CN207628896U - A kind of core pulling aluminum pipe drawbench - Google Patents
A kind of core pulling aluminum pipe drawbench Download PDFInfo
- Publication number
- CN207628896U CN207628896U CN201721826319.5U CN201721826319U CN207628896U CN 207628896 U CN207628896 U CN 207628896U CN 201721826319 U CN201721826319 U CN 201721826319U CN 207628896 U CN207628896 U CN 207628896U
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- feeding
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- rack
- motor
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- 229910052782 aluminium Inorganic materials 0.000 title claims abstract description 22
- XAGFODPZIPBFFR-UHFFFAOYSA-N aluminium Chemical compound [Al] XAGFODPZIPBFFR-UHFFFAOYSA-N 0.000 title claims abstract description 22
- 239000000463 material Substances 0.000 claims description 21
- 238000006073 displacement reaction Methods 0.000 claims description 12
- 230000008878 coupling Effects 0.000 claims description 6
- 238000010168 coupling process Methods 0.000 claims description 6
- 238000005859 coupling reaction Methods 0.000 claims description 6
- 238000009434 installation Methods 0.000 claims description 3
- 229910052751 metal Inorganic materials 0.000 abstract description 4
- 239000002184 metal Substances 0.000 abstract description 4
- CWYNVVGOOAEACU-UHFFFAOYSA-N Fe2+ Chemical compound [Fe+2] CWYNVVGOOAEACU-UHFFFAOYSA-N 0.000 abstract description 3
- 229910000838 Al alloy Inorganic materials 0.000 abstract description 2
- 230000005540 biological transmission Effects 0.000 description 4
- 230000005611 electricity Effects 0.000 description 2
- 235000008331 Pinus X rigitaeda Nutrition 0.000 description 1
- 235000011613 Pinus brutia Nutrition 0.000 description 1
- 241000018646 Pinus brutia Species 0.000 description 1
- 238000007599 discharging Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 239000000203 mixture Substances 0.000 description 1
- 238000004513 sizing Methods 0.000 description 1
- 239000011232 storage material Substances 0.000 description 1
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- Metal Extraction Processes (AREA)
Abstract
A kind of core pulling aluminum pipe drawbench disclosed by the utility model, it is related to non-ferrous metal tubular object extruding equipment technical field, including core-pulling mechanism, feed mechanism and drawing mechanism, the core-pulling mechanism is mounted on one end of drawing mechanism, and the feed mechanism is mounted on the top of drawing mechanism；The core-pulling mechanism includes core pulling rack 1, core_pulling pole sliding slot 2, core_pulling pole 6, core pulling mold core 7 and core_pulling pole lift cylinders；The core_pulling pole sliding slot 2 is mounted on one end of core pulling rack 1, and one end of the core_pulling pole 6, which can slide up and down to, to be installed in core_pulling pole sliding slot 2, and the core pulling mold core 7 is mounted on the other end of core_pulling pole 6；The core_pulling pole lift cylinders are mounted vertically in the lower part of core pulling rack 1, and the top for the cylinder shaft stretched out upwards carries core_pulling pole 6.Have the characteristics that can automatic tube-penetrating, automatic drawing and the inside and outside precision of pipe it is higher, can be not only used for drawing aluminium alloy pipe, it can also be used to the other non-ferrous metal tubes of drawing.
Description
Technical field
The utility model is related to non-ferrous metal tube technical field of processing equipment, especially a kind of core pulling aluminum pipe drawbench.
Background technology
Aluminum pipe processing mostly uses drawing mode, for only having the aluminum pipe of outer diameter requirement, the side of generally use centreless drawing
Formula, and the aluminum pipe required for existing outer diameter, there is internal diameter requirement, even also having inner wall smoothness requirements, then needing to use has
The mode of core drawing.Currently, the equipment of processing aluminum pipe is more on the market, but equipment does not have the function of automatic tube-penetrating mostly.
