CN209139612U - A kind of novel tube hole punched device - Google Patents
A kind of novel tube hole punched device Download PDFInfo
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- CN209139612U CN209139612U CN201821808362.3U CN201821808362U CN209139612U CN 209139612 U CN209139612 U CN 209139612U CN 201821808362 U CN201821808362 U CN 201821808362U CN 209139612 U CN209139612 U CN 209139612U
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- 239000000463 material Substances 0.000 claims abstract description 118
- 238000007599 discharging Methods 0.000 claims description 16
- 238000004080 punching Methods 0.000 claims description 11
- 206010044565 Tremor Diseases 0.000 claims description 2
- 238000005452 bending Methods 0.000 claims description 2
- 238000012545 processing Methods 0.000 abstract description 24
- 238000007514 turning Methods 0.000 description 12
- 238000000034 method Methods 0.000 description 7
- 230000008569 process Effects 0.000 description 5
- 230000009471 action Effects 0.000 description 3
- 210000004262 dental pulp cavity Anatomy 0.000 description 3
- 239000011343 solid material Substances 0.000 description 3
- 238000011161 development Methods 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 238000012423 maintenance Methods 0.000 description 2
- 239000007787 solid Substances 0.000 description 2
- 241001442589 Convoluta Species 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 238000013461 design Methods 0.000 description 1
- 238000006073 displacement reaction Methods 0.000 description 1
- 239000000428 dust Substances 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000005484 gravity Effects 0.000 description 1
- 238000003780 insertion Methods 0.000 description 1
- 230000037431 insertion Effects 0.000 description 1
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- 238000005406 washing Methods 0.000 description 1
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Abstract
The utility model discloses a kind of novel tube hole punched device, including body, fixed frame, moving frame, charging stand, feeding assembly, overturning component, conveying assembly, the first piercing die group, the second piercing die group, adjusting component and discharge port；Fixed frame, moving frame, charging stand, feeding assembly, overturning component, the first piercing die group, the second piercing die group, adjusting component, conveying assembly and discharge port are arranged on body；Feeding stand includes fixed charging stand and mobile charging stand；Adjusting component includes that tubing width adjusting component and pipe length adjust component, is provided with material mixing component and material shaking component on fixed charging stand and mobile charging stand；The utility model is suitable for being punched out processing to the tubing of different model, and structure is simple, the orderly automatic feed/discharge of tubing, effectively tube surfaces is avoided to scratch and damage, easy to adjust quick, also there are many tubing of science overturning mode mix and match to use, and processing efficiency and quality are high.
Description
Technical field
The utility model relates to a kind of automatically processing devices, more particularly, to a kind of novel tube hole punched device.
Background technique
Application of the tubing between finishing, sound equipment, luggage and various products is very widely, with economic society
Development, requirement of the every kind of product to hole on tubing is also more and more, and present technology has been unable to meet the demand of social development.It is existing
Tubular object extruding mainly has two processes of Pipe Cutting and punching, Pipe Cutting be by original strip tubing according to processing request be cut into compared with
The process of short tube material, washing pipe are to be required to be punched out processing according to the hole location of tubing, are typically necessary and are punched out to multi-panel, existing
Some punching apparatus come with some shortcomings place, and the degree of automation is low, and station is more, need artificial more, need manual handling, processing
Inefficiency, and be easy to appear collision during manual handling, generate damage or scratch, product processing quality is influenced, together
When equipment can not achieve the automatic charging of tubing, cannot width to processing tubing and length be adjusted, applicability is relatively low, raw
Low efficiency, and unreasonable structural design are produced, structure is complicated, high failure rate, maintenance inconvenience etc..
Summary of the invention
The purpose of this utility model is to provide a kind of novel tube hole punched devices, to solve to propose in above-mentioned background technique
The problem of.
