A kind of bender shaping for doorframe band iron curved arc
Technical field
The present invention relates to doorframe and make technical field of processing equipment, refer more particularly to a kind of bender shaping for doorframe band iron curved arc.
Background technology
Closed guard gate, in manufacturing process, needs employing one section of circular arc band iron excessively to connect between each framework of its doorframe.Existing closed guard gate is in actual fabrication engineering, and especially for closed guard gate's processing and fabricating pattern of those small workshop modes, it is carrying out in the shaping manufacturing process of curved arc to circular arc band iron, mostly by adopting the bending machine being used for bend pipe to carry out band iron curved arc.Bending machine is adopted to carry out in band iron curved arc operation process, in order to ensure the curved arc effect of band iron, usual needs are reserved some surpluses in the band iron both sides of carrying out curved arc and are convenient to bending machine clamping position, the surplus reserved to this is also needed to excise after curved arc completes, thus make the operation of whole band iron curved arc loaded down with trivial details, and the making processing cost of curved arc band iron is increased; In addition owing to taking the operating type of this artificial curved arc, not only can not ensure the shaping making quality of the curved arc of band iron, simultaneously for large quantities of closed guard gate makes and produces, its separately between uniformity also difficulty be guaranteed, thus affect the productivity effect of manufacturer.
Summary of the invention
The object of the invention is to overcome the deficiencies in the prior art, provide a kind of structure simple, automated production degree is high, the bender shaping for doorframe band iron curved arc that crudy is reliable and stable.
For achieving the above object, technical scheme provided by the present invention is: a kind of bender shaping for doorframe band iron curved arc, comprise frame, the band iron curved arc assembly be arranged in frame, for storing the feed bin of band iron, the pushing material component released by band iron in described feed bin, the discharge component that is used for the band iron that described pushing material component is released to send into the pan feeding assembly in described band iron curved arc assembly and released by the band iron after shaping for curved arc in described band iron curved arc assembly; Wherein said band iron curved arc assembly comprises curved mould seaming chuck, is fixed on the curved mould push-down head in frame and drives the curved mould of this curved mould seaming chuck lifting moving to drive oil cylinder.
Further, described pushing material component comprises pusher cylinder and push pedal, wherein said feed bin bottom be provided with this push pedal by blow tank, described blow tank is through this feed bin bottom.
Further, described pan feeding assembly comprises push pedal and drives the pan feeding cylinder of this push pedal telescopic moving.
Further, the described discharge component discharging cylinder that comprises push pedal and drive this push pedal to move back and forth.
Further, described band iron curved arc assembly also includes the guiding mechanism for the elevating movement of described curved mould seaming chuck.
Further, the thickness of described push pedal is N times of single described band iron thickness, wherein N >=1.
By the feed bin be provided with, pushing material component, pan feeding assembly, cooperation between band iron curved arc assembly and discharge component, realize band iron by charging, curved arc is molded into the automated production work of discharging, greatly improve the curved arc shaping efficiency of band iron, made by the curved arc processing and forming of band iron curved arc assembly simultaneously, specifically by upper, the pressure forming mode of lower pressed film, make the band iron carrying out curved arc that need not allowance be set, effectively reduce the production cost of enterprise, simultaneously by upper, lower pressed film is compressing can ensure the uniformity of processing rear curved arc band iron to greatest extent, thus ensure the uniformity of the making effect of doorframe entirety further, in this external practical work process, also carrying out the curved arc operations for forming of different structure shape by changing different upper and lower press mold moulds, making equipment have good versatility.Have better guidance quality and rigidity to improve curved mould seaming chuck when vertical displacement movement, especially for its rigid in pressing action process, this programme is provided with the guiding mechanism ensureing its guidance quality and rigidity the second month in a season; Simultaneously in order to improve the band iron curved arc shaping efficiency of this bender further, its thickness of the push pedal in this programme can adopt N integral multiple in the version of single band iron gauge according to the suppressing power of bender, wherein N >=1.
Accompanying drawing explanation
Fig. 1 is bender structural representation front view in the present invention.
Fig. 2 is bender structural representation top view in the present invention.
Fig. 3 is bender structural representation side view in the present invention.
Fig. 4 is bender structural representation stereogram in the present invention.