Chinese patent (number of patent application 201110252269.5) is disclosed " a kind of core print epigyny device and to have the core
The bench of head epigyny device ", the core print epigyny device includes core bar holder, core bar and core print, and the core bar is threaded through institute
It states in core bar holder, the core print is arranged on the core bar, and the core print epigyny device further includes sliding block and cylinder, the gas
Cylinder is connect with the sliding block, and for driving the sliding block to slide, the sliding block is connect with the core bar.The core print that the invention provides
Epigyny device and bench with the core print epigyny device, using cylinder connection sliding block, and by core bar by sliding block and core print
It is connected, to realize control of the cylinder to core print.Therefore it can make core print is quick, accurate, stable to enter drawing-die sizing area, from
And the hole size of stretching tube is stabilized, and then the quality of processing pipe fitting is improved, and improve the yield rate and work of bench
Make efficiency.
Disclosed in another Chinese patent (number of patent application 201120319773.8) " a kind of bench ", the bench
Including rack, die holder, trolley and driving device are stretched, further includes the feeding device being arranged in the rack, the feeding dress
It sets including storage rack, setting gauge and transmission device, and the loading bracket at the bench charging, wherein the biography
Send device include for hold processing tubing hopper, and be placed in it is in hopper, by motor-driven transmission wheel.The utility model
The bench of offer, the processing tubing being stored on the storage rack can be pushed on the transmission device by setting gauge,
And by being transmitted in the loading bracket by motor-driven transmission wheel, can finally be inserted in the core bar of bench, because
This realizes the mechanical feeding to processing pipe fitting, to improve work efficiency, and reduces labor intensity.
Invention content
The technical problem to be solved by the utility model is to provide one kind can be inside and outside automatic tube-penetrating, automatic drawing and pipe
The higher tube-drawing equipment of precision.
Technical solution adopted in the utility model is a kind of core pulling aluminum pipe drawbench of design：Including core-pulling mechanism, feeding
Mechanism and drawing mechanism, the core-pulling mechanism are mounted on one end of drawing mechanism, and the feed mechanism is mounted on drawing mechanism
Top；The core-pulling mechanism includes core pulling rack 1, core_pulling pole sliding slot 2, core_pulling pole 6, core pulling mold core 7 and core_pulling pole lift cylinders；Institute
One end that core_pulling pole sliding slot 2 is mounted on core pulling rack 1 is stated, one end of the core_pulling pole 6, which can slide up and down to, is installed on core_pulling pole
In sliding slot 2, the core pulling mold core 7 is mounted on the other end of core_pulling pole 6；The core_pulling pole lift cylinders are mounted vertically in core pulling rack
The top of 1 lower part, the cylinder shaft stretched out upwards carries core_pulling pole 6.
The core_pulling pole lift cylinders include left core_pulling pole lift cylinders 3 and right core_pulling pole lift cylinders 4, the left core_pulling pole lifting
Cylinder 3 and right core_pulling pole lift cylinders 4 are separately mounted to the both sides of 1 lower part of core pulling rack.
The feed mechanism includes cradle 11, feeding chain wheel set, feeding push rod group, feeding power packages and locating slot 33,
The cradle 11 is mounted on the top of drawing mechanism；The feeding chain wheel set includes active-feeding sprocket wheel 15, driven feeding chain
Wheel 9 and feeding chain 10, active-feeding sprocket wheel 16 are mounted on the right end of 11 side of cradle, and driven feeding sprocket wheel 9 is mounted on and send
The left end of 11 side of rack, the feeding chain 10 is around between active-feeding sprocket wheel 16 and driven feeding sprocket wheel 9；It is described to send
Material push rod group includes feeding push rod 12 and feeding Push rod hand cart 13, and the feeding push rod 12 is mounted on the centre of cradle 11, positioning
The top of slot 33 (V-arrangement), the feeding Push rod hand cart 13 is mounted on the side of cradle 11, the top of feeding chain 10；It is described to send
Material power packages include feeding power packages rack 35, feeding motor 17, feeding motor drive pulley 14, feeding deceleration device 15,
Feeding motor driven pulley 36, the feeding power packages rack 35 are mounted on the right end side of cradle 11, and installation thereon is sent
Expect that motor 17 and feeding deceleration device 15, feeding motor drive pulley 14 are mounted on the output shaft end of feeding motor 17, feeding
Motor driven pulley 36 is mounted on the power input shaft end of feeding deceleration device 15, and feeding belt is around mounted in feeding motor active
Between belt pulley 14 and feeding motor driven pulley 36.