To achieve the above object, the utility model provides the following technical solutions:
A kind of novel tube hole punched device, including body, fixed frame, moving frame, charging stand, feeding assembly, turn over
Turn component, conveying assembly, the first piercing die group, the second piercing die group, adjust component and discharge port；Fixed frame, moving frame,
It feeds stand, feeding assembly, overturning component, the first piercing die group, the second piercing die group, adjust component, conveying assembly and discharging
Mouth is arranged on body；Feeding stand includes fixed charging stand and mobile charging stand；Adjusting component includes tubing width
It adjusts component and pipe length and adjusts component, include fixed charging stand, feeding assembly on fixed frame, overturning component, the
One ejector sleeve component, the second piercing die group, conveying assembly, pipe length adjust component, and fixed charging stand is equipped with left side baffle, a left side
Side guide plate, the first tubing width adjustment plates, left side guide plate bending section are equipped with the first port, a left side for left side guide plate
End is connected to left side baffle, and blanking groove, left side baffle are equipped between the lower part of left side guide plate and the first tubing width adjustment plates
On be arranged at intervals with the first socket and the second socket, the left end of the first tubing width adjustment plates be arranged at intervals with the first connecting plate and
Second connecting plate, the first connecting plate are correspondingly connected with the first socket, and the second connecting plate is correspondingly connected with the second socket, the first tubing
Tubing width adjusting component is equipped between width adjustment plates and left side baffle, fixed charging stand lower end is equipped with feeding assembly, into
It is provided with conveying assembly below material component, overturning component, the first ejector sleeve component and the second punching are sequentially installed on the left of conveying assembly
Casement group, conveying assembly right side are provided with pipe length and adjust component, include mobile charging stand, charging group on moving frame
Part, the first piercing die group, the second ejector sleeve component, conveying assembly, mobile charging stand be equipped with right-hand apron, right side guide plate,
Second tubing width adjustment plates, the structure and left side baffle, a left side of right-hand apron, right side guide plate and the second tubing width adjustment plates
The structure of side guide plate and the first tubing width adjustment plates is symmetrical structure, the second tubing width adjustment plates and right-hand apron
Between also be provided with tubing width adjusting component, be equipped in the first tubing width adjustment plates top and the second tubing width adjustment plates
Material mixing component and the second port, material mixing component include material mixing pushing block, connecting rod, material mixing plate and fixed block；Material mixing pushing block is connected to
The connecting rod, connecting rod are connected to fixed block, fluted on fixed block, are provided with material mixing plate in inside groove, in the guide plate of left side
Material shaking component is equipped in the middle part of portion and right side guide plate, mobile charging stand lower end also is provided with feeding assembly, feeding assembly lower section
It is also provided with conveying assembly, the first piercing die group, the second ejector sleeve component, moving frame setting are disposed on the right side of conveying assembly
It is adjusted on component in pipe length, moving frame lower end is arranged at intervals with two slide block slots, and the centre of two slide block slots is provided with
Internal screw thread link block.
Further scheme as the utility model: material mixing plate is nested in the second port, is arranged in material mixing plate embedded surface
Have and is spaced four equal convex blocks.
Further scheme as the utility model: it is equipped with the first air pressure telescopic link in material shaking component, the first connecting tube, connects
Connect block and material shaking plate, the first connecting tube respectively connected that the first air pressure is flexible and link block, is equipped with material shaking plate on link block, trembles
Flitch is nested in the first port.
Further scheme as the utility model: tubing width adjusting component includes the first width adjusting component and
Two width adjusting components, the first width adjusting component include guide rod fixing seat, guide pipe, guide rod, guide rod fixing seat
It is separately fixed on left side baffle and right-hand apron, guide rod is mounted in guide rod fixing seat, and guide pipe is arranged in guide rod
On, guide pipe is attached by way of nested encryptions with the first connecting plate；Second width adjusting component includes runner,
One lead screw, the first lead screw fixing seat, the first lead screw fixing seat are separately fixed at runner connection on the baffle of left side and on right-hand apron
The first lead screw, the first lead screw be arranged in the first lead screw fixing seat, between the first lead screw and the second connecting plate by screw thread company
The mode connect is attached.
Further scheme as the utility model: feeding assembly includes liftout component and limit material component, liftout component packet
The second air pressure telescopic link, top material head are included, the second air pressure telescopic link is connected to top material head；Limit material component is set under liftout component
Side, limit material component includes upright slide rail, pushing block, pushing plate, material baffle, and upright slide rail is arranged on conveying assembly, is promoted
For block nesting on upright slide rail, pushing plate respectively connected pushing block and material baffle.
Further scheme as the utility model: conveying assembly is set to below feeding assembly, and conveying assembly is successively set
It is equipped with feeding material component, expects component, delivery platform and discharge component admittedly, feeding material component is equipped with third air pressure telescopic link, third connects
Pipe, charging ram, third connecting tube respectively connected third air pressure telescopic link and charging ram, admittedly material component expects component including first admittedly
Component is expected admittedly with second, and first expects that component is equipped with first and expects that pushing block, first expect connecting plate and the first fixed block admittedly admittedly admittedly, and second is solid
Expect that component is equipped with second and expects that pushing block, second expect connecting plate and the second fixed block admittedly admittedly, first expects that pushing block and the first fixed block are logical admittedly
It crosses first and expects that connecting plate is attached admittedly, second expects that component and first expects that the structure of component is identical, is spaced on delivery platform admittedly admittedly
It is provided with third socket and the 4th socket, third socket is connected to the first fixed block, and the 4th socket is connected to the second fixed block, out
Expect that component is arranged above discharge port, discharge component is equipped with the 4th air pressure telescopic link, the 4th connecting tube, discharging pushing block, discharging gear
Plate, the 4th air pressure telescopic link and discharging pushing block are connected by the 4th connecting tube, and discharging pushing block and delivery platform are in same plane
On, discharge baffle setting is on discharging pushing block.
