hole of upper plate to be fixed in pusher cylinder seat, pusher cylinder seat is fixedly welded on upper plate, and shedding mechanism is arranged at the front side of molding module and front upper side position.The present invention is due to above structure, making it have automatic charging material unloading function, and cut off and completed in a work step with bending forming, that is, saving manpower, and greatly improve working efficiency.
Description
Technical field
The present invention relates to building curtain wall mounting technique field more particularly to a kind of curtain wall anchor pole automatic bending molding machines.
Background technology
In decorating building fitment process, the curtain wall anchor pole embedded part with bending semi arch is curtain wall and building main body
The basic connection embedded part of structure.By the curtain wall anchor pole embedded part with bending semi arch, by curtain wall and its curtain wall system " suspension "
It is transferred to agent structure on constructure body structure, and by curtain wall system dead weight and suffered load.Curtain wall anchor pole is general
It is made of screw thread Steel material, diameter is about two kinds of 12mm, 14mm.For the grip force for increasing between embedded part and concrete,
Anchor pole Transducers Embedded in Concrete one end is made generally in bending half-circle-arc shape.
Chinese patent Authorization Notice No. CN204220849 U, authorized announcement date 2015.03.25, denomination of invention：A kind of anchor
Rod bending machine；The invention can be conveniently used in that the bending during the long reinforcing bar bent anchor before concreting is once-forming to be made
With.But the invention is not suitable for the once-forming use in the bar dowel bending process of curtain wall anchor pole.Chinese patent Granted publication
Number CN202192163 U, authorized announcement date 2012.04.18, denomination of invention：Anchor pole is bent one-time forming die；The invention can be square
Just it is applied to use during anchor pole bending is once-forming.But it is handwork loading and unloading when the invention buckling work, operation
Person's labor intensity is big, and handwork is time-consuming and laborious, inefficiency, and there are security risks, in addition, needing sawing work before buckling work
Anchor pole raw material is sawed into bending materials by step, and working efficiency is not high, increases the construction cost of construction enterprises.Therefore, it is necessary to one
Kind technical solution solves the above problems.
Invention content
For the above the deficiencies in the prior art, the object of the present invention is to provide a kind of curtain wall anchor pole automatic bending molding machine and
Application method makes it have automatic charging material unloading function, and cuts off and completed in a work step with bending forming, that is, saves
Manpower, and greatly improve working efficiency.
To achieve the above object, the present invention is realized using following technical scheme：
Curtain wall anchor pole automatic bending molding machine, including rack, molding module, are fixedly installed on the lower plate of the rack
It is molded module, the molding hydraulic cylinder of the molding module is fixed on the upper plate of rack, the molding hydraulic cylinder
Piston rod pass through the preceding hole of top plate of upper plate, its tailpiece of the piston rod to be connected with the forming upper male mould of molding module；Further include pinching
Roller, saw cutting mechanism, pusher hydraulic cylinder, shedding mechanism, the pinch roller are fixed on the after-poppet of rack, the sawing
Mechanism is fixed at molding module, among after-poppet on the lower plate of position right positions, the pusher hydraulic cylinder be in
Under, the 45 ° of angles that lean forward, be fixed in pusher cylinder seat across the roof center hole of upper plate, the pusher cylinder seat in upwards,
The 45 ° of angles that lean forward are fixedly welded on upper plate, and the shedding mechanism is arranged at the front side of molding module and front upper side position.
The rack includes lower plate, fore-stock, after-poppet, upper plate, the preceding hole of top plate, roof center hole, the rack
In the tower structure setting of upper plate, two layers of lower plate and fore-stock, four holder of after-poppet, and fore-stock is longitudinally wide
Longitudinally wide more than after-poppet, the front end lateral mid-point of the upper plate is provided with the preceding hole of top plate, in upper plate
Meta position, which installs, is equipped with roof center hole.
The molding module includes punch-pin engaging lug, forming upper male mould, anchor pole forming guide groove, support plate, inclined-plane support
Mould, inclined-plane guide groove, molding hydraulic cylinder, anchor pole are recessed at v notch v, support shaft, female mold support seat, positioning plate, rotary forming
Mould, circumferential surface guide groove；
The upper mold of the molding module uses the forming upper male mould with anchor pole forming guide groove；Lower mold assemblies include fixing
Positioning plate on the supporting plate carries the inclined-plane branch hold mode of inclined-plane guide groove, with anchor pole at the rotation of v notch v, circumferential surface guide groove
Change into shape lower cavity die.
