CN105414987A - Equipment for producing building reinforcing bar frame - Google Patents
Equipment for producing building reinforcing bar frame Download PDFInfo
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- CN105414987A CN105414987A CN201510971124.9A CN201510971124A CN105414987A CN 105414987 A CN105414987 A CN 105414987A CN 201510971124 A CN201510971124 A CN 201510971124A CN 105414987 A CN105414987 A CN 105414987A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P23/00—Machines or arrangements of machines for performing specified combinations of different metal-working operations not covered by a single other subclass
- B23P23/06—Metal-working plant comprising a number of associated machines or apparatus
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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
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q41/00—Combinations or associations of metal-working machines not directed to a particular result according to classes B21, B23, or B24
- B23Q41/02—Features relating to transfer of work between machines
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q7/00—Arrangements for handling work specially combined with or arranged in, or specially adapted for use in connection with, machine tools, e.g. for conveying, loading, positioning, discharging, sorting
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- Mechanical Engineering (AREA)
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Abstract
The invention discloses equipment for producing a building reinforcing bar frame and belongs to reinforcing bar frame production equipment. The equipment structurally comprises a first machine frame, a second machine frame, a bending assembly, a transporting assembly, a turning assembly, a conveying assembly and a cloth assembly, wherein the second machine frame is arranged at the rear part of the first machine frame, the bending assembly and the transporting assembly are arranged in sequence on the first machine frame from the left to the right, the turning assembly is arranged on the transporting assembly, the transporting assembly is arranged at the upper parts of the bending assembly and the turning assembly, and the cloth assembly is arranged on the second machine frame at the rear part of the transporting assembly. Compared with the prior art, the equipment for producing the building reinforcing bar frame, provided by the invention, has the advantages that manual bending to the reinforcing bar frame is replaced through the arrangement of the bending assembly, the work efficiency is improved, the labor intensity is lowered, and the construction process is accelerated, therefore, the equipment has a good popularization value.
Description
Technical field
The present invention relates to a kind of reinforcing steel bar frame production equipment, especially a kind of equipment producing building bar frame.
Background technology
In power construction process, the structural strength on basis is very important for ensureing that the safety of power circuit is set up.Reinforced frame and concrete connected applications, in power circuit or constructions work, have been very ripe technology.At construction site or electric power construction field, need to make reinforced frame separately, modal reinforced frame comprises the straight reinforcing bar of four squarelys layouts and the reinforcing steel bar frame for fixing above-mentioned four straight reinforcing bars, reinforcing steel bar frame is become by bending reinforcement, and reinforcing steel bar frame is connected with straight reinforcement welding or is fixed by steel wire lashing.At the scene, when workmen carries out the manual bending of reinforcing steel bar frame, reinforcing steel bar frame along the uniform distribution of straight reinforcing bar, inefficiency, manual physical labor are large, have become the principal element of restriction power construction progress.
Summary of the invention
Technical assignment of the present invention provides a kind of equipment producing building bar frame for above-mentioned deficiency of the prior art, this a kind of equipment producing building bar frame has by arranging the manual bending to reinforcing steel bar frame of bending assembly replacement, improve operating efficiency, reduce labour intensity, accelerate the feature of Construction Schedule.
The technical solution adopted for the present invention to solve the technical problems is: it comprises the first frame, the second frame, bending assembly, carrying assembly, overturning unit, delivery assembly and cloth assembly, the second described frame is arranged on the rear portion of the first frame, described bending assembly and delivery assembly are successively set in the first frame from right to left, described overturning unit is arranged on delivery assembly, described carrying assembly is arranged on the top of bending assembly and overturning unit, and described cloth assembly is arranged in second frame at delivery assembly rear portion;
Described bending assembly comprises the first support, back shaft, pinch roller first gear, wobble-plate, pinch roller, pinch roller second gear, pinch roller motor, slide unit, axle sleeve, slide unit slide block, the first otic placode, rotating shaft, rotating shaft electric motor, rotating shaft first gear, rotating shaft second gear, Bending Mould and reinforcing bar clamping device, and described reinforcing bar clamping device comprises clamping oil cylinder, connecting rod, briquetting and riser, the first groove is provided with at the top of the first support, back shaft is rotatablely equipped with by bearing in the first groove, back shaft is fixed with pinch roller first gear, pinch roller second gear is also rotatablely equipped with on the top of the first support, pinch roller second gear coordinates with pinch roller first gears meshing, and pinch roller second gear rotates under the driving of pinch roller motor, be provided with the groove installing pinch roller second gear on the top of the first support, the wobble-plate be positioned at above the first support is installed with at the top of back shaft, described wobble-plate is arranged with back shaft is concentric, pinch roller is provided with at the marginal position at wobble-plate top, in the top slide of the first support, slide unit is installed, the glide direction of slide unit is parallel with a wherein diagonal of the first cradle top, described slide unit is U-shaped, installation cavity is formed between the two ends of slide unit, and placement that slide unit is lain low, slide unit slide block is respectively equipped with in the both sides of slide unit, the chute coordinated with slide unit slide block is provided with on the top of the first support, slide unit is provided with a rotating shaft of vertically placing, the end face of slide unit is stretched out in the upper end of rotating shaft, the lower end of rotating shaft is placed in installation cavity, rotating shaft electric motor is fixed with in installation cavity, rotating shaft first gear is provided with at rotating shaft electric motor output, rotating shaft is fixed with rotating shaft second gear coordinated with rotating shaft first gears meshing, Bending Mould is fixed with at the top of rotating shaft, Bending Mould is square metalwork, and four of Bending Mould corner locations do rounded corners process, the axis of rotating shaft passes the center of Bending Mould, vertical