JPH0739166Y2 - Battery storage case - Google Patents

Battery storage case

Info

Publication number
JPH0739166Y2
JPH0739166Y2 JP1989032242U JP3224289U JPH0739166Y2 JP H0739166 Y2 JPH0739166 Y2 JP H0739166Y2 JP 1989032242 U JP1989032242 U JP 1989032242U JP 3224289 U JP3224289 U JP 3224289U JP H0739166 Y2 JPH0739166 Y2 JP H0739166Y2
Authority
JP
Japan
Prior art keywords
battery
recess
groove
terminals
case
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Lifetime
Application number
JP1989032242U
Other languages
Japanese (ja)
Other versions
JPH02123062U (en
Inventor
千史 瀧本
晶彦 斎藤
好行 山崎
良弘 佐藤
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Sony Corp
Original Assignee
Sony Corp
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Sony Corp filed Critical Sony Corp
Priority to JP1989032242U priority Critical patent/JPH0739166Y2/en
Publication of JPH02123062U publication Critical patent/JPH02123062U/ja
Application granted granted Critical
Publication of JPH0739166Y2 publication Critical patent/JPH0739166Y2/en
Anticipated expiration legal-status Critical
Expired - Lifetime legal-status Critical Current

Links

Classifications

    • Y02E60/12

Landscapes

  • Battery Mounting, Suspending (AREA)

Description

【考案の詳細な説明】 〔考案の概要〕 本考案は、多数の扁平形の電池を保管、運搬或は展示す
るための電池収納用ケースにおいて、電池を収納する多
数の凹部を配列し、各凹部に電池を水平に収納するため
の水平底部と、電池を傾斜して収納するための傾斜底部
を有して構成することによって電池を水平にも、斜めに
も収納できるようにし、且つ端子形状を問わず端子付電
池の収納を可能にしたものである。
[Detailed Description of the Invention] [Outline of the Invention] The present invention arranges a large number of recesses for accommodating batteries in a battery storage case for storing, transporting or displaying a large number of flat batteries. The recess has a horizontal bottom for horizontally storing the battery and a slanted bottom for slantingly storing the battery so that the battery can be stored horizontally or diagonally, and the terminal shape It is possible to store batteries with terminals regardless of the above.

〔従来の技術〕[Conventional technology]

従来、扁平形の端子付電池としては、第15図及び第17図
に示すように扁平形の電池本体(1)の両面より夫々水
平方向に端子(2)及び(3)を導出して成る電池(以
下V型端子付電池という)(4)(5)と、第14図及び
第16図に示すように扁平形の電池本体(1)の両面より
夫々該面に対して垂直方向に端子(6)及び(7)を導
出して成る電池(以下H型端子付電池という)(8)と
の2種類が提案されている。
Conventionally, as a flat type terminal-equipped battery, as shown in FIG. 15 and FIG. 17, terminals (2) and (3) are horizontally derived from both sides of a flat type battery body (1), respectively. Batteries (hereinafter referred to as V-type terminal-equipped batteries) (4) and (5), and flat battery body (1) as shown in FIGS. 14 and 16 have terminals on both sides in a direction perpendicular to the respective surfaces. Two types have been proposed: a battery obtained by deriving (6) and (7) (hereinafter referred to as an H-type terminal-equipped battery) (8).

従来、このように端子付電池を収納する電池収納用ケー
スとしては、端子形状に応じて夫々専用に収納できるよ
うに構成されている。例えば第14図では端子無し電池の
収納も兼ねるもので、電池本体(1)が収納される多数
の浅い凹部(12)を有する電池収納ケース(11)を設
け、この凹部(12)にH型端子付電池(8)を端子
(6)及び(7)が上向きとなるように収納し、上から
発泡スチロール板(13)で蓋するようになされる。
Conventionally, the battery housing case for housing the terminal-equipped battery is configured so that it can be individually housed in accordance with the terminal shape. For example, in FIG. 14, which also doubles as the storage of the battery without terminals, a battery storage case (11) having a large number of shallow recesses (12) for storing the battery main body (1) is provided, and the recess (12) is H-shaped. The battery with terminals (8) is housed so that the terminals (6) and (7) face upward, and is covered with a styrofoam plate (13) from above.

