CN106363231A - Aluminum pipe cutting machining line - Google Patents
Aluminum pipe cutting machining line Download PDFInfo
- Publication number
- CN106363231A CN106363231A CN201610750693.5A CN201610750693A CN106363231A CN 106363231 A CN106363231 A CN 106363231A CN 201610750693 A CN201610750693 A CN 201610750693A CN 106363231 A CN106363231 A CN 106363231A
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- Prior art keywords
- aluminum pipe
- double
- pair
- pipe cutting
- pipe carrier
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23D—PLANING; SLOTTING; SHEARING; BROACHING; SAWING; FILING; SCRAPING; LIKE OPERATIONS FOR WORKING METAL BY REMOVING MATERIAL, NOT OTHERWISE PROVIDED FOR
- B23D33/00—Accessories for shearing machines or shearing devices
- B23D33/02—Arrangements for holding, guiding, and/or feeding work during the operation
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
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Abstract
The invention relates to an aluminum pipe cutting machining line. The aluminum pipe cutting machining line comprises a base. A double-chain transmission device is arranged on the base, and pairwise aluminum pipe loading frames are evenly distributed and arranged on the double-chain transmission device. A gap exists between each pair of aluminum pipe loading frames. A push block is welded to the aluminum pipe loading frame located on the front side of each pair of aluminum pipe loading frames. An integrated feeding device is arranged above the right side of the double-chain transmission device and comprises a feeding wheel. Protruding blocks matched with the push blocks are evenly distributed on the arc face on the front side of the feeding wheel. The left side of the double-chain transmission device is connected with an integrated unloading device. Tabletops fixedly arranged on the base are arranged on the front side and the rear side of the double-chain transmission device, and each tabletop is provided with an aluminum pipe cutting device. According to the aluminum pipe cutting machining line, aluminum pipes can be automatically cut and machined through feeding and transportation in an assembly line machining manner, and automatic unloading is achieved on that basis; and the aluminum pipe cutting machining line has the effects that control operation is simplified, and labor is saved.
Description
Technical field
The present invention relates to a processing line, specifically a kind of aluminum pipe cutting processing line.
Background technology
Aluminum pipe is one kind of nonferrous metal tube, refers to be become along its longitudinal total length hollow through extrusion process with pure aluminum or aluminum alloy
Tubular metal material.Conventional aluminum pipe can have a through hole, and wall thickness, cross-sectional uniformity are consistent, with linear or one-tenth web-like delivery,
And can be widely applied for the industries such as automobile, steamer, space flight, aviation, electrical equipment, agricultural, electromechanics, household.
In some cases, many aluminum pipes also can be used as connector, under this use state, often right
The length of aluminum pipe has specific restriction, therefore before use, needs people that aluminum pipe is carried out being cut to the length of adaptation, Fang Kejin
Exercise and use.At present under the premise calls of high-volume cutting processing, how to improve flowing water processing line efficiency, and realize fast automatic
High-volume aluminum pipe is carried out being cut into a difficult problem for people's more puzzlement.
Content of the invention
In order in flowing water processing line, realize in an efficient manner aluminum pipe being carried out surface trimming, the present invention proposes one kind
Aluminum pipe cutting processing line.
The technical problem to be solved employs the following technical solutions to realize:
A kind of aluminum pipe cutting processing line, including base, described base is provided with double-strand transmitting device, described double-strand transmission
Paired aluminum pipe carrier is uniformly provided with device, there is space between each pair aluminum pipe carrier, in each pair aluminum pipe carrier
It is welded with pushing block on the aluminum pipe carrier of front side.
There is above the right side of described double-strand transmitting device integrated feeding device, described integration feeding device includes supplying
Material roller, the arc surface on front side of described feed roller is evenly equipped with the casting lug thereon being adapted with pushing block, described double-strand transmitting device
Left side be connected with integrated discharging device, the front side of described double-strand transmitting device, rear side are equipped with the platform being packed on base
Face, each table top is mounted on aluminum pipe cutter sweep.