direction has gap between the bottom surface of Bending Mould and the end face of wobble-plate, the side of the Bending Mould corresponding with feed zone is fixed with the clamping oil cylinder laterally placed, is provided with riser at the piston rod free end of clamping oil cylinder, riser is vertically fixed with some connecting rods, is fixed with briquetting at the free end of some connecting rods, rotating shaft translation mechanism is provided with between the first support and slide unit, described rotating shaft translation mechanism comprises translation motor, cam first gear, cam second gear, cam, connecting rod, , gear mounting groove is provided with in the below of chute, translation motor is fixed with in gear mounting groove, cam first gear is provided with at translation motor output, cam second gear with cam first gears meshing is rotatablely equipped with in the side of translation motor, the gear shaft of cam second gear is fixed with cam, the first otic placode is provided with in one end of slide unit, connecting rod is provided with between the first otic placode and the height point of cam,
Described carrying assembly comprises the second support, support bar, bearing, leading screw, screw, gear drive, spindle motor, stretch oil cylinder, ring flange, cross bar, second otic placode, clamping bar, installation end, third ear plate, mounting blocks and oscillating oil cylinder, the second described support is fixed on the top of the first frame by multiple support bar, the left and right sides, bottom of the second support is respectively arranged with bearing, leading screw is provided with between two bearings, second support bottom of one of them support outer is provided with spindle motor, spindle motor is connected with leading screw by gear drive, leading screw between two bearings in left and right is provided with screw, the bottom of screw is fixed with stretching, extension oil cylinder, the bottom of stretching oil cylinder is connected with ring flange, the bottom of ring flange is fixed with cross bar, the two ends of cross bar are respectively arranged with the second otic placode, second otic placode is connected to clamping bar by jointed shaft, the top of clamping bar is respectively arranged with installation end, second otic placode and installation end are hinged, the inner side of each clamping bar is respectively arranged with third ear plate, the lower middle position of cross bar is provided with mounting blocks, oscillating oil cylinder is respectively arranged with between mounting blocks and third ear plate, two corresponding deep-slotted chip breakers are respectively arranged with inside the clamping bar of described third ear plate bottom,
Described overturning unit comprises swivel plate, fixture block, outrigger shaft, swivel plate first gear, swivel plate second gear, upset motor, first carriage and the second carriage, the top of described swivel plate is provided with 4 fixture blocks, the outside of 4 fixture blocks is all set to inclined-plane, the two ends, left and right of described swivel plate are respectively arranged with the first carriage and the second carriage, outrigger shaft is respectively arranged with in the middle part of the two ends, left and right of described swivel plate, outrigger shaft and be respectively arranged with bearing between the first carriage and the second carriage, one of them outrigger shaft is provided with swivel plate first gear, swivel plate first gear is meshed with swivel plate second gear, swivel plate second gear is arranged on the motor shaft of upset motor,
Described delivery assembly comprises riser, rail groove, elongated slot, conveying motor, transportation sprocket and chain, described swivel plate is positioned at the central cavity of riser, rail groove and elongated slot is respectively arranged with inside the riser of the swivel plate left and right sides, described elongated slot is arranged on the bottom of rail groove, the first carriage and the second carriage that connect swivel plate is respectively arranged with in the rail groove of the left and right sides, the first described carriage and the bottom of the second carriage are respectively arranged with projection, conveying motor is respectively arranged with in described elongated slot, transportation sprocket and chain, described conveying motor is connected with transportation sprocket, transportation sprocket is provided with chain, described projection is positioned on chain,
Described cloth assembly comprises conveyer, carrier chain, backing plate, block, spring, movable block, driving shaft, clamper, guide plate and mounting rod, described conveyer is arranged in the second frame, conveyer is provided with carrier chain, carrier chain is gone up along its length and is evenly provided with multiple cushion block, the two ends, left and right of each cushion block are respectively arranged with symmetrical block, the inner side of block is respectively arranged with spring, the other end of spring connects movable block, movable block is connected with clamper, the top of each movable block is respectively arranged with driving shaft, the second upper rack left and right sides on front side of described conveyer is respectively arranged with guide plate, the bottom of guide plate is connected with the second frame respectively by mounting rod, the lateral surface of described guide plate comprises plane and arc surface.
Described bending assembly welds assembly with the first frame between delivery assembly is also provided with, described welding assembly comprises the 3rd support, welding supporting seat, breach dodged by clamping bar, breach and welding machine are dodged in welding, described first upper rack of the 3rd Bracket setting on the left of bending assembly, described welding supporting seat arranges the 3rd frame upper, described welding supporting seat tetragonous cone table structure, be respectively arranged with clamping bar in the middle part of the two ends of welding supporting seat and dodge breach, one of them angle of welding supporting seat is provided with welding and dodges breach, the 3rd support that indentation, there is dodged in welding is provided with welding machine.
Described swivel plate first gear is arranged on the outrigger shaft in the first carriage, and described swivel plate first gear, swivel plate second gear and upset motor are separately positioned in the first carriage.
The first described support is provided with jacking apparatus, described jacking apparatus comprises jacking block and jacking cylinder, the jacking cylinder vertically placed for a pair is provided with at the top of the first support, two jacking cylinders are symmetricly set on the two ends of Bending Mould, jacking block is provided with at the piston rod free end of jacking cylinder, after jacking cylinder piston rod is retracted completely, the end face of jacking block is lower than the bottom surface of Bending Mould.
The first described support is the basic components of square structure.
Described wobble-plate is circular metalwork and arranges with back shaft coaxial line.
Described pinch roller is columniform metalwork, and pinch roller can rotate by opposing oscillatory dish.
Described slide unit is the metalwork of U-shaped.
Described slide unit is provided with the axle sleeve being positioned at rotating shaft outside, and axle sleeve is fixed on slide unit, and rotating shaft is rotated in axle sleeve.