The drawing mechanism includes drawing rack 18, drawing chain wheel set, drawing die 8, drawing assembly and drawing Power Component,
The drawing die 8 is mounted on the left upper part of drawing rack 18；The drawing chain wheel set is mounted on the centre of drawing rack 18, packet
Active drawing sprocket wheel 20, driven drawing sprocket wheel 30 and drawing chain 19 are included, the active drawing sprocket wheel 20 is mounted on drawing rack
18 right end, the driven drawing sprocket wheel 30 are mounted on the left end of drawing rack 18, and the drawing chain 19 is drawn around mounted in active
It pulls out between sprocket wheel 20 and driven drawing sprocket wheel 30；The drawing assembly includes drawing locking head 28, drawing vehicle 40, drawing locking cylinder
27, drawing displacement cylinder 26 and drawing gib head 25, the drawing vehicle 40 are mounted on the centre of drawing rack 18, install drawing lock thereon
The right end of tight cylinder 27, the drawing locking head 28 is hinged with drawing locking cylinder 27, and it is right that drawing displacement cylinder 26 is mounted on drawing vehicle 40
End, the intermediate ends for the cylinder shaft end connection drawing gib head 25 that drawing displacement cylinder 26 stretches out；The left end hinge of drawing gib head 25 is mounted in drawing
The right part of vehicle 40, right end is in hook-shaped；The drawing Power Component includes drawing shaft coupling 37, drawing deceleration device 22, draws
Motor coupler 39 and drawing motor 23 are pulled out, one end of the drawing shaft coupling 37 connects the shaft end of active drawing sprocket wheel 20,
The other end connects the output shaft end of drawing deceleration device 22, and drawing deceleration device 22 passes through drawing motor coupler 39 and drawing electricity
The output shaft end of machine 23 connects.
In the side of the drawing motor coupler 39, it is also equipped with stand-by motor 21；The stand-by motor 21 is by auxiliary
Motor belt 38 is helped to connect drawing motor coupler 39.
The material storage mechanism being made of storage rack 41 and accumulator, the storing are additionally provided on the outside of the drawing mechanism
Cylinder is vertically installed on storage rack 41.
The accumulator includes left accumulator 32 and right accumulator 34, and the left accumulator 32 and right accumulator 34 are pacified respectively
Mounted in the right and left of storage rack 41.
The core pulling aluminum pipe drawbench of the utility model, is provided with core-pulling mechanism, material storage mechanism, feed mechanism and drawbench
Expects pipe is sent in feed mechanism by material storage mechanism, then expects pipe is nested on core_pulling pole by feed mechanism by structure, then by drawing
Mechanism carries out drawing, thus, it is possible to automatic tube-penetrating and automatic drawing；Simultaneously as adding core pulling mould in the end of core_pulling pole
Core, therefore not only can guarantee the outer diameter and finish of aluminum pipe after drawing, but also can guarantee after drawing the internal diameter size of aluminum pipe and bright and clean
Degree, thus, the inside and outside precision of aluminum pipe is relatively high after drawing.
Description of the drawings
Fig. 1 is the schematic front view of the utility model；
Fig. 2 is the schematic top plan view of the utility model.
