CN206029286U - Steel bottle low head processingequipment - Google Patents
Steel bottle low head processingequipment Download PDFInfo
- Publication number
- CN206029286U CN206029286U CN201620972627.8U CN201620972627U CN206029286U CN 206029286 U CN206029286 U CN 206029286U CN 201620972627 U CN201620972627 U CN 201620972627U CN 206029286 U CN206029286 U CN 206029286U
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- trimming
- frame
- head
- main shaft
- cutter
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Abstract
The utility model belongs to the technical field of steel bottle processing, especially, relate to a steel bottle low head processingequipment. Head trimming mechanism is all installed to the frame both sides and head necking machine constructs, head trimming mechanism is located frame one end, head necking machine structure is located the frame other end, head trimming mechanism is including setting up the side cut positioning module that is used for placing head blank in the frame, the side cut positioning module is fixed in side cut main shaft upper end, it establishes on the side cut main shaft cutter outside can synchronous pivoted is cut edge with the side cut main shaft to be equipped with the cover in side cut positioning module below, it is equipped with the outer cutter of cutting edge to cut edge outer cutter one side, the outer cutter of cutting edge is on close level or is kept away from the side cut of the outer cutter of cutting edge the cutter cylinder is continuous with the frame outward through driving the outer cutter of cutting edge, be connected with on the side cut main shaft and drive side cut main shaft pivoted side cut main shaft actuating mechanism, it removes the mechanism still to be equipped with the waste material on head trimming mechanism. It lies in to compare the advantage with current technique: 1, reasonable in design, degree of automation is high.
Description
Technical field
This utility model belongs to steel cylinder processing technique field, more particularly, to a kind of bottom sealing of steel cylinder processing unit (plant).
Background technology
Steel cylinder is the steel bottle for storage high pressure oxygen, coal gas, oil liquefied gas etc..The safe storage of steel cylinder and transport
Gas bomb typically contains permanent gas, liquid gas or mixed gas.Existing steel cylinder seal head is needed during processing and manufacturing
Want manual intervention to process, be unfavorable for realizing automated production.
For example, Chinese patent literature discloses a kind of Novel steel cylinder bead cutter [application number：201420621796.8], it is described
Bead cutter includes frame and positioner and trimming device in the frame；The positioner includes swivel knife
Mould and hold-down head moving up and down, are provided with positioning boss, the surface of the positioning boss above the rotation cutting die
The hold-down head is provided with, the hold-down head is fixedly connected with the piston rod of lower air cylinder；The trimming device includes translating knife
Mould, the translation cutting die are arranged on slide block, and the slide block forms sliding pair, the cunning with the guide rail being fixed in the frame
Block is fixedly connected with the piston rod of flat-removing air cyclinder, and the translation cutting die is contradicted on the outer wall of bottle to be measured.
Although such scheme can process end socket.But, however it remains that automaticity is relatively low, working (machining) efficiency is poor,
Need the technical problems such as artificial operation.
The content of the invention
The purpose of this utility model is for the problems referred to above, there is provided a kind of reasonable in design, the steel cylinder of high degree of automation adds
The punch mechanism that frock is put.
For reaching above-mentioned purpose, this utility model employs following technical proposal：This bottom sealing of steel cylinder processing unit (plant), including
Frame, it is characterised in that described frame both sides are mounted on seal-head trimming device structure and seal head seaming mechanism, described end socket is cut
Side mechanism is located at frame one end, and described seal head seaming mechanism is located at the frame other end, and described seal-head trimming device structure includes setting
Putting is used for the trimming positioning mould for placing end socket blank in frame, and described trimming positioning mould is fixed on trimming main shaft upper end,
It is provided with below trimming positioning mould that be set on trimming main shaft can be with the outer cutter of the trimming of trimming main shaft synchronous axial system, described trimming
Outer cutter side is provided with the outer cutter of trimming, the outer cutter of described trimming by can drive the outer cutter of trimming be on close level or away from
The outer tool cylinder of trimming of the outer cutter of trimming is connected with frame, is connected with trimming main shaft can be driven to turn on described trimming main shaft
Dynamic trimming spindle drive, is additionally provided with scrap removal mechanism on seal-head trimming device structure.
In above-mentioned bottom sealing of steel cylinder processing unit (plant), described scrap removal mechanism includes being arranged on trimming positioning mould
The de- charging tray of side, is provided with de- material tray lifting component de- between charging tray and frame, each trimming positioning mould side being capable of level shifting
The pushing hands for taking off waste material on charging tray after rising is removed is employed, described pushing hands takes off charging tray with driving pushing hands entrance or remove
Pushing hands cylinders.
