CN102528425B - Automatic aluminium pulling and bottom removing machine for pop cans - Google Patents
Automatic aluminium pulling and bottom removing machine for pop cans Download PDFInfo
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- CN102528425B CN102528425B CN 201210000739 CN201210000739A CN102528425B CN 102528425 B CN102528425 B CN 102528425B CN 201210000739 CN201210000739 CN 201210000739 CN 201210000739 A CN201210000739 A CN 201210000739A CN 102528425 B CN102528425 B CN 102528425B
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Abstract
The invention relates to an automatic aluminium pulling and bottom removing machine for pop cans and mainly aims to solve the problem that due to the lack of technology for effectively separating can lid and can bottom of a pop can, the pop can cannot be reused reasonably and effectively. The automatic aluminium pulling and bottom removing machine comprises a first clamping shaft, a fixing seat and a clamping sleeve which are arranged coaxially; a pulling sleeve is fixed at the front end of the first clamping shaft; a through groove with the cross section matched with that of a pop can in shape is formed at the end part of the pulling sleeve; a bell mouth is formed at the end part of the through groove; first barbs stuck with convex ribs at the end of a pop can lid are arranged on the inner wall of the through groove; the clamping sleeve and the fixing seat are matched to limit radial and axial positioning of pop cans; and second barbs matched with convex ribs at the bottom end of a pop can are arranged on the clamping sleeve. The lid and the bottom of a pop can are pulled from the two ends, and then a cylindrical pop can with the two ends communicated with each other is formed, so that the purpose of automatically separating pop cans effectively and quickly can be achieved, the production efficiency is improved, and follow-up treatment can be performed advantageously.
Description
Technical field
The present invention relates to the device that a kind of pop can reclaims sorting, refer in particular to pop can automatic aluminium pulling padding machine.
Background technology
At present the recycling of defective work more and more is subject to people's concern, reclaim and both can carry out the secondary utilization to article, avoided the waste to resource, effectively prevented that again discarded object from having caused pollution to environment, with regard to regard to pop can, mainly by tank body and cover, formed, because tank body and cover are to adopt different materials to form, seem extremely important so how two parts are carried out to sorting process, up to now also do not have a kind of can be not only efficiently but also high-quality method can carry out sorting process to it, thereby what just be difficult to obtains complete cover and tank body, provide some unnecessary troubles to carrying out follow-up processing.
Summary of the invention
For shortcoming and the weak point that overcomes background technology, the invention provides a kind of pop can automatic aluminium pulling padding machine, solve existing the shortage at the bottom of the cover of pop can and tank, carrying out effective sorting technology, and cause rationally, effectively utilizing the problem of pop can.
Technical scheme of the present invention is: a kind of pop can automatic aluminium pulling padding machine, comprise support, the rotating disk that is fixed with supporting seat on described support and carries pop can, be provided with in described supporting seat with the pop can two ends and match and merge the first coaxial clamp shaft, holder, described holder is fixed on supporting seat, described the first clamp shaft is connected with the first power conveying mechanism, the first power conveying mechanism drives the first clamp shaft linear reciprocating motion vertically, the front end of described the first clamp shaft is fixed with helps pull a cart, described end of helping pull a cart is provided with the groove matched with the pop can cross sectional shape, the end of described groove is provided with horn mouth, the inwall of described groove is provided with the first barb that the convex tendon with the cover of pop can end blocks mutually, the center of described holder is provided with and is connected with the power conveying mechanism and forms the push rod of axial slip with holder, described holder is provided with the first arc-shaped slot matched with the pop can external diameter, the bottom of described holder is provided with the cutting ferrule be connected with the second power conveying mechanism, described the second power conveying mechanism drives cutting ferrule to do straight reciprocating motion along the radial direction of the first arc-shaped slot, described cutting ferrule is provided with the second arc-shaped slot, primary importance when described the second arc-shaped slot separates with the first arc-shaped slot makes pop can stretch into the first arc-shaped slot, second place when described the second arc-shaped slot and the first arc-shaped slot are drawn close forms radially clamping matching of pop can, described the second arc-shaped slot is provided with the second barb that the convex tendon on the bottom with pop can matches and forms the pop can axial limiting and coordinate.