A kind of equipment producing building bar frame of the present invention compared to the prior art, there is following outstanding beneficial effect: replace the manual bending to reinforcing steel bar frame by arranging bending assembly, improve operating efficiency, reduce labour intensity, accelerate Construction Schedule; Integrated design is carried out in the bending of reinforcing steel bar frame, carrying and conveying, and avoid artificial by after reinforcing steel bar frame bending, then a dead lift carries out solder up to welding machine place, after having welded, and then manually carries; And avoid reinforcing steel bar frame and manually to carry out in bending, carrying, welding and course of conveying, to the injury that human body causes, improve the features such as the quality of product.
Accompanying drawing explanation
Fig. 1 is schematic diagram of the present invention;
Fig. 2 is the schematic diagram of bending assembly;
Fig. 3 is the scheme of installation of wobble-plate;
Fig. 4 is bending assembly schematic internal view;
Fig. 5 is rotating shaft translation mechanism schematic diagram;
Fig. 6 is that rotating shaft drives schematic diagram;
Fig. 7 is that slide unit is to schematic diagram when moving away from wobble-plate side;
Reinforcing bar charging schematic diagram when Fig. 8 is bend reinforcement;
Fig. 9 is schematic diagram when carrying out a bending to reinforcing bar;
Figure 10 is the schematic diagram that after carrying out a bending to reinforcing bar, pinch roller resets;
Figure 11 is the schematic diagram of reinforcing bar clamping device;
Figure 12 is the schematic top plan view of welding assembly and carrying assembly;
Figure 13 is the schematic front view of welding assembly and carrying assembly;
Figure 14 is the schematic diagram of carrying assembly;
Figure 15 is the schematic diagram of welding supporting seat;
Figure 16 is the schematic top plan view of overturning unit and delivery assembly;
Figure 17 is the driving schematic diagram of swivel plate;
Figure 18 is the schematic diagram after swivel plate 90-degree rotation;
Figure 19 is the front elevational schematic of delivery assembly;
Figure 20 is the schematic top plan view of cloth assembly;
Figure 21 is the front view of cloth assembly;
Figure 22 is the A place partial enlarged drawing in Figure 20;
Schematic diagram when Figure 23 is the reinforcing steel bar frame of clamp holder clamping vertical state;
In figure: 1 first frame, 11 second frames, 12 bearings, 13 reinforcing bars, 14 jointed shafts, 15 reinforcing steel bar frames;
2 bending assemblies, 20 first supports, 21 first grooves, 22 back shafts, 221 pinch roller first gears, 23 wobble-plates, 231 pinch rollers, 24 pinch roller second gears, 241 pinch roller motors, 25 chutes, 251 gear mounting grooves, 26 slide units, 261 axle sleeves, 262 slide unit slide blocks, 263 first otic placodes, 27 rotating shafts, 271 rotating shaft electric motors, 272 rotating shaft first gears, 273 rotating shaft second gears, 28 Bending Moulds, 281 circular arcs, 282 clamping oil cylinders, 283 connecting rods, 284 briquettings, 285 risers, 29 jacking blocks, 291 jacking cylinders;
3 carrying assemblies, 30 second supports, 31 support bars, 32 bearings, 33 leading screws, 331 screws, 332 gear drives, 333 spindle motors, 34 stretch oil cylinder, 341 ring flanges, 35 cross bars, 351 second otic placodes, 36 clamping bars, 361 installation ends, 362 third ear plates, 363 deep-slotted chip breakers, 37 mounting blocks, 38 oscillating oil cylinders;
4 welding assemblies, 40 the 3rd supports, 41 welding supporting seats, breach dodged by 411 clamping bars, and 412 welding dodge breach, 42 welding machines;
5 overturning units, 50 swivel plates, 51 fixture blocks, 511 inclined-planes, 52 outrigger shafts, 53 swivel plate first gears, 54 swivel plate second gears, 55 upset motors, 56 first carriages, 57 second carriages;
6 rotating shaft translation mechanisms, 60 translation motor, 61 cam first gears, 62 cam second gears, 63 cams, 64 connecting rods;
7 cloth assemblies, 71 conveyers, 711 carrier chains, 72 backing plates, 73 blocks, 74 springs, 75 movable blocks, 76 driving shafts, 77 clampers, 78 guide plates, 781 planes, 782 arc surfaces, 79 mounting rods;
8 delivery assemblies, 80 risers, 81 rail grooves, 82 elongated slots, 83 is protruding, 84 conveying motors, 85 transportation sprockets, 86 chains.
Detailed description of the invention
With reference to Figure of description 1 to accompanying drawing 23, a kind of equipment producing building bar frame of the present invention is described in detail below.