Inclined-plane guide groove inlet at the inclined-plane branch hold mode upper side back edge is fixedly welded with charging taper and leads
Set, the oblique upper end of the charging taper guide sleeve are in be vertically arranged with the transverse width of longitudinal opening, its longitudinal opening more than steel
Muscle maximum gauge 2mm.
The axial group of the rotary forming lower cavity die utilizes female mold support seat branch in the fixed support shaft of support plate
Hold the peripheral surface of rotary forming lower cavity die, rotary forming lower cavity die, can be around under the reciprocating motion driving of forming upper male mould
Support shaft reciprocating rotation.
The rotary forming lower cavity die by its center of gravity due to being acted on, and under un-flexed job state, indentation, there is in always
Position obliquely.In order to further increase the once-forming qualification rate of curtain wall anchor pole, the bottom semicircular arc of upper male mould will be shaped
Peripheral shape matches with the anchor pole of rotary forming lower cavity die at the semi arch inner circumferential shape of v notch v.
The saw cutting mechanism includes that saw blade, motor slide carriage, balladeur train, sliding slot, variable-frequency motor, sawing hydraulic cylinder, saw blade are solid
Determine bolt, slide engaging lug, the saw blade is fixedly mounted on variable-frequency motor output shaft end by saw blade fixing bolt；
The variable-frequency motor is fixedly mounted on the motor slide carriage being arranged in cavity cuboid, and the motor slide carriage is in slidably
State is positioned in the sliding slot of balladeur train, the longitudinally wide longitudinally wide 2mm more than motor slide carriage of the sliding slot；
The motor slide carriage right side longitudinally intermediate portion position is fixedly welded with slide engaging lug, and the setting of sawing hydraulic cylinder exists
Motor slide carriage right side position, sawing hydraulic cylinder piston rod end are connected to one by axis pin, split pin and slide engaging lug
It rises, sawing hydraulic cylinder right end is fixedly mounted in balladeur train right end plate so that motor slide carriage is under the drive of sawing hydraulic cylinder
It is in transverse movable state in the sliding slot of balladeur train balladeur train, to drive saw blade to realize sawing function；
The balladeur train is fixed at molding module, among after-poppet on the lower plate of position right positions.
The pusher hydraulic cylinder in downwards, the 45 ° of angles that lean forward, be fixed at and push away across the roof center hole of upper plate
On material cylinder seat, the pusher cylinder seat is fixedly welded in upward, the 45 ° of angles that lean forward on upper plate；
The shedding mechanism includes discharging hydraulic cylinder, bottom plate engaging lug, short connecting rod engaging lug, short connecting rod, long connecting rod, unloads
Charging tray, connecting rod link bolt, unloads charging tray edge at charging tray engaging lug, and the charging tray that unloads is in lateral plate setting, its upper surface transverse direction
Two edges are respectively arranged with and unload charging tray edge, at the angles Ge Duan of its lower surface are in be vertically arranged with charging tray engaging lug respectively；
The short connecting rod upper end is hinged and connected to by axis pin, split pin on the charging tray engaging lug for unloading charging tray front end, described
Long connecting rod upper end is hinged and connected to by axis pin, split pin on the charging tray engaging lug of discharging back-end disk, long connecting rod lower end with
Short connecting rod lower end is rotatably connected together through a hinge by connecting rod link bolt；
Position is fixedly welded with short connecting rod engaging lug among the short connecting rod leading flank, and the short connecting rod engaging lug passes through pin
Axis, opening pin hinge connection have discharging hydraulic cylinder upper end piston rod end, discharging hydraulic cylinder lower end piston rod end logical
Cross axis pin, opening pin hinge connection has bottom plate engaging lug, the bottom plate engaging lug to be fixedly welded on lower plate leading edge both ends respectively
At angle；
The connecting rod link bolt is respectively and fixedly installed to two after being rotatably hinged long connecting rod, short connecting rod lower end
Before fagging outer surface, at upper end angle so that unload charging tray under two side discharge hydraulic cylinder synchronous drives, spiral shell is hinged with connecting rod
Bolt hinge contact is that center of circle fulcrum is in be hinged rotatable state, and rotation of disc realization material unloading function is unloaded to drive.