Described rotating disk is fixed in rotating shaft and outside it and is arranged with a plurality of standing grooves of evenly depositing pop can, and described rotating shaft forms circumferential transmission with connecting gear and coordinates.
Described connecting gear comprises actuating unit, driving shaft, the first power transmission shaft, and described driving shaft is connected with actuating unit and is connected with the first transmission shaft driven, and described standing groove is four, and described the first power transmission shaft and 1/4th gears engagements of rotating shaft formation.
Described support also is provided with the radial cuts device, described radial cuts device comprises the transmission mechanism matched with driving shaft, the clamp mechanism of axial location pop can, place supporting mechanism and the cutting mechanism of pop can, described clamp mechanism, cutting mechanism is connected with actuating unit by transmission mechanism, described clamp mechanism comprises gripper shoe, coaxial the second clamp shaft and the 3rd clamp shaft and the power conveying mechanism arranged, described gripper shoe is fixed on support, described the second clamp shaft and the 3rd clamp shaft are positioned at the both sides of pop can, described the second clamp shaft, be fixed with respectively on the 3rd clamp shaft with the pop can two ends and match and merge the 3rd gripping sleeve of circumferential clocking of turbine rotation, the 4th gripping sleeve, described gripper shoe is provided with axis hole, described the second clamp shaft, the 3rd clamp shaft forms circumferential rotatable the cooperation through gripper shoe and by connecting gear with described axis hole, and described the second clamp shaft, the 3rd clamp shaft forms axial slip with described axis hole by the power conveying mechanism and coordinates, described cutting mechanism comprises the power conveying mechanism, knife rest, Cutting tool installation manner axle and the circular cutter that is fixed in Cutting tool installation manner axle two ends, described knife rest is provided with axis hole, described Cutting tool installation manner axle forms circumferential rotatable the cooperation through knife rest and by transmission mechanism with described axis hole, described power conveying mechanism is connected with the Cutting tool installation manner axle and forms described circular cutter and matches with pop can, described Cutting tool installation manner axle and the second clamp shaft switched in opposite, described supporting mechanism comprises the 3rd power conveying mechanism, pallet, described the 3rd power conveying mechanism is connected with pallet, described pallet and rotating disk match to merge and are positioned at the 3rd gripping sleeve, between the 4th gripping sleeve.
Described transmission mechanism comprises the first transmission mechanism and the second transmission mechanism, described the first transmission mechanism comprises belt wheel and belt, sprocket wheel and chain, described belt wheel is located on driving shaft, and be connected with the second clamp shaft by belt, described sprocket wheel is located on driving shaft and by chain and is connected with the 3rd clamp shaft, described the second transmission mechanism comprises power transmission shaft, gear, sprocket wheel and chain, described driving shaft is connected with actuating unit and meshes by gear with power transmission shaft, described power transmission shaft and Cutting tool installation manner axle are equipped with sprocket wheel, and are connected by chain.
Described support is provided with feeder belt, and described feeder belt matches with rotating disk and forms the pop can continuous feed.
Described power conveying mechanism, the first power conveying mechanism, the second power conveying mechanism and the 3rd power conveying mechanism are hydraulic cylinder.
Described rotating shaft is provided with the test rod be connected with control centre.
Compared with prior art, the present invention has following beneficial effect: process by pop can being pulled out to lid, thereby realized efficiently, fast pop can is carried out to the automatic sorting processing, enhance productivity, and be conducive to carry out subsequent treatment.
The accompanying drawing explanation
Fig. 1 is structural representation of the present invention.
Fig. 2 is structural representation of the present invention.
