JP2003217555A - Connection structure of positive electrode and negative electrode in battery aggregate - Google Patents
Connection structure of positive electrode and negative electrode in battery aggregateInfo
- Publication number
- JP2003217555A JP2003217555A JP2002014747A JP2002014747A JP2003217555A JP 2003217555 A JP2003217555 A JP 2003217555A JP 2002014747 A JP2002014747 A JP 2002014747A JP 2002014747 A JP2002014747 A JP 2002014747A JP 2003217555 A JP2003217555 A JP 2003217555A
- Authority
- JP
- Japan
- Prior art keywords
- positive electrode
- negative electrode
- metal belt
- battery
- gear
- 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.)
- Granted
Links
- 239000002184 metal Substances 0.000 claims abstract description 39
- 238000004804 winding Methods 0.000 abstract description 2
- 230000002093 peripheral effect Effects 0.000 description 18
- 229910000831 Steel Inorganic materials 0.000 description 7
- 239000010959 steel Substances 0.000 description 7
- 229920003002 synthetic resin Polymers 0.000 description 5
- 239000000057 synthetic resin Substances 0.000 description 5
- 210000000078 claw Anatomy 0.000 description 4
- 230000006835 compression Effects 0.000 description 3
- 238000007906 compression Methods 0.000 description 3
- 238000001816 cooling Methods 0.000 description 2
- 230000000149 penetrating effect Effects 0.000 description 2
- 230000000712 assembly Effects 0.000 description 1
- 238000000429 assembly Methods 0.000 description 1
- 239000011324 bead Substances 0.000 description 1
- 238000010276 construction Methods 0.000 description 1
- 238000000034 method Methods 0.000 description 1
- 239000000758 substrate Substances 0.000 description 1
- 238000003466 welding Methods 0.000 description 1
Classifications
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/10—Energy storage using batteries
Landscapes
- Battery Mounting, Suspending (AREA)
- Connection Of Batteries Or Terminals (AREA)
Abstract
Description
【０００１】[0001]
【発明の属する技術分野】本発明は，バッテリ集合体に
おける正極と負極との接続構造に関する。TECHNICAL FIELD The present invention relates to a structure for connecting a positive electrode and a negative electrode in a battery assembly.
【０００２】[0002]
【従来の技術】従来，この種のバッテリ集合体として
は，直列に接続された複数のバッテリを有する複数の棒
状バッテリモジュールを，それらの軸線が１つの方向と
平行し，且つその方向と交差する仮想平面にて各軸中心
が縦方向および横方向に並ぶように配列したものが知ら
れている。このバッテリ集合体において，相隣る一方の
バッテリモジュールの正極と他方のバッテリモジュール
の負極とを接続する場合，それら正，負極にねじ孔を設
け，それらねじ孔にバスバーの両端部を貫通するボルト
をねじ込む，といった手段が採用されている。2. Description of the Related Art Conventionally, as a battery assembly of this type, a plurality of rod-shaped battery modules having a plurality of batteries connected in series have their axes parallel to and intersecting with one direction. It is known that the center of each axis is arranged in the vertical and horizontal directions on a virtual plane. In this battery assembly, when the positive electrode of one adjacent battery module and the negative electrode of the other battery module are connected to each other, screw holes are provided in the positive and negative electrodes, and bolts penetrating both ends of the bus bar in these screw holes. The method of screwing in is adopted.
【０００３】[0003]
【発明が解決しようとする課題】しかしながら従来構造
においては，ボルトのねじ込みの際にバッテリモジュー
ルにねじれが生じ，それに起因して相隣る両バッテリ間
の接続部が破断するおそれがあった。However, in the conventional structure, when the bolt is screwed in, the battery module is twisted, which may break the connection between the two adjacent batteries.
【０００４】[0004]
【課題を解決するための手段】本発明は正極と負極との
接続に際し，バッテリモジュールにねじれが発生するこ
とのない前記接続構造を提供することを目的とする。SUMMARY OF THE INVENTION It is an object of the present invention to provide the above-mentioned connection structure in which the battery module is not twisted when connecting the positive electrode and the negative electrode.
【０００５】前記目的を達成するため本発明によれば，
直列に接続された複数のバッテリを有する複数の棒状バ
ッテリモジュールを，それらの軸線が１つの方向と平行
し，且つその方向と交差する仮想平面にて各軸中心が縦
方向および横方向に並ぶように配列してなるバッテリ集
合体における，相隣る一方の前記バッテリモジュールの
正極と他方の前記バッテリモジュールの負極との接続構
造であって，一端部側を相隣る一方の前記バッテリモジ
ュールの正極に，また他端部側を他方の前記バッテリモ
ジュールの負極にそれぞれ巻掛けられた接続用金属ベル
トを備えている，バッテリ集合体における正極と負極と
の接続構造が提供される。According to the present invention to achieve the above object,
A plurality of rod-shaped battery modules having a plurality of batteries connected in series are arranged such that their axes are parallel to one direction and the axes of the axes are aligned in the vertical and horizontal directions on a virtual plane intersecting the direction. And a positive electrode of one of the battery modules adjacent to each other on one end side in a connection structure between a positive electrode of one of the adjacent battery modules and a negative electrode of the other battery module in the battery assembly arranged in Further, there is provided a connection structure between a positive electrode and a negative electrode in a battery assembly, which is provided with a connecting metal belt having the other end side wound around the negative electrode of the other battery module.