In above-mentioned bottom sealing of steel cylinder processing unit (plant), being provided with when can work as processing above described trimming positioning mould prevents
End socket blank departs from the gland that trimming positions mould, and described gland is connected with gland cylinder piston rod and gland circumferentially can turn
Dynamic, described gland cylinder is fixed in frame by L-shaped trimming support, and being equipped with two on trimming support can be
The guide post moved on vertical direction, two described guide post lower ends are connected by connecting plate, are equipped with energy on connecting plate
Enough circumferentially rotate and axial limiting gland connecting shaft, described gland connecting shaft lower end and gland are connected, in gland connecting shaft
End is with gland cylinder piston rod axial restraint and is circumferentially movably connected.
In above-mentioned bottom sealing of steel cylinder processing unit (plant), described seal head seaming mechanism includes being fixed on energy on closing in main shaft
The closing in of enough and closing in main shaft synchronous rotary positions cutter in mould and closing in, and being provided with the outside of cutter in closing up can be interior with closing in
The outer cutter of closing in that cutter coordinates, the outer cutter of described closing in by the outer cutter of closing in being driven to move horizontally so as to close or
It is connected with frame away from the closing in hydraulic cylinder of the outer cutter that closes up, described closing in main shaft is connected with closing in spindle drive.
In above-mentioned bottom sealing of steel cylinder processing unit (plant), be additionally provided with described frame and end socket can be placed on while changing
The feed mechanism of the steel cylinder seal head on trimming mechanism and seal head seaming mechanism.
In above-mentioned bottom sealing of steel cylinder processing unit (plant), described feed mechanism includes being arranged on two seal-head trimming device structures
With the carrier between Liang Ge seal head seamings mechanism, elevating mechanism is provided between carrier and frame, on described carrier
Two are provided with parallel to bottom surface and glidepath parallel to each other, every glidepath is provided with slide rail, the slide rail two ends on two
Be equipped with the cross bar that is connected with two one slide rails on middle part, and crossbar end stretched out on the outside of slide rail, on every cross bar two ends
The mechanical hand for crawl is provided with, described upper slide rail is connected with the horizontal drive mechanism that can drive upper slide rail movement.
In above-mentioned bottom sealing of steel cylinder processing unit (plant), described elevating mechanism includes being arranged between carrier and frame
Screw rod type lifter, described screw rod type lifter is located in the middle part of carrier, is provided with screw rod type lifter side and can drive
The lifting motor of dynamic screw rod type lifter axis of rotation.
In above-mentioned bottom sealing of steel cylinder processing unit (plant), some being vertically arranged between described carrier and frame, is additionally provided with
Lead column.
In above-mentioned bottom sealing of steel cylinder processing unit (plant), described mechanical hand includes vacuum cup, described vacuum cup
Be fixed on cross bar outer end and suction inlet down, be connected with vacuum cup and take out negative pressure mechanism.
In above-mentioned bottom sealing of steel cylinder processing unit (plant), described frame is located at one end of seal-head trimming device structure and is provided with use
In the conveyer belt for receiving waste material, the mechanism that gets the raw materials ready is additionally provided with the end；The described mechanism that gets the raw materials ready includes two for overturning end socket
The turner of blank, is provided with least three below each turner and is vertically arranged and can clamp end socket blank after moving horizontally
Folder rod, be connected with the folder rod that folder rod can be driven to move horizontally on described folder rod and drive, be also associated with anti-collision on folder rod
Hit component.
Compared with prior art, the advantage of this bottom sealing of steel cylinder processing unit (plant) is：1st, it is reasonable in design, automaticity
It is high.2nd, synchronous Continuous maching, high in machining efficiency, improves enterprises production efficiency, saves process time.3rd, will can give up automatically
Material is removed, and without the need for artificial treatment, not only saves the time, also improves working (machining) efficiency, more improves production security.4th, work
Good stability, high precision have effectively ensured the quality of product, safe and reliable.5th, structure reliability, long service life.
Description of the drawings
Fig. 1 is the structural representation that this utility model is provided.
Fig. 2 is the vertical view partial structural diagram that this utility model is provided.
Fig. 3 is the side-looking partial structural diagram that this utility model is provided.