A kind of equipment producing building bar frame of the present invention, its structure comprises the first frame 1, second frame 11, bending assembly 2, carrying assembly 3, overturning unit 5, delivery assembly 8 and cloth assembly 7, the second described frame 11 is arranged on the rear portion of the first frame 1, described bending assembly 2 and delivery assembly 3 are successively set in the first frame 1 from right to left, described overturning unit 5 is arranged on delivery assembly 8, described carrying assembly 3 is arranged on the top of bending assembly 2 and overturning unit 5, described cloth assembly 7 is arranged in second frame 11 at delivery assembly 8 rear portion,
Described bending assembly 2 comprises the first support 20, back shaft 22, pinch roller first gear 221, wobble-plate 23, pinch roller 231, pinch roller second gear 24, pinch roller motor 241, slide unit 26, axle sleeve 261, slide unit slide block 262, first otic placode 263, rotating shaft 27, rotating shaft electric motor 271, rotating shaft first gear 272, rotating shaft second gear 273, Bending Mould 28 and reinforcing bar clamping device, and described reinforcing bar clamping device comprises clamping oil cylinder 282, connecting rod 283, briquetting 284 and riser 285, the first groove 21 is provided with at the top of the first support 20, back shaft 22 is rotatablely equipped with by bearing 12 in the first groove 21, back shaft 22 is fixed with pinch roller first gear 221, pinch roller second gear 24 is also rotatablely equipped with on the top of the first support 20, pinch roller second gear 24 and pinch roller first gear 221 engagement fit, and pinch roller second gear 24 rotates under the driving of pinch roller motor 241, be provided with the groove installing pinch roller second gear 24 on the top of the first support 20, the wobble-plate 23 be positioned at above the first support 20 is installed with at the top of back shaft 22, described wobble-plate 23 is arranged with back shaft 22 is concentric, pinch roller 231 is provided with at the marginal position at wobble-plate 23 top, in the top slide of the first support 20, slide unit 26 is installed, the glide direction of slide unit 26 is parallel with a wherein diagonal at the first support 20 top, described slide unit 26 is U-shaped, installation cavity is formed between the two ends of slide unit 26, and placement that slide unit is lain low, in order to ensure good sliding, slide unit slide block 262 is respectively equipped with in the both sides of slide unit 26, the chute 25 coordinated with slide unit slide block 262 is provided with on the top of the first support 20, slide unit 26 is provided with a rotating shaft 27 of vertically placing, the end face of slide unit 26 is stretched out in the upper end of rotating shaft 27, the lower end of rotating shaft 27 is placed in installation cavity, in order to the rotation of drive shaft 27, in installation cavity, be fixed with rotating shaft electric motor 271, be provided with rotating shaft first gear 272 at rotating shaft electric motor 271 output, rotating shaft 27 is fixed with rotating shaft second gear 273 with rotating shaft first gear 272 engagement fit, Bending Mould 28 is fixed with at the top of rotating shaft 27, Bending Mould 28 is square metalwork, and four of Bending Mould 28 corner locations do rounded corners 281 processes, the axis of rotating shaft 27 passes the center of Bending Mould 28, vertical direction has gap between the bottom surface of Bending Mould 28 and the end face of wobble-plate 23, and the size of this gap width is as the criterion with the rotation not affecting wobble-plate 23 and Bending Mould 28 respective, carry and one end of next fixed length reinforcing bar 13 is moved through the left end of the feed zone between pinch roller 231 and Bending Mould 28 to the first support 20, when carrying out bending operation, for realizing the relative fixing of fixed length reinforcing bar 13 and Bending Mould 28, the side of the Bending Mould 28 corresponding with feed zone is fixed with the clamping oil cylinder 282 laterally placed, riser 285 is provided with at the piston rod free end of clamping oil cylinder 282, riser is vertically fixed with some connecting rods 283, briquetting 284 is fixed with at the free end of some connecting rods 283, the side-fit effect of briquetting 284 acting surface and Bending Mould 28 grips fixed length reinforcing bar 13, for driving the movement of slide unit 26, rotating shaft translation mechanism 6 is provided with between the first support 20 and slide unit 26, described rotating shaft translation mechanism 6 comprises translation motor 60, cam first gear 61, cam second gear 62, cam 63, connecting rod 64, , gear mounting groove 251 is provided with in the below of chute 25, translation motor 60 is fixed with in gear mounting groove 251, cam first gear 61 is provided with at translation motor 60 output, cam second gear 62 engaged with cam first gear 61 is rotatablely equipped with in the side of translation motor 60, the gear shaft of cam second gear 62 is fixed with cam 63, the first otic placode 263 is provided with in one end of slide unit 26, connecting rod 64 is provided with between the first otic placode 263 and the height point of cam 63.When translation motor 60 works, be with moving cam 63 to rotate by cam first gear 61, cam second gear 62, and then drive moving back and forth of slide unit 26.When Bending Mould 28 is positioned at initial position, the axis of rotating shaft 27 passes the center at the first support 20 top.After cam 63 turns over 180 degree, slide unit 26 arrives maximum displacement place, Bending Mould 28 from wobble-plate 23 distance farthest; After this along with the further rotation of cam 63, slide unit 26 moves to the side near wobble-plate 23.Until when cam 63 turns over 180 degree again, initial position got back to by slide unit 26.
When bending operation is carried out to fixed length reinforcing bar 13, fixed length reinforcing bar 13 is delivered on bending assembly 2, and make fixed length reinforcing bar 13 between pinch roller 231 and Bending Mould 28, until when one end of fixed length reinforcing bar 13 moves between briquetting 284 and Bending Mould 28 side, drive clamping oil cylinder 282 piston rod to retract, fixed length reinforcing bar 13 is firmly clamped between the side of briquetting 284 and Bending Mould 28.Drive the action of pinch roller motor 241, wobble-plate 23 dextrorotation is turn 90 degrees, wobble-plate 23, in the process rotated, drives pinch roller 231 synchronously to revolve round the sun around the axis of wobble-plate 23; Pinch roller 231 is while revolution, and pinch roller 231 outer wall contacts with fixed length reinforcing bar 13 all the time and then makes pinch roller 231 around own axes rotation.Until pinch roller 231 is after wobble-plate 23 axis public affairs turn 90 degrees, along the chamfering fixed length reinforcing bar 13 of Bending Mould 28 by bending 90 degree.Subsequently, under the drive of slide unit 26, Bending Mould 28 moves to the side away from wobble-plate 23, is meanwhile rotated counterclockwise at the driving bottom Moving plate 23 of pinch roller motor 241.When wobble-plate 23 be rotated counterclockwise 90 degree get back to initial position time, Bending Mould 28 just gets back to initial position.Then can carry out second time bending to fixed length reinforcing bar 13, until fixed length reinforcing bar 13 is by after bending four times, just obtain reinforcing steel bar frame 15.Then clamp oil cylinder 282 piston rod to stretch out, jacking cylinder 291 piston rod stretches out on reinforcing steel bar frame 15 jacking to Bending Mould 28 end face subsequently.