Integrated feeding device is used for the aluminum pipe that storage need to be processed, during use, by integrated feeding device with batch (-type)
Mode will aluminum pipe be fed on every a pair of aluminum pipe carrier one by one, and aluminum pipe carrier carries the band in double-strand transmitting device for the aluminum pipe
Transport from left to right under dynamic.Aluminum pipe during transport, can cut to aluminum pipe with carrying out pipeline system by aluminum pipe cutter sweep
Cut processing, finally the aluminum pipe of well cutting is carried out by discharging by integrated discharging device.
Described double-strand transmitting device includes two to the sprocket wheel arranging in front and back, is connected with two pairs of sprocket wheels between the sprocket wheel in left side
Left axle, is connected with right axle between the sprocket wheel on front right side in two pairs of sprocket wheels, and described right axle is connected with driving motor, between each pair sprocket wheel
It is mounted on the chain that the two transmission is connected, each pair aluminum pipe carrier is all uniformly fixedly mounted on two in corresponding mode in front and back
On bar chain.
The u shape groove of before and after's insertion is all had on each pair aluminum pipe carrier, described left axle, right axle are all arranged on by bearing block
On base.
Described integration feeding device also includes the v shape material frame being packed on base, and described v shape material frame lower end is communicated with circle
The parcel shelf of shape, described feed roller is rotatably mounted in parcel shelf, on the rear portion arc surface of described feed roller
It is evenly equipped with hopper, described hopper is identical with casting lug thereon number, and the two is in that alternative expression is distributed on the extrados of feed roller, institute
State parcel shelf lower end and have the discharging opening being adapted with hopper.
V shape material frame is used for depositing aluminum pipe, and the wherein aluminum pipe of bottom can be entered by the connectivity part of v shape material frame and parcel shelf
In hopper in feed roller, during use, start driving motor, drive on chain and chain all of aluminum pipe carrier from
The left transmission of dextrad, when a pair of aluminum pipe carrier is transferred near integration feeding device, the pushing block on aluminum pipe carrier
Can clash into and promote casting lug thereon so that feed roller rotates a specified angle, this nominal angle size is two neighboring material
Center of circle angle corresponding to groove, that is, after making each shock casting lug thereon of the pushing block to aluminum pipe carrier so that feed roller is rotated, should
When aluminum pipe carrier is transported to below discharging opening, a hopper carrying aluminum pipe will be rotated into directly over discharging opening, makes
Obtain the aluminum pipe in this hopper and this can be dropped to in the u shape groove on aluminum pipe carrier by discharging opening, complete batch (-type) feed.
The feature of this batch (-type) effect is that feed is integrated with transport, and feed is to control feed roller in the conveying of the pushing block of conveying
Rotation in the presence of formed, this allows for controlling convenient.
Two aluminum pipe cutter sweeps are in be symmetrical arranged in front and back, and the aluminum pipe cutter sweep of front side is included with front and back's sliding type peace
It is contained in the regulation seat board on corresponding table top, described regulation seat board is fixed with vertical saddle, described saddle is slidably fitted with
Overhead load bearing seat, overhead load bearing seat is provided with the High Damping Spring that the two is connected, described overhead load bearing seat with adjusting between seat board
On sharpening motor is installed, described sharpening motor connection has drive rod, is provided with equal for drive rod left end edge on the left of described drive rod
The swing span that vertical direction is slidably installed, described swing span front end is fixed with cutter.
It is provided with pressing block above the right side of described overhead load bearing seat, be hinged with the middle part of described pressing block and be packed in regulation seat board
On fixed mount, described pressing block left end is connected with lifter rack in the way of sliding and be hinged, and described lifter rack is engaged with
Partial gear, described partial gear is connected with vertical drive motor, described partial gear and corresponding regulation seat board it
Before have by the two be connected extension spring.