In figure, frame 1, seal-head trimming device structure 2, seal head seaming mechanism 3, de- charging tray 4, trimming positioning mould 21, trimming main shaft
22nd, interior cutter 23, outer cutter 24, outer cutter hydraulic cylinder 25, trimming spindle drive 26, scrap removal mechanism 6, pushing hands 61,
Pushing hands cylinder 62, gland 27, gland cylinder 271, trimming support 28, guide post 29, connecting plate 291, gland connecting shaft 292, receipts
Mouth main shaft 31, the positioning that closes up mould 32, the interior cutter 321 that closes up, the outer cutter 322 of closing in, closing in hydraulic cylinder 33, closing in spindle driving machine
Structure 34, carrier 71, elevating mechanism 72, glidepath 73, upper slide rail 74, cross bar 75, mechanical hand 76, horizontal drive mechanism 77, spiral shell
Rod lifter 721, lifting motor 722, lead column 711, conveyer belt 8, the mechanism 9 that gets the raw materials ready, turner 10, folder rod 11.
Specific embodiment
As Figure 1-3, this bottom sealing of steel cylinder processing unit (plant), including frame 1, it is characterised in that 1 both sides of frame are respectively mounted
There are seal-head trimming device structure 2 and seal head seaming mechanism 3, seal-head trimming device structure 2 is located at 1 one end of frame, and seal head seaming mechanism 3 is located at machine
1 other end of frame, seal-head trimming device structure 2 includes being arranged in frame 1 is used for the trimming positioning mould 21 for placing end socket blank, and trimming is fixed
Position mould 21 is fixed on 22 upper end of trimming main shaft, is provided with that be set on trimming main shaft 22 can be with trimming master below trimming positioning mould 21
The interior cutter 23 of 22 synchronous axial system of axle, 23 side of interior cutter are provided with outer cutter 24, and outer cutter 24 is by driving outer cutter 24
It is on close level or is connected with frame 1 away from the outer cutter hydraulic cylinder 25 of interior cutter 23, is connected with trimming main shaft 22 and can drive
The trimming spindle drive 26 that trimming main shaft 22 is rotated, is additionally provided with scrap removal mechanism 6 on seal-head trimming device structure 2.Design
Rationally, high degree of automation；Synchronous Continuous maching, it is high in machining efficiency, enterprises production efficiency is improve, process time is saved；
Automatically waste material can be removed, without the need for artificial treatment, not only saves the time, also improve working (machining) efficiency, more improve production
Safety；Good operating stability, high precision have effectively ensured the quality of product, safe and reliable；Structure reliability, service life
It is long.
In particular, described scrap removal mechanism 6 includes being arranged on the de- charging tray 4 above trimming positioning mould 21,
De- material tray lifting component 5 is provided between de- charging tray 4 and frame 1, and each 21 side of trimming positioning mould can be moved horizontally for moving
Except the pushing hands 61 for taking off waste material on charging tray 4 after rising, described pushing hands 61 with pushing hands 61 can be driven to enter or removes take off charging tray 4
Pushing hands cylinder 62 is connected；Being provided with above trimming positioning mould 21 prevents end socket blank from departing from trimming positioning mould 21 when can work as processing
Gland 27, gland 27 is connected with 271 piston rod of gland cylinder and gland 27 can be circumferentially rotated, and gland cylinder 271 is by L-shaped
Trimming support 28 be fixed in frame 1, be equipped with trimming support 28 two be capable of in the vertical direction movement guiding
Bar 29, two 29 lower ends of guide post are connected by connecting plate 291, be equipped with and can circumferentially rotate and axial direction on connecting plate 291
Spacing gland connecting shaft 292,292 lower end of gland connecting shaft and gland 27 are connected, 292 upper end of gland connecting shaft and gland cylinder
271 piston rod axial restraints and circumferential it is movably connected.
Seal head seaming mechanism 3 is included being fixed on closing in main shaft 31 and can be positioned with the closing in of 31 synchronous rotary of closing in main shaft
Cutter 321 in mould 32 and closing in, is provided with the outer knife of closing in that can coordinate with the interior cutter 321 that closes up in closing up on the outside of cutter 321
Tool 322, the outer cutter 321 that closes up are moved horizontally so as to close to or away from the outer cutter that closes up by driving the outer cutter 322 that closes up
322 closing in hydraulic cylinder 33 is connected with frame 1, and closing in main shaft 31 is connected with closing in spindle drive 34.