In figure：1 is core pulling rack, and 2 be core_pulling pole sliding slot, and 3 be left core_pulling pole lift cylinders, and 4 be right core_pulling pole lift cylinders, 5
It is electric cabinet, 6 be core_pulling pole, and 7 be core pulling mold core, and 8 be drawing die, and 9 be driven feeding sprocket wheel, and 10 be feeding chain, and 11 be to send
Rack, 12 be feeding push rod, and 13 be feeding Push rod hand cart, and 14 be feeding motor drive pulley, and 15 be feeding deceleration device, and 16 are
Active-feeding sprocket wheel, 17 be feeding motor, and 18 be drawing rack, and 19 be drawing chain, and 20 be active drawing sprocket wheel, and 21 be auxiliary
Motor, 22 be drawing deceleration device, and 23 be drawing motor, and 24 be active drawing sprocket shaft bearing, and 25 be drawing gib head, and 26 be to draw
Displacement cylinder is pulled out, 27 be drawing locking cylinder, and 28 be drawing locking head, and 29 be driven drawing sprocket shaft bearing, and 30 be driven drawing chain
Wheel, 31 be core_pulling pole fixing nut, and 32 be left accumulator, and 33 be locating slot, and 34 be right accumulator, and 35 be feeding power packages machine
Frame, 36 be feeding motor driven pulley, and 37 be drawing shaft coupling, and 38 be stand-by motor belt, and 39 be drawing motor coupler,
40 be drawing vehicle, and 41 be storage rack.
Specific implementation mode
Below in conjunction with drawings and examples, the utility model is further described.Following explanation is to use to enumerate
Mode, but the scope of protection of the utility model should not be limited to thoses mentioned above.
The core pulling aluminum pipe drawbench of the present embodiment is by including core-pulling mechanism, feed mechanism and drawing mechanism and storage machine
Structure forms.
Core-pulling mechanism is by core pulling rack 1, core_pulling pole sliding slot 2, core_pulling pole 6, core_pulling pole fixing nut 31, core pulling mold core 7
It is constituted with core_pulling pole lift cylinders, core-pulling mechanism is mounted on the left side of drawing mechanism.
Core_pulling pole sliding slot 2 is mounted on the left end of core pulling rack 1, is provided with vertical sliding slot among it, the left end of core_pulling pole 6 is worn
In the sliding slot vertical mounted in core_pulling pole sliding slot 2, and core_pulling pole is fixed by core_pulling pole fixing nut 31 on the left side of core_pulling pole sliding slot 2
6, but core_pulling pole 6 can slide up and down in the vertical sliding slot of core_pulling pole sliding slot 2.Core pulling mold core 7 is mounted on the right end of core_pulling pole 6.
Core_pulling pole lift cylinders are perpendicular to be made of left core_pulling pole lift cylinders 3 and right core_pulling pole lift cylinders 4, is vertically separately mounted to core pulling rack 1
The top on the both sides of lower part, the cylinder shaft stretched out upwards carries core_pulling pole 6.
Electric cabinet 5 is mounted on the upper surface of 1 right part of core pulling rack.
Feed mechanism is made of cradle 11, feeding chain wheel set, feeding push rod group, feeding power packages and locating slot 33.
Cradle 11 is mounted on the top of drawing mechanism.
Feeding chain wheel set is made of active-feeding sprocket wheel 15, driven feeding sprocket wheel 9 and feeding chain 10, active-feeding chain
Wheel 16 is mounted on the right end of 11 front side of cradle, and driven feeding sprocket wheel 9 is mounted on the left end of 11 front side of cradle, feeding chain 10
Around between active-feeding sprocket wheel 16 and driven feeding sprocket wheel 9.
Feeding push rod group is made of feeding push rod 12 and feeding Push rod hand cart 13, and feeding push rod 12 is mounted on cradle 11
Intermediate, V-arrangement locating slot 33 top, feeding Push rod hand cart 13 is mounted on the front side of cradle 11, the top of feeding chain 10.
Feeding power packages are subtracted by feeding power packages rack 35, feeding motor 17, feeding motor drive pulley 14, feeding
Speed variator 15, feeding motor driven pulley 36 are constituted, and feeding power packages rack 35 is mounted on front side of the right end of cradle 11,
Upper installation feeding motor 17 and feeding deceleration device 15, feeding motor drive pulley 14 are mounted on the output shaft of feeding motor 17
End, feeding motor driven pulley 36 are mounted on the power input shaft end of feeding deceleration device 15, and feeding belt is around mounted in feeding
Between motor drive belt pulley 14 and feeding motor driven pulley 36.