In figure: 1-frame, 2-band iron curved arc assembly, the curved mould seaming chuck of 201-, the curved mould push-down head of 202-, the curved mould of 203-drives oil cylinder, 3-feed bin, 4-pushing material component, 401-pusher cylinder, 5-pan feeding assembly, 501-pan feeding cylinder, 6-discharge component, 601-discharging cylinder, 7-push pedal, 8-guiding mechanism, 801-fixed guide post, 802-connecting plate, 9-shaping station.
Detailed description of the invention
Below in conjunction with specific embodiment, the invention will be further described:
Shown in accompanying drawing 1 to accompanying drawing 4, a kind of bender shaping for doorframe band iron curved arc described in the present embodiment, the pushing material component 4 that this bender comprises frame 1, arrange successively along frame 1 long side direction, for storing feed bin 3 and the band iron curved arc assembly 2 of band iron, wherein this pushing material component 4 is shaping for the band iron in feed bin 3 being pushed into curved arc in band iron curved arc assembly 2.Meanwhile, be close to the band iron curved arc assembly 2 side band iron be also provided with for being released from feed bin 3 by described pushing material component 4 and be fed through pan feeding assembly 5 in band iron curved arc assembly 4.In addition, this programme also includes the discharge component 6 released by the band iron after shaping for curved arc in band iron curved arc assembly 2.
In order to illustrate further the present invention, participate in shown in accompanying drawing 3 and 4, the band iron curved arc assembly 2 in this programme comprises curved mould seaming chuck 201, is fixed on the curved mould push-down head 202 in frame 1 and drives the curved mould of this curved mould seaming chuck 201 lifting moving to drive oil cylinder 203.Simultaneously, in order to ensure that curved mould seaming chuck 201 has better guidance quality and rigid when vertical displacement movement, especially for its rigid in pressing action process, also be provided with the guiding mechanism 8 ensureing its guidance quality and rigidity in this programme, the guiding mechanism 8 in this programme comprises the connecting plate 802 be connected to along the fixed guide post 801 and two ends that curved mould seaming chuck 201 vertical motion direction are arranged on its both sides for a pair on this pair fixed guide post 801.
In addition, the pushing material component 4 in this programme comprises push pedal 7 and for driving the pusher cylinder 401 of this push pedal 7 action, meanwhile, feed bin 3 bottom be provided with push pedal 7 by blow tank, and this blow tank is through feed bin 3 bottom.Equally, the pan feeding assembly 5 in this programme comprises push pedal 7 and drives the pan feeding cylinder 501 of this push pedal 7 action; Discharge component 6 comprises push pedal 7 and drives the discharging cylinder 701 of this push pedal 7 action.In order to make whole bender structure compacter, what this programme was preferential is arranged in pushing material component 4 bottom by discharge component 6, matches for shaping band iron discharging with band iron curved arc assembly 2.
Preferential, in order to improve the operating efficiency of bender, push pedal 7 dimensional thickness in this programme can adopt N integral multiple in the version of single band iron gauge according to the suppressing power of bender, wherein N >=1.
During work, pushing material component 4 action, releases feed bin 3 by the band iron in feed bin 3, and passes to the shaping front shaping station 9 of band iron curved arc; Subsequently, pan feeding assembly 5 action, delivers on curved mould push-down head 202 end face of band iron curved arc assembly 2 by the band iron being arranged in shaping station 9 place; Then curved mould seaming chuck 201 presses down, and band iron is compressing; Subsequently, curved mould seaming chuck returns 201 risings, discharge component 6 action, and the band iron after curved arc is shaping is released, and whole band iron curved arc forming process so circulates.
In sum, cooperation feed bin, pushing material component, pan feeding assembly, band iron curved arc assembly and discharge component between of this programme by being provided with, band iron is molded into discharging automated production work by charging, curved arc can be realized, greatly improve the curved arc shaping efficiency of band iron, in this external practical work process, also carrying out the curved arc operations for forming of different structure shape by changing different upper and lower press mold moulds, making equipment have good versatility.
The examples of implementation of the above are only the preferred embodiment of the present invention, not limit practical range of the present invention with this, therefore the change that all shapes according to the present invention, principle are done, all should be encompassed in protection scope of the present invention.