When each aluminum pipe is transported between two aluminum pipe cutter sweeps, double-strand transmitting device is braked.Now, cutter
Positioned at the surface of aluminum pipe front end or rear end, can on the one hand pass through to start sharpening motor driving drive rod rotation so that swing span
And cutter can reciprocally be horizontally slipped.On the other hand, drive incomplete tooth by starting vertical drive motor
Wheel rotate counterclockwise, makes lifter rack move up then, then promotes pressing block rotate counterclockwise.Further pressing block
Left end overhead load bearing seat will be pushed, that is, enable cutter with downward sliding motion and the sliding of reciprocating left and right
Move and carry out simultaneously, and then reach the part to aluminum pipe front end or rear end overlength and carry out cut so that aluminum pipe reaches suitable length
Degree.
By the cooperation of partial gear and lifter rack, enable to every time when cutter complete once to cut task
Afterwards, lifter rack can move downwardly to original position under extension spring effect, and overhead load bearing seat and cutter can be in High Damping Springs
Original position is moved up under elastic force effect.All realize each time cutter are automatically reset after completing cutting task,
Can not only facilitate and a large amount of rapidly processing be carried out on streamline processing line additionally it is possible to further simplify control, save labour force.
Described integrated discharging device includes the rotating turret being arranged in left axle, and the arc surface of described rotating turret is evenly equipped with
Swivel plate, described swivel plate all drags for frame deviate from that the one end determining rotating turret is provided with l shape, and described dragging for all is slidably fitted with side on frame
Baffle plate, described side shield is respectively connected with the relief cylinder being packed on corresponding rotating turret, and the left side of described rotating turret has receipts
Header.
The adjacent central angle corresponding to two rotating turrets is adapted with the spacing of adjacent two pairs of aluminum pipe carriers.
Described collecting box upper left side is provided with sideskid, and described sideskid has escape groove, wide before and after described escape groove
Degree, swivel plate before and after there are gap lengths between width and each pair aluminum pipe carrier and be adapted.
Integrated discharging device is mainly used in after aluminum pipe completes all corresponding machine-shaping, quilt on aluminum pipe carrier
When being delivered to chain upper left side, rotating turret and swivel plate together can be rotated counterclockwise with left axle, when on rotating turret
When dragging for the space that frame rotates past between a pair of aluminum pipe carrier of chain upper left side each time, drag for frame and all this aluminum pipe can be carried
The aluminum pipe completing on frame to process takes away aluminum pipe carrier, and drives this aluminum pipe to rotate together with, and is rotated into just going up when this drags for frame
Fang Shi, side shield can be elapsed and give aluminum pipe left end and carry out spacing by relief cylinder upwards, prevent aluminum pipe from dropping, revolved when dragging for frame
When going to close escape groove left end, aluminum pipe will roll down on sideskid under gravity automatically, and from sideskid automatically
Safely tumble to the left to collecting box.
The advantage of integrated discharging device is that the rotation driving being not only rotating turret relies on double-strand transmitting device, realizes driving
Control integrated with double-strand transmitting device, reach simplify control and effect of operation.Additionally, due to two adjacent rotating turret institutes
Corresponding central angle is adapted with the spacing of adjacent two pairs of aluminum pipe carriers.The carried and transported of aluminum pipe carrier can be made and turn
The rotation discharging of moving frame realizes two-way coordination so that coordinating more smooth between the efficiency high of processing line discharging, operation.
To sum up state institute, the present invention can be by the rampman of the Charge motion of integrated feeding device, integrated discharging device
All enable to realize with the transmission work of double-strand transmitting device controlling, drive integrated it is achieved that simplify control operates, saves
Effect of labour, and feed, discharging all can carry out cooperation with aluminum pipe transport, and then improve the automatization of process line
Performance and efficient performance.Meanwhile, the present invention, during carrying out pipeline system surface trimming processing to aluminum pipe, can make
Obtain every time after cutter complete once cutting task, lifter rack can move downwardly to original position under extension spring effect, overhead
Load bearing seat and cutter can move up to original position under the effect of High Damping Spring elastic force.Complete cutting task each time
All realize afterwards cutter are automatically reset, can not only facilitate and carry out rapidly processing in a large number on streamline processing line, also
Can further simplify control, save labour force.