【０００６】前記のように構成すると，接続用金属ベル
トに引張り力が作用した際に，そのベルトが正極および
負極に対してスリップし，これによりバッテリモジュー
ルにおけるねじれの発生が回避される。With the above construction, when a tensile force acts on the connecting metal belt, the belt slips with respect to the positive electrode and the negative electrode, thereby avoiding the occurrence of twist in the battery module.
【０００７】[0007]
【発明の実施の形態】図１〜１１は第１実施例を示す。
図１，２において，バッテリ式電源装置１は合成樹脂
（または金属）よりなるボックス２を備え，そのボック
ス２は，一端面に冷却風導入口３を有し，また他端部内
に吸引ファン４を有する。そのボックス２内において，
冷却風導入口３と吸引ファン４との間，つまりボックス
２内中間部にバッテリ集合体５が収容されている。1 to 11 show a first embodiment.
1 and 2, a battery-type power supply device 1 includes a box 2 made of synthetic resin (or metal), the box 2 has a cooling air inlet 3 on one end surface, and a suction fan 4 in the other end. Have. In that box 2,
A battery assembly 5 is housed between the cooling air inlet 3 and the suction fan 4, that is, in the middle of the box 2.
【０００８】バッテリ集合体５は，直列に接続された複
数のバッテリ（セコンダリ・バッテリ）６を有する複数
の棒状バッテリモジュール７を有し，それらバッテリモ
ジュール７は，それらの軸線が１つの方向Ａと平行し，
且つその方向Ａと交差する仮想平面Ｂにて各軸中心が縦
方向および横方向に並ぶように配列されると共にそれら
の軸線方向両端部および中間部にそれぞれ配置された３
つの合成樹脂製グロメット組立体８に保持されている。
各グロメット組立体８は鋼製フレーム部材９によって鋼
製基板１０に固定されている。The battery assembly 5 has a plurality of rod-shaped battery modules 7 having a plurality of batteries (secondary batteries) 6 connected in series, and these battery modules 7 have their axes in one direction A. In parallel,
Further, 3 are arranged such that the respective axis centers are aligned in the vertical direction and the horizontal direction on a virtual plane B intersecting the direction A, and are arranged at both end portions and intermediate portions in the axial direction thereof.
It is held by two synthetic resin grommet assemblies 8.
Each grommet assembly 8 is fixed to a steel substrate 10 by a steel frame member 9.
【０００９】全部のバッテリモジュール７は直列に接続
されており，図２において，実線Ｌ 1 は手前側の接続路
を，一方，点線Ｌ2 は反対側の接続路をそれぞれ示し，
また〔＋〕，〔−〕は手前側の正極，負極を，一方，
（＋），（−）は反対側の正極，負極をそれぞれ示す。
左端の列において，最下位のバッテリモジュール７の反
対側の正極（＋）と，その上のバッテリモジュール７の
反対側の負極（−）は負荷（図示せず）に接続される。All battery modules 7 are connected in series
The solid line L in FIG. 1Is the connection path on the front side
On the other hand, the dotted line L2Indicate the connection paths on the other side,
[+] And [-] are the positive and negative electrodes on the front side,
(+) And (-) indicate the positive and negative electrodes on the opposite side, respectively.
In the leftmost column, the reverse of the lowest battery module 7
The positive electrode (+) on the opposite side and the battery module 7 above it
The negative electrode (-) on the opposite side is connected to a load (not shown).
【００１０】図３〜５に示すように，１つのバッテリ６
は，負極側の鋼製有底筒体１１と，その開口部に絶縁シ
ールリング１２を介して取付けられた正極側の鋼製蓋板
１３とを有する。実施例ではバッテリ６の内部構造は省
略されている。蓋板１３に鋼製接続リング１４が溶接さ
れている。接続リング１４は，大径短筒部１５と，その
一端の周縁部分に連設された内向きの環状大径突出部１
６と，その環状大径突出部１６の内周縁部分に連設され
た小径短筒部１７と，その小径短筒部１７の周縁部分に
連設された内向きの環状小径突出部１８とを有し，その
環状小径突出部１８の開口部分に蓋板１３の円形突出部
１９が嵌合されている。合成樹脂製絶縁リング２０にお
いて，その短筒部２１が接続リング１４の大径短筒部１
５外周面のほぼ半部に嵌着され，また内向きの環状突出
部２２内面が接続リング１４の環状大径突出部１６外面
に当接され，さらに環状突出部２２の開口部分は接続リ
ング１４の小径短筒部１７外周面に密着され，さらにま
た環状突出部２２外面の環状溝２３がバッテリ６の，絶
縁シールリング１２を保持するビード部２４に嵌着され
る。As shown in FIGS. 3-5, one battery 6
Has a steel bottomed cylindrical body 11 on the negative electrode side, and a steel lid plate 13 on the positive electrode side attached to the opening thereof via an insulating seal ring 12. In the embodiment, the internal structure of the battery 6 is omitted. A steel connecting ring 14 is welded to the cover plate 13. The connection ring 14 includes a large-diameter short tubular portion 15 and an inward annular large-diameter protruding portion 1 continuously provided at a peripheral portion of one end thereof.
6, a small-diameter short tube portion 17 continuously provided on the inner peripheral edge portion of the annular large-diameter projection portion 16, and an inward annular small-diameter protrusion portion 18 continuously provided on the peripheral edge portion of the small-diameter short tube portion 17. The circular protrusion 19 of the lid plate 13 is fitted into the opening of the annular small-diameter protrusion 18. In the insulating ring 20 made of synthetic resin, the short tubular portion 21 is the large-diameter short tubular portion 1 of the connecting ring 14.
5. The inner surface of the annular protrusion 22 that is fitted in almost half of the outer peripheral surface is in contact with the outer surface of the annular large-diameter protrusion 16 of the connecting ring 14, and the opening of the annular protrusion 22 is connected to the connecting ring 14. The small-diameter short cylindrical portion 17 is closely attached to the outer peripheral surface thereof, and the annular groove 23 on the outer surface of the annular protruding portion 22 is fitted to the bead portion 24 of the battery 6 which holds the insulating seal ring 12.
【００１１】バッテリ６，接続リング１４および絶縁リ
ング２０は１つのユニットＵを構成する。ユニットＵ相
互は，一方の接続リング１４の大径短筒部１５に他方の
有底筒体１１の底部側を嵌着して，その大径短筒部１５
および有底筒体１１間を溶接することによって接続さ
れ，これを必要回数繰返して１つのアッセンブリＡＳが
構成される。The battery 6, the connecting ring 14 and the insulating ring 20 form one unit U. The units U are fitted with the large-diameter short tubular portion 15 of one of the connecting rings 14 on the bottom side of the other bottomed tubular body 11 so that the large-diameter short tubular portion 15 thereof is fitted.
The bottomed cylindrical bodies 11 are connected by welding, and this is repeated as many times as necessary to form one assembly AS.
【００１２】アッセンブリＡＳの一端に存する接続リン
グ１４の大径短筒部１５に，鋼製有底短筒体２５が，そ
の底壁２６をバッテリ６側に向け嵌合されて溶接され
る。この有底短筒体２５は，これと嵌合関係にある接続
リング１４との協働で正極２７を構成する。有底短筒体
２５の開口縁に存するフランジ２８の外径は大径短筒部
１５のそれよりも大であるが，絶縁リング２０の短筒部
２１のそれよりも所定長さだけ小である。A steel bottomed short tubular body 25 is welded to a large-diameter short tubular portion 15 of the connection ring 14 at one end of the assembly AS with its bottom wall 26 facing the battery 6 side. The bottomed short tubular body 25 constitutes the positive electrode 27 in cooperation with the connection ring 14 having a fitting relationship therewith. The outer diameter of the flange 28 at the opening edge of the bottomed short tubular body 25 is larger than that of the large-diameter short tubular portion 15, but smaller than that of the short tubular portion 21 of the insulating ring 20 by a predetermined length. is there.
【００１３】アッセンブリＡＳの他端に存するユニット
Ｕにおいて，バッテリ６の有底筒体１１底部に接続リン
グ１４の大径短筒部１５が嵌合されて溶接される。また
絶縁リング２０の短筒部２１が接続リング１４の大径短
筒部１５外周面のほぼ半部に嵌着され，また内向きの環
状突出部２２内面が接続リング１４の環状大径突出部１
６外面に当接され，さらに環状突出部２２の開口部分は
接続リング１４の小径短筒部１７外周面に密着する。接
続リング１４に鋼製負極２９が溶接されている。負極２
９は，大径短筒部３０と，その一端の周縁部分に連設さ
れた内向きの環状突出部３１と，その環状突出部３１の
内周縁部分に連設された小径の有底短筒部３２とを有
し，その有底短筒部３２が環状小径突出部１８の開口部
分に嵌合され，また環状突出部３１外面が接続リング１
４の環状小径突出部１８外面および絶縁リング２０の内
向きの環状突出部２２外面，つまり環状溝２３の内，外
周縁部に当接する。大径短筒部３０の開口縁に存するフ
ランジ３３の外径は絶縁リング２０の短筒部２１のそれ
よりも所定長さだけ小である。In the unit U located at the other end of the assembly AS, the large-diameter short tubular portion 15 of the connecting ring 14 is fitted and welded to the bottom of the bottomed tubular body 11 of the battery 6. In addition, the short tubular portion 21 of the insulating ring 20 is fitted to almost half of the outer peripheral surface of the large diameter short tubular portion 15 of the connection ring 14, and the inner surface of the inward annular protrusion 22 is the annular large diameter protrusion of the connection ring 14. 1
6 is contacted with the outer surface, and the opening portion of the annular protruding portion 22 is in close contact with the outer peripheral surface of the small-diameter short cylindrical portion 17 of the connection ring 14. A steel negative electrode 29 is welded to the connection ring 14. Negative electrode 2
Reference numeral 9 denotes a large-diameter short tube portion 30, an inward annular projection 31 continuously provided at a peripheral portion of one end thereof, and a small-diameter bottomed short tube continuously provided at an inner peripheral edge portion of the annular projection portion 31. And a bottomed short tubular portion 32 is fitted into the opening portion of the annular small-diameter protruding portion 18, and the outer surface of the annular protruding portion 31 has a connecting ring 1
The outer peripheral surface of the annular small-diameter protruding portion 18 and the outer surface of the inward annular protruding portion 22 of the insulating ring 20, that is, the inner and outer peripheral edge portions of the annular groove 23. The outer diameter of the flange 33 existing at the opening edge of the large-diameter short tubular portion 30 is smaller than that of the short tubular portion 21 of the insulating ring 20 by a predetermined length.