Advantageous effect：A kind of curtain wall anchor pole automatic bending molding machine disclosed by the invention, on the lower plate of rack fixation set
It is equipped with molding module, the piston rod of molding hydraulic cylinder passes through the preceding hole of top plate of upper plate, its tailpiece of the piston rod to be connected with molding
The forming upper male mould of module；Further include pinch roller, saw cutting mechanism, pusher hydraulic cylinder, shedding mechanism, pinch roller is fixed at
On the after-poppet of rack, saw cutting mechanism is fixed at molding module, among after-poppet on the lower plate of position right positions, pushes away
Feed liquid compressing cylinder passes through the roof center hole of upper plate to be fixed in pusher cylinder seat, and pusher cylinder seat is fixedly welded on upper plate
On, shedding mechanism is arranged at the front side of molding module and front upper side position.The present invention is due to above structure, making it have certainly
Dynamic charging ＆ discharging function, and cut off and completed in a work step with bending forming, that is, manpower is saved, and greatly improve
Working efficiency.
Description of the drawings
Fig. 1 is schematic structural view of the invention；
Fig. 2 is left view structural representation of the present invention；
Fig. 3 is rack construction schematic diagram of the present invention；
Fig. 4 is shaping mould combination die pre-structure schematic diagram of the present invention；
Fig. 5 is structural schematic diagram after shaping mould combination die of the present invention；
Fig. 6 is the A-A cross-sectional views of Fig. 1；
Fig. 7 is the B direction view structural schematic diagrams of Fig. 1；
Fig. 8 is pusher of the present invention, discharging structure schematic diagram；
Structural schematic diagram when Fig. 9 is sawing of the present invention；
Structural schematic diagram when Figure 10 is pusher of the present invention, discharging.
In figure：1- racks, 2- molding module, 3- pinch rollers, 4- saw cutting mechanisms, 5- pushers hydraulic cylinder, 6- shedding mechanisms,
7- reinforcing bars, 11- lower plates, 12- fore-stocks, 13- after-poppets, 14- upper plates, the preceding hole of 15- top plates, 16- roof centers hole, 21-
Punch-pin engaging lug, 22- formings upper male mould, 221- anchor poles forming guide groove, 23- support plates, the inclined-planes 24- branch hold mode, the inclined-planes 241-
Guide groove, 25- moldings hydraulic cylinder, 26- anchor poles are at v notch v, 27- support shafts, 28- female mold supports seat, 29- positioning plates, 30-
Rotary forming lower cavity die, 301- circumferential surfaces guide groove, 31- charging tapers guide sleeve, 41- saw blades, 42- motor slide carriages, 43- balladeur trains, 44-
Sliding slot, 45- variable-frequency motors, 46- sawings hydraulic cylinder, 47- saw blades fixing bolt, 48- slides engaging lug, 51- pushers cylinder seat,
61- dischargings hydraulic cylinder, 62- bottom plates engaging lug, 63- short connecting rods engaging lug, 64- short connecting rods, 65- long connecting rods, 66- unload charging tray,
67- charging trays engaging lug, 68- connecting rods link bolt, 69- unload charging tray edge, 7- reinforcing bars, 71- curtain wall anchor poles.
Specific implementation mode
The present invention is described in detail with reference to the accompanying drawings of the specification, it should be noted that the implementation of the present invention is unlimited
In the following embodiments and the accompanying drawings.
It should be noted that "upper" here, "lower", "left", "right", "front", "rear" are only to facilitate describe this hair
The bright and exemplary direction that defines, as shown in Figure 1, side direction is "upper" or "top" on paper, on the downside of paper direction be "lower" or
"bottom", paper left direction are " preceding ", and paper right direction is " rear ", and paper rear direction is " right side ", and paper front side direction is
" left side ", paper left and right directions are " longitudinal direction ", and paper front-rear direction is " transverse direction ".Base of certain those skilled in the art in the present invention
Understand on plinth, can also other manner define the directions such as "upper", "lower", "left", "right", "front", "rear", equally fall into the present invention
Protection domain within.