The invention has the beneficial effects as follows:
Aluminum pipe can be passed through feed, transport with streamline processing mode by the present invention, automatically cut aluminum pipe with reaching
Cut processing, and realize automatic discharging on this basis.On this basis, the present invention can also facilitate and carry out on streamline processing line
A large amount of rapidly processing effects, and improve automatization's performance of process line and the effect of efficient performance, there is simplification control
System operation, laborsaving effect.
Brief description
The present invention is further described with reference to the accompanying drawings and examples.
Fig. 1 is the axonometric chart of the present invention；
Fig. 2 is the axonometric chart of base of the present invention, double-strand transmitting device and integrated feeding device；
Fig. 3 is the top view with regard to Fig. 2 for the present invention；
Fig. 4 is the a-a sectional view with regard to Fig. 3 for the present invention；
The axonometric chart that Fig. 5 is slidably matched with aluminum pipe cutter sweep for part table top of the present invention；
Fig. 6 is the front view of aluminum pipe cutter sweep of the present invention；
Fig. 7 is the top view of aluminum pipe cutter sweep of the present invention；
Fig. 8 is the axonometric chart of base of the present invention, double-strand transmitting device and integrated discharging device；
Fig. 9 is place's partial enlarged drawing with regard to Fig. 8 for the present invention.
Specific embodiment
In order that the technological means realized of the present invention, creation characteristic, reached purpose and effect are easy to understand, below right
The present invention is expanded on further.
As shown in Figures 1 to 9, a kind of aluminum pipe cutting processing line, including base 1, described base 1 is provided with double-strand transmission
Device 2, described double-strand transmitting device 2 is uniformly provided with paired aluminum pipe carrier 3, exists between each pair aluminum pipe carrier 3
Space, is welded with pushing block 31 on the aluminum pipe carrier 3 of front side in each pair aluminum pipe carrier 3.
There is above the right side of described double-strand transmitting device 2 integrated feeding device 4, described integration feeding device 4 wraps
Include feed roller 41, the arc surface of described feed roller 41 front side is evenly equipped with the casting lug thereon 41a being adapted with pushing block 31, described
The left side of double-strand transmitting device 2 is connected with integrated discharging device 5, and the front side of described double-strand transmitting device 2, rear side are equipped with solid
It is contained in the table top 6 on base 1, each table top 6 is mounted on aluminum pipe cutter sweep 7.
Integrated feeding device 4 is used for the aluminum pipe that storage need to be processed, during use, by integrated feeding device 4 with interval
Formula mode will aluminum pipe be fed on every a pair of aluminum pipe carrier 3 one by one, and aluminum pipe carrier 3 carries aluminum pipe in double-strand transmitting device
Transport from left to right under 2 drive.During transport, aluminum pipe cutter sweep 7 can carry out streamline to aluminum pipe to aluminum pipe
The aluminum pipe of well cutting is finally carried out discharging by integrated discharging device 5 by formula ground cutting processing.
Described double-strand transmitting device 2 includes two to the sprocket wheel 21 arranging in front and back, in two pairs of sprocket wheels 21 sprocket wheel 21 in left side it
Between be connected with left axle 22, be connected with right axle 23 in two pairs of sprocket wheels 21 between the sprocket wheel 21 on front right side, described right axle 23 is connected with biography
Galvanic electricity machine 24, is mounted on the chain 25 that the two transmission is connected, each pair aluminum pipe carrier 3 is all with front and back between each pair sprocket wheel 21
Corresponding mode is uniformly fixedly mounted on two chains 25.
The u shape groove 32 of before and after's insertion is all had on each pair aluminum pipe carrier 3, described left axle 22, right axle 23 are all by bearing
Seat is arranged on base 1.
Described integration feeding device 4 also includes the v shape material frame 42 being packed on base 1, and described v shape material frame 42 lower end is even
It is connected with the parcel shelf 43 of circle, described feed roller 41 is rotatably mounted in parcel shelf 43, described feed roller 41
Rear portion arc surface on be evenly equipped with hopper 41b, described hopper 41b is identical with casting lug thereon 41a number, and the two is in feed roller 41
Extrados in alternative expression distribution, described parcel shelf 43 lower end has the discharging opening 43a being adapted with hopper 41b.
