CN207839774U - Bundled C-type steel decouples punching stacking production line automatically - Google Patents
Bundled C-type steel decouples punching stacking production line automatically Download PDFInfo
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- CN207839774U CN207839774U CN201721921116.4U CN201721921116U CN207839774U CN 207839774 U CN207839774 U CN 207839774U CN 201721921116 U CN201721921116 U CN 201721921116U CN 207839774 U CN207839774 U CN 207839774U
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Abstract
The utility model is that bundled C-type steel decouples punching stacking production line automatically, and structure includes unprocessed workpiece laydown platform, first stacks lifting pusher cylinder, the first overturning magnetic attracting device, transmission belt, partition segmentation turntable, vertical punch mechanism, homonymy punch mechanism, the second discharging stacking lifting alignment cylinder, bundled finished product laydown platform.The advantages of the utility model：It is simple in structure effectively to realize and automatic punching after decoupling automatically, and automatic stacking again are carried out to bundled C-type steel on a production line, realize it is unmanned be automatically brought into operation tooling platform, improve production efficiency, save artificial, be very suitable for promoting the use of.
Description
Technical field
The utility model relates to bundled C-type steels to decouple punching stacking production line automatically.
Background technology
C-type steel is common one of shaped steel product, and generally bundled stacking storage, is rushed to C-type steel when C-type steel is stored
When hole produces, the prior art, which generally requires, first manually decouples bundled C-type steel, is then placed on punching apparatus and carries out
Punching also needs to manually carry out stacking after punching, and production efficiency is low, and expends a large amount of artificial.
Utility model content
The utility model proposes bundled C-type steels to decouple punching stacking production line automatically, and purpose is intended to overcome existing
Technology above shortcomings are realized and carry out automatic punching after decoupling automatically, and automatic stacking again to bundled C-type steel.
The technical solution of the utility model：Bundled C-type steel decouples punching stacking production line automatically, and structure includes not
Workpieces processing laydown platform, first stack lifting pusher cylinder, the first overturning magnetic attracting device, transmission belt, partition segmentation turntable,
Vertical punch mechanism, homonymy punch mechanism, the second discharging stacking lifting alignment cylinder, bundled finished product laydown platform, wherein undressed
On undressed bundled workpiece laydown platform, undressed the first lifting of bundled workpiece laydown platform bottom connection connects for bundled C-type steel stacking
Bar, the first lifting linking member bottom connect the first lifting rotation T-type lead screw, and undressed bundled workpiece laydown platform both sides are first collateral
Frame sets the first stacking lifting pusher cylinder on the first side stand of side, and first stacks lifting pusher cylinder connection windrow alignment
Guiding axis, sets the first overturning magnetic attracting device on the first side stand of the other side, and the first overturning magnetic attracting device passes through the
One overturning concentric shafts are connect with the first side stand, and first overturns and set the first electromagnetism sliding block on magnetic attracting device, and the of the other side
Mainframe is set by the stent outer of side, mainframe bottom sets motor, and motor connects gear reduction case, first is set on gear reduction case
Drive sprocket, sets the second drive sprocket in the middle part of mainframe, and mainframe top sets third drive sprocket, and the first drive sprocket passes through the
One transmission chain is connect with the second drive sprocket, and the first drive sprocket is connect by the second transmission chain with third drive sprocket, and second
It is driven chain link transmission belt one end, partition segmentation turntable is housed on third drive sprocket, lifting pusher cylinder is set in the middle part of mainframe
Passive concentric shafts are driven with sprocket wheel, lifting pusher cylinder is driven passive concentric shafts side connection linkage sliding bar mechanism close to sprocket wheel,
Sprocket wheel is driven passive concentric shafts and sets chain tensioning mechanism close to lifting pusher cylinder side, is set on the outside of the transmission belt other end vertical vertical
To removable punching holder, vertical longitudinally movable punching cradle top sets vertical punch mechanism, vertical longitudinally movable punching
Holder lower part sets homonymy punch mechanism, and vertical longitudinally movable punching frame bottom is slidably connected with longitudinal the linear guide, longitudinal
The linear guide is mounted in punching platform rack, and vertical longitudinally movable punching mid-stent sets the second discharging stacking lifting alignment
Cylinder, punching platform rack set the second side stand close to transmission belt side, and the second side cradle top sets the second overturning magnetic attracting
Device, the second overturning magnetic attracting device overturn concentric axis connection the second side holder by second, second are set on the second side stand
Electromagnetism sliding block, the second side stand inside are set as being bundled into product laydown platform, and bundled finished product laydown platform bottom connects the second lifting linking member, the
Two lifting linking member bottoms connect the second lifting rotation T-type lead screw, the bundled C-type steel of stacking punching on bundled finished product laydown platform.