第15図では同様に端子無し電池の収納も兼ねるもので、
電池本体(1)が収納される多数の浅い凹部(12)を有
し、2つの凹部(12)を1組として各組の対の凹部(1
2)間を溝(14)で連通せしめた電池収納ケース(15)
を設け、端子無し電池を収納するときは各凹部(12)に
収納するようになし、V型端子付電池(4)を収納する
ときには溝(14)に端子(2)及び(3)を収めるよう
にして対の凹部(12)のうちの一方の凹部(12)に収納
し(このとき対の凹部のうち他方の凹部(12)は無駄に
なる)上から発泡スチロール板(13)で蓋するようにな
される。
Similarly in Fig. 15, it also serves as a storage for batteries without terminals,
It has a large number of shallow recesses (12) for accommodating the battery main body (1) and two recesses (12) as one set, and a pair of recesses (1) of each set.
2) Battery storage case (15) with a groove (14) for communication between them
Is provided so that the battery without terminals is stored in each recess (12), and the battery (4) with V-shaped terminals is stored in the groove (14) with the terminals (2) and (3). In this way, it is housed in one of the pair of recesses (12) (at this time, the other of the pair of recesses (12) is wasted) and is covered with a polystyrene foam plate (13) from above. Is done like this.

又、第16図及び第17図に示すように端子形状に合せた専
用ケースも知られている。第16図はH型端子付電池
(8)を収納する電池収納ケース(16)であり、垂直の
端子(6),(7)及び電池本体(1)を含む形状の凹
部(17)が設けられ、凹部(17)内に電池(8)を収納
した状態で電池(8)とケース部(16a)が同一面とな
るように構成される。第17図はV型端子付電池(5)を
収納する電池収納ケース(18)であり、水平の端子
(2),(3)及び電池本体(1)を含む形状の凹部
(19)が設けられ、凹部(19)内に電池(5)を収納し
た状態で電池(5)をケース面(19a)が同一面となる
ように構成される。
In addition, as shown in FIGS. 16 and 17, there is also known a special case matching the terminal shape. FIG. 16 shows a battery housing case (16) for housing a battery (8) with an H-shaped terminal, provided with a recess (17) having a shape including vertical terminals (6) and (7) and a battery body (1). Thus, the battery (8) and the case portion (16a) are flush with each other while the battery (8) is housed in the recess (17). FIG. 17 shows a battery storage case (18) for storing a V-type terminal-equipped battery (5), which is provided with a recess (19) having a shape including horizontal terminals (2) and (3) and a battery body (1). The battery (5) is configured so that the case surface (19a) is flush with the battery (5) housed in the recess (19).

〔考案が解決しようとする課題〕[Problems to be solved by the device]

上述したように従来の端子付電池の収納用ケースは端子
形状に応じて特定されてしまい、例えば第14図及び第15
図のケース(11)及び(15)の場合には端子無し電池に
比べて1つのケースに1つの発泡スチロール板が必要で
ある等梱包資材の種類が多くコスト高となり、且つ第14
図では1枚のケース(15)には収納できる電池数が少な
くなる欠点を有していた。しかも両ケース(11)及び
(15)共に、端子の損傷や変形が起こり易いものであっ
た。
As described above, the conventional case for storing a battery with a terminal is specified according to the shape of the terminal. For example, FIGS.
In the cases (11) and (15) shown in the figure, one styrofoam plate is required for one case as compared to a battery without terminals.
In the figure, there is a drawback that the number of batteries that can be stored in one case (15) is small. Moreover, in both cases (11) and (15), the terminals were easily damaged or deformed.

第16図及び第17図は端子の損傷や変形は生じにくいが、
H型端子付電池(8)、V型端子付電池(5)夫々の専
用ケースであるために汎用性が無く、やはりコスト高と
なる欠点があった。
16 and 17 are not likely to damage or deform the terminals,
Since the H-type terminal-equipped battery (8) and the V-type terminal-equipped battery (5) are special cases, they have no general versatility, and there is a drawback that the cost is also high.