V shape material frame 42 is used for depositing aluminum pipe, and the wherein aluminum pipe of bottom can be by the connection of v shape material frame 42 and parcel shelf 43
Place enters in the hopper 41b in feed roller 41, during use, starts driving motor 24, drives on chain 25 and chain 25
All of aluminum pipe carrier 3 right-to-left transmission, whenever a pair of aluminum pipe carrier 3 is transferred near integration feeding device 4
When, the pushing block 31 on aluminum pipe carrier 3 can clash into and promote casting lug thereon 41a so that feed roller 41 rotates a specified angle
Degree, this nominal angle size is the center of circle angle corresponding to two neighboring hopper 41b, that is, make each to aluminum pipe carrier 3
After pushing block 31 shock casting lug thereon 41a makes feed roller 41 rotate, when this aluminum pipe carrier 33 is transported to below discharging opening 4a, one
The individual hopper 41b with aluminum pipe will be rotated into directly over discharging opening 4a so that the aluminum pipe in this hopper 41b can pass through
Material mouth 4a drops to this in the u shape groove 32 on aluminum pipe carrier 3, completes batch (-type) feed.The feature of this batch (-type) effect
It is that feed is integrated with transport, feed is shape in the presence of the rotation of control feed roller 41 in the conveying of the pushing block 31 of conveying
Become, this allows for controlling convenient.
Two aluminum pipe cutter sweeps 7 are in be symmetrical arranged in front and back, and the aluminum pipe cutter sweep 7 of front side is included with front and back's sliding type
It is arranged on the regulation seat board 714 on corresponding table top 6, described regulation seat board 714 is fixed with vertical saddle 71, described saddle 71
On be slidably fitted with overhead load bearing seat 72, overhead load bearing seat 72 and adjust and be provided with, between seat board 714, the high-damping that the two is connected
Spring 74, described overhead load bearing seat 72 is provided with sharpening motor 73, and described sharpening motor 73 is connected with drive rod 75, described drive
It is provided with the swing span 76 that drive rod 75 left end is all vertically slidably installed, described swing span 76 front end is solid on the left of lever 75
Equipped with cutter 77.
It is provided with pressing block 78 above the right side of described overhead load bearing seat 72, be hinged with the middle part of described pressing block 78 and be packed in tune
Fixed mount 79 on section seat board 714, described pressing block 78 left end is connected with lifter rack 710, institute in the way of sliding and be hinged
State lifter rack 710 and be engaged with partial gear 711, described partial gear 711 is connected with vertical drive motor 712, described
Partial gear 711 has, with the corresponding seat board 714 that adjusts, the extension spring 713 that the two is connected before.
When each aluminum pipe is transported between two aluminum pipe cutter sweeps 7, double-strand transmitting device 2 is braked.Now, cut
Knife 77 is located at the surface of aluminum pipe front end or rear end, can on the one hand pass through startup sharpening motor 73 and drive drive rod 75 to rotate, make
Obtain swing span 76 and cutter 77 can reciprocally be horizontally slipped.On the other hand, by starting vertical drive motor
712 drive partial gear 711 rotate counterclockwises, make lifter rack 710 move up then, then promote pressing block 78 inverse
Hour hands rotate.Overhead load bearing seat 72 will be pushed by the left end of further pressing block 78, that is, enable cutter 77
Carried out with the sliding motion of reciprocating left and right with downward sliding motion simultaneously, and then reach the part to aluminum pipe front end or rear end overlength
Carry out cut so that aluminum pipe reaches suitable length.
By the cooperation of partial gear 711 and lifter rack 710, enable to every time when cutter 77 complete once to cut
After cutting task, lifter rack 710 can move downwardly to original position under extension spring 713 effect, overhead load bearing seat 72 and cutter
77 can move up to original position under the effect of High Damping Spring 74 elastic force.All realize each time cutting after completing cutting task
Cutter 77 is automatically reset, and can not only facilitate and carry out a large amount of rapidly processing on streamline processing line additionally it is possible to further
Simplify control, saving labour force.