Described carrying assembly 3 comprises the second support 30, support bar 31, bearing 32, leading screw 33, screw 331, gear drive 332, spindle motor 333, stretch oil cylinder 34, ring flange 341, cross bar 35, second otic placode 351, clamping bar 36, installation end 361, third ear plate 362, mounting blocks 37 and oscillating oil cylinder 38, the second described support 30 is fixed on the top of the first frame 1 by multiple support bar 31, the left and right sides, bottom of the second support 30 is respectively arranged with bearing 32, leading screw 33 is provided with between two bearings 32, the second support 30 bottom outside one of them bearing 32 is provided with spindle motor 333, spindle motor 333 is connected with leading screw 33 by gear drive 332, leading screw 33 between two bearings 32 in left and right is provided with screw 331, the bottom of screw 331 is fixed with stretches oil cylinder 34, the bottom of stretching oil cylinder 34 is connected with ring flange 341, the bottom of ring flange 341 is fixed with cross bar 35, the two ends of cross bar 35 are respectively arranged with the second otic placode 351, second otic placode 351 is connected to clamping bar 36 by jointed shaft 14, the top of clamping bar 36 is respectively arranged with installation end 361, second otic placode 351 is hinged with installation end 361, the inner side of each clamping bar 36 is respectively arranged with third ear plate 362, the lower middle position of cross bar 35 is provided with mounting blocks 37, oscillating oil cylinder 38 is respectively arranged with between mounting blocks 37 and third ear plate 362, two corresponding deep-slotted chip breakers 363 are respectively arranged with inside the clamping bar 36 of described third ear plate 362 bottom, upper arcuate groove 363 needs choice for use with the deep-slotted chip breaker 363 of bottom according to the concrete size of reinforcing steel bar frame 15.
When carrying out the carrying of reinforcing steel bar frame 15 by carrying assembly 3, start spindle motor 333, spindle motor 333 drives leading screw 33 to rotate by gear drive 332, thus the screw 331 on leading screw 33 is moved, when screw 331 moves to bending assembly 2 top, the cylinder bar stretching oil cylinder 34 stretches out, the clamping bar 36 of cross bar 35 and cross bar 35 bottom is driven to move down by ring flange 341, clamping bar 36 is while moving down, the cylinder bar of oscillating oil cylinder 38 stretches out, clamping bar 36 bottom is driven to stretch out laterally, when being down to the reinforcing steel bar frame 15 at bending assembly 2 place, again the cylinder bar of oscillating oil cylinder 38 is retracted, thus is retracted to the inside in clamping bar 36 bottom, by the deep-slotted chip breaker 363 of clamping bar 36 inside, reinforcing steel bar frame 15 is picked up, now, the cylinder bar stretching oil cylinder 34 is retracted, reinforcing steel bar frame 15 is driven to rise, then spindle motor 333 reverses, make screw 331 oppositely movement, until move to welding assembly 4 top, then stretching oil cylinder 34 drives clamping bar 36 to decline, until reinforcing steel bar frame 15 is put on welding assembly 4, then oscillating oil cylinder 38 cylinder bar stretches out, after making clamping bar 36 be separated from reinforcing steel bar frame 15, then stretching oil cylinder 34 drives clamping bar 36 to rise, thus complete reinforcing steel bar frame 15 from bending assembly 2 to the carrying of welding assembly 4.
Described bending assembly 2 welds assembly 4 with the first frame between delivery assembly 8 is also provided with, described welding assembly 4 comprises the 3rd support 40, welding supporting seat 41, breach 411 dodged by clamping bar, breach 412 and welding machine 42 are dodged in welding, the 3rd described support 40 is arranged on the first upper rack on the left of bending assembly 2, described welding supporting seat 41 arranges the 3rd support 40 top, described welding supporting seat 41 tetragonous cone table structure, be respectively arranged with clamping bar in the middle part of the two ends of welding supporting seat 41 and dodge breach 411, one of them angle of welding supporting seat 41 is provided with welding and dodges breach 412, the 3rd support 40 that breach 412 place is dodged in welding is provided with welding machine 42.
Reinforcing steel bar frame 15 is placed on welding supporting seat 41 by carrying assembly 3, then welded by welding machine 42 pairs of reinforcing steel bar frames 15, welding supporting seat 41 is provided with clamping bar and dodges breach 411, when preventing the clamping bar 36 carried on assembly 3 from declining, with weld supporting seat 41 and interfere, described welding supporting seat 41 is provided with welding and dodges breach 412, when preventing welding machine 42 from operating, interfere.
Described overturning unit 5 comprises swivel plate 50, fixture block 51, outrigger shaft 52, swivel plate first gear 53, swivel plate second gear 54, upset motor 55, first carriage 56 and the second carriage 57, the top of described swivel plate 50 is provided with 4 fixture blocks 51, the outside of 4 fixture blocks 51 is all set to inclined-plane 511, the two ends, left and right of described swivel plate 50 are respectively arranged with the first carriage 56 and the second carriage 57, outrigger shaft 52 is respectively arranged with in the middle part of the two ends, left and right of described swivel plate 50, outrigger shaft 52 and be respectively arranged with bearing 12 between the first carriage 56 and the second carriage 57, one of them outrigger shaft 52 is provided with swivel plate first gear 53, swivel plate first gear 53 is meshed with swivel plate second gear 54, swivel plate second gear 54 is arranged on the motor shaft of upset motor 55.
