CN208811207U - A kind of flat aluminum pipe tube drawbench - Google Patents
A kind of flat aluminum pipe tube drawbench Download PDFInfo
- Publication number
- CN208811207U CN208811207U CN201821747297.8U CN201821747297U CN208811207U CN 208811207 U CN208811207 U CN 208811207U CN 201821747297 U CN201821747297 U CN 201821747297U CN 208811207 U CN208811207 U CN 208811207U
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- lifting
- charging tray
- cylinder
- push plate
- plate
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Abstract
The utility model relates to tube drawbench technical fields, the flat aluminum pipe tube drawbench of cutting is collected more particularly to a kind of on-line continuous, the flat aluminum pipe comb generating set main body includes bedframe, flat aluminum pipe is installed on main body frame and collects C-shaped channel, servo manipulator and cutter assembly, tenslator, alignment means, lifting push-off device, rollgang, transportation guide device etc., big/small pallet is compatible；Because the unit can perfectly be connect with flat aluminum pipe tubulation line by feeding belt machine, realize that the continuous continual flat aluminum pipe to production is collected, comb, sabot, alignment and the collection tray that will can be arranged automatically and integrally releases, quality inspection personnel can be made conveniently to check flat aluminum pipe quality, can be greatly improved originally by the production efficiency of manually comb dress pallet.
Description
Technical field
The utility model relates to tube drawbench technical fields, and in particular to a kind of on-line continuous collects the flat aluminum pipe comb of cutting
Machine.
Technical background
In existing product technology, when on-line continuous collects the flat aluminum pipe of cutting, since material collecting device often occurs blocking feelings
Condition；Not can control tension of the comb in pallet so that it is subsequent also need to meet on artificial supplementation pipe to pallet it is subsequent
Procedure calls；And the pipe malalignment on pallet is collected, needs manually to clap together, leverages daily production efficiency.
Summary of the invention
The purpose of the utility model is to provide a kind of flat aluminum pipe tube drawbenches, and the flat aluminium of cutting can be collected with on-line continuous
Pipe, solves material collecting device and is frequently occluded, subsequent to need on artificial supplementation pipe to pallet, pipe malalignment, needs artificial
The problem of clapping the existing influence follow-up work such as neat.And machine also achieves the compatible (see figure 6) of big/small pallet, because of the unit
It can perfectly be connect with flat aluminum pipe tubulation line by feeding belt machine, realize that the continuous continual flat aluminum pipe to production carries out
Collection, comb, sabot, alignment can simultaneously be released the collection tray arranged and integrally automatically, do not needed subsequent benefit pipe, clapped together
Etc. manual operations, quality inspection personnel can be made conveniently to check flat aluminum pipe quality, can greatly improve originally by manually comb
Fill the production efficiency of pallet.
A kind of on-line continuous collects the flat aluminum pipe comb unit of cutting, including on flat aluminum pipe comb unit main body frame (1)
C-shaped channel bracket (3.1) and robot support frame (3.7) are installed, C-shaped channel (3.2) and guide rail (3.3) are mounted on C-shaped channel bracket
(3.1) on, guide plate (3.5) connects C-shaped channel (3.2) and conveyer (3.4) simultaneously, is equipped between two pieces of guide plates (3.5)
Limited block (3.6), manipulator servo motor (3.8) are mounted on robot support frame (3.7).
Manipulator mounting plate combines (4.1) and passes through clamping mechanical hand rotating shaft (4.2) and robot support frame (3.7) and machine
Tool hand servo motor (3.8) is connected, and blade cylinder (4.4) is mounted in manipulator mounting plate combination (4.1), blade (4.5)
It is connect by blade pitman shaft (4.3) with blade cylinder (4.4), manipulator connecting plate combines (4.8) and passes through guide rail slide block component
(4.6) (4.1) connection is combined with manipulator mounting plate, cylinder tail seat board (4.7) is mounted on manipulator mounting plate combination (4.1) tail
Portion, cylinder (4.9) tail portion are connect with cylinder tail seat board (4.7), and cylinder (4.9) front combines (4.8) with manipulator connecting plate even
It connects, claw (4.13) is mounted in manipulator connecting plate combination (4.8), and claw cylinder mounting plate (4.11) is fixed on manipulator company
Fishplate bar combines on (4.8), and claw cylinder (4.10) is fixed on claw cylinder mounting plate (4.11), the top of claw cylinder (4.10)
Outlet is equipped with claw (4.12).