Preferably, circumference decouples notches to being uniformly provided with 4 on partition segmentation turntable.
The advantages of the utility model：It is simple in structure effective, it realizes and bundled C-type steel is carried out automatically on a production line
Automatic punching after partition, and automatic stacking again realize and unmanned are automatically brought into operation tooling platform；Production efficiency is improved, is saved
It has saved manually, has been very suitable for promoting the use of.
Description of the drawings
Fig. 1 is the structural schematic diagram that the bundled C-type steel of the utility model decouples punching stacking production line automatically.
A in figure, which is undressed bundled C-type steel, B, to be the bundled C-type steel of punching, 1 is undressed bundled workpiece laydown platform, 2
Be the first lifting linking member, 3 be the first lifting rotation T-type lead screw, 4 be the first side stand, 5 be the first stacking lifting pusher cylinder, 6
It is windrow alignment guiding axis, 7 be the first overturning magnetic attracting device, 8 be the first overturning concentric shafts, 9 is the first electromagnetism sliding block, 10
It is mainframe, 11 be motor, 12 be gear reduction case, 13 be the first drive sprocket, 14 be the first transmission chain, 15 is the second transmission
Sprocket wheel, 16 be transmission belt, 17 be the second transmission chain, 18 be third drive sprocket, 19 be partition segmentation turntable, 20 be lifting pusher
Cylinder, 21 be linkage sliding bar mechanism, 22 be chain tensioning mechanism, 23 be sprocket wheel be driven passive concentric shafts, 24 be it is vertical it is longitudinal can
Mobile punching holder, 25 be vertical punch mechanism, 26 be homonymy punch mechanism, 27 be longitudinal the linear guide, 28 be punching platform
Rack, 29 be the second discharging stacking lifting alignment cylinder, 30 be the second side stand, 31 be the second overturning magnetic attracting device, 32
It is the second overturning concentric shafts, 33 be the second electromagnetism sliding block, 34 be bundled finished product laydown platform, 35 be the second lifting linking member, 36 is
Two lifting rotation T-type lead screws.
Specific implementation mode
The utility model is described in further detail with reference to embodiment and specific implementation mode.
As shown in Figure 1, bundled C-type steel decouples punching stacking production line automatically, feature includes unprocessed workpiece laydown platform
1, first stacks the lifting overturning magnetic attracting of pusher cylinder 5, first device 7, transmission belt 16, partition segmentation turntable 19, vertical punching
Holes mechanism 25, homonymy punch mechanism 26, the second discharging stacking lifting alignment cylinder 29, bundled finished product laydown platform 34, wherein not adding
For the bundled C-type steel A stackings of work on undressed bundled workpiece laydown platform 1, undressed bundled 1 bottom of workpiece laydown platform connects first liter
Connecting rod 2 drops, and 2 bottom of the first lifting linking member connects the first lifting rotation T-type lead screw 3, and undressed bundled 1 both sides of workpiece laydown platform are
First side stand 4 sets the first stacking lifting pusher cylinder 5 on first side stand 4 of side, and first stacks lifting pusher cylinder 5
It connects windrow and is aligned guiding axis 6, the first overturning magnetic attracting device 7 is set on the first side stand 4 of the other side, the first overturning is magnetic
Attracting device 7 is connect by the first overturning concentric shafts 8 with the first side stand 4, and the first electricity is set on the first overturning magnetic attracting device 7
Magnetic slider 9,4 outside of the first side stand of the other side is other to set mainframe 10, and 10 bottom of mainframe sets motor 11, and the connection of motor 11 passes