Being additionally provided with frame 1 can be while changes the steel cylinder envelope being placed on seal-head trimming device structure 2 and seal head seaming mechanism 3
The feed mechanism 7 of head, feed mechanism 7 include being arranged on holding between two seal-head trimming device structures 2 and Liang Ge seal head seamings mechanism 3
Carrier 71, is provided with elevating mechanism 72 between carrier 71 and frame 1, and it is parallel to bottom surface and mutual that carrier 71 is provided with two
Parallel glidepath 73, every glidepath 73 are provided with slide rail 74, be equipped with 74 two ends of slide rail and middle part on two with
The cross bar 75 that two one slide rails 74 are connected, and 75 end of cross bar stretched out on the outside of slide rail 74, is equipped with use on every 75 two ends of cross bar
In the mechanical hand 76 of crawl, upper slide rail 74 is connected with the horizontal drive mechanism 77 that can drive the movement of upper slide rail 74.
Elevating mechanism 72 includes the screw rod type lifter 721 being arranged between carrier 71 and frame 1, screw rod type lifter
721 are located in the middle part of carrier 71, and being provided with 721 side of screw rod type lifter being capable of 721 axis of rotation of drive screw formula elevator
Lifting motor 722；Some lead columns 711 being vertically arranged are additionally provided between carrier 71 and frame 1, and mechanical hand 76 is wrapped
Include vacuum cup, vacuum cup be fixed on 75 outer end of cross bar and suction inlet down, be connected with vacuum cup and take out Negative pressure machine
Structure, it is clear that mechanical hand 76 only can also need to lift end socket, such as using the products substitution in addition to vacuum cup：
Clamping type, gripping-type and hook modus ponens etc.；Frame 1 is located at one end of seal-head trimming device structure 2 and is provided with the conveying for receiving waste material
Band 8, is additionally provided with the mechanism 9 that gets the raw materials ready on the end；The mechanism 9 that gets the raw materials ready includes two for overturning the turners 10 of end socket blank, upset
Device 10 can be lifted in vertical direction, be provided with below each turner 10 at least three be vertically arranged and can move horizontally after
The folder rod 11 of clamping end socket blank, presss from both sides and is connected with the folder rod driving that folder rod 11 can be driven to move horizontally on rod 11, in folder rod 11
On be also associated with anticollision component.
During feeding, end socket blank is placed on gets the raw materials ready in mechanism 9, and carrier 71 rises and makes slide rail 74 toward the mechanism 9 that gets the raw materials ready
Place's movement so that mechanical hand foremost is located at directly over the end socket blank got the raw materials ready in mechanism 9, then reduces by 71 height of carrier
Enable vacuum cup to draw end socket blank, improve 71 height of carrier after absorption and move slide rail 74, make to be drawn
End socket blank be located at trimming positioning mould 21 above, by reduce by 71 height of carrier make end socket blank be placed on trimming position mould
On 21, and vacuum cup is made to decontrol end socket blank, carrier 71 rises and makes slide rail 74 toward 9 direction of mechanism of getting the raw materials ready after relieving
Mobile vacuum sucker is away from seal-head trimming device structure 2；During trimming, vertical decline is pressed on end socket blank gland 27, and then trimming is fixed
Position mould 21 is rotated, and carries out trimming to end socket blank by interior cutter 23, outer cutter 24, and trimming completes rear pressing cover 27 and rises, gland
The end socket for completing trimming is coordinated to extract by carrier 71 and vacuum cup after the completion of 27 risings, de- charging tray while extracting
4 rise, and remove the trimming waste material on de- charging tray 4 by pushing hands 61 after the completion of rising；It is complete that feed mechanism 7 can move trimming simultaneously
Into end socket movement seal head seaming mechanism 3 on when, the untouched edge end socket in mechanism 9 of getting the raw materials ready is moved on seal-head trimming device structure 2, envelope
The end socket machined on head closing mechanism 3 removes seal head seaming mechanism 3.
Specific embodiment described herein is only explanation for example to this utility model spirit.This utility model institute
Category those skilled in the art can make various modifications or supplement or using similar to described specific embodiment
Mode substitute, but without departing from it is of the present utility model spirit or surmount scope defined in appended claims.