Tenslator cylinder (5.1) is fixed on main body frame (1) by tenslator connecting plate (5.2),
Tenslator L plate (5.4) is mounted on main body frame (1) by tenslator guide rail slide block component (5.3), tension
Control push plate moves up and down cylinder (5.5) and is mounted on tenslator L plate (5.4) front, and tension force push plate moves up and down
Cylinder (5.5) ejection end is equipped with tension force push plate connecting plate (5.8), and actuating cylinder (5.6) peace is recycled in tension force push plate
Below mounted in tension force push plate connecting plate (5.8), it is tensioned to recycle the connection of actuating cylinder (5.6) motion end for tension force push plate
It controls push plate (5.10), is connected with tension force push plate guide rod (5.7) and tension force behind tension force push plate (5.10)
Spring (5.9).
Lifting servo motor (7.1) is fixed on main body frame (1), and lifting servo motor (7.1) is equipped with lifting actively
Synchronous pulley (7.2), lifting active synchronization belt wheel (7.2) pass through lifting synchronous belt (7.3) and the driven synchronous pulley (7.4) of lifting
It is connect with lifting ball-screw component (7.5), the feed screw nut of lifting ball-screw component (7.5) is fixed on lifting bottom plate
(7.6) in the following, raising board (7.7) is mounted on lifting bottom plate (7.6) above, the upper end of lifting ball-screw component (7.5) is logical
It crosses lifting lead screw top chock component (7.8) to connect with saddle after charging tray (7.9), saddle (7.9) is fixed on body frame after charging tray
On frame (1), charging tray front guide bracket (7.11) is fixed on main body frame (1), and charging tray claw (7.10) is led after being separately mounted to charging tray
On frame (7.9) and charging tray front guide bracket (7.11), lifting guide rod (7.14) is disposed in the two sides of lifting ball-screw component (7.5)
With lifting guide sleeve (7.15), lifting guide rod (7.14) is fixed on after charging tray on saddle (7.9), and lifting guide sleeve (7.15) is mounted on act
It rises on bottom plate (7.6), the upper surface of charging tray front guide bracket (7.11) is disposed with charging tray push plate cylinder (7.13), charging tray push plate cylinder
(7.13) it is mounted on main body frame (1), charging tray push plate (7.12) is mounted on the ejection end of charging tray push plate cylinder (7.13).
The utility model has the following beneficial effects: the utility model relates to the flat aluminium that a kind of on-line continuous of offer collects cutting
Pipe comb unit, unique structure, closed tube is rapidly, smooth, adaptation is extensive, efficiently, easily operated, easy to maintain, and adjustment is simple etc.
Advantage.