The structural representation that Fig. 3 is holder and cutting ferrule in the present invention.
The structural representation that Fig. 4 is cutting ferrule in the present invention.
The cutaway view that Fig. 5 is cutting ferrule of the present invention.
Fig. 6 is the structural representation that the present invention helps pull a cart.
Fig. 7 is the cutaway view that the present invention helps pull a cart.
In figure, support 1, supporting seat 2, rotating disk 3, the first clamp shaft 4, holder 5, the first arc-shaped slot 51, the first power conveying mechanism 6, the second power conveying mechanism 61, the 3rd power conveying mechanism 62, help pull a cart 7, the first barb 71, groove 72, push rod 8, cutting ferrule 9, the second arc-shaped slot 91, the second barb 10, rotating shaft 11, standing groove 12, actuating unit 13, driving shaft 14, the first power transmission shaft 15, gripper shoe 16, the second clamp shaft 17, the 3rd clamp shaft 18, axis hole 19, knife rest 20, Cutting tool installation manner axle 21, circular cutter 22, pallet 23, belt wheel 24, belt 25, sprocket wheel 26, chain 27, second driving shaft 28, gear 29, feeder belt 30, test rod 31.
The specific embodiment
Below for accompanying drawing, embodiments of the invention are described further:
Shown in figure, this pop can automatic aluminium pulling padding machine, comprise support 1, the rotating disk 3 that is fixed with supporting seat 2 on described support and carries pop can, be provided with in described supporting seat 2 with the pop can two ends and match and merge the first coaxial clamp shaft 4, holder 5, described holder 5 is fixed on supporting seat 2, described the first clamp shaft 4 is connected with the first power conveying mechanism 6, the first power conveying mechanism 6 drives the first clamp shaft 4 linear reciprocating motion vertically, the front end of described the first clamp shaft 4 is fixed with helps pull a cart 7, described 7 the end of helping pull a cart is provided with the groove 72 matched with the pop can cross sectional shape, the end of described groove 72 is provided with horn mouth, the inwall of described groove 72 is provided with the first barb 71 that the convex tendon with the cover of pop can end blocks mutually, the center of described holder 5 is provided with and is connected with the power conveying mechanism and forms the push rod 8 of axial slip with holder 5, described holder 5 is provided with the first arc-shaped slot 51 matched with the pop can external diameter, the bottom of described holder 5 is provided with the cutting ferrule 9 be connected with the second power conveying mechanism 61, described the second power conveying mechanism 61 drives cutting ferrule 9 to do straight reciprocating motion along the radial direction of the first arc-shaped slot 51, described cutting ferrule 9 is provided with the second arc-shaped slot 91, primary importance when described the second arc-shaped slot 91 separates with the first arc-shaped slot 51 makes pop can stretch into the first arc-shaped slot 51, second place when described the second arc-shaped slot 91 and the first arc-shaped slot 51 are drawn close forms radially clamping matching of pop can, described the second arc-shaped slot 91 is provided with the second barb 10 that the convex tendon on the bottom with pop can matches and forms the pop can axial limitings and coordinate.During work, the pop can that actuating unit drives on rotating disk 3 rotates 1/4th arrival positions coaxial with the first clamp shaft 4, and make the first clamp shaft 4 promote the first barb 71 places that the distortion of pop can front end snaps in groove 72 by the effect of hydraulic cylinder, the pop can bottom snaps in the first arc-shaped slot 51 of holder 5, the bottom that pop can is withstood in push rod 8 actions, and the periphery of radially blocking pop can by the effect of Hydraulic Cylinder cutting ferrule 9, the convex tendon of pop can bottom snaps in the second barb 10 of cutting ferrule 9, thereby realized the axial and radial location of bottom, the first barb 71 blocks mutually with the convex tendon of pop can front end, then pulling back by the first clamp shaft 4, thereby realize that pop can is pulled out to lid to be processed.According to such scheme, process by pop can being pulled out to lid, thereby realized efficiently, fast pop can is carried out to the automatic sorting processing, enhance productivity, and be conducive to carry out subsequent treatment.
Shown in figure, to be fixed on described rotating disk 3 in rotating shaft 11 and outside it and to be arranged with a plurality of standing grooves 12 of evenly depositing pop can, described rotating shaft 11 forms circumferential transmission with connecting gear and coordinates.Described connecting gear comprises actuating unit 13, driving shaft 14, the first power transmission shaft 15, described driving shaft 14 is connected with actuating unit 13 and is in transmission connection with power transmission shaft 15, described standing groove 12 is four, at right angles be distributed in rotating shaft 11, and described the first power transmission shaft 15 forms 1/4th gear engagements with rotating shaft 11.A gear is set in rotating shaft 11, / 4th gears that are meshed with this gear are set on the first power transmission shaft 15, driving shaft 14 drives the first power transmission shaft 15, the first power transmission shaft 15 rotates the moving rotating shaft 11 of an astragal and rotates 1/4th, thereby makes the standing groove 12 on rotating disk 3 rotate 90 ° to next position.
Shown in figure, described support 1 also is provided with the radial cuts device, described radial cuts device comprises the transmission mechanism matched with driving shaft 14, the clamp mechanism of axial location pop can, place supporting mechanism and the cutting mechanism of pop can, described clamp mechanism, cutting mechanism is connected with actuating unit 13 by transmission mechanism, described clamp mechanism comprises gripper shoe 16, coaxial the second clamp shaft 17 and the 3rd clamp shaft 18 and the 3rd power conveying mechanism 62 arranged, described gripper shoe 16 is fixed on support 1, described the second clamp shaft 17 and the 3rd clamp shaft 18 are positioned at the both sides of pop can, described the second clamp shaft 17, be fixed with respectively on the 3rd clamp shaft 18 with the pop can two ends and match and merge the second gripping sleeve 17 of circumferential clocking of turbine rotation, the 3rd gripping sleeve 18, described gripper shoe 16 is provided with axis hole 19, described the second clamp shaft 17, the 3rd clamp shaft 18 forms circumferential rotatable the cooperation through gripper shoe 16 and by connecting gear with described axis hole 19, and described the second clamp shaft 17, the 3rd clamp shaft 18 forms axial slip with described axis hole by the 3rd power conveying mechanism 62 and coordinates, described cutting mechanism comprises the 3rd power conveying mechanism 62, knife rest 20, Cutting tool installation manner axle 21 and the circular cutter 22 that is fixed in Cutting tool installation manner axle 21 two ends, described knife rest 20 is provided with axis hole 19, described Cutting tool installation manner axle 21 forms circumferential rotatable the cooperation through knife rest 20 and by transmission mechanism with described axis hole 19, described the 3rd power conveying mechanism 62 is connected with Cutting tool installation manner axle 21 and forms described circular cutter 22 and matches with pop can, described Cutting tool installation manner axle 21 and the second clamp shaft 17 switched in opposite, described supporting mechanism comprises the 4th power conveying mechanism, pallet 23, described the 4th power conveying mechanism is connected with pallet 23, described pallet 23 matches to merge with rotating disk 3 and is positioned at the 3rd gripping sleeve, between the 4th gripping sleeve.Sorting mode due to this device employing fly-cutting, then radial cuts is carried out in the two ends of pop can simultaneously form straight drum part, be beneficial to lower step and form smooth projected square part to opening wide cutting apart of straight drum part, thereby realized automated production, production efficiency improves.
Shown in figure, described transmission mechanism comprises the first transmission mechanism and the second transmission mechanism, described the first transmission mechanism comprises belt wheel 24 and belt 25, sprocket wheel 26 and chain 27, described belt wheel 24 is located on driving shaft 14, and be connected with the second clamp shaft 17 by belt 25, described sprocket wheel 26 is located on driving shaft 14 and by chain 27 and is connected with the 3rd clamp shaft 18, described the second transmission mechanism comprises second driving shaft 28, gear 29, sprocket wheel 26 and chain 27, described driving shaft 14 is connected with actuating unit 13 and meshes by gear 29 with second driving shaft 28, described second driving shaft 28 is equipped with sprocket wheel 26 with Cutting tool installation manner axle 21, and be connected by chain 27.Driving shaft 14 rotates and meshes by gear 29 with second driving shaft 28, and second driving shaft 28 rotates to drive circular cutter 22 rotations by sprocket wheel 26 driving-belt cutter installation shaft 21, and this transmission mechanism transmission is effective.Actuating unit 13 is motor, turns the second clamp shaft 17 and the 3rd clamp shaft 18 that just can simultaneously drive Cutting tool installation manner axle 21 and clamp mechanism by a motor, can be effective and reasonable utilize the energy, Cost reduction.
Shown in figure, described support 1 is provided with feeder belt 30, and described feeder belt 30 matches with rotating disk 3 and forms the pop can continuous feed.The laterally inclined feeder belt 30 that is provided with of described support 1, described feeder belt 30 matches with rotating disk 3.Can place in advance a plurality of pop cans at feeder belt 30, when system works, pop can on feeder belt 30 takes up by rotating disk 17, and be fed into to pull out and cover on position, by pulling out lid arrangement, pop can is pulled out to the lid processing, feeder belt 30 is set can enhance productivity, and avoids artificial feeding, realizes automation.
Shown in figure, described power conveying mechanism, the first power conveying mechanism 6, the second power conveying mechanism 61 and the 3rd power conveying mechanism 62 are hydraulic cylinder.Adopt hydraulic cylinder can control fast and effectively the action of each parts, thereby enhance productivity, also can adopt other power conveying mechanism, can certainly adopt the power conveying mechanisms such as cylinder.
Shown in figure, described rotating shaft 11 is provided with the test rod 31 be connected with control centre.Described test rod 31 and rotating shaft 11 match to merge and are connected with control centre, and the rotation by test rod 31 countershafts 11 is detected, and is delivered to control centre, by control centre, each hydraulic cylinder is controlled, and respectively each step is controlled.The concrete course of work, actuating unit drives driving shaft 14 and rotates, driving shaft 14 passes through sprocket wheel, the fit system of chain drives the first power transmission shaft 15 and rotates, the first power transmission shaft 15 rotates the moving rotating shaft 11 of an astragal and rotates 1/4th, because the rotating disk 3 in rotating shaft 11 is provided with four standing grooves 12 of depositing pop can, namely rotate the position of a standing groove 12, then commanded pop can is pulled out to lid pulling out lid arrangement by control centre, then rotate the moving rotating shaft 11 of an astragal by the first power transmission shaft 15 and rotate 1/4th, thereby drive and pulled out lid, the pop can that pulls out the end is thrown in pallet 23 and carries out radial cuts, the radial cuts device apart from time of the next pop can of cutting be rotating shaft 11 rotate time of 1/4th both standing groove 12 go to the position of next standing groove 12, namely the first power transmission shaft 15 rotates the time of a circle, so loop pop can is carried out to sorting process, thereby effectively raise the efficiency of production.
[0028] embodiment should not be considered as the restriction to invention, but any improvement of doing based on spirit of the present invention, all should be within protection scope of the present invention.