Described integrated discharging device 5 includes the rotating turret 51 being arranged in left axle 22, the arc surface of described rotating turret 51
On be evenly equipped with swivel plate 52, described swivel plate 52 all drags for frame 53 deviate from that the one end determining rotating turret 51 is provided with l shape, described drags for frame
All it is slidably fitted with side shield 54, described side shield 54 is respectively connected with the relief cylinder being packed on corresponding rotating turret 51 on 53
56, the left side of described rotating turret 51 has collecting box 55.
The adjacent central angle corresponding to two rotating turrets 51 is adapted with the spacing of adjacent two pairs of aluminum pipe carriers 3.
Described collecting box 55 upper left side is provided with sideskid 55a, and described sideskid 55a has escape groove 55aa, described keeps away
The width in front and back of groove 55aa, the gap lengths phase that exists between width and each pair aluminum pipe carrier 3 in front and back of swivel plate 52 is allowed to fit
Join.
Integrated discharging device 5 is mainly used in after aluminum pipe completes all corresponding machine-shaping, on aluminum pipe carrier 3
When being transported to chain 25 upper left side, rotating turret 51 and swivel plate 52 together can be rotated counterclockwise with left axle 22, when
On rotating turret 51 when dragging for the space that frame 53 rotates past between a pair of aluminum pipe carrier 3 of chain 25 upper left side each time, drag for
The aluminum pipe completing on this aluminum pipe carrier 3 to process all can be taken away aluminum pipe carrier 3 by frame 53, and drives this aluminum pipe together to revolve
Turn, when this drag for frame 53 be rotated into directly over when, relief cylinder 56 can elapse and give aluminum pipe left end by side shield 54 upwards
Row spacing, prevent aluminum pipe from dropping, when drag for frame 53 be rotated near escape groove 55aa left end when, aluminum pipe will be in action of gravity
Under, automatically roll down on sideskid 55a, and automatic safe ground tumbles to the left to collecting box 55 from sideskid 55a.
The advantage of integrated discharging device 5 is that the rotation driving being not only rotating turret 51 relies on double-strand transmitting device 2, realizes
Drive control is integrated with double-strand transmitting device 2, reaches simplify control and effect of operation.Additionally, due to two adjacent rotations
Central angle corresponding to frame 51 is adapted with the spacing of adjacent two pairs of aluminum pipe carriers 3.The carrying of aluminum pipe carrier 3 can be made
The rotation discharging of transport and rotating turret 51 realizes two-way coordination so that coordinating more between the efficiency high of processing line discharging, operation
Smooth.
Ultimate principle, principal character and the advantages of the present invention of the present invention have been shown and described above.The technology of the industry
The simply present invention it should be appreciated that the present invention is not restricted to the described embodiments, described in above-described embodiment and description for the personnel
Principle, without departing from the spirit and scope of the present invention, the present invention also has various changes and modifications, these change and
Improvement both falls within claimed invention.Claimed scope is by appending claims and its equivalent circle.
Fixed.