Detailed description of the invention
Fig. 1 is flat aluminum pipe comb unit overall structure diagram；
Fig. 2 is that flat aluminum pipe collects C-shaped channel and guiding schematic diagram；
Fig. 3 is servo manipulator and cutter schematic diagram；
Fig. 4 is tenslator schematic diagram；
Fig. 5 is lifting push-off device schematic diagram；
Fig. 6 is the A-A cross-sectional view of Fig. 5；
Fig. 7 is the sabot schematic diagram of big/small pallet；
In figure: main body frame (1)；Empty tray cabin (2)；Flat aluminum pipe collects C-shaped channel (3)；C-shaped channel bracket (3.1)；C-shaped channel
(3.2)；Guide rail (3.3)；Conveyer (3.4)；Guide plate (3.5)；Limited block (3.6)；Robot support frame (3.7)；Manipulator
Servo motor (3.8)；Servo manipulator and cutter assembly (4)；Manipulator mounting plate combines (4.1)；Manipulator rotating shaft
(4.2)；Blade pitman shaft (4.3)；Blade cylinder (4.4)；Blade (4.5)；Guide rail slide block component (4.6)；Cylinder tail seat board
(4.7)；Manipulator connecting plate combines (4.8)；Cylinder (4.9)；Claw cylinder (4.10)；Claw cylinder mounting plate (4.11)；Support
Pawl (4.12)；Claw (4.13)；Tenslator (5)；Tenslator cylinder (5.1)；Tenslator connecting plate
(5.2)；Tenslator guide rail slide block component (5.3)；Tenslator L plate (5.4)；Tension force push plate moves up and down
Cylinder (5.5)；Actuating cylinder (5.6) are recycled in tension force push plate；Tension force push plate guide rod (5.7)；Tension force push plate connects
Fishplate bar (5.8)；Tension force spring (5.9)；Tension force push plate (5.10)；Alignment means (6)；It lifts push-off device (7)；It lifts
It rises servo motor (7.1)；It lifts active synchronization belt wheel (7.2)；It lifts synchronous belt (7.3)；Lift driven synchronous pulley (7.4)；
It lifts ball-screw component (7.5)；It lifts bottom plate (7.6)；Raising board (7.7)；It lifts lead screw top chock component (7.8)；Material
Saddle (7.9) after disk；Charging tray claw (7.10)；Charging tray front guide bracket (7.11)；Charging tray push plate (7.12)；Charging tray push plate cylinder
(7.13)；It lifts guide rod (7.14)；It lifts guide sleeve (7.15)；Rollgang (8)；Transportation guide device (9).
Specific embodiment
As shown in figs. 1-7, a kind of flat aluminum pipe tube drawbench of on-line continuous collection cutting described in the utility model embodiment
C-shaped channel bracket 3.1 and robot support frame 3.7, C-shaped channel 3.2 are installed in group, including flat aluminum pipe comb unit main body frame 1
It is mounted on C-shaped channel bracket 3.1 with guide rail 3.3, guide plate 3.5 connects C-shaped channel 3.2 and conveyer 3.4, two pieces of guide plates simultaneously
Limited block 3.6 is installed, guide rail 3.3 can be replaced according to the different in width of pipe between 3.5.The pipe of different length can be with
It is set by touch screen, the distance of 2 C-shaped channels 3.2 of adjust automatically.Manipulator servo motor 3.8 is mounted on manipulator branch
On support 3.7.
Manipulator mounting plate combination 4.1 is watched by clamping mechanical hand rotating shaft 4.2 and robot support frame 3.7 and manipulator
It takes motor 3.8 to be connected, blade cylinder 4.4 is mounted in manipulator mounting plate combination 4.1, and blade 4.5 passes through blade pitman shaft
4.3 connect with blade cylinder 4.4, and manipulator connecting plate combination 4.8 is combined by guide rail slide block component 4.6 with manipulator mounting plate
4.1 connections, cylinder tail seat board 4.7 are mounted on manipulator mounting plate and combine 4.1 tail portions, 4.9 tail portion of cylinder and cylinder tail seat board 4.7
Connection, 4.9 front of cylinder combine 4.8 connections with manipulator connecting plate, and claw 4.13 is mounted on manipulator connecting plate combination 4.8
On, claw cylinder mounting plate 4.11 is fixed in manipulator connecting plate combination 4.8, and claw cylinder 4.10 is fixed on claw cylinder peace
In loading board 4.11, the ejection end of claw cylinder 4.10 is equipped with claw 4.12.Collector machine composed by above-mentioned part 4.1 ~ 4.13
Tool hand is separated the horizontal aluminum pipe of marshalling by certain quantity, and then 90 ° of vertical states of overturning aluminum pipe, pre-pressing are dialled
Enter in plastic pallet.