Drawing mechanism is made of drawing rack 18, drawing chain wheel set, drawing die 8, drawing assembly and drawing Power Component.
Drawing die 8 is mounted on the left upper part of drawing rack 18.
Drawing chain wheel set is mounted on the centre of drawing rack 18, is by active drawing sprocket wheel 20, driven 30 and of drawing sprocket wheel
Drawing chain 19 is constituted, and active drawing sprocket wheel 20 is mounted on the right end of drawing rack 18, by forward and backward side active drawing sprocket shaft bearing
Seat 29 supports；Driven drawing sprocket wheel 30 is mounted on the left end of drawing rack 18, by forward and backward side active drawing sprocket shaft bearing 24
Support；Drawing chain 19 is around between active drawing sprocket wheel 20 and driven drawing sprocket wheel 30.
Drawing assembly is by drawing locking head 28, drawing vehicle 40, drawing locking cylinder 27, drawing displacement cylinder 26 and drawing gib head
25 are constituted, and drawing vehicle 40 is mounted on the centre of drawing rack 18, install drawing locking cylinder 27, the right end of drawing locking head 28 thereon
Hinged with drawing locking cylinder 27, drawing displacement cylinder 26 is mounted on 40 right end of drawing vehicle, and the cylinder shaft end that drawing displacement cylinder 26 stretches out connects
Connect the intermediate ends of drawing gib head 25；The left end hinge of drawing gib head 25 is mounted in the right part of drawing vehicle 40, and right end is in hook-shaped.
Drawing Power Component is by drawing shaft coupling 37, drawing deceleration device 22, drawing motor coupler 39 and drawing electricity
Machine 23 and stand-by motor 21 are constituted, the shaft end of the rear end connection active drawing sprocket wheel 20 of drawing shaft coupling 37, front end connection
The output shaft end of drawing deceleration device 22, the output that drawing deceleration device 22 passes through drawing motor coupler 39 and drawing motor 23
Shaft end connects；In the side of drawing motor coupler 39, it is also equipped with stand-by motor 21, stand-by motor 21 passes through stand-by motor skin
Band 38 connects drawing motor coupler 39.
The rear side in drawing mechanism is arranged in material storage mechanism, is made of storage rack 41 and accumulator, and accumulator is by left storage
Material cylinder 32 and the composition of right accumulator 34, left accumulator 32 and right accumulator 34 are vertically installed at the left and right two of storage rack 41 respectively
Side.
Before use, the material pipe for waiting for drawing is placed on storage rack 41.In use, controlling left storage by electric cabinet 5
Material cylinder 32 and right accumulator 34 act, and material pipe is pushed up upwards, and when material pipe is more than the upper end of storage rack 41, material pipe is immediately
Slide to the bottom of the V-arrangement locating slot 33 among cradle 11；Thereafter, left core_pulling pole lift cylinders 3 and right core_pulling pole lift cylinders 4 are upward
It stretches out, core_pulling pole 6 (along core_pulling pole sliding slot 2) is jacked up upwards, when the axle center of core_pulling pole 6 and is shelved in V-arrangement locating slot 33
Material pipe axle center overlap when, left core_pulling pole lift cylinders 3 and right 4 stopping of core_pulling pole lift cylinders action, thereafter, feeding motor 17
Start, feeding chain 10 driven to make counterclockwise to move, feeding chain 10 drive feeding Push rod hand cart 13 and with feeding Push rod hand cart
The 13 feeding push rods 12 being linked together are moved to the left, and the left end of feeding push rod 12 pushes material pipe to be moved to the left, thus by material
The endoporus of pipe is nested on core_pulling pole 6, completes bar action.Thereafter, feeding motor 17 drives feeding chain 10 to make side clockwise
To movement, feeding chain 10 drives feeding Push rod hand cart 13 and the feeding push rod 12 being linked together with feeding Push rod hand cart 13 to move right
It is dynamic, original position is returned to, bar action is completed.Thereafter, left core_pulling pole lift cylinders 3 and right core_pulling pole lift cylinders 4 bounce back downwards, will be installed with
The core_pulling pole 6 of material pipe is fallen after rise downwards, when the axle center of core_pulling pole 6, which drops to, to be overlapped with the axle center of drawing die 8, left core_pulling pole liter
Cylinder 3 and right 4 stopping of core_pulling pole lift cylinders action drop；Thereafter, core_pulling pole sliding slot 2 is pushed to the right, allows core_pulling pole 6 together with installing
