CN203512327U - Lead-acid storage battery packaging device - Google Patents
Lead-acid storage battery packaging device Download PDFInfo
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- CN203512327U CN203512327U CN201320560065.2U CN201320560065U CN203512327U CN 203512327 U CN203512327 U CN 203512327U CN 201320560065 U CN201320560065 U CN 201320560065U CN 203512327 U CN203512327 U CN 203512327U
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- plate
- base plate
- storage battery
- lead
- acid storage
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Abstract
The utility model relates to a lead-acid storage battery packaging device and belongs to the technical field of lead-acid storage battery packaging. The lead-acid storage battery packaging device comprises a tray (5), a base plate (2), a circumferential side plate (3), partition plates (4) and a cover plate. The circumferential side plate (3) is placed between the base plate (2) and the cover plate, and the partition plates (4) are vertically placed on the base plate (2) in a cross mode. A plurality of layers of winding films are wound around the lead-acid storage battery packaging device, the outer portions of the winding films are bundled with a packaging band, and packing materials bundled with the packaging band are placed on the tray (5). Compared with the prior art, the lead-acid storage battery packaging device accommodates a plurality of storage batteries in one time and is simple in structure and good in packaging effect, packaging materials are greatly saved, the labor cost is greatly reduced, dismounting and mounting by automobile factory users and the like are facilitated, dismounting and mounting manpower is saved, and the production cost is reduced.
Description
Technical field
The utility model relates to lead-acid storage battery packaging field, especially lead-acid storage battery packing device.
Background technology
Existing lead-acid storage battery is by container of paperboard, single battery packages to be protected substantially.There is larger shortcoming in this packing technique, is mainly that each battery is packed separately in actual applications, and waste material and a large amount of manpower, cause packing cost and cost of labor to increase.In addition, when battery is dealt into after motor plant by logistics, while devaning, also waste a large amount of manpowers, reduced production efficiency and increased the danger of carrying.
Utility model content
For the deficiencies in the prior art, the technical problems to be solved in the utility model is to provide a kind of saving packing and dismounting manpower, lead-acid storage battery packing device and the packing method thereof of saving packing.
In order to solve the problems of the technologies described above, the technical scheme that the utility model provides is:
Lead-acid storage battery packing device, comprise, pallet (5), base plate (2), cycle side plate (3), dividing plate (4) and cover plate, cycle side plate (3) is placed between base plate (2) and cover plate, dividing plate (4) is crisscross to be vertically placed on base plate (2), described lead-acid storage battery packing device surrounding is wound around multiple wraps film, is wound around the outer enlacement packaging band of film, and the packing material after tying up with strap is positioned on pallet.
In transportation, fork truck forks whole lead-acid storage battery packing device from tray bottom, is positioned on transport vehicle; While unloading, fork truck forks pallet traffic to workshop.
Preferably, described packing device comprises two-layer dividing plate (4) and two-layer base plate (2), ground floor dividing plate (4) is connected with ground floor base plate (2), second layer base plate (2) and cycle side plate (3), and second layer dividing plate (4) is connected with cover plate with the second sublevel base plate (2), cycle side plate (3).
Preferably, comprise three layers of dividing plate (4) and triple bottom plate (2), ground floor dividing plate (4) is connected with ground floor base plate (2), second layer base plate (2) and cycle side plate (3), and second layer dividing plate (4) is connected with second layer base plate (2), triple bottom plate (2) and cycle side plate (3); The 3rd layer of dividing plate (4) is connected with cover plate with triple bottom plate (2), cycle side plate (3).
The packing method of using above-mentioned lead-acid storage battery packing device, comprises the steps:
(a) prepare one deck base plate (2), place it on the pallet (5) of same specification;
(b) battery pack is put on the base plate (2) of preparing in step (a) according to group;
(c) cycle side plate (3) is vertically placed to base plate (2) above, packaged the described battery pack of step (b);
(d) single the storage battery (1) of the battery pack described in step (c) is separated with dividing plate (4) between any two, dividing plate (4) and base plate (2) and the vertical placement of cycle side plate (3);
(e) in battery pack top step (d) Suo Shu, cover cover plate;
(f) to be wound around film, step (e) gained packing material is wound around to multilayer;
(g) with strap, tie up step (f) gained packing material.
Preferably, increase the height of cycle side plate (3) to the height of two-layer battery pack, use the packing method of above-mentioned high-power lead-acid storage battery packing device, comprise the steps:
(a1) prepare ground floor base plate (2), place it on the pallet (5) of same specification;
(b1) battery pack is put on the base plate (2) of preparing in step (a1) by group;
(c1) cycle side plate (3) is vertically placed on to ground floor base plate (2) above, packages the described battery pack of step (b1);
(d1) single the storage battery (1) of the battery pack described in step (c1) is separated with dividing plate (4) between any two, the vertical placement respectively of dividing plate (4) and ground floor base plate (2) and cycle side plate (3);
(e1) in battery pack top step (d1) Suo Shu, cover second layer base plate (2);
(f1) second layer battery pack is put in second layer base plate (2) above by group, single battery of battery pack is separated with dividing plate (4) between any two;
(g1) in second layer battery pack top step (f1) Suo Shu, cover cover plate;
(h1) to be wound around film, step (g1) gained packing material is wound around to multilayer;
(i1) with strap, tie up step (h1) gained packing material.