【００１４】このように，アッセンブリＡＳの両端部に
正極２７および負極２９をそれぞれ設けることによって
棒状バッテリモジュール７が構成される。この場合，正
極２７の内径は負極２９の内径よりも小である。In this way, the rod-shaped battery module 7 is constructed by providing the positive electrode 27 and the negative electrode 29 at both ends of the assembly AS. In this case, the inner diameter of the positive electrode 27 is smaller than the inner diameter of the negative electrode 29.
【００１５】図６〜８に示すように，相隣る一方のバッ
テリモジュール７の正極２７と，他方のバッテリモジュ
ール７の負極２９とは，一端部側を正極２７に，また他
端部側を負極２９にそれぞれ巻掛けられた接続用金属ベ
ルト３４により接続されている。As shown in FIGS. 6 to 8, the positive electrode 27 of one battery module 7 and the negative electrode 29 of the other battery module 7 adjacent to each other have one end on the positive electrode 27 and the other end on the other side. The negative electrodes 29 are connected to each other by connecting metal belts 34 wound around the negative electrodes 29.
【００１６】この実施例においては接続用金属ベルト３
４は無端状をなす。その金属ベルト３４の一端部側は正
極２７における接続リング１４の大径短筒部１５外周面
に巻き掛けられ，有底短筒体２５のフランジ２８が金属
ベルト３４の外れ止めをなす。金属ベルト３４の他端部
側は負極２９の大径短筒部３０外周面に巻き掛けられ，
その大径短筒部３０のフランジ３３が金属ベルト３４の
外れ止めをなす。In this embodiment, the connecting metal belt 3 is used.
4 is endless. One end of the metal belt 34 is wound around the outer peripheral surface of the large diameter short tube portion 15 of the connection ring 14 in the positive electrode 27, and the flange 28 of the bottomed short tube body 25 serves to prevent the metal belt 34 from coming off. The other end of the metal belt 34 is wound around the outer peripheral surface of the large diameter short tube portion 30 of the negative electrode 29,
The flange 33 of the large-diameter short tube portion 30 serves as a stopper for preventing the metal belt 34 from coming off.
【００１７】金属ベルト３４は合成樹脂製収納ケース３
５内に収められており，その収納ケース３５の長円形を
なす外板３６が正，負極２７，２９を覆っている。外板
３６の内面側外周部に沿う周壁３７の両半円弧状部は，
正，負極２７，２９側の絶縁リング２０における短筒部
２１端面の半円弧状部にそれぞれ当接し，また外板３６
の内面に存する２つの短円柱状突出部３８，３９が正，
負極２７，２９の凹部４０，４１にそれぞれ嵌着してい
る。The metal belt 34 is a synthetic resin storage case 3
5, the oval outer plate 36 of the storage case 35 covers the positive and negative electrodes 27 and 29. Both semi-circular arc-shaped portions of the peripheral wall 37 along the outer peripheral portion on the inner surface side of the outer plate 36 are
The positive and negative electrodes 27 and 29 are in contact with the semi-circular portions of the end surface of the short tubular portion 21 of the insulating ring 20, and the outer plate 36
The two short cylindrical protrusions 38 and 39 on the inner surface of the
The negative electrodes 27 and 29 are fitted in the recesses 40 and 41, respectively.
【００１８】金属ベルト３４は，そのたるみを除去すべ
く，収納ケース３５に設けられた緊張手段Ｍ1 によって
正極２７および負極２９に密着している。その緊張手段
Ｍ1は次のように構成されている。The metal belt 34 is in close contact with the positive electrode 27 and the negative electrode 29 by the tensioning means M 1 provided in the storage case 35 in order to remove the slack. The tension means M 1 is configured as follows.
【００１９】即ち，図９にも示すように，ほぼ直方体形
をなすと共に先端側を円弧面４２に形成されたスライダ
４３が正，負極２７，２９間において，収納ケース３５
内に配設されており，そのスライダ４３が，円弧面４２
を金属ベルト３４における正，負極２７，２９間に存す
る一方の部分ａに接触させてその部分ａを他方の部分ｂ
に接近させるように前進し，これにより金属ベルト３４
に引張り力が付与されてそのベルト３４が緊張する。That is, as also shown in FIG. 9, a slider 43 having a substantially rectangular parallelepiped shape and a tip end side of which is formed into a circular arc surface 42 is provided between the positive and negative electrodes 27 and 29, and the storage case 35.