The right end of material pipe passes through the die hole of drawing die 8；Then, start drawing locking cylinder 27 and drawing motor 23, on the one hand, allow drawing
Locking cylinder 27 drives drawing locking head 28 to clamp the right end of material pipe, and on the other hand, the cylinder shaft of drawing displacement cylinder 26 is stretched out, and is pushed
The right end of drawing gib head 25 is rotated clockwise around its left end, and the hook-shaped of its right end is made to hook drawing chain 19；Meanwhile it drawing
The rotation of motor 23 is pulled out, drawing chain 19 is driven to rotate clockwise, and then drives drawing locking head 28 together with the element clamped
Material pipe moves right, and carries out drawing.After the left end of material pipe is drawn out the die hole of drawing die 8, drawing locking cylinder 27 acts, pine
Drawing locking head 28 is opened, allows the discharging of material pipe after drawing；Meanwhile drawing motor 23 stops operating, the cylinder of drawing displacement cylinder 26
Axis bounces back, and the right end of drawing gib head 25 is detached from drawing chain 19.Then, stand-by motor 21 starts, and drives drawing motor coupler
39 drive drawing chain 19 for counterclockwise rotation in turn, and drawing assembly is allowed to reset, to complete drawing action.
The core pulling aluminum pipe drawbench of the utility model, can be not only used for drawing aluminium alloy pipe, it can also be used to which drawing is other to be had
Non-ferrous metal tubing.
Claims (7)
1. a kind of core pulling aluminum pipe drawbench, including core-pulling mechanism, feed mechanism and drawing mechanism, the core-pulling mechanism, which is mounted on, to be drawn
One end of drawing machine structure, the feed mechanism are mounted on the top of drawing mechanism；It is characterized in that：The core-pulling mechanism includes core pulling
Rack (1), core_pulling pole sliding slot (2), core_pulling pole (6), core pulling mold core (7) and core_pulling pole lift cylinders；Core_pulling pole sliding slot (2) peace
One end mounted in core pulling rack (1), one end of the core_pulling pole (6), which can slide up and down to, to be installed in core_pulling pole sliding slot (2), institute
State the other end that core pulling mold core (7) is mounted on core_pulling pole (6)；The core_pulling pole lift cylinders are mounted vertically in core pulling rack (1)
Lower part, the top carrying core_pulling pole (6) for the cylinder shaft stretched out upwards.
2. core pulling aluminum pipe drawbench according to claim 1, it is characterised in that：The core_pulling pole lift cylinders include left core pulling
Bar lift cylinders (3) and right core_pulling pole lift cylinders (4), the left core_pulling pole lift cylinders (3) and right core_pulling pole lift cylinders (4) are pacified respectively
Both sides mounted in core pulling rack (1) lower part.
3. core pulling aluminum pipe drawbench according to claim 2, it is characterised in that：The feed mechanism includes cradle
(11), feeding chain wheel set, feeding push rod group, feeding power packages and locating slot (33), the cradle (11) are mounted on drawbench
The top of structure；The feeding chain wheel set includes active-feeding sprocket wheel (16), driven feeding sprocket wheel (9) and feeding chain (10), master
Dynamic feeding sprocket wheel (16) is mounted on the right end of cradle (11) side, and driven feeding sprocket wheel (9) is mounted on cradle (11) side
Left end, the feeding chain (10) is around between active-feeding sprocket wheel (16) and driven feeding sprocket wheel (9)；The feeding pushes away
Bar group includes feeding push rod (12) and feeding Push rod hand cart (13), the feeding push rod (12) be mounted on cradle (11) centre,
The top of locating slot (33), the feeding Push rod hand cart (13) is mounted on the side of cradle (11), the top of feeding chain (10)；
The feeding power packages include feeding power packages rack (35), feeding motor (17), feeding motor drive pulley (14), feeding
Deceleration device (15), feeding motor driven pulley (36), the feeding power packages rack (35) are mounted on cradle (11)
Right end side installs feeding motor (17) thereon and feeding deceleration device (15), feeding motor drive pulley (14) is mounted on
The output shaft end of feeding motor (17), the power that feeding motor driven pulley (36) is mounted on feeding deceleration device (15) input
Shaft end, feeding belt is around between feeding motor drive pulley (14) and feeding motor driven pulley (36).