Further scheme as the utility model: overturning component is equipped with the 5th air pressure telescopic link, the 5th connecting tube, third
Connecting plate, rotating electric machine, tubing plug, the 5th air pressure telescopic link are connected with third connecting plate by the 5th connecting tube, electric rotating
Machine is arranged on third connecting plate, and tubing plug is mounted on rotating electric machine, and tubing plug is detachably connected with rotating electric machine.
Further scheme as the utility model: it includes the second lead screw, guide rail and rolled round that pipe length, which adjusts component,
Second lead screw is connected through a screw thread mode with internal screw thread link block and is attached, guide rail and slide block slot nested encryptions, rolled round connection
The second lead screw.
The utility model the utility model has the advantages that
The utility model is suitable for being punched out the tubing of different model processing, and the utility model saves the energy, maintenance
Convenient, structure is simple；There is the phenomenon that gets stuck in material mixing component when tubing can be effectively prevent to feed, material shaking component can shake injustice
Weigh the tubing placed, and for solving energy imbalance during tubing charging, the stability of tubing feeding is effectively ensured；
Feeding assembly is able to achieve the orderly automatic feed of tubing；The adjustable component scientific structure of setting simultaneously combines total use, adjusts
It is convenient and efficient, it is allowed to meet processing stations requirement, the size of processing tubing required for can arbitrarily adjusting；The transport of conveying assembly
Structural stability is good, accurate positioning, high degree of automation, and processing quality is high；The tubing of a variety of science overturns mode mix and match
It uses, makes the processing more convenient and quicker to the different end faces of tubing, applicability is wider；Equipment is using electric part in top, machine
In centre, hydraulic part can effectively reduce dust that machining generates to setting in the structure setting of lower part for tool processing part
The influence at standby electrical control end, more can guarantee the safety and stability of equipment operation, and failure rate is low.
Detailed description of the invention
Fig. 1 is a kind of schematic perspective view of novel tube hole punched device.
Fig. 2 is a kind of back angle schematic perspective view of novel tube hole punched device.
Fig. 3 is a kind of rearview of novel tube hole punched device.
Fig. 4 is a kind of left view of novel tube hole punched device.
Fig. 5 is a kind of right view of novel tube hole punched device.
Fig. 6 is a kind of top view of novel tube hole punched device.
Fig. 7 is a kind of face the A-A sectional view of novel tube hole punched device.
In figure: board 1, fixed frame 2, moving frame 3, fixed charging stand 4, left side baffle 5, left side guide plate 6, the
One tubing width adjustment plates 7, mobile charging stand 8, right-hand apron 9, right side guide plate 10, the second tubing width adjustment plates 11,
First connecting plate 12, the second connecting plate 13, material mixing pushing block 14, connecting rod 15, groove 16, material mixing plate 17, slide block slot 18, internal screw thread
Link block 19, the first air pressure telescopic link 20, the first connecting tube 21, link block 22, material shaking plate 23, guide rod fixing seat 24, guiding
Pipe 25, guide rod 26, runner 27, the first lead screw 28, the first lead screw fixing seat 29, the second air pressure telescopic link 30, top material head 31, push away
Expect that pushing block 38, first is solid admittedly into block 32, material baffle 34, third air pressure telescopic link 35, third connecting tube 36, charging ram 37, first
Material connecting plate 39, the first fixed block 40, second expect that pushing block 41, second expects connecting plate 42, the second fixed block 43, the 4th air pressure admittedly admittedly
Telescopic rod 44, the 4th connecting tube 45, discharging pushing block 46, the 5th air pressure telescopic link 47, the 5th connecting tube 48, third connecting plate 49,
Rotating electric machine 50, tubing plug 51, the second lead screw 52, guide rail 53, rolled round 54, the first ejector sleeve component 55, the first piercing die group 56,
Second ejector sleeve component 57, the second piercing die group 58.
Specific embodiment
The technical solution of the patent is explained in further detail With reference to embodiment.