Claims (8)
1. a pop can automatic aluminium pulling padding machine, it is characterized in that: comprise support (1), the rotating disk (3) that is fixed with supporting seat (2) on described support and carries pop can, be provided with in described supporting seat (2) with the pop can two ends and match and merge coaxial the first clamp shaft (4), holder (5), described holder (5) is fixed on supporting seat (2), described the first clamp shaft (4) is connected with the first power conveying mechanism (6), the first power conveying mechanism (6) drives the first clamp shaft (4) linear reciprocating motion vertically, the front end of described the first clamp shaft (4) is fixed with help pull a cart (7), the end of described helping pull a cart (7) is provided with the groove (72) matched with the pop can cross sectional shape, the end of described groove (72) is provided with horn mouth, the inwall of described groove (72) is provided with the first barb (71) that the convex tendon with the cover of pop can end blocks mutually, the center of described holder (5) is provided with and is connected with the first power conveying mechanism and forms the push rod (8) of axial slip with holder (5), described holder (5) is provided with the first arc-shaped slot (51) matched with the pop can external diameter, the bottom of described holder (5) is provided with the cutting ferrule (9) be connected with the second power conveying mechanism (61), described the second power conveying mechanism (61) drives cutting ferrule (9) to do straight reciprocating motion along the radial direction of the first arc-shaped slot (51), described cutting ferrule (9) is provided with the second arc-shaped slot (91), described the second arc-shaped slot (91) makes pop can stretch into the first arc-shaped slot (51) with the primary importance of the first arc-shaped slot (51) while separating, with the first arc-shaped slot (51), the second place while drawing close forms radially clamping matching of pop can to described the second arc-shaped slot (91), described the second arc-shaped slot (91) is provided with the second barb (10) that the convex tendon on the bottom with pop can matches and forms the pop can axial limiting and coordinate.
2. pop can automatic aluminium pulling padding machine according to claim 1, it is characterized in that described rotating disk (3) is fixed in rotating shaft (11) and above and outside it is arranged with a plurality of standing grooves (12) of evenly depositing pop can, described rotating shaft (11) forms circumferential transmission with connecting gear and coordinates.
3. pop can automatic aluminium pulling padding machine according to claim 2, it is characterized in that described connecting gear comprises actuating unit (13), driving shaft (14), the first power transmission shaft (15), described driving shaft (14) is connected with actuating unit (13) and is in transmission connection with the first power transmission shaft (15), described standing groove (12) is four, and described the first power transmission shaft (15) forms 1/4th gear engagements with rotating shaft (11).
4. pop can automatic aluminium pulling padding machine according to claim 3, it is characterized in that described support (1) also is provided with the radial cuts device, described radial cuts device comprises the transmission mechanism matched with driving shaft (14), the clamp mechanism of axial location pop can, place supporting mechanism and the cutting mechanism of pop can, described clamp mechanism, cutting mechanism is connected with actuating unit (13) by transmission mechanism, described clamp mechanism comprises gripper shoe (16), coaxial the second clamp shaft (17) and the 3rd clamp shaft (18) and the 3rd power conveying mechanism (62) arranged, described gripper shoe (16) is fixed on support (1), described the second clamp shaft (17) and the 3rd clamp shaft (18) are positioned at the both sides of pop can, described the second clamp shaft (17), be fixed with respectively on the 3rd clamp shaft (18) with the pop can two ends and match and merge the 3rd gripping sleeve of circumferential clocking of turbine rotation, the 4th gripping sleeve, described gripper shoe (16) is provided with axis hole (19), described the second clamp shaft (17), the 3rd clamp shaft (18) is through gripper shoe (16) and form circumferential rotatable the cooperation by described connecting gear with described axis hole (19), and described the second clamp shaft (17), the 3rd clamp shaft (18) forms axial slip with described axis hole by the 3rd power conveying mechanism (62) and coordinates, described cutting mechanism comprises the power conveying mechanism, knife rest (20), Cutting tool installation manner axle (21) and the circular cutter (22) that is fixed in Cutting tool installation manner axle (21) two ends, described knife rest (20) is provided with axis hole, described Cutting tool installation manner axle (21) forms circumferential rotatable the cooperation through knife rest (20) and by described transmission mechanism with described axis hole, described power conveying mechanism is connected with Cutting tool installation manner axle (21) and forms described circular cutter (22) and matches with pop can, described Cutting tool installation manner axle (21) and the second clamp shaft (17) switched in opposite, described supporting mechanism comprises pallet (23), described pallet (23) matches to merge with rotating disk (3) and is positioned at the 3rd gripping sleeve, between the 4th gripping sleeve.