一方、電池収納ケースにおいては、電池の保管、運搬、
或は展示等、必要に応じて、水平又は斜めに収納できる
ことが望まれる。
On the other hand, in the battery storage case,
Alternatively, it is desirable that the product can be stored horizontally or diagonally as needed for an exhibition or the like.

本考案は、上述の点に鑑み、保管、運搬或は展示等、必
要に応じて電池を水平にも、斜めにも収納できるように
し、またいずれの端子付電池の収納をも可能にした電池
収納用ケースを提供するものである。
In view of the above points, the present invention allows a battery to be stored horizontally or diagonally as needed for storage, transportation, display, etc., and also allows storage of any battery with a terminal. A storage case is provided.

〔課題を解決するための手段〕[Means for Solving the Problems]

本考案の電池収納ケースは、電池を収納する多数の凹部
(22)を配列し、各凹部(22)に電池を水平に収納する
ための水平底部(25)と、水平底部(25)と交叉するよ
うに、電池を一方向に沿って傾斜して収納するための傾
斜底部(26)とを有し、各凹部(22)中央を通り各凹部
(22)を一方向及び之と直交する他方向に連通する溝状
凹部(23)及び(24)を形成し、凹部(22)を横切る一
方向の溝状凹部(23)の底部を水平底部(25)及び傾斜
底部(26)より深くし、他方向の溝状凹部(24)を水平
底部(25)と同じ深さとなし、一方向の溝状凹部(23)
の溝幅の一部を電池端子が収納される幅広w2に形成して
成るものである。
The battery storage case of the present invention has a large number of recesses (22) for accommodating batteries arranged therein, and a horizontal bottom (25) for horizontally storing the batteries in each recess (22) and a horizontal bottom (25). And a slanted bottom portion (26) for slantingly storing the battery along one direction, passing through the center of each recess (22) and orthogonally intersecting each recess (22) in one direction and The groove-like recesses (23) and (24) communicating with each other are formed, and the bottom of the groove-like recess (23) in one direction crossing the recess (22) is deeper than the horizontal bottom (25) and the inclined bottom (26). , The groove-shaped recess (24) in the other direction has the same depth as the horizontal bottom (25), and the groove-shaped recess (23) in one direction.
Part of the groove width is formed to have a wide width w 2 in which the battery terminals are housed.

〔作用〕[Action]

電池を水平底部(25)に置けば電池は凹部内に水平に収
納され、電池(4)(5)又は(8)を傾斜底部(26)
に置けば電池は凹部(22)内に斜めに収納される。ま
た、端子付電池の収納に際しても、端子が溝状凹部に配
されることにより、V型端子付電池(4)(5)及びH
型端子付電池(8)のいずれの場合でも収納が可能とな
る。
If the battery is placed on the horizontal bottom (25), the battery is stored horizontally in the recess, and the battery (4), (5) or (8) is tilted on the bottom (26).
If the battery is placed in the above position, the battery is obliquely stored in the recess (22). Also, when the battery with terminals is stored, the terminals are arranged in the groove-shaped recesses, so that the batteries with V-type terminals (4) (5) and H
It becomes possible to store the battery (8) with a mold terminal.

〔実施例〕〔Example〕

以下、図面を参照して本考案による電池収納用ケースの
実施例を説明する。
Hereinafter, an embodiment of a battery housing case according to the present invention will be described with reference to the drawings.