Claims (4)
1. a kind of aluminum pipe cutting processing line, including base (1) it is characterised in that: be provided with described base (1) double-strand transmission dress
Put (2), described double-strand transmitting device (2) be uniformly provided with paired aluminum pipe carrier (3), each pair aluminum pipe carrier (3) it
Between there is space, be welded with pushing block (31) on the aluminum pipe carrier (3) of front side in each pair aluminum pipe carrier (3)；Described double-strand passes
There is above the right side of defeated device (2) integrated feeding device (4), described integration feeding device (4) includes feed roller
(41), the arc surface on front side of described feed roller (41) is evenly equipped with the casting lug thereon (41a) being adapted with pushing block (31), described double
The left side of chain transmitting device (2) is connected with integrated discharging device (5), and the front side of described double-strand transmitting device (2), rear side are all provided with
There is the table top (6) being packed on base (1), each table top (6) is mounted on aluminum pipe cutter sweep (7)；
Described double-strand transmitting device (2) includes two to the sprocket wheel (21) arranging in front and back, the sprocket wheel in left side in two pairs of sprocket wheels (21)
(21) it is connected with left axle (22) between, in two pairs of sprocket wheels (21), between the sprocket wheel (21) on front right side, be connected with right axle (23), described
Right axle (23) is connected with driving motor (24), is mounted on the chain (25) that the two transmission is connected between each pair sprocket wheel (21),
Each pair aluminum pipe carrier (3) is all uniformly fixedly mounted on two chains (25) in corresponding mode in front and back；
Two aluminum pipe cutter sweeps (7) are in be symmetrical arranged in front and back.
2. a kind of aluminum pipe cutting processing line according to claim 1 it is characterised in that: each pair aluminum pipe carrier (3) is upper all
Have u shape groove (32) of before and after's insertion, described left axle (22), right axle (23) are all arranged on base (1) by bearing block.
3. a kind of aluminum pipe cutting processing line according to claim 1 it is characterised in that: described collecting box (55) upper left side sets
There is sideskid (55a), described sideskid (55a) has escape groove (55aa), width, rotation before and after described escape groove (55aa)
There are gap lengths between width and each pair aluminum pipe carrier (3) before and after flap (52) to be adapted.
4. a kind of aluminum pipe cutting processing line according to claim 1 it is characterised in that: the aluminum pipe cutter sweep (7) of front side
Including the regulation seat board (714) to be slidably mounted in front and back on corresponding table top (6), described regulation seat board (714) is fixedly mounted with
There is vertical saddle (71), described saddle (71) is slidably fitted with overhead load bearing seat (72), overhead load bearing seat (72) and regulation
It is provided with the High Damping Spring (74) that the two is connected between seat board (714), described overhead load bearing seat (72) is provided with sharpening electricity
Machine (73), described sharpening motor (73) is connected with drive rod (75), is provided with drive rod (75) is left on the left of described drive rod (75)
Hold the swing span (76) being all vertically slidably installed, described swing span (76) front end is fixed with cutter (77)；
It is provided with pressing block (78) above the right side of described overhead load bearing seat (72), be hinged with the middle part of described pressing block (78) and be packed in
Adjust the fixed mount (79) on seat board (714), described pressing block (78) left end is connected with lifting tooth in the way of sliding and be hinged
Bar (710), described lifter rack (710) is engaged with partial gear (711), and described partial gear (711) is connected with longitudinal direction
Motor (712), described partial gear (711) is had drawing that the two is connected before with the corresponding seat board (714) that adjusts
Spring (713).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610750693.5A CN106363231A (en) | 2016-08-29 | 2016-08-29 | Aluminum pipe cutting machining line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610750693.5A CN106363231A (en) | 2016-08-29 | 2016-08-29 | Aluminum pipe cutting machining line |
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| CN106363231A true CN106363231A (en) | 2017-02-01 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201610750693.5A Pending CN106363231A (en) | 2016-08-29 | 2016-08-29 | Aluminum pipe cutting machining line |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107336065A (en) * | 2017-06-30 | 2017-11-10 | 芜湖市泰能电热器具有限公司 | A kind of feeding device of aluminum pipe cut processing line |
| CN108555655A (en) * | 2018-03-16 | 2018-09-21 | 温州职业技术学院 | Chain-plate type is automatically positioned clamping milling machine |
| CN108994376A (en) * | 2018-08-20 | 2018-12-14 | 浙江创新汽车空调有限公司 | A kind of air conditioner flat tube cutting equipment |
| CN110625179A (en) * | 2019-10-28 | 2019-12-31 | 芜湖市恒浩机械制造有限公司 | Bearing type aluminum pipe cutting device |
| CN111716420A (en) * | 2020-06-03 | 2020-09-29 | 马一索夫 | A equipment that is used for toilet paper batch production dissection |
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