Pre-pressing of the aluminum pipe dialled in plastic pallet by tension force push plate 5.10.Tenslator cylinder
5.1 are fixed on main body frame 1 by tenslator connecting plate 5.2, and tenslator L plate 5.4 passes through tension force
Device guide rail slide block component 5.3 is mounted on main body frame 1, and tension force push plate moves up and down cylinder 5.5 and is mounted on tension control
5.4 front of device L plate processed, tension force push plate move up and down the ejection of cylinder 5.5 end and are equipped with tension force push plate connecting plate
5.8, tension force push plate recycling actuating cylinder 5.6 is mounted on behind tension force push plate connecting plate 5.8, and tension force push plate is returned
It receives 5.6 motion end of actuating cylinder and is connected with tension force push plate 5.10, tensioned control is connected behind tension force push plate 5.10
Push plate guide rod 5.7 and tension force spring 5.9 processed.Guarantee that aluminum pipe when being packed into pallet, has suitable preload between the aluminum pipe of arrangement
Tension prevents slack and undisciplined and aluminum pipe is caused to be scattered.
The charging tray for filling aluminum pipe enters lifting push-off device 7.Lifting servo motor 7.1 is fixed on main body frame 1, is lifted
Servo motor 7.1 is equipped with lifting active synchronization belt wheel 7.2, and lifting active synchronization belt wheel 7.2 is by lifting synchronous belt 7.3 and lifts
It rises driven synchronous pulley 7.4 to connect with lifting ball-screw component 7.5, the feed screw nut of lifting ball-screw component 7.5 is fixed
In lifting bottom plate 7.6 in the following, raising board 7.7 is mounted on above lifting bottom plate 7.6, the upper end of ball-screw component 7.5 is lifted
It is connect by lifting lead screw top chock component 7.8 with saddle 7.9 after charging tray, saddle 7.9 is fixed on main body frame 1 after charging tray
On, charging tray front guide bracket 7.11 is fixed on main body frame 1, and charging tray claw 7.10 is separately mounted to saddle 7.9 and charging tray after charging tray
On front guide bracket 7.11, lifting guide rod 7.14 and lifting guide sleeve 7.15, lifting are disposed in the two sides of lifting ball-screw component 7.5
Guide rod 7.14 is fixed on after charging tray on saddle 7.9, and lifting guide sleeve 7.15 is mounted on lifting bottom plate 7.6, charging tray front guide bracket 7.11
The upper surface of be disposed with charging tray push plate cylinder 7.13, charging tray push plate cylinder 7.13 is mounted on main body frame 1, charging tray push plate 7.12 pacify
Mounted in the ejection end of charging tray push plate cylinder 7.13.After lifting push-off device 7 collects a certain number of charging trays, charging tray push plate cylinder
The charging tray collected is pushed into rollgang 8 by 7.13 driving charging tray push plates 7.12, and next process is waited to use.
Fig. 7 is the sabot schematic diagram of big/small pallet, wherein big charging tray guide post: A, B, C, D；Small charging tray guide post: a, b, c, d.
The present embodiment can perfectly be connect with flat aluminum pipe tubulation line by feeding belt machine, and it is continuous continual right to realize
The flat aluminum pipe of production is collected, comb, sabot, alignment and can release automatically by the collection tray arranged and integrally, is not required to
It wants subsequent benefit pipe, clap the manual operations such as neat, quality inspection personnel can be made conveniently to check flat aluminum pipe quality, can be greatly improved originally
By the production efficiency of manually comb dress pallet.And the utility model is also equipped with big/small pallet compatibility, for different casts
Adjustment quickly, adapts to the features such as extensive.
The utility model is not limited to above-mentioned preferred forms, anyone can obtain under the enlightenment of the utility model
Other various forms of products, however, any variation is done in its shape or structure, it is all that there is same as the present application or phase
Approximate technical solution, all falls within the protection scope of the utility model.