本例の電池収納ケース(21)は、第1図〜第6図に示す
ように例えばスチロール、塩化ビニール等の薄いプラス
チック板を成型して電池を収納する多数の凹部(22)
〔(2211),(2212),…(2254),〕と、各凹部(2
2)を縦及び横に連通する溝状凹部(23)及び(24)を
有するように構成する。凹部(22)は縦及び横方向に2
次元的に配列されるように形成され、夫々に電池本体
(1)(第8図〜第11図参照)の一面を水平に受ける水
平底面(いわゆる水平受面)(25)と、電池本体(1)
を傾斜して受ける傾斜底部(いわゆる傾斜受面)(26)
とを有して形成される。凹部(22)は平面的にみて溝状
凹部(23)及び(24)によって分割されるも電池本体
(1)が余裕をもって収納できる略円形をなし、水平底
面(25)と傾斜底面(26)とは互いに交叉するように形
成される。即ち第4図の断面で示すように水平底面(2
5)は傾斜底面(26)によって2分され(実際は後述で
明らかとなるように溝状凹部(23)によってさらに2分
され、合計4つの水平面(25a)(25b)(25c)(25d)
に分割され)、傾斜底面(26)は水平底面(25)によっ
て2分割される(実際は後述で明らかとなるように溝状
凹部(23)によってさらに2分され、合計4つの傾斜面
(26a)(26b)(26c)(26d)に分割される)。さらに
詳述すれば、凹部(22)の一方の壁面に接して第1の水
平面(25a)が形成され、これにより下方に降りた位置
より上向きの第1の傾斜面(26a)が形成され、第1の
傾斜面(26a)の終りで第1水平面(25a)と同一面の第
2の水平面(25b)が形成され、さらに第2水平面(25
b)より上方に昇った位置より凹部の他方の壁面に接す
るように第1傾斜面(26a)と同一面の第2傾斜面(26
b)が形成され、このような段差面が溝状凹部(23)を
挟んで相対向して形成される。凹部(22)の深さは後述
する電池を水平に収納した状態で電池上面がケース上面
より十分下に存するような深さに選ばれる。第1図にお
いて各横一列の凹部(22)〔即ち(2211)〜(2214),
(2221)〜(2224),…〕の中央を通る共通の溝状凹部
(23)は、夫々凹部(22)の水平底面(25)及び傾斜底
面(26)より深く形成され(第4図及び第5図参照)、
且つ水平底面(25b)(25d)に対応する位置での溝幅W1
が他部の溝幅W2より小さく(W2<W1)形成される(第3
図参照)。他部の溝幅W2は電池の端子(2)又は(3)
が収納される幅に選定される。また、第1図において各
縦一列の凹部(22)〔即ち(2211)〜(2251),(2
212)〜(2252),…〕の中央を通る共通の溝状凹部(2
4)は、夫々凹部(22)の水平底面(25)と同一深さに
形成される。この溝状凹部(24)の幅W3は凹部(22)の
内径Lより小さく選定される。一方、ケース(21)の周
縁部(28)は外側壁(28a)及び内側壁(28b)からなり
所定の空間(27)を形成する2重壁を形成するように成
型され、下方に向かって空間(27)の幅dが広くなるテ
ーパ状に形成され、外側壁(28a)の下端は溝状凹部(2
3)の下面より下側に長く延長形成される。また、この
外側壁(28a)の中間部には周縁の適当箇所において空
間(27)内に突出するような突当て部(29)が形成され
る。また凹部(22)に対応する溝状凹部(23)の裏面と
しては、傾斜底面(26)に対応する位置に傾斜底面(2
6)に平行な傾斜面(23a)と之に連続して凹部(22)の
水平底面(25)に平行な水平面(23b)を有してなる。
The battery storage case (21) of this example has a large number of recesses (22) for storing batteries by molding a thin plastic plate such as styrene or vinyl chloride as shown in FIGS. 1 to 6.
[(22 11 ), (22 12 ), ... (22 54 ),] and each recess (2
2) is configured to have groove-shaped recesses (23) and (24) communicating vertically and horizontally. The recess (22) has two vertical and horizontal directions.
A horizontal bottom surface (so-called horizontal receiving surface) (25), which is formed so as to be dimensionally arranged and horizontally receives one surface of each battery body (1) (see FIGS. 8 to 11), and a battery body ( 1)
Sloping bottom (inclined receiving surface) that receives the slant (26)
And are formed. Although the recess (22) is divided by the groove-like recesses (23) and (24) in plan view, the recess (22) has a substantially circular shape that allows the battery body (1) to be accommodated with sufficient space, and has a horizontal bottom surface (25) and an inclined bottom surface (26). And are formed so as to cross each other. That is, as shown in the cross section of FIG.
5) is bisected by the inclined bottom surface (26) (actually, it is further bisected by the groove-like recess (23), as will be described later, and a total of four horizontal surfaces (25a) (25b) (25c) (25d).
The inclined bottom surface (26) is divided into two by the horizontal bottom surface (25) (actually, it is further divided into two by the groove-like recess (23) as will be described later, and a total of four inclined surfaces (26a)). (26b) (26c) (26d)). More specifically, the first horizontal surface (25a) is formed in contact with one wall surface of the recess (22), and thereby the first inclined surface (26a) that is upward from the position descending downward is formed. A second horizontal surface (25b) that is flush with the first horizontal surface (25a) is formed at the end of the first inclined surface (26a), and the second horizontal surface (25a) is further formed.
b) A second inclined surface (26a) flush with the first inclined surface (26a) so as to come into contact with the other wall surface of the recess from a position higher than the second inclined surface (26a).
b) is formed, and such step surfaces are formed so as to face each other with the groove-like recess (23) interposed therebetween. The depth of the recess (22) is selected so that the upper surface of the battery is sufficiently lower than the upper surface of the case when the battery described later is accommodated horizontally. Recess of each horizontal row in FIG. 1 (22) [i.e. (22 11) to (22 14),
The common groove-shaped recesses (23) passing through the centers of (22 21 ) to (22 24 ), ...] are formed deeper than the horizontal bottom surface (25) and the inclined bottom surface (26) of the recesses (22) (fourth, respectively). (See FIGS. And 5),
And the groove width W 1 at the position corresponding to the horizontal bottom (25b) (25d)
Is formed to be smaller than the groove width W 2 of the other part (W 2 <W 1 ) (3rd
See figure). The groove width W 2 of the other part is the battery terminal (2) or (3)
Is selected for the width in which is stored. In addition, in FIG. 1, each vertical row of recesses (22) [ie (22 11 ) to (22 51 ), (2
2 12 )-(22 52 ), ...] A common groove-shaped recess (2
4) are formed at the same depth as the horizontal bottom surface (25) of the recess (22). The width W 3 of the groove-shaped recess (24) is selected to be smaller than the inner diameter L of the recess (22). On the other hand, the peripheral portion (28) of the case (21) is molded so as to form a double wall formed of an outer wall (28a) and an inner wall (28b) and forming a predetermined space (27), and goes downward. The space (27) is formed in a taper shape such that the width d becomes wider, and the lower end of the outer wall (28a) has a groove-shaped recess (2
It is extended and formed below the lower surface of 3). Further, an abutting portion (29) is formed in an intermediate portion of the outer wall (28a) so as to project into the space (27) at an appropriate position on the peripheral edge. The rear surface of the groove-shaped recess (23) corresponding to the recess (22) is located at a position corresponding to the inclined bottom surface (26).
It has a horizontal surface (23b) parallel to the horizontal bottom surface (25) of the recess (22) and continuous with an inclined surface (23a) parallel to (6).