Although more having used frame 1, seal-head trimming device structure 2, seal head seaming mechanism 3, de- charging tray 4, trimming fixed herein
Position mould 21, trimming main shaft 22, interior cutter 23, outer cutter 24, outer cutter hydraulic cylinder 25, trimming spindle drive 26, waste material are moved
Except mechanism 6, pushing hands 61, pushing hands cylinder 62, gland 27, gland cylinder 271, trimming support 28, guide post 29, connecting plate 291, pressure
Lid connecting shaft 292, closing in main shaft 31, the positioning that closes up mould 32, close up in cutter 321, the outer cutter 322 of closing up, closing in hydraulic cylinder 33,
Closing in spindle drive 34, carrier 71, elevating mechanism 72, glidepath 73, upper slide rail 74, cross bar 75, mechanical hand 76, level
Drive mechanism 77, screw rod type lifter 721, lifting motor 722, lead column 711, conveyer belt 8, get the raw materials ready mechanism 9, turner
10th, the terms such as rod 11 are pressed from both sides, but is not precluded from the probability using other terms.Using these terms just for the sake of more easily
Essence of the present utility model is described and explained, being construed as any additional restriction is all and this utility model spirit
It is contrary.
Claims (10)
1. a kind of bottom sealing of steel cylinder processing unit (plant), including frame (1), it is characterised in that described frame (1) both sides are mounted on
Seal-head trimming device structure (2) and seal head seaming mechanism (3), described seal-head trimming device structure (2) are located at frame (1) one end, and end socket is received
Mouth mechanism (3) is located at frame (1) other end, and described seal-head trimming device structure (2) includes being arranged in frame (1) to be used for placing envelope
Trimming positioning mould (21) of capillus embryo, described trimming positioning mould (21) are fixed on trimming main shaft (22) upper end, position in trimming
It is provided with below mould (21) that be set on trimming main shaft (22) can be with cutter (23) in the trimming of trimming main shaft (22) synchronous axial system, institute
In the trimming stated, cutter (23) side is provided with the outer cutter (24) of trimming, and the outer cutter (24) of described trimming is by driving outer knife
Tool (24) is on close level or is connected with frame (1) away from the outer cutter hydraulic cylinder (25) of cutter in trimming (23), described trimming
The trimming spindle drive (26) that trimming main shaft (22) can be driven to rotate is connected with main shaft (22), in seal-head trimming device structure
(2) scrap removal mechanism (6) is additionally provided with.
2. bottom sealing of steel cylinder processing unit (plant) according to claim 1, it is characterised in that described scrap removal mechanism (6)
Including the de- charging tray (4) being arranged on above trimming positioning mould (21), de- charging tray liter is provided between de- charging tray (4) and frame (1)
Come down to a lower group part (5), each trimming positioning mould (21) side can move horizontally for remove rise after take off pushing away for waste material on charging tray (4)
Handss (61), described pushing hands (61) are connected with the pushing hands cylinder (62) that pushing hands (61) can be driven to enter or remove de- charging tray (4).
3. bottom sealing of steel cylinder processing unit (plant) according to claim 2, it is characterised in that in described trimming positioning mould (21)
Side is provided with when can work as processing prevents end socket blank from departing from the gland (27) of trimming positioning mould (21), described gland (27) and pressure
Lid cylinder (271) piston rod is connected and gland (27) can be circumferentially rotated, and described gland cylinder (271) is cut by L-shaped
Side support (28) is fixed in frame (1), is equipped with two and is capable of leading in the vertical direction movement on trimming support (28)
To bar (29), two guide post (29) lower ends are connected by connecting plate (291), and being equipped with connecting plate (291) can be circumferential
Rotation and the gland connecting shaft (292) of axial limiting, described gland connecting shaft (292) lower end and gland (27) are connected, described
Gland connecting shaft (292) upper end is with gland cylinder (271) piston rod axial restraint and circumferential is movably connected.
4. bottom sealing of steel cylinder processing unit (plant) according to claim 3, it is characterised in that described seal head seaming mechanism (3)
Can be with the closing in of closing in main shaft (31) synchronous rotary positioning mould (32) and the interior knife that closes up including being fixed on closing in main shaft (31)
Tool (321), is provided with the outer cutter (322) of closing in that can coordinate with the interior cutter (321) that closes up in closing up on the outside of cutter (321),
The outer cutter (321) of described closing in is by driving closing in outer cutter (322) to move horizontally so as to outer close to or away from closing up
The closing in hydraulic cylinder (33) of cutter (322) is connected with frame (1), described closing in main shaft (31) and closing in spindle drive
(34) it is connected.