Please refer to Fig. 1-7, a kind of novel tube hole punched device, including body 1, fixed frame 2, moving frame 3, feeding rack
Seat, overturning component, conveying assembly, the first piercing die group 56, the second piercing die group 58, adjusts component and discharge port at feeding assembly；
Fixed frame 2, moving frame 3, charging stand, feeding assembly, overturning component, the first piercing die group 56, the second piercing die group 58,
Component, conveying assembly and discharge port is adjusted to be arranged on body 1；Feeding stand includes fixed charging stand 4 and mobile charging
Stand 8；Adjusting component includes that tubing width adjusting component and pipe length adjust component；Include on fixed frame 2 it is fixed into
Expect that stand 4, feeding assembly, overturning component, the first ejector sleeve component 55, the second piercing die group 58, conveying assembly, pipe length are adjusted
Component；Fixed charging stand 4 is equipped with left side baffle 5, left side guide plate 6, the first tubing width adjustment plates 7, and left side guide plate 6 is curved
Pars convoluta is equipped with the first port, and the left end of left side guide plate 6 is connected to left side baffle 5, the lower part of the left side guide plate 6 and the
It is equipped with blanking groove between one tubing width adjustment plates 7, is arranged at intervals with the first socket and the second socket on left side baffle 5, first
The left end of tubing width adjustment plates 7 is arranged at intervals with the first connecting plate 12 and the second connecting plate 13, and the first connecting plate 12 is corresponding to be connected
Then the first socket, the second connecting plate 13 are correspondingly connected with the second socket, the first tubing width adjustment plates 7 and left side baffle 5 it
Between be equipped with tubing width adjusting component；Fixed charging 4 lower end of stand is equipped with feeding assembly, is provided with conveying group below feeding assembly
Part, conveying assembly left side are sequentially installed with overturning component, the first ejector sleeve component 55 and the second piercing die group 58, conveying assembly right side
It is provided with pipe length and adjusts component.
It include mobile charging stand 8, feeding assembly, the first piercing die group 56, the in the present embodiment, on moving frame 3
Two ejector sleeve components 57, conveying assembly, mobile charging stand 8 are equipped with right-hand apron 9, right side guide plate 10, the second tubing width
Adjustable plate 11, the right-hand apron 9, the structure of right side guide plate 10 and the second tubing width adjustment plates 11 and left side baffle 5, a left side
The structure of side guide plate 6 and the first tubing width adjustment plates 7 is symmetrical structure, the second tubing width adjustment plates 11 and right side
Tubing width adjusting component, 7 top of the first tubing width adjustment plates and the second tubing width adjustment plates 11 also are provided between baffle 9
On be equipped with material mixing component and the second port, be equipped with material shaking component in the middle part of 6 middle part of left side guide plate and right side guide plate 10, move
Dynamic charging 8 lower end of stand also is provided with feeding assembly, and conveying assembly is also provided with below feeding assembly, is successively set on the right side of conveying assembly
It is equipped with the first piercing die group 56, the second ejector sleeve component 57；First ejector sleeve component 55 and the second ejector sleeve component 57 are used to push pipe
Material enters piercing die group and is processed, and the first piercing die group 56 and the second piercing die group 58 are for rushing the both ends of tubing
Hole；The setting of moving frame 3 is adjusted on component in pipe length, and 3 lower end of moving frame is arranged at intervals with two slide block slots 18, and two
The centre of slide block slot 18 is provided with internal screw thread link block 19；It includes the second lead screw 52,53 and of guide rail that pipe length, which adjusts component,
Rolled round 54, the second lead screw 52 are connected through a screw thread mode with internal screw thread link block 19 and are attached, and guide rail 53 and slide block slot 18 are embedding
Set connection, rolled round 54 are connected to the second lead screw 52；The rotation of the second lead screw 52 is driven by shaking rolled round 54, and then drives internal screw thread
Link block 19 moves left and right on the second lead screw 52, while the slide block slot 18 on guide rail 53 also and then moves left and right, and makes moving machine
Frame 3 can be adjusted in pipe length and be moved left and right on component；Pass through the adjustable moving frame 3 of rolled round 54 and fixed frame 2
The distance between, it is applicable to be punched out the tubing of different length demand processing.
In the present embodiment, material mixing component includes material mixing pushing block 14, connecting rod 15, material mixing plate 17 and fixed block；Material mixing pushing block
14 are connected to connecting rod 15, and connecting rod 15 is connected to fixed block, fluted 16 on fixed block, are provided with material mixing plate 17 in inside groove,
Material mixing plate 17 is nested in second port, is provided in 17 embedded surface of material mixing plate and is spaced four equal convex blocks, pipe
When material feeding, by material mixing pushing block 14 push, and then push the second port in material mixing plate 17, material mixing plate 17 drive convex block with into
Tubing in material stand is stirred, and be can effectively prevent tubing and is got stuck, and guarantees the stability of the subsequent charging of tubing.
In the present embodiment, the first air pressure telescopic link 20, the first connecting tube 21, link block 22 and material shaking are equipped in material shaking component
Plate 23, the first connecting tube 21 respectively connected the first air pressure telescopic link 20 and link block 22, be equipped with material shaking plate on link block 22
23, material shaking plate 23 is nested in the first port, by adjusting the first air pressure telescopic link 20 and link block 22, and then drives material shaking plate
23, which pass through the first port, pushes up the tubing fed in stand, so as to shake the tubing of uneven placement, for solving
Energy imbalance during tubing charging.