かかる構成の電池収納用ケース(21)に端子付電池を収
納するには第8図〜第11図に示すように行う。V型端子
付電池(4)を水平に収納する場合は、第8図に示すよ
うにV型端子(2)(3)が溝状凹部(23)に存するよ
うに電池本体(1)を凹部(22)内の水平底面(25)に
置くようになせばよく、端子(2)(3)がケース(2
1)や他の電池に接触することなく収納できる。H型端
子付電池(8)を水平に収納する場合は、第9図に示す
ようにH型端子(6)(7)が溝状凹部(23)に存する
ように電池本体(1)を水平底面(25)に置くようにな
せばよく、端子(6)(7)がケース(21)や他の電池
に接触することなく収納できる。
The terminal-equipped battery is housed in the battery housing case (21) having such a structure as shown in FIGS. When the V-shaped terminal-equipped battery (4) is stored horizontally, the battery body (1) is recessed so that the V-shaped terminals (2) (3) are present in the groove-shaped recesses (23) as shown in FIG. It should be placed on the horizontal bottom surface (25) inside (22), and terminals (2) and (3) should be placed on case (2).
It can be stored without contacting 1) or other batteries. When the battery (8) with H-shaped terminals is stored horizontally, the battery body (1) should be placed horizontally so that the H-shaped terminals (6) (7) are present in the groove-shaped recesses (23) as shown in FIG. It may be placed on the bottom surface (25), and the terminals (6) and (7) can be stored without coming into contact with the case (21) and other batteries.