As Figure 1-Figure 2, curtain wall anchor pole automatic bending molding machine, including rack 1, molding module 2, the rack 1
Molding module 2 is fixedly installed on lower plate 11, the molding hydraulic cylinder 25 of the molding module 2 is fixed at rack 1
On upper plate 14, the piston rod of the molding hydraulic cylinder 25 passes through the preceding hole 15 of top plate of upper plate 14, the connection of its tailpiece of the piston rod
There is the forming upper male mould 22 of molding module 2；Further include pinch roller 3, saw cutting mechanism 4, pusher hydraulic cylinder 5, shedding mechanism 6, institute
It states pinch roller 3 to be fixed on the after-poppet 13 of rack 1, the saw cutting mechanism 4 is fixed at molding module 2, after-poppet
On the lower plate 11 of 13 intermediate position right positions, the pusher hydraulic cylinder 5 is in downwards, the 45 ° of angles that lean forward, passes through upper plate
14 roof center hole 16 is fixed in pusher cylinder seat 51, and the pusher cylinder seat 51 fixes weldering in upward, the 45 ° of angles that lean forward
It is connected on upper plate 14, the shedding mechanism 6 is arranged at the front side of molding module 2 and front upper side position.
As shown in figure 3, the rack 1 includes lower plate 11, fore-stock 12, after-poppet 13, upper plate 14, the preceding hole of top plate
15, roof center hole 16, the rack 1 is in upper plate 14, two layers of lower plate 11 and fore-stock 12,13 4 holder of after-poppet
Tower structure is arranged, and longitudinally wide longitudinally wide, the front end of the upper plate 14 more than after-poppet 13 of fore-stock 12
Lateral mid-point is provided with the preceding hole 15 of top plate, and the centre position of upper plate 14 is provided with roof center hole 16.
As shown in fig. 4-5, the molding module 2 includes punch-pin engaging lug 21, forming upper male mould 22, anchor pole forming guiding
Slot 221, support plate 23, inclined-plane branch hold mode 24, inclined-plane guide groove 241, molding hydraulic cylinder 25, anchor pole are at v notch v 26, support
Axis 27, female mold support seat 28, positioning plate 29, rotary forming lower cavity die 30, circumferential surface guide groove 301；
The upper mold of the molding module 2 uses the forming upper male mould 22 with anchor pole forming guide groove 221；Lower mold assemblies packet
The positioning plate 29 being fixed in support plate 23 is included, the inclined-plane branch hold mode 24 of inclined-plane guide groove 241 is carried, with anchor pole at v notch v
26, the rotary forming lower cavity die 30 of circumferential surface guide groove 301.
241 inlet of inclined-plane guide groove at the 24 upper side back edge of inclined-plane branch hold mode is fixedly welded with charging cone
Shape guide sleeve 31, the oblique upper end of the charging taper guide sleeve 31 be in be vertically arranged with longitudinal opening, its longitudinal opening it is laterally wide
Degree is more than 7 maximum gauge 2mm of reinforcing bar.
The axial group of the rotary forming lower cavity die 30 utilizes cavity plate branch in 23 fixed support shaft 27 of support plate
Support the peripheral surface that seat 28 supports rotary forming lower cavity die 30, reciprocating motion of the rotary forming lower cavity die 30 in forming upper male mould 22
It, can be around 27 reciprocating rotation of support shaft under driving.
The rotary forming lower cavity die 30 by its center of gravity due to being acted on, and under un-flexed job state, indentation, there is located always
In position obliquely.In order to further increase the once-forming qualification rate of curtain wall anchor pole 71, the bottom of upper male mould 22 will be shaped
Semi arch peripheral shape matches with the anchor pole of rotary forming lower cavity die 30 at the semi arch inner circumferential shape of v notch v 26.
As Figure 6-Figure 7, the saw cutting mechanism 4 includes saw blade 41, motor slide carriage 42, balladeur train 43, sliding slot 44, variable-frequency electric
Machine 45, sawing hydraulic cylinder 46, saw blade fixing bolt 47, slide engaging lug 48, the saw blade 41 pass through saw blade fixing bolt 47
It is fixedly mounted on 45 output shaft end of variable-frequency motor；
The variable-frequency motor 45 is fixedly mounted on the motor slide carriage 42 being arranged in cavity cuboid, and the motor slide carriage 42 is in
Slidably state is positioned in the sliding slot 44 of balladeur train 43, and the longitudinally wide of the sliding slot 44 is more than the longitudinally wide of motor slide carriage 42
2mm；
42 right side longitudinally intermediate portion position of the motor slide carriage is fixedly welded with slide engaging lug 48, sawing hydraulic cylinder 46
Setting is connected in 42 right side position of motor slide carriage, 46 tailpiece of the piston rod of sawing hydraulic cylinder by axis pin, split pin and slide
Ear 48 links together, and 46 right end of sawing hydraulic cylinder is fixedly mounted in 43 right end plate of balladeur train so that motor slide carriage 42 exists
In transverse movable state in the sliding slot 44 of 43 balladeur train 43 of balladeur train under the drive of sawing hydraulic cylinder 46, to drive saw blade 41 real
Existing sawing function；
The balladeur train 43 be fixed at molding module 2,13 intermediate position right positions of after-poppet lower plate 11 on.