In the present embodiment, tubing width adjusting component includes the first width adjusting component and the second width adjusting component,
First width adjusting component includes guide rod fixing seat 24, guide pipe 25, guide rod 26, and guide rod fixing seat 24 is fixed respectively
On left side baffle 5 and right-hand apron 9, guide rod 26 is mounted in guide rod fixing seat 24, and guide pipe 25 is arranged in guide rod
On 26, guide pipe 25 is attached by way of nested encryptions with the first connecting plate 12；Second width adjusting component includes
Runner 27, the first lead screw 28, the first lead screw fixing seat 29, the first lead screw fixing seat 29 are separately fixed on the baffle 5 of left side
On right-hand apron 9, runner 27 is connected to the first lead screw 28, and the first lead screw 28 is arranged in the first lead screw fixing seat 29, and first
The mode being connected through a screw thread between lead screw 28 and the second connecting plate 13 is attached；In use process, rotated by runner 27
It drives the first lead screw 28 to rotate, and then is converted into the active force that the second connecting plate 13 is moved forward and backward on the first lead screw 28,
Simultaneously the first connecting plate 12 and guide pipe 25 on guide rod 26 stress and be and then moved forward and backward, finally drive the first tubing width
Adjustable plate 7 is moved forward and backward in the first port on left side baffle 5, so that the first tubing width adjustment plates 7 and left side are led
It is adjustable to the distance of plate 6, i.e., according to the actual situation, left side guide plate 6 and the can be adjusted by tubing width adjusting component
The distance between one tubing width adjustment plates 7 are adapted to be punched out processing to the processing tubing of different in width requirement.
In the present embodiment, feeding assembly includes liftout component and limit material component, and liftout component includes the second air pressure telescopic link
30, top material head 31, the second air pressure telescopic link 30 are connected to top material head 31；Limit material component is set to below liftout component, limits material group
Part includes upright slide rail, pushing block 32, pushing plate, material baffle 34, and upright slide rail is arranged on conveying assembly, and pushing block 32 is embedding
Cover on upright slide rail, pushing block 32 can move up and down on upright slide rail, pushing plate respectively connected pushing block 32 and every
Flitch 34；When tubing enters the lower part of blanking groove, material baffle 34 completely cuts off tubing above delivery platform, when tubing is fed
When, top material head 31 holds out against forward upper root canal material under the impetus of the second air pressure telescopic link 30 moves downward it no longer,
Put a current tubing to be processed between top material head 31 and material baffle 34, material baffle 34 is pushed away pushing block 32 and pushing plate
Movement moves backward under, enters current tubing to be processed and carries out following process on delivery platform, then material baffle 34 exists
Reset movement under the impetus of pushing block 32 and pushing plate, top material head 31 is multiple under the action of the second air pressure telescopic link 30 at this time
Displacement is dynamic, allows a root canal material to drop in state to be processed on material baffle 34, last top material head 31 is flexible in the second air pressure
Root canal material is held out against under the action of bar 30 again, is so recycled, realizes the charging of tubing automatic order；And it is effectively isolated in conveying
Tubing and the contact of tubing to be processed, the mutual movement both avoided, which causes to scratch, scraps, and improves the quality for processing tubing.
In the present embodiment, conveying assembly is set to below feeding assembly, and conveying assembly is disposed with feeding material component, solid material
Component, delivery platform and discharge component, feeding material component are equipped with third air pressure telescopic link 35, third connecting tube 36, charging ram 37, the
Three connecting tubes 36 respectively connected third air pressure telescopic link 35 and charging ram 37, admittedly material component expects component and second including first admittedly
Admittedly expecting component, first expects that component is equipped with first and expects that pushing block 38, first expects connecting plate 39 and the first fixed block 40 admittedly admittedly admittedly, and second is solid
Material component is equipped with second and expects that pushing block 41, second expects connecting plate 42 and the second fixed block 43 admittedly admittedly, and first expects pushing block 38 and first admittedly
Fixed block 40 expects that connecting plate 39 is attached by first admittedly, and second expects that component and first expects that the structure of component is identical admittedly admittedly, defeated
It send and is arranged at intervals with third socket and the 4th socket on platform, third socket is connected to the first fixed block 40, the connection of the 4th socket
The second fixed block 43, discharge component be arranged above discharge port, discharge component be equipped with the 4th air pressure telescopic link the 44, the 4th connection
Pipe 45, discharging pushing block 46, discharge baffle, the 4th air pressure telescopic link 44 and discharging pushing block 46 are connected by the 4th connecting tube 45, out
Expect that pushing block 46 and delivery platform are in the same plane, discharge baffle setting is on discharging pushing block 46；Conveying is entered in tubing
When on platform, charging ram 37 passes through tubing successively under the impetus of third air pressure telescopic link 35 and third connecting tube 36
Component, the first piercing die group and the second piercing die group are overturn, first expects that the first fixed block 40 in component is pushed away in the first solid material admittedly
The lower third socket that can be passed through on delivery platform of the promotion of block 38 moves up and down, and needs admittedly when tubing is punched out processing
When determining tubing, the first fixed block 40 will be move upwardly until that it is higher than tubing height, when tubing needs to be transported to next processing
When process, the first fixed block 40 will move down until its in the same plane with delivery platform or hereinafter, first material group admittedly
Part and second expects that component operation mode is the same admittedly, promotion of the discharging pushing block 46 in the 4th air pressure telescopic link 44 and the 4th connecting tube 45
It can be moved forward and backward under effect, after tubing completes the second piercing die group punching processing, when discharging pushing block 46 moves backward, tubing
Discharge outlet is fallen into downwards, then discharge pushing block reset movement.