4. core pulling aluminum pipe drawbench according to claim 3, it is characterised in that：The drawing mechanism includes drawing rack
(18), drawing chain wheel set, drawing die (8), drawing assembly and drawing Power Component, the drawing die (8) are mounted on drawing rack
(18) left upper part；The drawing chain wheel set be mounted on drawing rack (18) centre, including active drawing sprocket wheel (20), from
Dynamic drawing sprocket wheel (30) and drawing chain (19), the active drawing sprocket wheel (20) are mounted on the right end of drawing rack (18), institute
The left end that driven drawing sprocket wheel (30) is mounted on drawing rack (18) is stated, the drawing chain (19) is around mounted in active drawing sprocket wheel
(20) between driven drawing sprocket wheel (30)；The drawing assembly includes drawing locking head (28), drawing vehicle (40), drawing locking
Cylinder (27), drawing displacement cylinder (26) and drawing gib head (25), the drawing vehicle (40) are mounted on the centre of drawing rack (18),
Upper installation drawing locking cylinder (27), the right end and drawing locking cylinder (27) of the drawing locking head (28) are hinged, drawing displacement cylinder
(26) drawing vehicle (40) right end, the intermediate ends for the cylinder shaft end connection drawing gib head (25) that drawing displacement cylinder (26) stretches out are mounted on；
The left end hinge of drawing gib head (25) is mounted in the right part of drawing vehicle (40), and right end is in hook-shaped；The drawing Power Component includes
Drawing shaft coupling (37), drawing deceleration device (22), drawing motor coupler (39) and drawing motor (23), drawing connection
The shaft end of one end connection active drawing sprocket wheel (20) of axis device (37), the other end connect the output shaft of drawing deceleration device (22)
End, drawing deceleration device (22) are connect by drawing motor coupler (39) with the output shaft end of drawing motor (23).
5. core pulling aluminum pipe drawbench according to claim 4, it is characterised in that：In the drawing motor coupler (39)
Side is also equipped with stand-by motor (21)；The stand-by motor (21) connects drawing motor connection by stand-by motor belt (38)
Axis device (39).
6. core pulling aluminum pipe drawbench according to claim 5, it is characterised in that：It is also set up on the outside of the drawing mechanism
There are the material storage mechanism being made of storage rack (41) and accumulator, the accumulator to be vertically installed on storage rack (41).
7. core pulling aluminum pipe drawbench according to claim 6, it is characterised in that：The accumulator includes left accumulator (32)
With right accumulator (34), the left accumulator (32) and right accumulator (34) are separately mounted to the right and left of storage rack (41).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721826319.5U CN207628896U (en) | 2017-12-24 | 2017-12-24 | A kind of core pulling aluminum pipe drawbench |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721826319.5U CN207628896U (en) | 2017-12-24 | 2017-12-24 | A kind of core pulling aluminum pipe drawbench |
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| Publication Number | Publication Date |
|---|---|
| CN207628896U true CN207628896U (en) | 2018-07-20 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107913912A (en) * | 2017-12-24 | 2018-04-17 | 祁阳宏泰铝业有限公司 | A kind of core pulling aluminum pipe drawbench |
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2017
- 2017-12-24 CN CN201721826319.5U patent/CN207628896U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107913912A (en) * | 2017-12-24 | 2018-04-17 | 祁阳宏泰铝业有限公司 | A kind of core pulling aluminum pipe drawbench |
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