CN207463901U - A kind of large automatic tubing arc making system - Google Patents
A kind of large automatic tubing arc making system Download PDFInfo
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- CN207463901U CN207463901U CN201721544302.0U CN201721544302U CN207463901U CN 207463901 U CN207463901 U CN 207463901U CN 201721544302 U CN201721544302 U CN 201721544302U CN 207463901 U CN207463901 U CN 207463901U
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Abstract
The utility model patent discloses a kind of large automatic tubing arc making system, it is characterised in that：The arc making system includes the automatical feeding system being sequentially arranged, centre platform to be expected, arc making system, blanking device, material-receiving device, automatical feeding system in this system can disposably stack a large amount of tubing, material-receiving device can accumulate the tubing after a large amount of arc making, and automatical feeding system and centre the platform cooperation to be expected in the system, tubing in automatical feeding system can be fed sequentially into arc making in arc making system to handle, and pass through blanking device treated that tubing is transported in material-receiving device by arc making, it is automatic to realize material retractable, it is automatic to realize the arc making processing of tubing both sides, without artificial, efficiently, save working hour, reduce labour cost, improve arc making quality.
Description
Technical field
The utility model patent is related to technical field of mechanical processing, especially a kind of to be held for the tubing for needing to weld
The mechanical equipment of primary drying arc.
Background technology
At present, it when carrying out welding processing between metal tube, since metal tube end flushes, is handed between tubing and tubing
The contact surface for pitching welding is smaller, seriously affects weld strength, generally requires and metal tube end face is struck out after corresponding nock
It can be welded, increase effective contact area of welding, the metal tube after welding is made to be connected firmly, before welding, usually adopt
It is formed with arc-punching machine come the nock completed to metal tube end face.Existing arc making device is usually to match manually with mechanical equipment
It closes, manually holds tubing, an end of tubing is made to extend into punch, tubing is taken out after punching side, it, will in overturning 180 degree
Opposite side is extend into punch, carry out opposite side arc making processing, that is to say, be under normal conditions forcing press single direction (on
Under) arc making processing, artificial turnback again, artificial rotational angle error is big, efficiency is low, is affected to product overall precision, production
Quality cannot ensure.
Based on this, the automatic arc making of tubing two ends how is realized, improve processing efficiency, reduce labour cost, improve punching
Arc quality is the current technical issues that need to address of those skilled in the art.
Utility model content
For the problems of the prior art, the purpose of this utility model is to provide for a kind of large automatic tubing arc making system
System, the system can carry out arc making processing to the tubing in the range of certain length, and entire arc making process is full-automatic, without manually joining
With with automatic sensing control system, automatic charging, automatic arc making, automatic turning, automatic blanking, arc making is efficient, product matter
Amount is reliable, saves artificial.
In order to achieve the above object, the technical solution of the utility model is：
A kind of large automatic tubing arc making system, it is characterised in that：The arc making system include be sequentially arranged it is automatic on
Material system, centre platform to be expected, arc making system, blanking device, material-receiving device, wherein,
The automatical feeding system includes stock shelf and is arranged on the upside of stock shelf and what is be obliquely installed puts material platform, this is put
The front side for expecting platform is front beam, and rear side is rear cross beam, and stock column is provided on the front beam, and being provided on upper stock column can phase
The feeding structure run up and down to it；
The centre platform to be expected includes the crossbearer to be expected being connect with the feeding top end in automatical feeding system and setting
In the block to be expected of the crossbearer other end to be expected, the crossbearer to be expected is obliquely installed, and the direction of opposite arc making system dips down
Tiltedly setting, the downside between the crossbearer to be expected of block to be expected is provided with by tubing jacks up and crosses treating for block to be expected upwards
Expect feeding system；
The arc making system includes the two groups of arc making devices of workbench and arrangement on the table：First arc making device and
Two arc making devices；The first clamp structure is provided between the first arc making device, is provided between the second arc making device
Second clamp structure is provided with inversion mechanism, is provided with and changes on inversion mechanism between the first arc making device and the second arc making device
Position pivoted arm, first clamp structure is close to centre platform to be expected, the second clamp structure is close to blanking device, and the first clamping is tied
It is provided between structure and centre platform to be expected and draws material track；
The blanking device includes blanking track, and the blanking track is tilted down with respect to the direction of material-receiving device and set
It puts.
Further, guide groove is provided on the inside of the upper stock column in the automatical feeding system, feeding structure includes feeding
The fixed feeding hydraulic cylinder in frame bottom is provided with feeding mandril on the hydraulic mandril of feeding hydraulic cylinder, and feeding mandril side is fitted into
In guide groove, feeding mandril moves up and down under the effect of feeding hydraulic cylinder in guide groove.
Further, the guiding carrier for tilting extension rearwardly and upwardly is provided on the rear cross beam, stock shelf bottom is provided with
Leveling base, and the feeding top plate that top is obliquely installed is connected on the feeding mandril, the front beam by the feeding top plate
On be provided with the stock guide that top is obliquely installed.
Further, it there are two the upper stock columns, is distributed on front beam, each goes up upper there are one being respectively provided on the downside of stock column
Feed liquid cylinder pressure, the back side of feeding mandril connected on feeding hydraulic cylinder are provided with rack structure, are provided on the rack structure same
Gear is walked, synchronizing shaft is connected with, and the synchromesh gear is fixed on by connection structure and puts material platform between the synchromesh gear
Bottom.
Further, the feeding system to be expected on the platform to be expected of the centre includes cylinder to be expected, the gas of the cylinder to be expected
Top plate is provided at cylinder mandril, and curved arc shape top flat is provided on the upside of top plate.
Further, guide rod is provided on the top plate, the guide rod is parallel with the ejecting rod of cylinder of cylinder to be expected to be set
It puts, crossbearer connecting rod is provided between the crossbearer to be expected, which is located at the rear side of top flat, and the crossbearer connecting rod
Upper setting position sensor.
Further, the arc making device includes two arc making framves with arc making seat being oppositely arranged, and is set on arc making frame
Arc making cylinder is equipped with, arc making frame back is provided with translation motor, and the translation motor is connected to by turn-screw on arc making frame；
The first clamp structure, two arc makings of the second arc making device are provided between two arc making seats of the first arc making device
The second clamp structure is provided between seat, clamping is both provided on first clamp structure, the second clamp structure, the pivoted arm that replaces
Portion.
Further, it is provided with blanking track beginning in blanking device by second clamp structure.
Further, the material-receiving device include chassis, chassis both sides be preceding divider and back partition frame, the preceding divider restocking
Equipped with blanking track tail end.
Further, the chassis bottom of the material-receiving device is provided with castor, and close on the preceding divider or back partition frame
Top end is provided with limit sensors.
Compared with prior art, the structure of large automatic tubing arc making system provided by the utility model is unusual,
Have automatical feeding system, largely treat that arc making tubing is placed on putting on material platform between front beam and rear cross beam, it can be by inclining
What is tiltedly set puts material platform, the automatic rolls forward of tubing, in arrival near stock column, by the mandril set on upper stock column and feeding top
Plate and stock guide cooperation, and pass through feeding hydraulic cylinder and single tubing be transported up to the upside of supreme stock column, and is presented to
Between strip platform, the crossbearer to be expected on intermediate strip platform is also obliquely installed, and inclined direction is towards arc making system, by automatic charging
The tubing that system is sent is laid on successively on crossbearer to be expected, and is rolled down to automatically under the effect of gravity at block to be expected, by
Single tubing is up lifted and crosses block to be expected by cylinder and top plate to be expected, topsheet structures, is slipped to and is obliquely installed automatically
Draw material track on, tubing be obliquely installed draw material track on be rolled into automatically draw material block machine at, draw material block machine at that is to say punching
Arc position, the transposition pivoted arm on the first clamp structure and transposition structure clamp the tubing, and the two ends of tubing exactly correspond to rush
Arc is sat, and arc making, which sits straight to connect, carries out it arc making processing, and first time arc making treated tubing is by the transposition pivoted arm on inversion mechanism
Tubing is transferred at the second clamp structure, the transposition pivoted arm on the second clamp structure and transposition structure clamps the tubing, carries out
The arc making processing of another side, after the completion of arc making, unclamps tubing, blanking track of the tubing through being obliquely installed rolls down to material-receiving device
In, complete full-automatic arc making overshoot.
Automatical feeding system in this system can disposably stack a large amount of tubing, and material-receiving device can be accumulated largely
Tubing after arc making, and the platform cooperation to be expected of automatical feeding system and centre in the system, can will be in automatical feeding system
Tubing is fed sequentially into arc making system arc making and handles, and passes through blanking device treated that tubing is transported to splicing dress by arc making
In putting, material retractable is realized automatically, it is automatic to realize the arc making processing of tubing both sides, without artificial, efficiently, working hour saved, reduces labor
Dynamic cost, improves arc making quality.
Description of the drawings
It in order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only
It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor
Under, it can also be obtained according to these attached drawings other attached drawings.
Attached drawing 1 is the overall structure side view of this large automatic tubing arc making system；
Attached drawing 2 is the dimensional structure diagram of attached drawing 1；
Attached drawing 3 is the structure diagram of automatical feeding system in attached drawing 1；
Attached drawing 4 is the structure diagram that feeding structure is arranged in the automatical feeding system in attached drawing 3；
Attached drawing 5 is the side structure schematic diagram that feeding structure is arranged in the automatical feeding system in attached drawing 3；
Attached drawing 6 is intermediate platform partial structural diagram to be expected in attached drawing 1；
Attached drawing 7 is intermediate platform side structure diagram to be expected in attached drawing 6；
Attached drawing 8 is arc making system structure diagram in attached drawing 1；
Attached drawing 9 is the overlooking the structure diagram of arc making system in attached drawing 1；
Attached drawing 10 is arc making system lateral structure partial sectional view in attached drawing 9；
Attached drawing 11 is the partial structural diagram of inversion mechanism in attached drawing 8；
Attached drawing 12 is the structure diagram of blanking device in attached drawing 1, material-receiving device and the cooperation of arc making system；
Attached drawing 13 is the structure diagram of material-receiving device in attached drawing 12.
Specific embodiment
The following is a combination of the drawings in the embodiments of the present utility model, and the technical scheme in the embodiment of the utility model is carried out
Clearly and completely describe.Obviously, the described embodiments are only a part of the embodiments of the utility model rather than whole
Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are without making creative work
All other embodiments obtained shall fall within the protection scope of the present invention.
As it is shown in the figures, a kind of large automatic tubing arc making system, which includes being sequentially arranged automatic
Feeding system 1, centre platform 2 to be expected, arc making system 3, blanking device 4, material-receiving device 5 have the tubing 6 of certain equal length
It is automatically transported on the platform 2 to be expected of centre, and on automatical feeding system 1, by actuating unit in by bulk deposition one by one
Between treat to tile successively on item platform 2, put in turn, then be delivered to the tubing 6 on intermediate platform 2 to be expected one by one by actuating unit
In arc making system 3, arc making device and clamp structure and inversion mechanism 312 in arc making system 3 clamp tubing 6, rush side arc,
It unclamps, rotation replaces, clamps, rushes opposite side arc and then by blanking device 4 by the both sides at both ends all arc makings treated tubing
6 are delivered in material-receiving device 5, complete full-automatic arc making action, without manually participating in, mechanical automation degree is high.
Wherein, the automatical feeding system 1 includes stock shelf 103 and is arranged on the upside of stock shelf 103 and is obliquely installed
Material platform 104 is put, which is front beam 101, and rear side is rear cross beam 102, is set on the rear cross beam 102
The guiding carrier 105 for tilting extension rearwardly and upwardly is equipped with, the tubing 6 convenient for that will be in beam passes through the guide function of guiding carrier 105, electricity consumption
Tubing 6 is imported by cucurbit or other hanging devices to be put on material platform 104, and 103 bottom of stock shelf is provided with leveling base 107,
For handling 103 leveling of stock shelf, the angle of inclination for putting material platform 104 or height are also can adjust, it is convenient convenient for follow-up material transfer,
Front beam 101 and rear cross beam 102 and the bearing space for putting the material composition tubing 6 of platform 104, are obliquely installed due to putting material platform 104,
Most tubing 6 are accumulated at front beam 101, prevent from putting 104 sky of material platform at front beam 101 in transmission process
Lack, influence normal, continuous conveying, though 6 quantity of tubing it is fewer or only one in the case of, still under the effect of gravity and incline
Oblique put is located at front beam 101 under the action of material platform 104, and can be jacked up by subsequent feeding mandril 110 and from
It is transported in automatical feeding system 1 on the platform 2 to be expected of centre, as shown in attached drawing 3, attached drawing 4, is set on the front beam 101
There is upper stock column 108, stock column 108 is vertically arranged on this, and being provided on upper stock column 108 can be with respect to the feeding structure that it runs up and down；
108 inside of upper stock column in the automatical feeding system 1 is provided with guide groove 109, and above-mentioned feeding structure includes 103 bottom of stock shelf
The fixed feeding hydraulic cylinder 115 in portion is provided with feeding mandril 110, feeding mandril 110 on the hydraulic mandril of feeding hydraulic cylinder 115
Side is entrenched in guide groove 109, and feeding mandril 110 is made to be moved up and down along the relatively upper stock column 108 of guide groove 109, is feeding
Mandril 110 moves up and down under the effect of feeding hydraulic cylinder 115 in guide groove 109.And it is connected with top on the feeding mandril 110
The feeding top plate 111 that is obliquely installed is held, be provided with that top is obliquely installed on the front beam 101 on 111 side of feeding top plate leads
Flitch 112.
As shown in attached drawing 3 and attached drawing 4, in gravity and under putting material 104 tilting action of platform, 6 duration heap of tubing
Product under the effect of feeding hydraulic cylinder 115, drives feeding mandril 110 to be transported about 109 along guide groove at front beam 101
It is dynamic, feeding top plate 111 is provided on feeding mandril 110, and then feeding top plate 111 is made to move up and down along guide groove 109, in this way
The purpose of setting is：When under the effect of feeding hydraulic cylinder 115, feeding top plate 111 is located at lowest part, and is located at and puts material platform
104 downside, that is to say positioned at accumulation tubing 6 downside, when feeding top plate 111 feeding hydraulic cylinder 115 effect under up
During operation, feeding top plate 111 jacks up a tubing 6 and is up run with the tubing 6, due to the upper surface of feeding top plate 111
It is obliquely installed, the tubing 6 jacked up will not tumble, and be clipped in the upper surface of feeding top plate 111 and the angle of upper stock column 108
It is interior, continued up to push, until reaching the upper surface of upper stock column 108, tubing 6 inclines along the upper surface of feeding top plate 111
Tilted direction is rolled down on the crossbearer to be expected 201 of intermediate platform 2 to be expected, realize tubing 6 one by one, separated in time is transported to
On the platform 2 to be expected of centre, in attached drawing, there are two upper stock columns 108, is distributed on front beam 101, and each upper 108 downside of stock column is equal
There are one feeding hydraulic cylinder 115, the back side of feeding mandril 110 connected on feeding hydraulic cylinder 115 is provided with rack structure for setting,
Synchromesh gear 114 is provided on the rack structure, synchronizing shaft 113, and the synchronous gear are connected between the synchromesh gear 114
Wheel 114 is fixed on by connection structure puts 104 bottom of material platform, and feeding hydraulic cylinder 115 respectively drives a feeding mandril about 110
Operation, in order to ensure the synchronous operation of feeding mandril 110, preventing a side from tilting causes tubing 6 to come off from thereon, therefore sets same
Axis 113 and synchromesh gear 114 are walked, by the synchronization structure, 111 synchronization lifting of two feeding mandrils 110 and feeding top plate can be made,
Ensure subsequent feeding stability, by the cooperation of 114 structure of rack structure and synchromesh gear, realize feeding mandril 110 with it is same
The engagement of gear 114 is walked, and then realizes its synchronous operation.Incline on the top set on front beam 101 about 111 side of feeding top plate
The stock guide 112 tiltedly set, when feeding top plate 111 send tubing 6 to supreme 108 top end of stock column, which can play
Undertaking effect makes tubing 6 be run at the platform 2 to be expected of centre in the inclined surface of 112 upper end of stock guide, and feeding top plate 111 can be straight
It connects to fall and conveys next tubing 6, stock guide 112 plays the role of undertaking, transmits.Moreover, the stock guide 112 towards put material
The sidewall slope setting in the direction of platform 104, in this way, when feeding top plate 111 heads on tubing 6 and up runs, 6 a side of tubing
It is pushed against by the inclined side wall, opposite side is limited by the sloped top face of feeding top plate 111, so as to which tubing 6 be made to be transported along trapped orbit
108 upper surface of stock column is sent to, and is accepted by stock guide 112, is transported on the platform 2 to be expected of centre, is not in that tubing 6 shakes
Situation about move, falling.
About centre platform 2 to be expected, the centre platform 2 to be expected includes pushing up with the upper stock column 108 in automatical feeding system 1
It holds the crossbearer to be expected 201 of connection and is arranged on the block to be expected 202 of 201 other end of crossbearer to be expected, the crossbearer to be expected 201 inclines
Tiltedly setting, and the direction of opposite arc making system 3 tilts down setting, between the crossbearer to be expected 201 of close block 202 to be expected under
Side is provided with by tubing 6 jacks up and crosses the feeding system to be expected of block 202 to be expected upwards；It is conveyed to come by automatical feeding system 1
Tubing 6 rolled down to successively at block 202 to be expected along the inclined surface of crossbearer 201 to be expected, arranged successively at block 202 to be expected
The phenomenon that sequence stacking is not in stacking, as shown in Figure 7；Feeding system to be expected will be close to a pipe of block 202 to be expected
Material 6 pushes upwards, and crosses block 202 to be expected, falls on drawing on material track 301 in arc making system 3.About feeding system to be expected
System, the feeding system to be expected on the centre platform 2 expect include cylinder 203 to be expected, at the ejecting rod of cylinder of the cylinder 203 to be expected
Top plate 205 is provided with, and the upside of top plate 205 is provided with curved arc shape top flat 206, cylinder 203 to be expected passes through top plate 205 thereon
Arc top flat 206 is pushed to move up and down, and then will be close to a tubing at block 202 to be expected and be transported to upside, determines top flat recklessly
206 radian is suitable, it is impossible to be bent excessive, otherwise can be suspended on tubing 6 when it runs down, cause risk, radian
Tubing 6 will not be hooked to, as the further preferred scheme of the present embodiment, guide rod 204 is provided on the top plate 205,
The ejecting rod of cylinder of the guide rod 204 and cylinder 203 to be expected is arranged in parallel, and guide rod 204 plays the role of guiding, it is ensured that top plate
205 and top flat 206 be provided with crossbearer connecting rod 207 between movement in vertical direction, the crossbearer 201 to be expected, the crossbearer connection
Bar 207 is located at the rear side of top flat 206, and sets position sensor in the crossbearer connecting rod 207, treats that material is flat convenient for sensing is intermediate
6 quantity of tubing on platform 2 judges whether it starts whether the feeding mandril 110 in the former automatical feeding system 1 runs, and protects
Persistently possess a certain number of tubing 6 on the in-between platform 2 to be expected of card, if detecting there is tubing at this at the position sensor
6, subsequent control program will be started and suspend the former feeding mandril 110, if detecting nothing at this at the position sensor
Tubing 6 will start feeding mandril and be run about 110, and colliery carries tubing on platform 2 to be expected among this prevents centre from treating that material is flat
Windrow or scarce material on platform 2.
About arc making system 3, as shown in attached drawing 8,9,10,11, the arc making system 3 includes workbench 306 and arrangement
Two groups of arc making devices on workbench 306：First arc making device and the second arc making device；First arc making device is used for tubing
The radian at 6 both ends primary drying side, the second arc making device are used for the radian to 6 both ends primary drying opposite side of tubing, first arc making
The first clamp structure 304 is provided between device, is provided with the second clamp structure 305 between the second arc making device, first
Inversion mechanism 312 is provided between arc making device and the second arc making device, transposition pivoted arm 313, institute are provided on inversion mechanism 312
The first clamp structure 304 is stated close to centre platform 2 to be expected, the second clamp structure 305 is close to blanking device 4, and the first clamping is tied
It is provided between structure 304 and centre platform 2 to be expected and draws material track 301；Tubing 6 is sent by the top of top flat 206 on intermediate platform 2 to be expected
Drawing on material track 301 into arc making system 3, and positioning, the first clamping are stopped by the material block machine 302 of drawing drawn on material track 301
304 Automatic-clamping of the structure tubing 6, while the transposition pivoted arm 313 on inversion mechanism 312 also firmly grasps the tubing 6, in attached drawing 10
Shown, after tubing 6 is clamped, arc making seat 307 will be under the driving of translation motor 311 and arc making cylinder 310, from trend tubing
6 both ends are drawn close, and 6 end of tubing is made to be in arc making seat 307, then the driving operation downwards of arc making cylinder 310, are carried out arc making and are moved
Make, herein, arc making cylinder 310 and arc making seat 307 are provided with cushion pad 309 between connecting, the cushion pad 309 can play buffering,
The effect of reset prevents impulse force much, damage arc making cylinder 310 or tubing 6, while has rebound effect, energy after impulse force disappears
It is moved up with arc making cylinder 310 rapidly；After the completion of arc making at the first clamp structure 304, the clamping part of the first clamp structure 304
315 unclamp, and under the action of the pivoted arm 313 that replaces, the clamping part 315 to replace on pivoted arm 313 continues to step up the tubing, and pass through and change
Position mechanism 312 is transferred to the tubing 6 at the second clamp structure 305, and the second clamp structure 305 steps up the tubing 6,
Clamping part 315 on inversion mechanism 312 does not unclamp, and the arc making seat 307 at the second clamp structure 305 carries out opposite side to it and rushes
Arc processing, the arc making processing procedure is consistent with the arc making processing mode at first hand clamp structure 304, and details are not described herein.
About the device of arc making, which includes two arc making framves 308 with arc making seat 307 being oppositely arranged,
Arc making cylinder 310 is provided on arc making frame 308,308 back of arc making frame is provided with translation motor 311, and the translation motor 311 is logical
It crosses turn-screw to be connected on arc making frame 308, arc making frame 308 is driven to move back and forth on workbench 306, realize and push against or unclamp
Tubing 6 that is to say the conversion back and forth between arc making position and waiting position, two arc making seats 307 of the first arc making device
Between be provided with the first clamp structure 304, be provided with the second clamping knot between two arc making seats 307 of the second arc making device
Structure 305, first clamp structure 304, the second clamp structure 305, transposition pivoted arm 313 on be both provided with clamping part 315, tubing
When at the first clamp structure 304, the clamping part 315 on the first clamp structure 304, transposition pivoted arm 313 clamps the pipe of tubing 6
On body, under the effect of translation motor 311, arc making seat 307 moves toward one another, and arc making seat 307 is made to be located at the arc making position at 6 both ends of tubing
Place is put, carries out arc making processing, the arc making processing for completing side is that is to say, after the completion of arc making processing, on the first clamp structure 304
Clamping part 315 unclamps, and the clamping part 315 to replace on pivoted arm 313 does not unclamp, and under the action of inversion mechanism 312, transposition is driven to turn
Arm 313 is rotated around inversion mechanism 312, and then the tubing 6 for punching side is transferred at the second clamp structure 305, the second folder
The clamping part 315 held in structure 305 is clamped processing to tubing 6, under the action of translation motor 311, the second clamp structure
The arc making seat 307 of 305 both sides moves toward one another, and arc making seat 307 is made to be located at the arc making position at 6 both ends of tubing, carries out at arc making
Reason that is to say the arc making processing for completing opposite side, after the completion of arc making processing, on the second clamp structure 305 and transposition pivoted arm 313
Clamping part 315 unclamps, and tubing 6 is fallen in blanking track 401, completes arc making action.Wherein, second clamp structure 305
Side is provided with 401 beginning of blanking track in blanking device 4, convenient for by arc making, treated that tubing 6 automatically falls into blanking device 4
In.
About inversion mechanism 312, it is provided with the transposition pivoted arm 313 that can be rotated around inversion mechanism 312, inversion mechanism
312 both sides are both provided with transposition pivoted arm 313, are connected between two transposition pivoted arms 313 by synchronizing shaft 316, and replace pivoted arm 313
End set have a clamping part 315, entirety is similar to two arms of people, and clamping part 315 is similar to two hands of people,
Tubing 6 is held, is adjusted by the transposition of inversion mechanism 312, the tubing 6 at the first clamp structure 304 can be made to be put after overturning 180 degree
It puts onto the second clamp structure 305, is handled convenient for the arc making of 6 both sides of tubing.
About blanking device 4, the blanking device 4 includes blanking track 401, and the blanking track 401 is with respect to splicing
The direction of device 5 tilts down setting, which can make tubing 6 under Gravitative Loads, automatically under
It is slid on material track 401 as in material-receiving device 5, material-receiving device 5 includes chassis 504, and 504 both sides of chassis are preceding divider 501 with after
Divider 502, preceding divider 501, chassis 504, back partition frame 502 form splicing framework, blanking track 401 are provided on preceding divider 501
Tail end, completing arc making, treated that tubing 6 is automatically fallen into along blanking track 401 in framework, the chassis 504 of material-receiving device 5
Bottom is provided with castor 505, and treated convenient for will fill with arc making, and tubing 6 is pushed to other stations, such as subsequent Welder
Position etc., and proximal portion is provided with limit sensors 503 on the preceding divider 501 or back partition frame 502, when material-receiving device 5 connects
After tubing 6 after full arc making, the height of the tubing 6 of accumulation reaches at the limit sensors 503, which starts
Subsequent control program is alarmed, and is prompted operating personnel that the material-receiving device 5 for filling with tubing 6 is shifted or moved out, is prevented flash.
The foregoing description of the disclosed embodiments enables those skilled in the art to realize or using the utility model.
A variety of modifications of these embodiments will be apparent for a person skilled in the art, general original as defined herein
Reason can be realized in other embodiments without departing from the spirit or scope of the present utility model.Therefore, this practicality is new
Type is not intended to be limited to the embodiments shown herein, and is to fit to and the principles and novel features disclosed herein phase
Consistent most wide range.
Claims (10)
1. a kind of large automatic tubing arc making system, it is characterised in that：The arc making system includes the automatic charging being sequentially arranged
System (1), centre platform to be expected (2), arc making system (3), blanking device (4), material-receiving device (5), wherein,
The automatical feeding system (1) is including stock shelf (103) and is arranged on the upside of stock shelf (103) and what is be obliquely installed puts material
Platform (104), this puts front side of material platform (104) as front beam (101), and rear side is rear cross beam (102), the front beam
(101) stock column (108) is provided on, being provided on upper stock column (108) can be with respect to the feeding structure that it runs up and down；
The centre platform to be expected (2) includes the crossbearer to be expected that is connect with upper stock column (108) top in automatical feeding system (1)
(201) and the block to be expected (202) of crossbearer to be expected (201) other end being arranged on, the crossbearer to be expected (201) is obliquely installed,
And the direction of opposite arc making system (3) tilts down setting, between the crossbearer to be expected (201) of close block to be expected (202) under
Side is provided with the feeding system to be expected for tubing (6) being jacked up and being crossed upwards block to be expected (202)；
The arc making system (3) includes workbench (306) and two groups of arc making devices being arranged on workbench (306)：First punching
Arc device and the second arc making device；The first clamp structure (304), second arc making are provided between the first arc making device
The second clamp structure (305) is provided between device, inversion mechanism is provided between the first arc making device and the second arc making device
(312), transposition pivoted arm (313) is provided on inversion mechanism (312), first clamp structure (304) treats that material is flat close to centre
Platform (2), the second clamp structure (305) close to blanking device (4), and the first clamp structure (304) and centre platform to be expected (2) it
Between be provided with draw material track (301)；
The blanking device (4) includes blanking track (401), and the blanking track (401) is with respect to the direction of material-receiving device (5)
Tilt down setting.
2. a kind of large automatic tubing arc making system according to claim 1, it is characterised in that：
Guide groove (109) is provided on the inside of upper stock column (108) in the automatical feeding system (1), feeding structure includes feeding
The fixed feeding hydraulic cylinder (115) in frame (103) bottom is provided with feeding mandril on the hydraulic mandril of feeding hydraulic cylinder (115)
(110), feeding mandril (110) side is entrenched in guide groove (109), and feeding mandril (110) is acted in feeding hydraulic cylinder (115)
Under move up and down in the guide groove (109).
3. a kind of large automatic tubing arc making system according to claim 2, it is characterised in that：
The guiding carrier (105) for tilting extension rearwardly and upwardly, the setting of stock shelf (103) bottom are provided on the rear cross beam (102)
Have leveling base (107), and the feeding top plate (111) that top is obliquely installed be connected on the feeding mandril (110), it is described on
The stock guide (112) that top is obliquely installed is provided on the other front beam (101) of material top plate (111).
4. a kind of large automatic tubing arc making system according to claim 2, it is characterised in that：
There are two the upper stock columns (108), is distributed on front beam (101), each goes up there are one being respectively provided on the downside of stock column (108)
Feeding hydraulic cylinder (115), the back side of feeding mandril (110) connected on feeding hydraulic cylinder (115) are provided with rack structure, the tooth
Synchromesh gear (114) is provided in structure, synchronizing shaft (113), and the synchronization are connected between the synchromesh gear (114)
Gear (114) is fixed on by connection structure puts material platform (104) bottom.
5. a kind of large automatic tubing arc making system according to claim 1, it is characterised in that：
Feeding system to be expected on the centre platform to be expected (2) includes cylinder to be expected (203), the gas of the cylinder (203) to be expected
Top plate (205) is provided at cylinder mandril, and curved arc shape top flat (206) is provided on the upside of top plate (205).
6. a kind of large automatic tubing arc making system according to claim 5, it is characterised in that：
Guide rod (204), the guide rod (204) and the ejecting rod of cylinder of cylinder to be expected (203) are provided on the top plate (205)
It is arranged in parallel, is provided with crossbearer connecting rod (207) between the crossbearer (201) to be expected, the crossbearer connecting rod (207) is positioned at top flat
(206) rear side, and position sensor is set in the crossbearer connecting rod (207).
7. a kind of large automatic tubing arc making system according to claim 1, it is characterised in that：
The arc making device includes two arc making framves (308) with arc making seat (307) being oppositely arranged, on arc making frame (308)
Arc making cylinder (310) is provided with, arc making frame (308) back is provided with translation motor (311), and the translation motor (311) passes through
Turn-screw is connected on arc making frame (308)；The first folder is provided between two arc making seats (307) of the first arc making device
Structure (304) is held, the second clamp structure (305) is provided between two arc making seats (307) of the second arc making device, it is described
Clamping part (315) is both provided on first clamp structure (304), the second clamp structure (305), the pivoted arm (313) that replaces.
8. a kind of large automatic tubing arc making system according to claim 7, it is characterised in that：
Blanking track (401) beginning in blanking device (4) is provided with by second clamp structure (305).
9. a kind of large automatic tubing arc making system according to claim 1, it is characterised in that：
The material-receiving device (5) includes chassis (504), chassis (504) both sides be preceding divider (501) and back partition frame (502), it is described
Blanking track (401) tail end is provided on preceding divider (501).
10. a kind of large automatic tubing arc making system according to claim 9, it is characterised in that：
Chassis (504) bottom of the material-receiving device (5) is provided with castor (505), and the preceding divider (501) or back partition frame
(502) proximal portion is provided with limit sensors (503) on.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721544302.0U CN207463901U (en) | 2017-11-18 | 2017-11-18 | A kind of large automatic tubing arc making system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721544302.0U CN207463901U (en) | 2017-11-18 | 2017-11-18 | A kind of large automatic tubing arc making system |
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| Publication Number | Publication Date |
|---|---|
| CN207463901U true CN207463901U (en) | 2018-06-08 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721544302.0U Active CN207463901U (en) | 2017-11-18 | 2017-11-18 | A kind of large automatic tubing arc making system |
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| Country | Link |
|---|---|
| CN (1) | CN207463901U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108971370A (en) * | 2018-08-24 | 2018-12-11 | 江西增鑫科技股份有限公司 | A kind of double arc-punching machines of automatic charging |
| CN110605318A (en) * | 2018-06-15 | 2019-12-24 | 汉达精密电子(昆山)有限公司 | Side punching device |
-
2017
- 2017-11-18 CN CN201721544302.0U patent/CN207463901U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110605318A (en) * | 2018-06-15 | 2019-12-24 | 汉达精密电子(昆山)有限公司 | Side punching device |
| CN108971370A (en) * | 2018-08-24 | 2018-12-11 | 江西增鑫科技股份有限公司 | A kind of double arc-punching machines of automatic charging |
| CN108971370B (en) * | 2018-08-24 | 2024-03-29 | 江西增鑫科技股份有限公司 | Automatic feeding double-arc punching machine |
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