In the present embodiment, overturning component is equipped with the 5th air pressure telescopic link 47, the 5th connecting tube 48, third connecting plate 49, rotation
Rotating motor 50, tubing plug 51, the 5th air pressure telescopic link 47 and third connecting plate 49 are connected by the 5th connecting tube 48, electric rotating
Machine 50 be arranged on third connecting plate 49, tubing plug 51 is mounted on rotating electric machine 50, the overturning component of setting be one can
Station turning is selected, when tubing needs to overturn punching, pushes the tubing on rotating electric machine 50 to insert by the 5th air pressure telescopic link 47
In head insertion pipe end, rotation rotating electric machine 50 drives the rotation of tubing plug, and then drives tubing overturning, and overturning amplitude can
It adjusts, tubing plug 51 is detachably connected with rotating electric machine 50, is applicable to carry out overturning punching processing to the tubing of different model.
Preferably, multiple optional station turnings, separated material component and feeding material component combination are additionally provided in the present embodiment
Second station turning made of use is set on material conveying platform when the material baffle 34 on separated material component moves backward to fall tubing
When, the charging ram 37 on feeding material component is pushed at the first fixed block 40 that first expects admittedly in component, falls tubing and set charging ram
On 37, then the pushing block 32 on separated material component is moved down, and then material baffle 34 is driven to move down, then 32 band of pushing block
Dynamic material baffle 24 resets forward propulsion, while charging ram 37 moves backward, and the overturning of tubing is realized by way of push-and-pull, finally
The upward reset movement of pushing block 32 on separated material component；Feeding material component and first expects that third made of being applied in combination of component is turned over admittedly
First fixed block 40 is moved to slightly above defeated by switching stations when tubing is located at before the first fixed block 40 that first expects component admittedly
Platform is sent, then the charging ram 37 on feeding material component pushes ahead tubing, acts on according to the motional inertia of physics, realizes tubing
Overturning, feeding material component and first expect the 4th station turning made of being applied in combination of component and third station turning effect one admittedly
Sample, a variety of station turnings can be used in combination or are used alone, and the punching suitable for tubing and special section tubular product to conventional model adds
Work.
The embodiment of the present embodiment is as follows: tubing enters blanking groove by gravity from charging stand, by top
Under the action of expecting component and limit material component, tubing is orderly to be entered on delivery platform, and tubing is successively sent to overturning by conveying assembly
Component, the second station turning, the first piercing die group 56, third station turning, the second piercing die group 58, go out the 4th station turning
Material mouth；Wherein, it overturns component and the second station turning, third station turning, the 4th station turning can be according to practical tubular object extruding
Demand is combined use or exclusive use, when the charging ram 37 in feeding material component send tubing to the first piercing die group 56,
Expect that fixed tubing, the first ejector sleeve component 55 push tubing to the first fixed block 40 on component jointly admittedly by charging ram 37 and first
The punching processing that one end end face is carried out into the first piercing die group 56, when charging ram 37 send tubing to the second piercing die group 58
When, expect that the discharge baffle on the second fixed block 43 and discharge component on component fixes tubing jointly admittedly by second, second pushes away
Tube assembly 57 pushes tubing to carry out the punching processing of the other end face into the second piercing die group 58, passes through out after the completion of last punching
Discharging pushing block 56 on material component send tubing below delivery platform to discharge port.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified
Dress ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally
Connection;It can be mechanical connection, be also possible to be electrically connected；Can be directly connected, can also indirectly connected through an intermediary,
It can be the connection inside two elements；For the ordinary skill in the art, on being understood by concrete condition
State the concrete meaning of term in the present invention.