Reduction box 12 is moved, the first drive sprocket 13 is set on gear reduction case 12,10 middle part of mainframe sets the second drive sprocket 15, mainframe
10 tops set third drive sprocket 18, and the first drive sprocket 13 is connect by the first transmission chain 14 with the second drive sprocket 15, the
One drive sprocket 13 is connect by the second transmission chain 17 with third drive sprocket 18, and the second transmission chain 17 connects transmission belt 16 1
It holds, equipped with partition segmentation turntable 19 on third drive sprocket 18,10 middle part of mainframe, which is set, is lifted pusher cylinder 20 and sprocket wheel transmission
Passive concentric shafts 23, lifting pusher cylinder 20 are driven passive 23 side of concentric shafts connection linkage sliding bar mechanism 21, chain close to sprocket wheel
Wheel is driven passive concentric shafts 23 and sets chain tensioning mechanism 22 close to 20 side of lifting pusher cylinder, is set on the outside of 16 other end of transmission belt
Vertical longitudinally movable punching holder 24,24 top of vertical longitudinally movable punching holder sets vertical punch mechanism 25, vertical vertical
Homonymy punch mechanism 26 is set to removable 24 lower part of punching holder, vertical longitudinally movable 24 bottom of punching holder and longitudinal straight line
Guide rail 27 is slidably connected, and longitudinal the linear guide 27 is mounted in punching platform rack 28, vertical longitudinally movable punching holder 24
Middle part sets the second discharging stacking lifting alignment cylinder 29, and punching platform rack 28 sets the second side stand close to 16 side of transmission belt
30,30 top of the second side stand sets the second overturning magnetic attracting device 31, and the second overturning magnetic attracting device 31 is turned over by second
Turn concentric shafts 32 and connect the second side stand 30, the second electromagnetism sliding block 33 is set on the second side stand 30,30 inside of the second side stand is set
Bundled finished product laydown platform 34, bundled 34 bottom of finished product laydown platform connect the second lifting linking member 35, and 35 bottom of the second lifting linking member connects
Connect the second lifting rotation T-type lead screw 36, the bundled C-type steel B of stacking punching on bundled finished product laydown platform 34.
Circumference decouples notches to being uniformly provided with 4 on the partition segmentation turntable 19.
According to the above structure, when production, undressed bundled C-type steel can be carried by undressed bundled workpiece laydown platform
It rises, by being turned in transmission belt after the first electromagnetism sliding block magnetic absorption on the first overturning magnetic attracting device, C-type steel is made to be open
Direction is consistent, is then uniformly decoupled by partition segmentation turntable, continuation is transmitted by transmission belt, is transmitted to end by vertical punch mechanism
It is punched out with homonymy punch mechanism, is inhaled by the second electromagnetism sliding block magnetism on the second overturning magnetic attracting device after punching
Then attached overturning lifts alignment cylinder by the second discharging stacking and is sent into stacking on bundled finished product laydown platform, bundled finished product is stacked
Platform can also be lifted according to stacking quantity.
Above-described is only preferred embodiments of the present invention, it is noted that for the ordinary skill of this field
For personnel, without departing from the concept of the present invention, various modifications and improvements can be made, these all belong to
In the scope of protection of the utility model.
Claims (2)
1. bundled C-type steel decouples punching stacking production line automatically, feature includes unprocessed workpiece laydown platform (1), the first stacking
Lift pusher cylinder (5), the first overturning magnetic attracting device (7), transmission belt (16), partition segmentation turntable (19), vertical punching
Mechanism (25), homonymy punch mechanism (26), the second discharging stacking lifting alignment cylinder (29), bundled finished product laydown platform (34),
In undressed bundled C-type steel (A) stacking on undressed bundled workpiece laydown platform (1), undressed bundled workpiece laydown platform (1) bottom
Portion connects the first lifting linking member (2), and the first lifting linking member (2) bottom connects the first lifting rotation T-type lead screw (3), is not processed into
Bundle workpiece laydown platform (1) both sides are the first side stand (4), and the first stacking lifting pusher gas is set on the first side stand (4) of side
Cylinder (5), first, which stacks lifting pusher cylinder (5), connects windrow alignment guiding axis (6), is set on the first side stand (4) of the other side
First overturning magnetic attracting device (7), the first overturning magnetic attracting device (7) pass through the first overturning concentric shafts (8) and the first side
Holder (4) connects, and the first electromagnetism sliding block (9), the first side stand (4) of the other side are set on the first overturning magnetic attracting device (7)
Mainframe (10) is set by outside, mainframe (10) bottom sets motor (11), and motor (11) connects gear reduction case (12), and transmission subtracts
The first drive sprocket (13) is set on fast case (12), and the second drive sprocket (15), mainframe (10) top are set in the middle part of mainframe (10)
If third drive sprocket (18), the first drive sprocket (13) is connect by the first transmission chain (14) with the second drive sprocket (15),
First drive sprocket (13) is connect by the second transmission chain (17) with third drive sprocket (18), and the second transmission chain (17) connection passes
Defeated band (16) one end sets lifting pusher equipped with partition segmentation turntable (19) on third drive sprocket (18) in the middle part of mainframe (10)
Cylinder (20) and sprocket wheel are driven passive concentric shafts (23), and lifting pusher cylinder (20) is driven passive concentric shafts (23) one close to sprocket wheel
Side connection linkage sliding bar mechanism (21), sprocket wheel are driven passive concentric shafts (23) and set chain close to lifting pusher cylinder (20) side
Tight mechanism (22), transmission belt (16) other end outside set vertical longitudinally movable punching holder (24), vertical longitudinally movable punching
Vertical punch mechanism (25) is set at the top of hole holder (24), vertical longitudinally movable punching holder (24) lower part sets homonymy punch mechanism
(26), vertical longitudinally movable punching holder (24) bottom is slidably connected with longitudinal the linear guide (27), longitudinal the linear guide
(27) it is mounted in punching platform rack (28), the second discharging stacking lifting is set in the middle part of vertical longitudinally movable punching holder (24)
It is aligned cylinder (29), punching platform rack (28) sets the second side stand (30), the second side stand close to transmission belt (16) side
(30) top sets the second overturning magnetic attracting device (31), and the second overturning magnetic attracting device (31) passes through the second overturning concentric shafts
(32) the second side stand (30) is connected, the second electromagnetism sliding block (33), the second side stand (30) inside are set on the second side stand (30)
It is set as being bundled into product laydown platform (34), bundled finished product laydown platform (34) bottom connects the second lifting linking member (35), the second lifting linking member
(35) bottom connects the second lifting rotation T-type lead screw (36), the bundled C-type steel of stacking punching on bundled finished product laydown platform (34)
(B)。
2. bundled C-type steel as described in claim 1 decouples punching stacking production line automatically, it is characterized in that the partition segmentation
Circumference decouples notches to being uniformly provided with 4 on turntable (19).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721921116.4U CN207839774U (en) | 2017-12-29 | 2017-12-29 | Bundled C-type steel decouples punching stacking production line automatically |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721921116.4U CN207839774U (en) | 2017-12-29 | 2017-12-29 | Bundled C-type steel decouples punching stacking production line automatically |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207839774U true CN207839774U (en) | 2018-09-11 |
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ID=63416486
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721921116.4U Active CN207839774U (en) | 2017-12-29 | 2017-12-29 | Bundled C-type steel decouples punching stacking production line automatically |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207839774U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110523839A (en) * | 2019-09-06 | 2019-12-03 | 北京慧摩森电子系统技术有限公司 | A kind of deformed steel clamps overturning and pushes away punch mechanism and method |
| CN113307014A (en) * | 2021-05-21 | 2021-08-27 | 中国联合工程有限公司 | Device and method for feeding and discharging LNG (liquefied natural gas) cylinder in machining area |
-
2017
- 2017-12-29 CN CN201721921116.4U patent/CN207839774U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110523839A (en) * | 2019-09-06 | 2019-12-03 | 北京慧摩森电子系统技术有限公司 | A kind of deformed steel clamps overturning and pushes away punch mechanism and method |
| CN110523839B (en) * | 2019-09-06 | 2024-05-07 | 北京慧摩森电子系统技术有限公司 | Deformed steel clamping, overturning and pushing mechanism and method |
| CN113307014A (en) * | 2021-05-21 | 2021-08-27 | 中国联合工程有限公司 | Device and method for feeding and discharging LNG (liquefied natural gas) cylinder in machining area |
| CN113307014B (en) * | 2021-05-21 | 2022-06-24 | 中国联合工程有限公司 | Device and method for feeding and discharging LNG (liquefied natural gas) cylinder in machining area |
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