5. the bottom sealing of steel cylinder processing unit (plant) according to claim 1 or 2 or 3 or 4, it is characterised in that described frame (1)
On be additionally provided with can be while change the feeding of the steel cylinder seal head being placed on seal-head trimming device structure (2) and seal head seaming mechanism (3)
Mechanism (7).
6. bottom sealing of steel cylinder processing unit (plant) according to claim 5, it is characterised in that described feed mechanism (7) includes
The carrier (71) being arranged between two seal-head trimming device structures (2) and Liang Ge seal head seamings mechanism (3), in carrier (71) and
Be provided with elevating mechanism (72) between frame (1), described carrier (71) be provided with two it is parallel to bottom surface and parallel to each other
Glidepath (73), every glidepath (73) are provided with slide rail (74), are equipped with two on slide rail (74) two ends and middle part
The cross bar (75) being connected with two one slide rails (74), and cross bar (75) end stretched out on the outside of slide rail (74), every cross bar (75) two
The mechanical hand (76) for crawl, described upper slide rail (74) level mobile with upper slide rail (74) can be driven is equipped with end
Drive mechanism (77) is connected.
7. bottom sealing of steel cylinder processing unit (plant) according to claim 6, it is characterised in that described elevating mechanism (72) includes
The screw rod type lifter (721) being arranged between carrier (71) and frame (1), described screw rod type lifter (721) are located at
In the middle part of carrier (71), it is provided with screw rod type lifter (721) side and is capable of drive screw formula elevator (721) axis of rotation
Lifting motor (722).
8. bottom sealing of steel cylinder processing unit (plant) according to claim 7, it is characterised in that described carrier (71) and frame
(1) some lead columns (711) being vertically arranged are additionally provided between.
9. the bottom sealing of steel cylinder processing unit (plant) according to claim 6 or 7 or 8, it is characterised in that described mechanical hand (76)
Including vacuum cup, vacuum cup be fixed on cross bar (75) outer end and suction inlet down, be connected with vacuum cup and take out negative
Press mechanism.
10. the bottom sealing of steel cylinder processing unit (plant) according to claim 1 or 2 or 3, it is characterised in that described frame (1) position
The conveyer belt (8) for receiving waste material is provided with one end of seal-head trimming device structure (2), the mechanism that gets the raw materials ready is additionally provided with the end
(9)；The described mechanism that gets the raw materials ready (9) includes two turners (10) for being used for overturning end socket blank, under each turner (10)
Side is provided with least three folder rods (11) for being vertically arranged and can clamping end socket blank after moving horizontally, on described folder rod (11)
Be connected with the folder rod that folder rod (11) can be driven to move horizontally to drive, anticollision component is also associated with folder rod (11).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620972627.8U CN206029286U (en) | 2016-08-28 | 2016-08-28 | Steel bottle low head processingequipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620972627.8U CN206029286U (en) | 2016-08-28 | 2016-08-28 | Steel bottle low head processingequipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206029286U true CN206029286U (en) | 2017-03-22 |
Family
ID=58303066
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620972627.8U Withdrawn - After Issue CN206029286U (en) | 2016-08-28 | 2016-08-28 | Steel bottle low head processingequipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206029286U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106112553A (en) * | 2016-08-28 | 2016-11-16 | 浙江安盛机械制造有限公司 | Bottom sealing of steel cylinder processing unit (plant) |
| CN111037758A (en) * | 2019-12-05 | 2020-04-21 | 大同新成新材料股份有限公司 | Positioning and scribing tool for intelligent carbon sliding plate production clamp and using method thereof |
-
2016
- 2016-08-28 CN CN201620972627.8U patent/CN206029286U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106112553A (en) * | 2016-08-28 | 2016-11-16 | 浙江安盛机械制造有限公司 | Bottom sealing of steel cylinder processing unit (plant) |
| CN106112553B (en) * | 2016-08-28 | 2018-09-07 | 浙江安盛机械制造有限公司 | Bottom sealing of steel cylinder processing unit (plant) |
| CN111037758A (en) * | 2019-12-05 | 2020-04-21 | 大同新成新材料股份有限公司 | Positioning and scribing tool for intelligent carbon sliding plate production clamp and using method thereof |
| CN111037758B (en) * | 2019-12-05 | 2022-01-25 | 大同新成新材料股份有限公司 | Positioning and scribing tool for intelligent carbon sliding plate production clamp and using method thereof |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170322 Effective date of abandoning: 20180907 |