Claims (5)
1. a kind of flat aluminum pipe tube drawbench, including main body frame, flat aluminum pipe is installed on main body frame and collects C-shaped channel, servounit
Hand and cutter assembly, tenslator, alignment means, lifting push-off device, rollgang and transportation guide device, feature
Be: the tenslator includes tenslator cylinder (5.1), and tenslator cylinder (5.1) passes through tension
Control device connecting plate (5.2) is fixed on main body frame (1), and tenslator L plate (5.4) is led by tenslator
Rail slide block assembly (5.3) is mounted on main body frame (1), and tension force push plate moves up and down cylinder (5.5) and is mounted on tension control
Device L plate (5.4) front processed, tension force push plate move up and down cylinder (5.5) ejection end and are equipped with tension force push plate connection
Plate (5.8), tension force push plate recycling actuating cylinder (5.6) are mounted on tension force push plate connecting plate (5.8), tension force
Push plate recycling actuating cylinder (5.6) ejection end is connected with tension force push plate (5.10), and tension force push plate (5.10) is connected with
Tension force push plate guide rod (5.7), tension force push plate guide rod (5.7) pass through tension force push plate connecting plate (5.8), tension control
Tension force bullet is set on the tension force push plate guide rod (5.7) of push plate (5.10) processed and tension force push plate connecting plate (5.8)
Spring (5.9).
2. a kind of flat aluminum pipe tube drawbench according to claim 1, it is characterised in that: flat aluminum pipe comb unit main body frame (1)
On C-shaped channel bracket (3.1) and robot support frame (3.7) are installed, C-shaped channel (3.2) and guide rail (3.3) are mounted on C-shaped channel branch
On frame (3.1), guide plate (3.5) connects C-shaped channel (3.2) and conveyer (3.4) simultaneously, installs between two pieces of guide plates (3.5)
Have limited block (3.6), manipulator servo motor (3.8) is mounted on robot support frame (3.7).
3. a kind of flat aluminum pipe tube drawbench according to claim 1 or claim 2, it is characterised in that: the servo manipulator and cutter group
Part include manipulator mounting plate combination (4.1), manipulator mounting plate combine (4.1) by clamping mechanical hand rotating shaft (4.2) with
Robot support frame (3.7) is connected with manipulator servo motor (3.8), and blade cylinder (4.4) is mounted on manipulator mounting plate
It combines on (4.1), blade (4.5) is connect by blade pitman shaft (4.3) with blade cylinder (4.4), the combination of manipulator connecting plate
(4.8) (4.1) connection is combined with manipulator mounting plate by guide rail slide block component (4.6), cylinder tail seat board (4.7) is mounted on machine
Tool hand mounting plate combines (4.1) tail portion, and cylinder (4.9) tail portion is connect with cylinder tail seat board (4.7), cylinder (4.9) front and machine
Tool hand connecting plate combines (4.8) connection, and claw (4.13) is mounted in manipulator connecting plate combination (4.8), the installation of claw cylinder
Plate (4.11) is fixed in manipulator connecting plate combination (4.8), and claw cylinder (4.10) is fixed on claw cylinder mounting plate
(4.11) on, the ejection end of claw cylinder (4.10) is equipped with claw (4.12).