The slider 43 is disposed inside the circular arc surface 42.
Is contacted with one portion a existing between the positive and negative electrodes 27, 29 of the metal belt 34, and the portion a is connected with the other portion b.
The metal belt 34.
A tensile force is applied to the belt 34 and the belt 34 is tensioned.
【００２０】前記のように接続用金属ベルト３４に引張
り力が作用すると，そのベルト３４が正極２７および負
極２９に対してスリップし，これによりバッテリモジュ
ール７におけるねじれの発生が回避される。When the pulling force acts on the connecting metal belt 34 as described above, the belt 34 slips with respect to the positive electrode 27 and the negative electrode 29, whereby the twisting of the battery module 7 is avoided.
【００２１】スライダ４３は，外板３６内面と，周壁３
７の相対向する部分を繋ぐ連結板４４内面との間に挟ま
れており，その円弧面４２側の両側面に存する軸部４５
が外板３６および連結板４４の長孔４６にそれぞれ摺動
自在に挿通され，各軸部４５先端の円板部４７が各長孔
４６の口縁に接触する。The slider 43 includes an inner surface of the outer plate 36 and the peripheral wall 3.
The shaft portion 45 is sandwiched between the inner surface of the connecting plate 44 connecting the facing portions of 7 and the both side surfaces of the arc surface 42 side.
Are slidably inserted into the elongated holes 46 of the outer plate 36 and the connecting plate 44, respectively, and the disc portion 47 at the tip of each shaft portion 45 contacts the rim of each elongated hole 46.
【００２２】収納ケース３５の周壁３７において，スラ
イダ４３の基端と対向する厚肉部４８に貫通孔４９が形
成され，その貫通孔４９に挿通されたボルト５０がスラ
イダ４３の雌ねじ孔５１にねじ込まれている。またスラ
イダ４３の凹部５２と厚肉部４８との間に圧縮ばね５３
が配置され，この圧縮ばね５３の弾発力によってボルト
５０の緩止めがなされる。A through hole 49 is formed in a thick portion 48 of the peripheral wall 37 of the storage case 35 facing the base end of the slider 43, and a bolt 50 inserted into the through hole 49 is screwed into a female screw hole 51 of the slider 43. Has been. A compression spring 53 is provided between the recess 52 of the slider 43 and the thick portion 48.
Is arranged, and the elastic force of the compression spring 53 prevents the bolt 50 from being loosened.
【００２３】ボルト５０を往復回転させることによって
スライダ４３が前進，後退し，またスライダ４３の前進
限は軸部４５が長孔４６の一端部に当接することによっ
て決められ，これにより金属ベルト３４に過度の引張り
力が作用することを防止する。金属ベルト３４の正，負
極２７，２９への巻掛けは，図１０に示すように，スラ
イダ４３を後退させて，それにたるみを生じさせた状態
で行われる。By reciprocally rotating the bolt 50, the slider 43 moves forward and backward, and the forward limit of the slider 43 is determined by the shaft 45 contacting one end of the elongated hole 46. Prevents excessive pulling force from acting. The winding of the metal belt 34 around the positive and negative electrodes 27 and 29 is performed with the slider 43 retracted and slackened, as shown in FIG.
【００２４】収納ケース３５の両バッテリモジュール７
からの外れ止めは，グロメット組立体８を利用して次の
ように構成されている。即ち，図２に示すように，合成
樹脂製グロメット組立体８は二種のグロメットよりな
る。第１グロメット５４は，図５，１１にも示すよう
に，１つの側面５５と，それと反対側の側面５６に開口
する２つの半円形の切欠き状凹部５７を備え，また前記
側面５５，５６と直角の１つの側面５８と，それと反対
側の側面５９は平坦に形成されている。各凹部５７の内
周面中央部分には半環状の溝６０が存する。第２グロメ
ット６１は第１グロメット５４を両凹部５７の最深部分
間を通る２等分線で分割した形状を有し，したがって１
つの半円形の切欠き状凹部５７を有する。第１グロメッ
ト５４は両バッテリモジュール７の接続と，その接続に
用いられた相隣る両第１グロメット５４間の空間を埋め
るために用いられ，一方，第２グロメット６１はグロメ
ット組立体８の端部を形成し，また相隣る両第１グロメ
ット５４間の空間を埋めるために用いられる。Both battery modules 7 of the storage case 35
The slip-off preventer is constructed by utilizing the grommet assembly 8 as follows. That is, as shown in FIG. 2, the synthetic resin grommet assembly 8 is composed of two types of grommets. As shown in FIGS. 5 and 11, the first grommet 54 is provided with one side surface 55 and two semicircular notch-shaped recesses 57 that are open to the side surface 56 opposite to the side surface 55. One side surface 58 at a right angle to and a side surface 59 on the opposite side are formed flat. A semi-annular groove 60 exists in the central portion of the inner peripheral surface of each recess 57. The second grommet 61 has a shape obtained by dividing the first grommet 54 by a bisector that passes through the deepest portions of both the recesses 57, and therefore has a shape of 1
It has two semicircular notch-shaped recesses 57. The first grommet 54 is used to fill the space between the two battery modules 7 and the adjacent first grommet 54 used for the connection, while the second grommet 61 is the end of the grommet assembly 8. It is used to form a portion and to fill the space between the two adjacent first grommets 54.
【００２５】第１グロメット５４は両バッテリモジュー
ル７間に配置されて，両凹部５７が両棒状バッテリモジ
ュール７における絶縁リング２０の短筒部２１の半外周
面にそれぞれ嵌合される。第１グロメット５４はスライ
ダ４３と対向する面に開口する長溝６２を有する。その
長溝６２は，凹部５７の無い１つの側面５８から両凹部
５７の最深部分間に延びており，その側面５８側に在っ
て断面Ｕ字形をなす開口幅の広い第１溝部６３と，両凹
部５７の最深部分側に在って断面凸字形をなす開口幅の
狭い第２溝部６４とよりなる。The first grommet 54 is arranged between the battery modules 7, and the recesses 57 are fitted to the semi-peripheral surfaces of the short tubular portion 21 of the insulating ring 20 in the rod-shaped battery modules 7, respectively. The first grommet 54 has a long groove 62 that opens on the surface facing the slider 43. The long groove 62 extends from one side surface 58 having no recess 57 between the deepest portions of both the recesses 57, and has a wide opening width first groove portion 63 having a U-shaped cross section on the side surface 58 side. The second groove portion 64 having a narrow opening width is formed on the deepest side of the concave portion 57 and has a convex cross section.
【００２６】図４，９に示すように，スライダ４３の，
長溝６２と対向する側の面に係合突起６５が設けられ，
スライダ４３の後退位置では係合突起６５の軸部６６お
よびその軸部６６と一体の拡大頭部６７が第１溝部６３
内に位置する。スライダ４３の前進限では，軸部６６が
第２溝部６４の幅の狭い開口部分に入り込み，また拡大
頭部６７が第２溝部６４の幅の広い奥部分に嵌合してい
る。これにより，収納ケース３５の外れ止めがなされ
る。収納ケース３５は，それに被せられたゴム製カバー
６８によって，その外面を覆われている。As shown in FIGS.
An engaging projection 65 is provided on the surface facing the long groove 62,
At the retracted position of the slider 43, the shaft portion 66 of the engagement protrusion 65 and the enlarged head 67 integral with the shaft portion 66 are disposed in the first groove portion 63.
Located inside. At the forward limit of the slider 43, the shaft portion 66 enters the narrow opening portion of the second groove portion 64, and the enlarged head 67 is fitted in the wide inner portion of the second groove portion 64. As a result, the storage case 35 is prevented from coming off. The outer surface of the storage case 35 is covered with a rubber cover 68 covering the storage case 35.
【００２７】図１２，１３は第２実施例を示す。この第
２実施例においては，金属ベルト３４が正極２７および
負極２９にＳ字状に巻掛けられている。その金属ベルト
３４の一端部は，収納ケース３５の連結板４４の一端部
および外板３６間に設けられた係止部６９に止められ，
他端部は連結板４４の他端部側に在って回転可能な軸部
材７０に連結されている。軸部材７０は連結板４４およ
び外板３６間に回転可能に支持された軸部７１を有し，
その軸部７１に金属ベルト３５の他端部が止められてい
る。軸部７１と一体の六角頭部７２は外板３６の外面側
に位置する。例えば，六角頭部７２を図１３，時計方向
に回転させると，金属ベルト３４が軸部７１に巻取られ
て正，負極２７，２９間で緊張する。12 and 13 show a second embodiment. In the second embodiment, the metal belt 34 is wound around the positive electrode 27 and the negative electrode 29 in an S shape. One end of the metal belt 34 is stopped by a locking portion 69 provided between one end of the connecting plate 44 of the storage case 35 and the outer plate 36,
The other end is on the other end of the connecting plate 44 and is connected to the rotatable shaft member 70. The shaft member 70 has a shaft portion 71 rotatably supported between the connecting plate 44 and the outer plate 36,
The other end of the metal belt 35 is fixed to the shaft 71. The hexagonal head portion 72 integrated with the shaft portion 71 is located on the outer surface side of the outer plate 36. For example, when the hexagonal head 72 is rotated in the clockwise direction in FIG. 13, the metal belt 34 is wound around the shaft 71 and the tension between the positive and negative electrodes 27 and 29 is exerted.
【００２８】軸部材７０はそれを軸線方向に貫通する雌
ねじ孔７３を有し，その雌ねじ孔７３は左ねじを持つ。
雌ねじ孔７３に小ねじ７４がねじ込まれており，その小
ねじ７４は第１グロメット５４の雌ねじ孔７５にねじ込
まれている。これにより，軸部材７０の反時計方向の回
転は小ねじ７４を締付けることになるので，軸部材７０
のその方向への回転が阻止されて，金属ベルト３４の緊
張状態が維持される。The shaft member 70 has a female screw hole 73 penetrating it axially, and the female screw hole 73 has a left-hand thread.
A machine screw 74 is screwed into the female screw hole 73, and the machine screw 74 is screwed into the female screw hole 75 of the first grommet 54. As a result, the counterclockwise rotation of the shaft member 70 tightens the machine screw 74.
Is prevented from rotating in that direction, and the tension of the metal belt 34 is maintained.
【００２９】したがって，軸部材７０の雌ねじ孔７５，
小ねじ７４および第１グロメット５４の雌ねじ孔７５
は，軸部材７０の一方向への回転で金属ベルト３４を緊
張させた状態にて，その軸部材７０の他方向への回転を
止める回転止め手段Ｍ2 を構成する。また小ねじ７４お
よび第１グロメット５４の雌ねじ孔７５は収納ケース３
５の外れ止め手段として機能する。Therefore, the female screw hole 75 of the shaft member 70,
Machine screw 74 and female screw hole 75 of the first grommet 54
Constitutes a rotation stopping means M 2 for stopping the rotation of the shaft member 70 in the other direction when the metal belt 34 is tensioned by the rotation of the shaft member 70 in one direction. Further, the machine screw 74 and the female screw hole 75 of the first grommet 54 are formed in the storage case 3
5 functions as a retaining means.
【００３０】図１４〜２０は第３実施例を示す。この第
３実施例においては，収納ケース３５の両突出部３８，
３９間に主歯車７６が，連結板４４側に一方の端面を寄
せて配置され，その主歯車７６は外板３６および連結板
４４間に渡した軸７７を介して収納ケース３５に回転可
能に保持されている。主歯車７６の軸７７の一端部は収
納ケース３５の外板３６から突出し，その突出部に外板
３６側よりラチェット７８および操作用つまみ７９が順
次設けられている。また図１５に明示するように，外板
３６にラチェット７８に係合する戻り止め爪８０が軸８
１を介して揺動自在に設けられており，主歯車７６は，
図１６〜１８において反時計方向の回転のみを許容され
る。図１５において，８２は戻り止め爪８０の戻しば
ね，８３は戻しばね８２の係止ピン，８４は戻り止め爪
８０のストッパである。14 to 20 show a third embodiment. In the third embodiment, both projecting portions 38 of the storage case 35,
A main gear 76 is arranged between the outer plate 36 and the connecting plate 44 by a shaft 77 extending between the outer plate 36 and the connecting plate 44. Is held. One end of the shaft 77 of the main gear 76 projects from the outer plate 36 of the storage case 35, and a ratchet 78 and an operating knob 79 are sequentially provided on the projecting portion from the outer plate 36 side. Further, as clearly shown in FIG. 15, a detent claw 80 that engages with the ratchet 78 on the outer plate 36 is provided on the shaft 8.
It is provided so as to be swingable through 1, and the main gear 76 is
16-18, only counterclockwise rotation is allowed. In FIG. 15, 82 is a return spring of the detent claw 80, 83 is a locking pin of the return spring 82, and 84 is a stopper of the detent claw 80.
【００３１】主歯車７６の両側には，その主歯車７６に
噛合し，且つ一方の端面を連結板４４側に寄せた第１，
第２副歯車８５，８６が配置され，それら副歯車８５，
８６は外板３６および連結板４４間に渡した軸８７，８
８を介して収納ケース３５に回転可能に保持されてい
る。On both sides of the main gear 76, the first and second gears meshing with the main gear 76 and one end surface of which is brought closer to the connecting plate 44 side.
The second auxiliary gears 85 and 86 are arranged, and the auxiliary gears 85 and 86 are
86 is a shaft 87, 8 passed between the outer plate 36 and the connecting plate 44.
It is rotatably held in the storage case 35 via 8.
【００３２】金属ベルト３４は正極２７および負極２９
にＳ字状に巻掛けられている。図１７に明示するよう
に，金属ベルト３４の一端部は，第１副歯車８５の，図
１７，時計方向の回転でそのベルト３４が牽引されるよ
うに，その第１副歯車８５端面の係止部８９に止められ
る。金属ベルト３４の他端部は，第２副歯車８６の，図
１７，時計方向の回転でそのベルト３４が牽引されるよ
うに，その第２副歯車３８端面の係止部９０に止められ
る。The metal belt 34 has a positive electrode 27 and a negative electrode 29.
It is wrapped in an S shape. As clearly shown in FIG. 17, one end of the metal belt 34 is engaged with the end surface of the first auxiliary gear 85 so that the belt 34 is pulled by the clockwise rotation of the first auxiliary gear 85 in FIG. It is stopped by the stopper 89. The other end of the metal belt 34 is stopped by the engaging portion 90 on the end face of the second auxiliary gear 38 so that the belt 34 is pulled by the clockwise rotation of the second auxiliary gear 86 in FIG.
【００３３】これにより，操作用つまみ７９を図１５，
時計方向，したがって主歯車７６を図１６，反時計方向
に回転させると，第１，第２副歯車８５，８６がそれぞ
れ図１６，時計方向に回転して金属ベルト３４が緊張す
る。As a result, the operating knob 79 is moved to the position shown in FIG.
When the main gear 76 is rotated in the clockwise direction, that is, in the counterclockwise direction in FIG. 16, the first and second auxiliary gears 85 and 86 rotate in the clockwise direction in FIG. 16 and the metal belt 34 is tensioned.