Described swivel plate first gear 53 is arranged on the outrigger shaft 52 in the first carriage 56, and described swivel plate first gear 53, swivel plate second gear 54 and upset motor 55 are separately positioned in the first carriage 56.
Described delivery assembly 8 comprises riser 80, rail groove 81, elongated slot 82, conveying motor 84, transportation sprocket 85 and chain 86, described swivel plate 50 is positioned at the central cavity of riser 80, rail groove 81 and elongated slot 82 is respectively arranged with inside the riser 80 of swivel plate 50 left and right sides, described elongated slot 82 is arranged on the bottom of rail groove 81, the first carriage 56 and the second carriage 57 connecting swivel plate 50 is respectively arranged with in the rail groove 81 of the left and right sides, the first described carriage 56 and the bottom of the second carriage 57 are respectively arranged with protruding 83, conveying motor 84 is respectively arranged with in described elongated slot 82, transportation sprocket 85 and chain 86, described conveying motor 84 is connected with transportation sprocket 85, transportation sprocket 85 is provided with chain 86, described projection 83 is positioned on chain 86.
By carrying assembly 3, the reinforcing steel bar frame 15 after welding is carried on the fixture block 51 of the swivel plate 50 of overturning unit 5, by the inclined-plane 511 of 4 fixture blocks 51, reinforcing steel bar frame 15 is propped up, then upset motor 55 is started by swivel plate 50 90-degree rotation, upset motor 55 driven rotary plate second gear 54 rotates, swivel plate second gear 54 is meshed with swivel plate first gear 53, thus driven rotary plate first gear 53 rotates, swivel plate first gear 53 is positioned on the outrigger shaft 52 that is connected with swivel plate 50, thus drive outrigger shaft 52 and swivel plate 50 together to rotate, thus swivel plate 50 90-degree rotation is to vertical state, then the conveying motor 84 on delivery assembly 8 is started, conveying motor 81 drives transportation sprocket 85 to rotate, transportation sprocket 85 drives first carriage 56 on its top and the second carriage 57 to move along transportation sprocket 85, thus the reinforcing steel bar frame 15 on driven rotary plate 50 and top thereof moves toward cloth assembly 7 place simultaneously.
Take off the reinforcing steel bar frame 15 that bending obtains for convenience, first support 20 is provided with jacking apparatus, described jacking apparatus comprises jacking block 29 and jacking cylinder 291, the jacking cylinder 291 vertically placed for a pair is provided with at the top of the first support 20, two jacking cylinders 291 are symmetricly set on the two ends of Bending Mould 28, jacking block 29 is provided with at the piston rod free end of jacking cylinder 291, after jacking cylinder 291 piston rod is retracted completely, the end face of jacking block 29 is lower than the bottom surface of Bending Mould 28, between jacking block 29 and Bending Mould 28, there is certain gap, after jacking cylinder 291 piston rod stretches out, jacking block 29 can by reinforcing steel bar frame 15 jack-up.
Described cloth assembly 7 comprises conveyer 71, carrier chain 711, backing plate 72, block 73, spring 74, movable block 75, driving shaft 76, clamper 77, guide plate 78 and mounting rod 79, described conveyer 71 is arranged in the second frame 11, conveyer 71 is provided with carrier chain 711, carrier chain 711 is gone up along its length and is evenly provided with multiple backing plate 72, the two ends, left and right of each backing plate 72 are respectively arranged with symmetrical block 73, the inner side of block 73 is respectively arranged with spring 74, the other end of spring 74 connects movable block 75, movable block 75 is connected with clamper 77, the top of each movable block 75 is respectively arranged with driving shaft 76, second left and right sides, frame 11 top on front side of described conveyer 71 is respectively arranged with guide plate 78, the bottom of guide plate 78 is connected with the second frame 11 respectively by mounting rod 79, the lateral surface of described guide plate 78 comprises plane 781 and arc surface 782.
The first described support 20 is the basic components of square structure.
Described wobble-plate 23 is circular metalwork and arranges with back shaft 22 coaxial line.
Described pinch roller 231 is columniform metalwork, and pinch roller 231 can rotate by opposing oscillatory dish 23.
Described slide unit 26 is the metalwork of U-shaped.
The conveniently rotation of rotating shaft 27, slide unit 26 is provided with the axle sleeve 261 being positioned at rotating shaft outside, and axle sleeve 261 is fixed on slide unit 26, and rotating shaft 27 is rotated in axle sleeve 261.
When delivery assembly 8 drives reinforcing steel bar frame 15 to move to cloth assembly 7, conveyer 71 now in cloth assembly 7 drives carrier chain 711 to rotate, when on carrier chain 711, clamper 77 moves to carrier chain 711 top from carrier chain 711 bottom, now the driving shaft 76 on carrier chain 711 left and right sides movable block 75 top starts plane 781 place that is positioned on guide plate 78 lateral surface, along with the movement of carrier chain 711 and movable block 75, driving shaft on movable block 75 76 is along plane 781 to the arc surface 782 of guide plate 78 lateral surface, 74, the spring be now connected with movable block 75 is compressed gradually, when driving shaft 76 arrives arc surface 782 rearmost end, spring 74 is compressed into maximum, when driving shaft 76 moves after movable block 75 again, driving shaft 76 deviates from the arc surface 782 on guide plate 78, now spring 74 ejects and resets, now clamper 77 clampings at two ends, left and right are transferred assembly 8 and carry the reinforcing steel bar frame 15 of coming, then carry backward along carrier chain 711.The clamper 77 of each backing plate 72 repeats above-mentioned action, carries the reinforcing steel bar frame 15 of coming to carry out cloth successively to delivery assembly 8.
Embodiment cited is above only for understanding the present invention's; it is not the restriction to technical scheme described in the invention; the those of ordinary skill of related fields; on the basis of technical scheme described in claim; can also make multiple change or distortion, all equivalent changes or distortion all should be encompassed within claims of the present invention.The present invention does not describe part in detail, is the known technology of those skilled in the art of the present technique.
Claims (9)
1. produce the equipment of building bar frame for one kind, it is characterized in that: comprise the first frame, the second frame, bending assembly, carrying assembly, overturning unit, delivery assembly and cloth assembly, the second described frame is arranged on the rear portion of the first frame, described bending assembly and delivery assembly are successively set in the first frame from right to left, described overturning unit is arranged on delivery assembly, described carrying assembly is arranged on the top of bending assembly and overturning unit, and described cloth assembly is arranged in second frame at delivery assembly rear portion;
Described bending assembly comprises the first support, back shaft, pinch roller first gear, wobble-plate, pinch roller, pinch roller second gear, pinch roller motor, slide unit, axle sleeve, slide unit slide block, the first otic placode, rotating shaft, rotating shaft electric motor, rotating shaft first gear, rotating shaft second gear, Bending Mould and reinforcing bar clamping device, and described reinforcing bar clamping device comprises clamping oil cylinder, connecting rod, briquetting and riser, the first groove is provided with at the top of the first support, back shaft is rotatablely equipped with by bearing in the first groove, back shaft is fixed with pinch roller first gear, pinch roller second gear is also rotatablely equipped with on the top of the first support, pinch roller second gear coordinates with pinch roller first gears meshing, and pinch roller second gear rotates under the driving of pinch roller motor, be provided with the groove installing pinch roller second gear on the top of the first support, the wobble-plate be positioned at above the first support is installed with at the top of back shaft, described wobble-plate is arranged with back shaft is concentric, pinch roller is provided with at the marginal position at wobble-plate top, in the top slide of the first support, slide unit is installed, the glide direction of slide unit is parallel with a wherein diagonal of the first cradle top, described slide unit is U-shaped, installation cavity is formed between the two ends of slide unit, and placement that slide unit is lain low, slide unit slide block is respectively equipped with in the both sides of slide unit, the chute coordinated with slide unit slide block is provided with on the top of the first support, slide unit is provided with a rotating shaft of vertically placing, the end face of slide unit is stretched out in the upper end of rotating shaft, the lower end of rotating shaft is placed in installation cavity, rotating shaft electric motor is fixed with in installation cavity, rotating shaft first gear is provided with at rotating shaft electric motor output, rotating shaft is fixed with rotating shaft second gear coordinated with rotating shaft first gears meshing, Bending Mould is fixed with at the top of rotating shaft, Bending Mould is square metalwork, and four of Bending Mould corner locations do rounded corners process, the axis of rotating shaft passes the center of Bending Mould, vertical direction has gap between the bottom surface of Bending Mould and the end face of wobble-plate, the side of the Bending Mould corresponding with feed zone is fixed with the clamping oil cylinder laterally placed, is provided with riser at the piston rod free end of clamping oil cylinder, riser is vertically fixed with some connecting rods, is fixed with briquetting at the free end of some connecting rods, rotating shaft translation mechanism is provided with between the first support and slide unit, described rotating shaft translation mechanism comprises translation motor, cam first gear, cam second gear, cam, connecting rod, , gear mounting groove is provided with in the below of chute, translation motor is fixed with in gear mounting groove, cam first gear is provided with at translation motor output, cam second gear with cam first gears meshing is rotatablely equipped with in the side of translation motor, the gear shaft of cam second gear is fixed with cam, the first otic placode is provided with in one end of slide unit, connecting rod is provided with between the first otic placode and the height point of cam,
Described carrying assembly comprises the second support, support bar, bearing, leading screw, screw, gear drive, spindle motor, stretch oil cylinder, ring flange, cross bar, second otic placode, clamping bar, installation end, third ear plate, mounting blocks and oscillating oil cylinder, the second described support is fixed on the top of the first frame by multiple support bar, the left and right sides, bottom of the second support is respectively arranged with bearing, leading screw is provided with between two bearings, second support bottom of one of them support outer is provided with spindle motor, spindle motor is connected with leading screw by gear drive, leading screw between two bearings in left and right is provided with screw, the bottom of screw is fixed with stretching, extension oil cylinder, the bottom of stretching oil cylinder is connected with ring flange, the bottom of ring flange is fixed with cross bar, the two ends of cross bar are respectively arranged with the second otic placode, second otic placode is connected to clamping bar by jointed shaft, the top of clamping bar is respectively arranged with installation end, second otic placode and installation end are hinged, the inner side of each clamping bar is respectively arranged with third ear plate, the lower middle position of cross bar is provided with mounting blocks, oscillating oil cylinder is respectively arranged with between mounting blocks and third ear plate, two corresponding deep-slotted chip breakers are respectively arranged with inside the clamping bar of described third ear plate bottom,
Described overturning unit comprises swivel plate, fixture block, outrigger shaft, swivel plate first gear, swivel plate second gear, upset motor, first carriage and the second carriage, the top of described swivel plate is provided with 4 fixture blocks, the outside of 4 fixture blocks is all set to inclined-plane, the two ends, left and right of described swivel plate are respectively arranged with the first carriage and the second carriage, outrigger shaft is respectively arranged with in the middle part of the two ends, left and right of described swivel plate, outrigger shaft and be respectively arranged with bearing between the first carriage and the second carriage, one of them outrigger shaft is provided with swivel plate first gear, swivel plate first gear is meshed with swivel plate second gear, swivel plate second gear is arranged on the motor shaft of upset motor,
Described delivery assembly comprises riser, rail groove, elongated slot, conveying motor, transportation sprocket and chain, described swivel plate is positioned at the central cavity of riser, rail groove and elongated slot is respectively arranged with inside the riser of the swivel plate left and right sides, described elongated slot is arranged on the bottom of rail groove, the first carriage and the second carriage that connect swivel plate is respectively arranged with in the rail groove of the left and right sides, the first described carriage and the bottom of the second carriage are respectively arranged with projection, conveying motor is respectively arranged with in described elongated slot, transportation sprocket and chain, described conveying motor is connected with transportation sprocket, transportation sprocket is provided with chain, described projection is positioned on chain,
Described cloth assembly comprises conveyer, carrier chain, backing plate, block, spring, movable block, driving shaft, clamper, guide plate and mounting rod, described conveyer is arranged in the second frame, conveyer is provided with carrier chain, carrier chain is gone up along its length and is evenly provided with multiple cushion block, the two ends, left and right of each cushion block are respectively arranged with symmetrical block, the inner side of block is respectively arranged with spring, the other end of spring connects movable block, movable block is connected with clamper, the top of each movable block is respectively arranged with driving shaft, the second upper rack left and right sides on front side of described conveyer is respectively arranged with guide plate, the bottom of guide plate is connected with the second frame respectively by mounting rod, the lateral surface of described guide plate comprises plane and arc surface.