4. a kind of flat aluminum pipe tube drawbench according to claim 1 or claim 2, it is characterised in that: lifting servo motor (7.1) is fixed on
On main body frame (1), lifting servo motor (7.1) is equipped with lifting active synchronization belt wheel (7.2), lifts active synchronization belt wheel
(7.2) by lifting synchronous belt (7.3) and driven synchronous pulley (7.4) connection of lifting, driven synchronous pulley (7.4) is lifted and are lifted
Ball-screw component (7.5) connection is risen, the feed screw nut of lifting ball-screw component (7.5) is fixed under lifting bottom plate (7.6)
Face, raising board (7.7) are mounted on lifting bottom plate (7.6) above, and the upper end of lifting ball-screw component (7.5) passes through lifting silk
Thick stick top chock component (7.8) is connect with saddle after charging tray (7.9), and saddle (7.9) is fixed on main body frame (1) after charging tray,
Charging tray front guide bracket (7.11) is fixed on main body frame (1), charging tray claw (7.10) be separately mounted to after charging tray saddle (7.9) and
On charging tray front guide bracket (7.11), lifting guide rod (7.14) is disposed in the two sides of lifting ball-screw component (7.5) and lifting is led
It covers (7.15), lifting guide rod (7.14) is fixed on after charging tray on saddle (7.9), and lifting guide sleeve (7.15) is mounted on lifting bottom plate
(7.6) on, the upper surface of charging tray front guide bracket (7.11) is disposed with charging tray push plate cylinder (7.13), charging tray push plate cylinder (7.13) installation
On main body frame (1), charging tray push plate (7.12) is mounted on the ejection end of charging tray push plate cylinder (7.13).
5. a kind of flat aluminum pipe tube drawbench according to claim 3, it is characterised in that: lifting servo motor (7.1) is fixed on master
On body frame (1), lifting servo motor (7.1) is equipped with lifting active synchronization belt wheel (7.2), lifts active synchronization belt wheel
(7.2) by lifting synchronous belt (7.3) and driven synchronous pulley (7.4) connection of lifting, driven synchronous pulley (7.4) is lifted and are lifted
Ball-screw component (7.5) connection is risen, the feed screw nut of lifting ball-screw component (7.5) is fixed under lifting bottom plate (7.6)
Face, raising board (7.7) are mounted on lifting bottom plate (7.6) above, and the upper end of lifting ball-screw component (7.5) passes through lifting silk
Thick stick top chock component (7.8) is connect with saddle after charging tray (7.9), and saddle (7.9) is fixed on main body frame (1) after charging tray,
Charging tray front guide bracket (7.11) is fixed on main body frame (1), charging tray claw (7.10) be separately mounted to after charging tray saddle (7.9) and
On charging tray front guide bracket (7.11), lifting guide rod (7.14) is disposed in the two sides of lifting ball-screw component (7.5) and lifting is led
It covers (7.15), lifting guide rod (7.14) is fixed on after charging tray on saddle (7.9), and lifting guide sleeve (7.15) is mounted on lifting bottom plate
(7.6) on, the upper surface of charging tray front guide bracket (7.11) is disposed with charging tray push plate cylinder (7.13), charging tray push plate cylinder (7.13) installation
On main body frame (1), charging tray push plate (7.12) is mounted on the ejection end of charging tray push plate cylinder (7.13).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821747297.8U CN208811207U (en) | 2018-10-26 | 2018-10-26 | A kind of flat aluminum pipe tube drawbench |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821747297.8U CN208811207U (en) | 2018-10-26 | 2018-10-26 | A kind of flat aluminum pipe tube drawbench |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208811207U true CN208811207U (en) | 2019-05-03 |
Family
ID=66280339
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821747297.8U Withdrawn - After Issue CN208811207U (en) | 2018-10-26 | 2018-10-26 | A kind of flat aluminum pipe tube drawbench |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208811207U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109277630A (en) * | 2018-10-26 | 2019-01-29 | 大连立达工业设备有限公司 | Flat aluminum pipe tube drawbench |
-
2018
- 2018-10-26 CN CN201821747297.8U patent/CN208811207U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109277630A (en) * | 2018-10-26 | 2019-01-29 | 大连立达工业设备有限公司 | Flat aluminum pipe tube drawbench |
| CN109277630B (en) * | 2018-10-26 | 2023-09-26 | 大连立达工业设备有限公司 | Flat aluminum pipe calandria machine |
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| GR01 | Patent grant | ||
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| AV01 | Patent right actively abandoned |
Granted publication date: 20190503 Effective date of abandoning: 20230926 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20190503 Effective date of abandoning: 20230926 |
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| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |