JP6307986B2 - Lead storage battery packing box and lead storage battery packaging - Google Patents

Description

  The present invention relates to a lead-acid battery packaging box that houses a lead-acid battery, and a lead-acid battery packing form that accommodates the lead-acid battery.

  As a packing form of an object to be packed having protrusions on the upper side, when the object to be packed is stored in a packing box, a shock absorber as shown in Patent Documents 1 and 2 is also stored at the same time. It is known to protect.

JP 2000-203643 A JP 2001-139066 A

  Since the shock absorber shown in Patent Documents 1 and 2 is a separate member different from the packing box, it is excellent as a means for packing an object to be packed with a high unit price. However, when the packaged item is not so expensive as a lead storage battery, the means of Patent Documents 1 and 2 are often not used. In addition, since the specific gravity of the lead storage battery is high, it is desirable that the handle attached to the lead storage battery be taken out of the packaging box for the convenience of the operator. This invention is made | formed in view of this subject, and it aims at packing the lead storage battery which is a to-be-packaged object in the form which is cheap and easy for an operator to carry.

A lead-acid battery packaging box according to the present invention includes a bottom surface, a top surface, a first long side surface connected to the top surface, and a second bent portion disposed below the top surface. A long side and two short side surfaces provided with a second bent portion disposed below the top surface, the top surface has an opening, and the first bent portion has a bottom surface, A plurality of bent portions are bent so as to form an opposing first bent surface, each of the second bent portions has a cutout portion having the smallest notch distance at the tip, and the first bent portion is , A first bent surface, a second bent surface facing the first long side surface, and a third bent surface disposed below the top surface, the third bent surface being the second In the central portion of the long side surface in the width direction, the length parallel to the width direction of the short side surface is smaller than other portions .

Another packaging box for a lead storage battery according to the present invention includes a bottom surface, a top surface, a first long side surface connected to the top surface, and a first bent portion disposed below the top surface. 2 long side surfaces and two short side surfaces provided with a second bent portion disposed below the top surface. The top surface has an opening, and the top surface is directed downward. A pair of concavities facing each other that are substantially parallel to the width direction of the first long side surface, and at least one of both sides of the notch in the second bent portion is provided with the first long side surface There is a first tongue protruding in the width direction, and one corner of the depressed surface is in contact with the first tongue.

Another packaging box for a lead storage battery according to the present invention includes a bottom surface, a top surface, a first long side surface connected to the top surface, and a first bent portion disposed below the top surface. 2 long side surfaces, and two short side surfaces provided with a second bent portion disposed on the lower side of the top surface, the top surface having an opening, At a portion farthest from the one bent portion, there is a second tongue portion that is disposed on the lower side of the top surface so as to overlap each other.

  A lead-acid battery packaging box according to the present invention includes a battery case for storing a power generation element, a lid for sealing an opening of the battery case, and a pair of terminals protruding from the lid. A lead storage battery having a handle made of an acid-resistant resin fiber knitted band attached to a battery case or a lid, and a handle in at least one of the notches while the first bent portion and the terminal are spaced apart from each other And the handle is taken out upward from the opening.

  ADVANTAGE OF THE INVENTION According to this invention, it becomes possible to pack the lead storage battery which is a to-be-packaged object in the form which is cheap and easy for an operator to carry.

The expanded view which showed one Embodiment of the packaging box for lead acid batteries of this invention Overview view showing the in-process state of the packaging form of the lead storage battery of the present invention Overview view showing one embodiment of the packaging form of the lead storage battery of the present invention

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

  FIG. 1 is a developed view showing an embodiment of a lead-acid battery packaging box according to the present invention. The lead-acid battery packaging box 1 includes a bottom surface 2, a top surface 3, a first long side surface 4 connected to the top surface 3, and a first bent portion 5 a disposed below the top surface 3. It consists of a second long side surface 5 and two short side surfaces 6 provided with a second bent portion 6a disposed below the top surface 3, and the top surface 3 has an opening 3a, The first bent portion 5a is bent a plurality of times so that the first bent surface 5b facing the bottom surface 2 can be formed, and each of the second bent portions 6a has the smallest notch distance t1 (the back). A notch portion 6b (which is smaller than the notch distance t2).