また展示等において電池を目立たせるためにV型端子付
電池(4)、(5)及びH型端子付電池(8)を夫々斜
めに収納する場合は、第10図及び第11図に夫々示すよう
に電池本体(1)を傾斜底面(26)に置くようにするこ
とにより収納できる。このように電池収納ケース(21)
はV型端子付電池(4)又は(5)、H型端子付電池
(8)のいずれに対しても収納することができ且つ水平
にも斜めにも収納することができる。
Further, in order to make the batteries stand out in an exhibition or the like, if the V-type terminal-equipped batteries (4) and (5) and the H-type terminal-equipped battery (8) are stored at an angle, they are shown in FIGS. 10 and 11, respectively. Thus, the battery body (1) can be stored by placing it on the inclined bottom surface (26). Battery storage case like this (21)
Can be stored in either the V-type terminal-equipped battery (4) or (5) or the H-type terminal-equipped battery (8), and can be accommodated horizontally or diagonally.

そして、保管、運搬に際しては、電池(4)(5)又は
(8)を収納したケース(21)を第8図又は第10図に示
すように多数に積み重ね、最上段に第13図に示す上蓋
(30)を重ねるようになす。
When storing and transporting, the case (21) accommodating the batteries (4), (5) or (8) is piled up in a large number as shown in FIG. 8 or FIG. 10, and the uppermost stage is shown in FIG. Make the upper lid (30) overlap.

ケース(21)を多段に積み重ねたとき、下段の例えば電
池(4)は上段ケース(21)の溝状凹部(23)の裏面に
より蓋され又は押さえられる。即ち水平に収納されてい
る電池(4)に対しては溝状凹部(23)の裏面の水平面
(23b)により蓋され又は押さえられ、また斜めに収納
されている電池(4)に対しては溝状凹部(23)の裏面
の傾斜面(23a)により蓋され又は押さえられる。上蓋
(30)には凹部(22)の各列に対応するように高さを異
にしたストライプ状の一対の凸起(31)及び(32)が設
けられており、蓋したとき、一方の凸起(31)は水平に
収納されている電池(4)を押さえ、他方の凸起(32)
は斜めに収納されている電池(4)を押さえる。これに
よって、例えば運搬中の電池がとび跳ねて入り乱れ、端
子損傷や短絡するを防止することができる。ケース(2
1)より電池を取り出すときには溝状凹部(23)及び(2
4)を利用して指又はピンセットを用いて容易に取り出
すことができる。
When the cases (21) are stacked in multiple stages, the lower battery, for example, the battery (4) is covered or pressed by the back surface of the groove-like recess (23) of the upper case (21). That is, the horizontally stored battery (4) is covered or pressed by the horizontal surface (23b) on the back surface of the groove-shaped recess (23), and the battery (4) is stored obliquely. It is covered or pressed by the inclined surface (23a) on the back surface of the groove-shaped recess (23). The upper lid (30) is provided with a pair of stripe-shaped protrusions (31) and (32) having different heights so as to correspond to the respective rows of the recesses (22). The protrusion (31) holds down the battery (4) that is stored horizontally, and the other protrusion (32)
Hold down the battery (4) stored diagonally. As a result, it is possible to prevent, for example, a battery during transportation from jumping and disturbing, resulting in damage to terminals and short circuit. Case (2
When removing the battery from (1), groove-shaped recesses (23) and (2
4) can be used to easily take out with fingers or tweezers.

また、電池を収納していない空のケース(21)を積み重
ねて保管する場合、第12図に示すようにケース(21)の
周縁部(28)の空間(27)内に設けた突き当て部(29)
により規制され、ケース(21)同士の喰い込みが防止さ
れる。
Also, when stacking and storing empty cases (21) that do not contain batteries, as shown in FIG. 12, the abutting part provided in the space (27) of the peripheral part (28) of the case (21). (29)
Is regulated by, and the biting between the cases (21) is prevented.