5. pop can automatic aluminium pulling padding machine according to claim 4, it is characterized in that described transmission mechanism comprises the first transmission mechanism and the second transmission mechanism, described the first transmission mechanism comprises belt wheel (24), belt (25), sprocket wheel (26) and chain (27), described belt wheel (24) is located on driving shaft (14), and be connected with the second clamp shaft (17) by belt (25), described sprocket wheel (26) is located at driving shaft (14) and is gone up and pass through chain (27) and be connected with the 3rd clamp shaft (18), described the second transmission mechanism comprises second driving shaft (28), gear (29), sprocket wheel (26) and chain (27), described driving shaft (14) is connected with actuating unit (13) and meshes by gear (29) with second driving shaft (28), described second driving shaft (28) is equipped with sprocket wheel (26) with Cutting tool installation manner axle (21), and be connected by chain (27).
6. according to claim 1 or 2 or 3 described pop can automatic aluminium pulling padding machines, it is characterized in that described support (1) is provided with feeder belt (30), described feeder belt (30) matches with rotating disk (3) and forms the pop can continuous feed.
7. according to claim 1 or 2 or 3 described pop can automatic aluminium pulling padding machines, it is characterized in that described the first power conveying mechanism (6), the second power conveying mechanism (61) are hydraulic cylinder.
8. according to the described pop can automatic aluminium pulling of claim 2 or 3 padding machine, it is characterized in that described rotating shaft (11) is provided with the test rod (31) be connected with control centre.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201210000739 CN102528425B (en) | 2012-01-01 | 2012-01-01 | Automatic aluminium pulling and bottom removing machine for pop cans |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201210000739 CN102528425B (en) | 2012-01-01 | 2012-01-01 | Automatic aluminium pulling and bottom removing machine for pop cans |
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| Publication Number | Publication Date |
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| CN102528425A CN102528425A (en) | 2012-07-04 |
| CN102528425B true CN102528425B (en) | 2013-12-18 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 201210000739 Expired - Fee Related CN102528425B (en) | 2012-01-01 | 2012-01-01 | Automatic aluminium pulling and bottom removing machine for pop cans |
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| CN (1) | CN102528425B (en) |
Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102717141B (en) * | 2012-07-05 | 2014-08-27 | 张倪 | Full-automatic zip-top can scrap machine |
| CN107470698B (en) * | 2017-09-08 | 2023-07-04 | 王阳生 | Separating device for recycling pop cans |
| CN108515241A (en) * | 2018-05-16 | 2018-09-11 | 朱明三 | A kind of pop can sorting machine |
| CN109954919B (en) * | 2019-05-06 | 2024-02-20 | 浙江海洋大学 | Pop-top can cutting device |
| CN110142461B (en) * | 2019-05-27 | 2020-09-25 | 倪晨晖 | Multi-functional cutting equipment of food beverage easy open can |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1012143B (en) * | 1989-09-29 | 1991-03-27 | 北京海淀地学科技开发公司 | Wasting can recovering method and sorting unit thereof |
| WO2004105952A1 (en) * | 2003-05-28 | 2004-12-09 | Circulation System Co., Ltd | Metal can recycling system |
| CN201030374Y (en) * | 2007-03-05 | 2008-03-05 | 华东理工大学 | Ring-pull can metal separating recovery machine |
| CN102248550B (en) * | 2011-06-27 | 2013-06-19 | 黄存玉 | Automatic padding machine for zip-top can |
| CN202398998U (en) * | 2012-01-01 | 2012-08-29 | 黄存玉 | Automatic aluminum drawing padding machine for pop can |
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2012
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