  FIG. 2 is an overview diagram showing the in-process state of the lead storage battery packaging form of the present invention, and FIG. 3 is an overview diagram showing an embodiment of the lead storage battery packaging form of the present invention. The lead storage battery 7 is attached to a battery case 8 that houses a power generation element (not shown), a lid 9 that seals the opening of the battery case 8, a pair of terminals 10 that protrude from the lid 9, and the lid 9. The handle 11 is made of a knitted band made of acid-resistant resin fibers. The lead storage battery 7 is accommodated in such a manner that the handle 11 is passed through at least one of the notches 6b while the first bent portion 5a and the terminal 10 of the lead storage battery packaging box 1 are separated from each other, and the handle 11 is opened. By taking out upward from the part 3a, it becomes the packing form in this invention.

  The lead acid batteries 7 having a large specific gravity are stacked in the course of distribution and over-the-counter sales after being stored in the lead acid battery packing box 1. However, if a package like Patent Documents 1 and 2 is included to prevent damage to the packaged lead storage battery 7, the purchase price of the relatively inexpensive lead storage battery 7 is increased for reasons that are not understandable to the purchaser. It will be.

  Therefore, the inventors provided a part having the same function as Patent Documents 1 and 2 as a part of the lead storage battery packaging box 1. Specifically, the first bent portion 5 a is bent a plurality of times to form a first bent surface 5 b that faces the bottom surface 2, and the first bent surface 5 b is formed on the long side of the lid 9 of the lead storage battery 7. Among them, a packing form arranged on the side away from the pair of terminals 10 can be adopted. By adopting this form, even when the lead storage battery packaging box 1 containing another lead storage battery 7 is stacked on the lead storage battery packaging box 1 containing the lead storage battery 7, the load is the first. The bent portion 5a and the pair of terminals 10 can be received in a well-balanced manner, and damage to the lead storage battery 7 can be avoided.

  On the other hand, it is desired to be able to carry the lead storage battery packaging box 1 containing the lead storage battery 7 without difficulty in transshipment or purchaser's sales (carrying to a cash register). Therefore, the inventors attach the handle 11 made of a knitted band made of acid-resistant resin fiber to the battery case 8 (or the lid 9), and each of the notch distances at the tip provided in the second bent portion 6a is the shortest ( The lead storage battery 7 was accommodated so that the handle 11 penetrates at least one of the notch portions 6b (which is smaller than the notch distance at the back), and the handle 11 was taken out upward from the opening 3a.

  As the material of the handle 11, a resin molded product is generally used. However, if the handle 11 is formed of a resin molded product having high rigidity, the handle 11 protrudes under the hood after the vehicle is mounted, so that it interferes with other adjacent vehicle mounted products. In addition, it is difficult to remove the handle 11 in a limited space under the hood. On the other hand, if the handle 11 is formed of a knitted band made of acid-resistant resin fibers, it will not protrude because the rigidity is low, and the above-mentioned problems will not occur. There was another big problem that it became difficult to take out. The present invention solves both of these problems.

  When the size of the lead storage battery 7 is small (the top surface 3 is narrow), the first bent portion 5a is made to have a first bent surface 5b, a second bent surface 5c facing the first long side surface 4, and the top. The third bent surface 5d is arranged on the lower side of the surface 3, and the third bent surface 5d is parallel to the width direction of the short side surface at the center portion of the second long side surface 5 in the width direction. If the length is made smaller than other parts, the opening 3a can be expanded and the palm of the operator (purchaser) can be easily entered while maintaining the structural strength of the first bent part 5a. It is preferable from the aspect of maintaining.

  Further, the top surface 3 is provided with a pair of concavity surfaces 3b facing each other and concaving substantially parallel to the width direction of the first long side surface 4 toward the lower portion, and both sides of the notch portion 6b in the second bent portion 6a. If a first tongue 6c protruding in the width direction of the first long side surface 4 is provided on at least one of the first long side surface 4 and one corner of the recessed surface 3b is in contact with the first tongue 6c, It can be avoided that the surface 3b floats upward and the opening becomes narrow.