2. a kind of equipment producing building bar frame according to claim 1, it is characterized in that: described bending assembly welds assembly with the first frame between delivery assembly is also provided with, described welding assembly comprises the 3rd support, welding supporting seat, breach dodged by clamping bar, breach and welding machine are dodged in welding, described first upper rack of the 3rd Bracket setting on the left of bending assembly, described welding supporting seat arranges the 3rd frame upper, described welding supporting seat tetragonous cone table structure, be respectively arranged with clamping bar in the middle part of the two ends of welding supporting seat and dodge breach, one of them angle of welding supporting seat is provided with welding and dodges breach, the 3rd support that indentation, there is dodged in welding is provided with welding machine.
3. a kind of equipment producing building bar frame according to claim 1, it is characterized in that: described swivel plate first gear is arranged on the outrigger shaft in the first carriage, described swivel plate first gear, swivel plate second gear and upset motor are separately positioned in the first carriage.
4. a kind of equipment producing building bar frame according to claim 1, it is characterized in that: the first described support is provided with jacking apparatus, described jacking apparatus comprises jacking block and jacking cylinder, the jacking cylinder vertically placed for a pair is provided with at the top of the first support, two jacking cylinders are symmetricly set on the two ends of Bending Mould, be provided with jacking block at the piston rod free end of jacking cylinder, after jacking cylinder piston rod is retracted completely, the end face of jacking block is lower than the bottom surface of Bending Mould.
5. a kind of equipment producing building bar frame according to claim 1, is characterized in that: the first described support is the basic components of square structure.
6. a kind of equipment producing building bar frame according to claim 1, is characterized in that: described wobble-plate is circular metalwork and arranges with back shaft coaxial line.
7. a kind of equipment producing building bar frame according to claim 1, is characterized in that: described pinch roller is columniform metalwork, and pinch roller can rotate by opposing oscillatory dish.
8. a kind of equipment producing building bar frame according to claim 1, is characterized in that: described slide unit is the metalwork of U-shaped.
9. a kind of equipment producing building bar frame according to claim 1, it is characterized in that: described slide unit is provided with the axle sleeve being positioned at rotating shaft outside, axle sleeve is fixed on slide unit, and rotating shaft is rotated in axle sleeve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510971124.9A CN105414987A (en) | 2015-12-22 | 2015-12-22 | Equipment for producing building reinforcing bar frame |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510971124.9A CN105414987A (en) | 2015-12-22 | 2015-12-22 | Equipment for producing building reinforcing bar frame |
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| CN105414987A true CN105414987A (en) | 2016-03-23 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510971124.9A Pending CN105414987A (en) | 2015-12-22 | 2015-12-22 | Equipment for producing building reinforcing bar frame |
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| CN (1) | CN105414987A (en) |
Cited By (6)
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| CN107755601A (en) * | 2017-12-01 | 2018-03-06 | 陈飞华 | A kind of building bar cutting machine |
| CN109702062A (en) * | 2019-02-25 | 2019-05-03 | 广西职业技术学院 | A kind of bender |
| CN110695247A (en) * | 2019-10-24 | 2020-01-17 | 陶汉成 | Steel bar bending system for building construction |
| CN111660096A (en) * | 2020-06-23 | 2020-09-15 | 刘海平 | Rolling and welding integrated device for diesel tank |
| CN114178430A (en) * | 2021-12-30 | 2022-03-15 | 中铁十六局集团置业投资有限公司 | Reinforcing bar bender for building |
| CN114178853A (en) * | 2021-12-20 | 2022-03-15 | 东莞拓斯达技术有限公司 | Frame forming mechanism and frame processing machine |
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| CN107755601A (en) * | 2017-12-01 | 2018-03-06 | 陈飞华 | A kind of building bar cutting machine |
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| CN110695247A (en) * | 2019-10-24 | 2020-01-17 | 陶汉成 | Steel bar bending system for building construction |
| CN111660096A (en) * | 2020-06-23 | 2020-09-15 | 刘海平 | Rolling and welding integrated device for diesel tank |
| CN114178853A (en) * | 2021-12-20 | 2022-03-15 | 东莞拓斯达技术有限公司 | Frame forming mechanism and frame processing machine |
| CN114178430A (en) * | 2021-12-30 | 2022-03-15 | 中铁十六局集团置业投资有限公司 | Reinforcing bar bender for building |
| CN114178430B (en) * | 2021-12-30 | 2023-11-24 | 中铁十六局集团置业投资有限公司 | Reinforcing bar bender for building |
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Application publication date: 20160323 |