As shown in figure 8, the pusher hydraulic cylinder 5 in downwards, the 45 ° of angles that lean forward, across the roof center of upper plate 14
Hole 16 is fixed in pusher cylinder seat 51, and the pusher cylinder seat 51 is fixedly welded on upper plate 14 in upward, the 45 ° of angles that lean forward
On；
The shedding mechanism 6 include discharging hydraulic cylinder 61, bottom plate engaging lug 62, short connecting rod engaging lug 63, short connecting rod 64,
Long connecting rod 65 unloads charging tray 66, charging tray engaging lug 67, connecting rod link bolt 68, unloads charging tray edge 69, and the charging tray 66 that unloads is in laterally
Plate setting, its upper surface transverse direction two edges are respectively arranged with and unload charging tray edge 69,4 ends in its lower surface are in longitudinal respectively at angle
It is provided with charging tray engaging lug 67；
64 upper end of the short connecting rod is hinged and connected to the charging tray engaging lug 67 for unloading 66 front end of charging tray by axis pin, split pin
On, 65 upper end of the long connecting rod is hinged and connected to by axis pin, split pin on the charging tray engaging lug 67 for unloading 66 rear end of charging tray, length
65 lower end of connecting rod is rotatably connected together through a hinge with 64 lower end of short connecting rod by connecting rod link bolt 68；
Position is fixedly welded with short connecting rod engaging lug 63, the short connecting rod engaging lug 63 among 64 leading flank of the short connecting rod
There are 61 upper end piston rod end of discharging hydraulic cylinder, 61 lower end of discharging hydraulic cylinder to live by axis pin, opening pin hinge connection
Stopper rod end has bottom plate engaging lug 62, the bottom plate engaging lug 62 to be fixedly welded on down respectively by axis pin, opening pin hinge connection
11 leading edge both ends Jiao Chu of bottom plate；
The connecting rod link bolt 68 is fixedly mounted respectively after being rotatably hinged long connecting rod 65,64 lower end of short connecting rod
Before two support plates, 23 outer surface, at upper end angle so that charging tray 66 is unloaded under two side discharge hydraulic cylinders, 61 synchronous drive,
It is center of circle fulcrum in being hinged rotatable state using 68 hinge contact of connecting rod link bolt, unloads the rotation of charging tray 66 to drive and realize
Material unloading function.
Further, 3 at least one set of pinch roller of the invention is fixed on the after-poppet 13 of rack 1, according to pinch
Feeding needs, may also set up other groups of pinch rollers 3 to meet feeding needs, and 3 one end of pinch roller is equipped with sprocket wheel, by another
Variable-frequency motor and transmission chain provide power and realize feeding function.