Preferably, further increase the height of cycle side plate (3) to the height of trilayer battery group, use the packing method of above-mentioned high-power lead-acid storage battery packing device, comprise the steps:
(a2) prepare ground floor base plate (2), place it on the pallet (5) of same specification;
(b2) battery pack is put on the base plate (2) of preparing in step (a2) by group;
(c2) cycle side plate (3) is vertically placed on to ground floor base plate (2) above, packages the described battery pack of step (b2);
(d2) single the storage battery (1) of the battery pack described in step (c2) is separated with dividing plate (4) between any two, the vertical placement respectively of dividing plate (4) and ground floor base plate (2) and cycle side plate (3);
(e2) in battery pack top step (d2) Suo Shu, cover second layer base plate (2), second layer base plate (2) is distinguished to vertical placement with dividing plate (4) and cycle side plate (3) step (d2) Suo Shu;
(f2) second layer battery pack is put in second layer base plate (2) above by group, single storage battery of battery pack is separated with dividing plate (4) between any two;
(g2) in second layer battery pack top step (f2) Suo Shu, cover triple bottom plate (2), triple bottom plate (2) is distinguished to vertical placement with dividing plate (4) and cycle side plate (3) step (f2) Suo Shu;
(h2) trilayer battery group is put on triple bottom plate by group, single storage battery of battery pack is separated with dividing plate (4) between any two;
(i2) in trilayer battery group top step (h2) Suo Shu, cover cover plate;
(j2) to be wound around film, step (i2) gained packing material is wound around to multilayer;
(k2) with strap, tie up step (j2) gained packing material.
Wherein be wound around film and can be wound around film wrapping machine by prestension and complete, strap can manually be used compress to complete connection by fastener for bundling articles.
Compared with prior art, the lead-acid storage battery packing device that the utility model provides once holds many pieces of storage batterys, simple in structure, pack effective, and greatly saved and packed material and the cost of labor adopting, facilitate user's dismounting such as car manufacturer to use, save its dismounting manpower, reduce production costs.
Accompanying drawing explanation
Fig. 1 is the structural representation of high-power lead-acid storage battery packing device of the present utility model;
Fig. 2 is the utility model support holder structure schematic diagram.
The specific embodiment
As shown in Figure 1, lead-acid storage battery packing device, comprises pallet 5, base plate 2, cycle side plate 3, dividing plate 4 and cover plate, and cycle side plate 3 is placed between base plate 2 and cover plate, and dividing plate 4 is crisscross to be vertically placed on base plate 2.Dividing plate 4 is used for interval storage battery, prevents from, between transportation storage battery, direct impact occurs.Described lead-acid storage battery packing device surrounding is wound around multiple wraps film, is wound around the outer enlacement packaging band strap of film, and the packing material after tying up is positioned on pallet.
Preferably, described packing device comprises two-layer dividing plate 4 and two-layer base plate 2, and ground floor dividing plate 4 is connected with ground floor base plate 2, second layer base plate 2 and cycle side plate 3, and second layer dividing plate 4 is connected with cover plate with the second sublevel base plate 2, cycle side plate 3.
Preferably, comprise three layers of dividing plate 4 and triple bottom plate 2, ground floor dividing plate 4 is connected with ground floor base plate 2, second layer base plate 2 and cycle side plate 3, and second layer dividing plate 4 is connected with second layer base plate 2, triple bottom plate 2 and cycle side plate 3; The 3rd layer of dividing plate 4 is connected with cover plate with triple bottom plate 2, cycle side plate 3.
The packing method of using above-mentioned lead-acid storage battery packing device, comprises the steps:
(a) prepare one deck base plate 2, place it on the pallet 5 of same specification;
(b) battery pack is put on the base plate 2 of preparing in step (a) according to group; Described battery pack can be every group and comprise four, six, eight, nine storage batterys etc., can be also the battery pack of other quantity;
(c) by the vertical placement base plate 2 of cycle side plate 3, package the described battery pack of step (b);
(d) single the storage battery 1 of the battery pack described in step (c) is separated with dividing plate 4 between any two, dividing plate 4 and base plate 2 placement vertical with cycle side plate 3;
(e) in battery pack top step (d) Suo Shu, cover cover plate;
(f) to be wound around film, step (e) gained packing material is wound around to multilayer;
(g) with strap, tie up step (f) gained packing material.