Only the utility model preferred embodiment is described above, but is not to be construed as the limit to claim
System.The utility model is not only limited to above embodiments, and specific structure is allowed to vary, in short, all only in the utility model
The various change done in vertical scope of protection of the claims is within the protection scope of the present utility model.
Claims (8)
1. a kind of novel tube hole punched device, including body (1), fixed frame (2), moving frame (3), charging stand, charging
Component, conveying assembly, the first piercing die group (56), the second piercing die group (58), adjusts component and discharge port, institute at overturning component
State fixed frame (2), moving frame (3), charging stand, feeding assembly, overturning component, the first piercing die group (56), the second punching
Casement group (58), adjusting component, conveying assembly and discharge port are arranged on body (1)；It is characterized by: the charging stand
Including fixed charging stand (4) and mobile charging stand (8)；The adjusting component includes that tubing width adjusting component and tubing are long
Degree adjusts component, includes fixed charging stand (4), feeding assembly on the fixed frame (2), overturns component, first
Ejector sleeve component (55), the second piercing die group (58), conveying assembly, pipe length adjust component, and fixed charging stand (4) sets
There are left side baffle (5), left side guide plate (6), the first tubing width adjustment plates (7), is set on left side guide plate (6) bending section
Have the first port, the left end of the left side guide plate (6) is connected to left side baffle (5), the lower part of the left side guide plate (6) with
It is equipped with blanking groove between first tubing width adjustment plates (7), is arranged at intervals with the first socket and second on the left side baffle (5)
The left end of socket, the first tubing width adjustment plates (7) is arranged at intervals with the first connecting plate (12) and the second connecting plate (13),
First connecting plate (12) is correspondingly connected with first socket, and second connecting plate (13) is correspondingly connected with described second
Socket is equipped with tubing width adjusting component, the fixation between the first tubing width adjustment plates (7) and left side baffle (5)
It feeds stand (4) lower end and is equipped with feeding assembly, conveying assembly is provided with below the charging group, the conveying assembly left side is successively
The overturning component, the first ejector sleeve component (55) and the second piercing die group (58) are installed, are provided on the right side of the conveying assembly
Pipe length adjusts component, includes mobile charging stand (8), feeding assembly, the first piercing die group on the moving frame (3)
(56), the second ejector sleeve component (57), conveying assembly, mobile charging stand (8) is equipped with right-hand apron (9), right side is oriented to
Plate (10), the second tubing width adjustment plates (11), the right-hand apron (9), right side guide plate (10) and the second tubing width tune
The structure of the structure and left side baffle (5), left side guide plate (6) and the first tubing width adjustment plates (7) that save plate (11) is mutual
Symmetrical structure also is provided with tubing width adjusting component, institute between the second tubing width adjustment plates (11) and right-hand apron (9)
It states and is equipped with material mixing component and second logical in the first tubing width adjustment plates (7) top and the second tubing width adjustment plates (11)
Mouthful, the material mixing component includes material mixing pushing block (14), connecting rod (15), material mixing plate (17) and fixed block；The material mixing pushing block
(14) it is connected to the connecting rod (15), the connecting rod (15) is connected to the fixed block, fluted on the fixed block
(16), the material mixing plate (17) is provided in the groove (16), in the middle part of the left side guide plate (6) and right side guide plate (10)
Middle part is equipped with material shaking component, and described mobile charging stand (8) lower end also is provided with feeding assembly, also sets below the feeding assembly
Conveying assembly has been set, has been disposed with the first piercing die group (56), the second ejector sleeve component (57) on the right side of the conveying assembly, it is described
Moving frame (3) setting is adjusted on component in pipe length, and moving frame (3) lower end is arranged at intervals with two slide block slots
(18), the centre of described two slide block slots (18) is provided with internal screw thread link block (19).
2. a kind of novel tube hole punched device according to claim 1, it is characterised in that: the material mixing plate (17) is nested in
In second port, it is provided in material mixing plate (17) embedded surface and is spaced four equal convex blocks.
3. a kind of novel tube hole punched device according to claim 1, it is characterised in that: be equipped with the in the material shaking component
One air pressure telescopic link (20), the first connecting tube (21), link block (22) and material shaking plate (23), first connecting tube (21) is respectively
It is connected to the first air pressure telescopic link (20) and link block (22), is equipped with material shaking plate (23) on the link block (22), it is described to tremble
Flitch (23) is nested in first port.