  On the other hand, in the operation of applying a load to the upper surface of the second bent portion 6a and passing the handle 11 through the tip having the smallest notch distance of the notch portion 6b and being narrower than the width of the handle 11, the first notch on one side. Although the portion 6b can be penetrated without difficulty, when the handle 11 is pulled so as to penetrate the other notch 6b, the repulsion of the second bent portion 6a on which the first notch 6b is present is repelled. Due to the force, the handle 11 may come off from the first notch 6b once penetrated. Therefore, if the second tongue 6d disposed on the lower side of the top surface 3 so as to overlap with each other is provided in a portion of the second bent portion 6a farthest from the first bent portion 5a, the second tongue The overlapping of the portions 6d prevents repulsion of the second bent portion 6a having the first notch portion 6b, so that the above-described problem does not occur.

  As mentioned above, although this invention was demonstrated by suitable embodiment, such description is not a limitation matter and of course various modifications are possible.

  INDUSTRIAL APPLICABILITY The present invention is particularly useful for lead-acid batteries that are sold in a form having a handle and housed in a lead-acid battery packaging box, such as a lead-acid battery for starting an engine.

DESCRIPTION OF SYMBOLS 1 Lead storage battery packaging box 2 Bottom surface 3 Top surface 3a Opening part 3b Recessed surface 4 1st long side surface 5 2nd long side surface 5a 1st bending part 5b 1st bending surface 5c 2nd bending surface 5d 3rd Bending surface 6 Short side surface 6a Second bent portion 6b Notch portion 6c First tongue portion 6d Second tongue portion 7 Lead acid battery 8 Battery case 9 Lid 10 Terminal 11 Handle

Claims (4)

A bottom surface, a top surface, a first long side surface connected to the top surface, a second long side surface including a first bent portion disposed below the top surface, and disposed below the top surface Comprising two short sides with a second bent portion,
The top surface has an opening,
The first bent portion is bent a plurality of times so as to form a first bent surface facing the bottom surface,
Each of the second bent portions has a cutout portion with the smallest cutout distance at the tip ,
The first bent portion includes the first bent surface, a second bent surface facing the first long side surface, and a third bent surface disposed below the top surface. ,
The lead-acid battery packaging, wherein the third bent surface has a length parallel to the width direction of the short side surface at a central portion in the width direction of the second long side surface, which is smaller than other portions. box. A bottom surface, a top surface, a first long side surface connected to the top surface, a second long side surface including a first bent portion disposed below the top surface, and disposed below the top surface Comprising two short sides with a second bent portion,
The top surface has an opening,
The first bent portion is bent a plurality of times so as to form a first bent surface facing the bottom surface,
Each of the second bent portions has a cutout portion with the smallest cutout distance at the tip ,
The top surface has a pair of concavity surfaces facing each other and concavity substantially parallel to the width direction of the first long side surface toward the lower part,
At least one of both sides of the notch in the second bent portion has a first tongue protruding in the width direction of the first long side surface, respectively.
A lead-acid battery packaging box, wherein one corner of the depressed surface is in contact with the first tongue . A bottom surface, a top surface, a first long side surface connected to the top surface, a second long side surface including a first bent portion disposed below the top surface, and disposed below the top surface Comprising two short sides with a second bent portion,
The top surface has an opening,
The first bent portion is bent a plurality of times so as to form a first bent surface facing the bottom surface,
Each of the second bent portions has a cutout portion with the smallest cutout distance at the tip ,
The lead-acid storage battery according to claim 1, wherein a portion of the second bent portion that is farthest from the first bent portion includes a second tongue portion that overlaps with each other and is disposed below the top surface. Packing box. In the lead-acid battery packaging box described in any one of claims 1 to 3 ,
A battery case that houses the power generation element, a lid that seals the opening of the battery case, a pair of terminals protruding from the lid, and a handle made of a knitted band made of acid-resistant resin fibers attached to the battery case or the lid A lead storage battery having the first bent portion and the terminal being spaced apart, and storing the handle so that the handle penetrates through at least one of the notches, and the handle is moved upward from the opening. The lead-acid battery packaging that was taken out.

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