As Figure 6-Figure 7, the course of work of the present invention is：
Before the present invention starts, 61 piston rod of discharging hydraulic cylinder is in the zero-bit state that withdraws, and forming upper male mould 22 is in upper
Position state；
Pinch roller 3, which starts, drives reinforcing bar 7 to move forward, when rear positions sensor detects that 7 end of reinforcing bar passes through charging
When taper guide sleeve 31, variable-frequency motor 45 starts, and current location sets sensor and detects that 7 end of reinforcing bar is pushed up to after positioning plate 29, folder
Roller 3 is sent to stop operating, meanwhile, molding 25 piston rod of hydraulic cylinder stretches out, and when upper and lower position, sensor detects forming upper male mould
22 contacts, when being pressed in reinforcing bar 7, molding 25 piston rod of hydraulic cylinder stops stretching out, at this point, 46 piston rod of sawing hydraulic cylinder is stretched
Go out, saw blade 41 carries out sawing, cut-out reinforcing bar 7, and when left and right position, sensor detects motor slide carriage 42 to 7 position of cut-out reinforcing bar
When, 46 piston rod of sawing hydraulic cylinder is retracted, and variable-frequency motor 45 stops；
It is molded 25 piston rod of hydraulic cylinder and drives forming 22 downlink of upper male mould, after contacting reinforcing bar 7 to be bent, inclined-plane support
Mould 24 provides fulcrum with rotary forming lower cavity die 30 makes reinforcing bar 7 to be bent bend, and rotary forming lower cavity die 30 transmits power
To female mold support seat 28, forming upper male mould 22 continues traveling downwardly, until touching the anchor pole of rotary forming lower cavity die 30 into v notch v
26 other end, rotary forming lower cavity die 30 are rotated around support shaft 27, until being molded with forming upper male mould 22, that is, complete curtain wall anchor
The semicircle forming of bar 71, in the semicircle forming process of curtain wall anchor pole 71, passed through when endwise skew is molded thereafter into
Expect the longitudinal opening of taper guide sleeve 31；
When forming upper male mould 22 is pressed in reinforcing bar 7, the timer of control system of the present invention starts timing, arrives curtain wall anchor
The semicircle forming of bar 71 terminates, and timer terminates timing, in this timing time, is again delayed after 5-10 second, is arranged and is controlling
In the timer of system, after timing time, control system starts molding 25 piston rod of hydraulic cylinder retraction and drives forming
Upper male mould 22 is up to zero-bit state, meanwhile, start 61 piston rod of discharging hydraulic cylinder and reaches the maximum position of setting, drives
It unloads charging tray 66 to rotate for center of circle fulcrum with connecting rod link bolt 68 so that unload charging tray 66 and be in forming upper male mould 22 and its curtain wall anchor
71 front lower place of bar；
Pusher hydraulic cylinder 5 starts, and piston rod forward downward stretches out, and pushes curtain wall anchor pole 71 from forming upper male mould 22
It falls on and is unloaded on charging tray 66 obliquely, at this point, the work of 71 automatic bending of curtain wall anchor pole terminates, the curtain wall anchor pole 71 unloaded on charging tray 66 exists
The present invention carries out before being bent work next time, and 61 piston rod of discharging hydraulic cylinder, which is in, withdraws zero-bit state, at this point, curtain wall anchor pole
It is fallen in charging basket under 71.
Claims (1)
1. a kind of application method of curtain wall anchor pole automatic bending molding machine, the curtain wall anchor pole automatic bending molding machine includes machine
Frame is molded module, and molding module is fixedly installed on the lower plate of the rack, and the molding hydraulic cylinder of the molding module is solid
It is arranged on the upper plate of rack calmly, the piston rod of the molding hydraulic cylinder passes through the preceding hole of top plate of upper plate, its piston rod
End is connected with the forming upper male mould of molding module；It is characterized in that：Further include pinch roller, saw cutting mechanism, pusher hydraulic cylinder, unload
Expect that mechanism, the pinch roller are fixed on the after-poppet of rack, the saw cutting mechanism is fixed at molding module, rear branch
Among frame on the lower plate of position right positions, the pusher hydraulic cylinder passes through the roof center hole of upper plate to be fixed at
In pusher cylinder seat, the pusher cylinder seat is fixedly welded on upper plate, the shedding mechanism be arranged molding module front side and
Front upper side position；It is characterized in that, the application method of curtain wall anchor pole automatic bending molding machine, specifically includes the following course of work：
Before startup, discharging hydraulic cylinder piston rod is in the zero-bit state that withdraws, and forming upper male mould is in upper state；
Pinch roller, which starts, drives reinforcing bar to move forward, when rear positions sensor detects that end reinforced pass through feeds taper guide sleeve