4. a kind of novel tube hole punched device according to claim 1, it is characterised in that: the tubing width adjusting component
It include the first width adjusting component and the second width adjusting component, the first width adjusting component includes guide rod fixing seat
(24), guide pipe (25), guide rod (26), the guide rod fixing seat (24) are separately fixed at left side baffle (5) and right side gear
On plate (9), the guide rod (26) is mounted on the guide rod fixing seat (24), and guide pipe (25) setting is led described
To on bar (26), the guide pipe (25) is attached by way of nested encryptions with the first connecting plate (12)；Described second
Width adjusting component includes runner (27), the first lead screw (28), the first lead screw fixing seat (29), the first lead screw fixing seat
(29) it is separately fixed on left side baffle (5) and on right-hand apron (9), the runner (27) is connected to first lead screw
(28), in the first lead screw fixing seat (29), first lead screw (28) connects with second for the first lead screw (28) setting
The mode being connected through a screw thread between fishplate bar (13) is attached.
5. a kind of novel tube hole punched device according to claim 1, it is characterised in that: the feeding assembly includes liftout
Component and limit material component, the liftout component include the second air pressure telescopic link (30), top material head (31), and second air pressure is flexible
Bar (30) is connected to top material head (31)；The limit material component is set to below liftout component, and the limit material component includes vertical
Sliding rail, pushing block (32), pushing plate, material baffle (34), the upright slide rail are arranged on conveying assembly, the pushing block (32)
It is nested on upright slide rail, the pushing plate respectively connected pushing block (32) and material baffle (34).
6. a kind of novel tube hole punched device according to claim 1, it is characterised in that: the conveying assembly be set into
Expect below component, the conveying assembly includes feeding material component, expects component, delivery platform and discharge component, the feeding group admittedly
Part is equipped with third air pressure telescopic link (35), third connecting tube (36), charging ram (37), and the third connecting tube (36) is separately connected
Third air pressure telescopic link (35) and charging ram (37), it is described admittedly material component include first admittedly material component and second expect component admittedly,
Described first expects that component is equipped with first and expects that pushing block (38), first expect connecting plate (39) and the first fixed block (40) admittedly admittedly admittedly, described
Second admittedly material component be equipped with second and expect that pushing block (41), second expect connecting plate (42) and the second fixed block (43) admittedly admittedly, described first
Admittedly material pushing block (38) and the first fixed block (40) expect that connecting plate (39) are attached by first admittedly, described second expects connecting plate admittedly
(42) expect that the structure of connecting plate (39) is identical admittedly with first, the component of material admittedly is arranged on delivery platform, the discharge component
It is arranged above discharge port, the discharge component is equipped with the 4th air pressure telescopic link (44), the 4th connecting tube (45), discharging pushing block
(46), discharge baffle, the 4th air pressure telescopic link (44) and discharging pushing block (46) are connected by the 4th connecting tube (45), described
It discharges pushing block (46) and delivery platform is in the same plane, the discharge baffle setting is in discharging pushing block (46).
7. a kind of novel tube hole punched device according to claim 1, it is characterised in that: the overturning component is equipped with
5th air pressure telescopic link (47), the 5th connecting tube (48), third connecting plate (49), rotating electric machine (50), tubing plug
(51), the 5th air pressure telescopic link (47) and third connecting plate (49) are connected by the 5th connecting tube (48), the electric rotating
Machine (50) is arranged on third connecting plate (49), and the tubing plug (51) is mounted on rotating electric machine (50), and the tubing is inserted
Head (51) is detachably connected with rotating electric machine (50).
8. a kind of novel tube hole punched device according to claim 1, it is characterised in that: the pipe length adjusts component
It include the second lead screw (52), guide rail (53) and rolled round (54), second lead screw (52) passes through with internal screw thread link block (19)
Thread connecting mode is attached, and the guide rail (53) and slide block slot (18) nested encryptions, the rolled round (54) are connected to second
Lead screw (52).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821808362.3U CN209139612U (en) | 2018-11-05 | 2018-11-05 | A kind of novel tube hole punched device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821808362.3U CN209139612U (en) | 2018-11-05 | 2018-11-05 | A kind of novel tube hole punched device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209139612U true CN209139612U (en) | 2019-07-23 |
Family
ID=67272488
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821808362.3U Withdrawn - After Issue CN209139612U (en) | 2018-11-05 | 2018-11-05 | A kind of novel tube hole punched device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209139612U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109290433A (en) * | 2018-11-05 | 2019-02-01 | 广州英固特智能装备有限公司 | A kind of novel tube hole punched device |
-
2018
- 2018-11-05 CN CN201821808362.3U patent/CN209139612U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109290433A (en) * | 2018-11-05 | 2019-02-01 | 广州英固特智能装备有限公司 | A kind of novel tube hole punched device |
| CN109290433B (en) * | 2018-11-05 | 2023-12-19 | 广州英固特智能装备有限公司 | Novel tubular product punches a hole device |
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