尚、上例では溝状凹部(23)の裏面は水平面(23b)と
傾斜面(23a)を形成したが、第7図に示すように溝状
凹部(23)の裏面の水平面(23b)及び傾斜面(23a)に
夫々凸起部(33)を設け、積み重ねたときに、この凸起
部(33)によって積極的に下段の電池を押さえるように
なすこともできる。
In the above example, the back surface of the groove-like recess (23) has a horizontal surface (23b) and an inclined surface (23a), but as shown in FIG. 7, the back surface of the groove-like recess (23) has a horizontal surface (23b) and an inclined surface (23a). Protrusions (33) may be provided on the inclined surfaces (23a) so that when they are stacked, the protrusions (33) positively press the lower battery.

上述した構成の電池収納用ケース(21)によれば、V型
端子、H型端子を問わずいずれの端子付電池(4)
(5)又は(8)を収納することができる。
According to the battery housing case (21) having the above-described configuration, any battery with a terminal (4) regardless of whether it is a V-type terminal or an H-type terminal
(5) or (8) can be stored.

そして、ケース(21)と上蓋(30)だけでよいので梱包
資材の種類が少なくて済み、且つ異なる端子形状の端子
付電池に対しても共用することができるので、この種の
電池収納用ケースのコストを低減することができる。ま
た、端子付電池を収納した際には電池は溝状凹部(23)
に配されるので端子に損傷を与えないように電池を保護
することができる。さらに各凹部(22)を縦及び横方向
に走る溝状凹部(23)(24)が設けられていることによ
って、ケース(21)よりの電池の取り出しが容易とな
る。
Since only the case (21) and the upper lid (30) are needed, the number of types of packing materials is small, and it can be used for batteries with terminals having different terminal shapes. The cost can be reduced. In addition, when the battery with terminals is stored, the battery has a groove-like recess (23).
The battery can be protected so as not to damage the terminals. Further, since the groove-shaped recesses (23) (24) running in the vertical and horizontal directions in the recesses (22) are provided, the battery can be easily taken out from the case (21).

尚、本例の電池収納用ケース(21)は端子無しの電池の
収納にも適用できること勿論である。
Needless to say, the battery housing case (21) of this example can be applied to housing batteries without terminals.

〔考案の効果〕[Effect of device]

本考案の電池収納用ケースによれば、同じ収納凹部内に
電池を水平に、或は斜めに、収納することができる。こ
のため、保管、運搬又は展示用等、必要に応じて収納形
態を選択することができる。
According to the battery housing case of the present invention, the batteries can be housed horizontally or diagonally in the same housing recess. Therefore, the storage form can be selected as required, such as storage, transportation, or display.

また、端子形状を問わず端子付電池を収納することがで
きる。従って、電池収納用ケースとして汎用性があり、
コスト低減を図ることができる。
In addition, batteries with terminals can be stored regardless of the terminal shape. Therefore, it has versatility as a battery storage case,
The cost can be reduced.

【図面の簡単な説明】[Brief description of drawings]

第1図は本考案による電池収納用ケースの一例を示す正
面図、第2図はその側面図、第3図は要部の正面図、第
4図及び第5図は第3図のA−A線上の断面図及びB−
B線上の断面図、第6図は要部の斜視図、第7図は本考
案の電池収納用ケースの他の例を示す要部の断面図、第
8図乃至第11図は本考案の使用状態を示す断面図、第12
図は本考案の電池収納用ケースの空の状態で積み重ねた
断面図、第13図は本考案に斯る上蓋の例を示す斜視図、
第14図乃至第17図は従来の電池収納用ケースの例を示す
斜視図である。 (4)(5)(8)は端子付電池、(21)は電池収納用
ケース、(22)は凹部、(23)(24)は溝状凹部、(2
5)は水平底面、(26)は傾斜底面である。
FIG. 1 is a front view showing an example of a battery storage case according to the present invention, FIG. 2 is a side view thereof, FIG. 3 is a front view of essential parts, and FIGS. 4 and 5 are A- of FIG. Sectional view on line A and B-
FIG. 6 is a perspective view of the main part, FIG. 7 is a cross-sectional view of the main part showing another example of the battery storage case of the present invention, and FIGS. 8 to 11 are the cross-sectional views of the present invention. Sectional view showing the state of use, No. 12
FIG. 13 is a sectional view of the battery storage case of the present invention stacked in an empty state, FIG. 13 is a perspective view showing an example of the upper lid of the present invention,
14 to 17 are perspective views showing an example of a conventional battery housing case. (4), (5) and (8) are batteries with terminals, (21) is a battery housing case, (22) is a recess, (23) and (24) are groove recesses, (2
5) is a horizontal bottom, and (26) is an inclined bottom.