When, variable-frequency motor starts, and current location sets sensor and detects end reinforced top to after positioning plate, and pinch roller stops operating, together
When, molding hydraulic cylinder piston rod stretches out, when upper and lower position, sensor detects the contact of forming upper male mould, is pressed in reinforcing bar, at
Type hydraulic cylinder piston rod stops stretching out, at this point, sawing hydraulic cylinder piston rod stretches out, saw blade carries out sawing, cut-out reinforcing bar, when
When left and right position sensor detects motor slide carriage to cut-out reinforcement location, sawing hydraulic cylinder piston rod is retracted, variable-frequency motor
Stop；
It is molded hydraulic cylinder piston rod and drives forming upper male mould downlink, after contacting reinforcing bar to be bent, inclined-plane branch hold mode and rotation
Forming lower cavity die, which provides fulcrum, makes reinforcing bar to be bent bend, and rotary forming lower cavity die transmits the force to female mold support seat, at
Shape upper male mould continues traveling downwardly, until touching the anchor pole of rotary forming lower cavity die into the other end of v notch v, rotary forming is recessed
Mould is rotated around support shaft, until with forming upper male mould molding, that is, the semicircle forming of curtain wall anchor pole is completed, the half of curtain wall anchor pole
In round forming process, across the longitudinal opening of charging taper guide sleeve when endwise skew is molded thereafter；
When forming upper male mould is pressed in reinforcing bar, the timer of control system starts timing, is formed to the semicircle of curtain wall anchor pole
Shape terminates, and timer terminates timing, in this timing time, is again delayed after 5-10 seconds, is arranged in the timer of control system,
After timing time, control system starts molding hydraulic cylinder piston rod retraction and forming upper male mould is driven to be up to zero-bit shape
State, meanwhile, start discharging hydraulic cylinder piston rod reach the maximum position set, drive unload charging tray with connecting rod link bolt as
Center of circle fulcrum rotation so that unload charging tray and be in forming upper male mould and its curtain wall anchor pole front lower place；
Pusher hydraulic cylinder starts, and piston rod forward downward stretches out, and pushes curtain wall anchor pole from oblique whereabouts on forming upper male mould
To unloading on charging tray, at this point, the work of curtain wall anchor pole automatic bending terminates, the curtain wall anchor pole unloaded on charging tray is bent work next time
Before, discharging hydraulic cylinder piston rod, which is in, withdraws zero-bit state, at this point, being fallen in charging basket under curtain wall anchor pole.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710450417.1A CN107138647B (en) | 2017-06-15 | 2017-06-15 | Curtain wall anchor pole automatic bending molding machine and application method |
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|---|---|---|---|
| CN201710450417.1A CN107138647B (en) | 2017-06-15 | 2017-06-15 | Curtain wall anchor pole automatic bending molding machine and application method |
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| CN107138647B true CN107138647B (en) | 2018-08-17 |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107876660B (en) * | 2017-12-08 | 2019-05-14 | 张家界远大住宅工业有限公司 | A kind of construction material reinforcing bar bending apparatus |
| CN110170594B (en) * | 2019-06-12 | 2020-08-11 | 湖北骏安骐建筑有限公司 | Bending device is used in construction steel bar processing |
| CN111195694B (en) * | 2020-03-12 | 2020-11-13 | 苏州市东挺河智能科技发展有限公司 | Portable bending machine |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN202192163U (en) * | 2011-07-27 | 2012-04-18 | 沈阳远大铝业工程有限公司 | One-step bending forming die for anchor rods |
| CN204220849U (en) * | 2014-11-11 | 2015-03-25 | 中建八局第一建设有限公司 | A kind of anchor pole bending machine |
| CN206028572U (en) * | 2016-09-20 | 2017-03-22 | 山东金城建设有限公司 | Anti -floating anchor rod normal position device of buckling |
| CN207057515U (en) * | 2017-06-15 | 2018-03-02 | 中国三冶集团有限公司 | Curtain wall anchor pole automatic bending forming machine |
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| JP2005127052A (en) * | 2003-10-24 | 2005-05-19 | Sumitomo Kinzoku Kozan Siporex Kk | Mounting metal fitting of alc panel and its mounting structure |
| CN104805985B (en) * | 2015-02-16 | 2016-08-24 | 杭州斯泰新材料技术有限公司 | A kind of crab-bolt expanding sheath and manufacture method thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN202192163U (en) * | 2011-07-27 | 2012-04-18 | 沈阳远大铝业工程有限公司 | One-step bending forming die for anchor rods |
| CN204220849U (en) * | 2014-11-11 | 2015-03-25 | 中建八局第一建设有限公司 | A kind of anchor pole bending machine |
| CN206028572U (en) * | 2016-09-20 | 2017-03-22 | 山东金城建设有限公司 | Anti -floating anchor rod normal position device of buckling |
| CN207057515U (en) * | 2017-06-15 | 2018-03-02 | 中国三冶集团有限公司 | Curtain wall anchor pole automatic bending forming machine |
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