Preferably, increase the height of cycle side plate 3 to the height of two-layer battery pack, use the packing method of above-mentioned high-power lead-acid storage battery packing device, comprise the steps:
(a1) prepare ground floor base plate 2, place it on the pallet 5 of same specification;
(b1) battery pack is put on the base plate 2 of preparing in step (a1) by group;
(c1) cycle side plate 3 is vertically placed on ground floor base plate 2, packages the described battery pack of step (b1);
(d1) single the storage battery 1 of the battery pack described in step (c1) is separated with dividing plate 4 between any two, dividing plate 4 and ground floor base plate 2 and cycle side plate 3 vertical placements respectively;
(e1) in battery pack top step (d1) Suo Shu, cover second layer base plate 2;
(f1) second layer battery pack is put on second layer base plate 2 by group, single battery of battery pack is separated with dividing plate 4 between any two;
(g1) in second layer battery pack top step (f1) Suo Shu, cover cover plate;
(h1) to be wound around film, step (g1) gained packing material is wound around to multilayer;
(i1) with strap, tie up step (h1) gained packing material.
Preferably, further increase the height of cycle side plate 3 to the height of trilayer battery group, use the packing method of above-mentioned high-power lead-acid storage battery packing device, comprise the steps:
(a2) prepare ground floor base plate 2, place it on the pallet 5 of same specification;
(b2) battery pack is put on the base plate 2 of preparing in step (a2) by group;
(c2) cycle side plate 3 is vertically placed on ground floor base plate 2, packages the described battery pack of step (b2);
(d2) single the storage battery 1 of the battery pack described in step (c2) is separated with dividing plate 4 between any two, dividing plate 4 and ground floor base plate 2 and cycle side plate 3 vertical placements respectively;
(e2) in battery pack top step (d2) Suo Shu, cover second layer base plate 2, second layer base plate 2 is distinguished to vertical placements with dividing plate 4 and cycle side plate 3 step (d2) Suo Shu;
(f2) second layer battery pack is put on second layer base plate 2 by group, single storage battery of battery pack is separated with dividing plate 4 between any two;
(g2) in second layer battery pack top step (f2) Suo Shu, cover triple bottom plate 2, triple bottom plate 2 is distinguished to vertical placements with dividing plate 4 and cycle side plate 3 step (f2) Suo Shu;
(h2) trilayer battery group is put on triple bottom plate by group, single storage battery of battery pack is separated with dividing plate 4 between any two;
(i2) in trilayer battery group top step (h2) Suo Shu, cover cover plate;
(j2) to be wound around film, step (i2) gained packing material is wound around to multilayer;
(k2) with strap, tie up step (j2) gained packing material.
Wherein be wound around film and can be wound around film wrapping machine by prestension and complete, strap can manually be used compress to complete connection by fastener for bundling articles.
Claims (3)
1. lead-acid storage battery packing device, it is characterized in that, comprise, pallet (5), base plate (2), cycle side plate (3), dividing plate (4) and cover plate, cycle side plate (3) is placed between base plate (2) and cover plate, and dividing plate (4) is crisscross is vertically placed on base plate (2) above, and described lead-acid storage battery packing device surrounding is wound around multiple wraps film, be wound around the outer enlacement packaging band of film, the packing material after tying up with strap is positioned on pallet.
2. lead-acid storage battery packing device according to claim 1, it is characterized in that, described packing device comprises two-layer dividing plate (4) and two-layer base plate (2), ground floor dividing plate (4) is connected with ground floor base plate (2), second layer base plate (2) and cycle side plate (3), and second layer dividing plate (4) is connected with cover plate with the second sublevel base plate (2), cycle side plate (3).
3. lead-acid storage battery packing device according to claim 1, it is characterized in that, comprise three layers of dividing plate (4) and triple bottom plate (2), ground floor dividing plate (4) is connected with ground floor base plate (2), second layer base plate (2) and cycle side plate (3), and second layer dividing plate (4) is connected with second layer base plate (2), triple bottom plate (2) and cycle side plate (3); The 3rd layer of dividing plate (4) is connected with cover plate with triple bottom plate (2), cycle side plate (3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320560065.2U CN203512327U (en) | 2013-09-10 | 2013-09-10 | Lead-acid storage battery packaging device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320560065.2U CN203512327U (en) | 2013-09-10 | 2013-09-10 | Lead-acid storage battery packaging device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203512327U true CN203512327U (en) | 2014-04-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320560065.2U Expired - Fee Related CN203512327U (en) | 2013-09-10 | 2013-09-10 | Lead-acid storage battery packaging device |
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| CN (1) | CN203512327U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103434753A (en) * | 2013-09-10 | 2013-12-11 | 潍坊瑞驰汽车系统有限公司 | Lead-acid storage battery packaging device and packaging method thereof |
-
2013
- 2013-09-10 CN CN201320560065.2U patent/CN203512327U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103434753A (en) * | 2013-09-10 | 2013-12-11 | 潍坊瑞驰汽车系统有限公司 | Lead-acid storage battery packaging device and packaging method thereof |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140402 Termination date: 20210910 |
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| CF01 | Termination of patent right due to non-payment of annual fee |