───────────────────────────────────────────────────── フロントページの続き (72)考案者 山崎 好行 東京都渋谷区渋谷2―22―3 渋谷東口ビ ル10階 株式会社ソニー・エナジー・テッ ク内 (72)考案者 佐藤 良弘 東京都渋谷区渋谷2―22―3 渋谷東口ビ ル10階 株式会社ソニー・エナジー・テッ ク内 (56)参考文献 特開 昭58−197658(JP,A) 実公 昭53−21956(JP,Y2) ─────────────────────────────────────────────────── ─── Continuation of the front page (72) Yoshiyuki Yamazaki, creator 22-22-3 Shibuya, Shibuya-ku, Tokyo 10th floor, East Exit Building, Sony Energy Tech Co., Ltd. (72) Creator Yoshihiro Sato Shibuya, Tokyo 2-22-3 Shibuya, Tokyo 10th floor, East Building, Shibuya (56) References: Sony Energy Tech Co., Ltd. (56) References JP-A-58-197658 (JP, A) JP-A-53-21956 (JP, Y2)

Claims (1)

【実用新案登録請求の範囲】[Scope of utility model registration request] 【請求項1】電池を収納する多数の凹部が配列され、 上記各凹部は上記電池を水平に収納するための水平底部
と、 該水平底部と交叉するように上記電池を一方向に沿って
傾斜して収納するための傾斜底部とを有し、 上記各凹部中央を通り該各凹部を上記一方向及び之と直
交する他方向に連通する溝状凹部が形成され、 上記凹部を横切る一方向の溝状凹部の底部は上記水平底
部及び傾斜底部より深くし、 上記他方向の溝状凹部は上記水平底部と同じ深さとな
し、 上記一方向の溝状凹部の溝幅の一部が電池端子が収納さ
れる幅広に形成されて成る電池収納用ケース。
1. A plurality of recesses for accommodating batteries are arranged, and each recess has a horizontal bottom for horizontally accommodating the battery, and the battery is inclined along one direction so as to intersect with the horizontal bottom. And a slanted bottom portion for accommodating and storing, and a groove-shaped concave portion that passes through the center of each concave portion and connects the concave portions to the one direction and the other direction orthogonal to the above is formed. The bottom of the groove-like recess is deeper than the horizontal bottom and the inclined bottom, the groove-like recess in the other direction has the same depth as the horizontal bottom, and a part of the groove width of the groove-like recess in the one direction is the battery terminal. A wide battery case that can be stored.
JP1989032242U 1989-03-22 1989-03-22 Battery storage case Expired - Lifetime JPH0739166Y2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP1989032242U JPH0739166Y2 (en) 1989-03-22 1989-03-22 Battery storage case

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP1989032242U JPH0739166Y2 (en) 1989-03-22 1989-03-22 Battery storage case

Publications (2)

Publication Number Publication Date
JPH02123062U JPH02123062U (en) 1990-10-09
JPH0739166Y2 true JPH0739166Y2 (en) 1995-09-06

Family

ID=31258613

Family Applications (1)

Application Number Title Priority Date Filing Date
JP1989032242U Expired - Lifetime JPH0739166Y2 (en) 1989-03-22 1989-03-22 Battery storage case

Country Status (1)

Country Link
JP (1) JPH0739166Y2 (en)

Families Citing this family (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP6055658B2 (en) * 2012-11-13 2016-12-27 アイシン軽金属株式会社 Battery module support structure

Family Cites Families (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS585465Y2 (en) * 1976-08-03 1983-01-29 ヤンマー農機株式会社 Combine grain storage device
JPS58197658A (en) * 1982-05-10 1983-11-17 Matsushita Electric Ind Co Ltd Storage case for batteries

Also Published As

Publication number Publication date
JPH02123062U (en) 1990-10-09

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