【００３４】以上の構成において，第１副歯車８５は，
正極２７および負極２９にＳ字状に巻掛けられた金属ベ
ルト３４の一端部を連結された第１の歯車であり，また
第２副歯車８６は金属ベルト３４の他端部を連結された
第２の歯車であり，さらに主歯車７６は，一方向への回
転で，第１，第２の歯車を金属ベルト３４を緊張させる
方向に回転させる第３の歯車であり，さらにまたラチェ
ット７８，戻り止め爪８０，戻しばね８２およびストッ
パ８４は，第３の歯車の他方向への回転を止める回転止
め手段Ｍ3 を構成する。In the above structure, the first auxiliary gear 85 is
It is a first gear connected to one end of a metal belt 34 wound around the positive electrode 27 and the negative electrode 29 in an S shape, and a second auxiliary gear 86 is a first gear connected to the other end of the metal belt 34. The second gear, and the main gear 76 is a third gear that rotates in one direction to rotate the first and second gears in a direction in which the metal belt 34 is tensioned. The stop claw 80, the return spring 82 and the stopper 84 constitute a rotation stop means M 3 for stopping the rotation of the third gear in the other direction.
【００３５】図１９，２０に示すように，第１，第２副
歯車８５，８６と第１グロメット５４との間には，第１
実施例とほぼ同様の収納ケース３５用外れ止め手段が設
けられている。即ち，図１９に明示するように，第１グ
ロメット５４は第１，第２副歯車８５，８６と対向する
面に開口する２つの円弧状長溝９１，９２を有する。一
方の長溝９１は，両軸８７，８８の軸線を結ぶ直線より
も上側において第１副歯車８５と同心状に延び，且つ断
面Ｕ字形をなす開口幅の広い第１溝部９３と，それの下
側に連なって第１副歯車８５と同心状に延び，且つ断面
凸字形をなす開口幅の狭い第２溝部９４とよりなる。他
方の長溝９２は，両軸８７，８８の軸線を結ぶ直線より
も下側において第２歯車８６と同心状に延び，且つ断面
Ｕ字形をなす開口幅の広い第１溝部９３と，それの上側
に連なって第２副歯車８６と同心状に延び，且つ断面凸
字形をなす開口幅の狭い第２溝部９４とよりなる。As shown in FIGS. 19 and 20, between the first and second auxiliary gears 85 and 86 and the first grommet 54, the first
The retaining means for the storage case 35, which is almost the same as the embodiment, is provided. That is, as clearly shown in FIG. 19, the first grommet 54 has two arcuate long grooves 91 and 92 opening on the surface facing the first and second auxiliary gears 85 and 86. One of the long grooves 91 extends concentrically with the first auxiliary gear 85 above the straight line connecting the axes of the two shafts 87 and 88, and has a U-shaped cross section with a wide opening width 93 and a lower groove portion 93 under the same. And a second groove portion 94 having a narrow opening width and extending concentrically with the first auxiliary gear 85 and having a convex cross-section. The other long groove 92 extends below the straight line connecting the axes of the two shafts 87, 88 concentrically with the second gear 86 and has a U-shaped cross section with a wide opening width 93 and the upper side thereof. And a second groove 94 having a narrow opening and extending concentrically with the second auxiliary gear 86 and having a convex cross section.
【００３６】第１，第２副歯車８５，８６の，長溝９
１，９２と対向する端面に係合突起９５，９６が設けら
れている。図１８に明示するように，各係合突起９５，
９６の軸部９７は収納ケース３５の連結板４４に存する
長孔９８に挿通され，また図１９，鎖線示のように，金
属ベルト３４がたるんだ状態では各軸部９７と一体の拡
大頭部９９が長溝９１，９２の第１溝部９３に嵌込まれ
ている。第１，第２副歯車８５，８６の回転限では，図
１９，実線示のように，各軸部９７が第２溝部９４の幅
の狭い開口部分に入り込み，また各拡大頭部９９が第２
溝部９４の幅の広い奥部分に嵌合している。これによ
り，収納ケース３５の外れ止めがなされている。この場
合，両拡大頭部９９の少なくとも一方を両第２溝部９４
の奥端の少なくとも一方に当接させて主歯車７６の回転
ストッパとして機能させることも可能である。Long groove 9 of the first and second auxiliary gears 85 and 86
Engagement projections 95 and 96 are provided on the end surfaces facing the 1,92. As shown in FIG. 18, each engagement protrusion 95,
The shaft portion 97 of 96 is inserted into the long hole 98 existing in the connecting plate 44 of the storage case 35, and as shown in FIG. 19 and the chain line, when the metal belt 34 is slackened, the enlarged head portion integrated with each shaft portion 97. 99 is fitted in the first groove portion 93 of the long grooves 91, 92. At the rotation limit of the first and second auxiliary gears 85 and 86, as shown in FIG. 19 and the solid line, each shaft portion 97 enters the narrow opening portion of the second groove portion 94, and each enlarged head portion 99 moves to the first position. Two
The groove 94 is fitted into the wide inner part of the groove 94. This prevents the storage case 35 from coming off. In this case, at least one of the two enlarged heads 99 is attached to the second groove portions 94.
It is also possible to make it function as a rotation stopper of the main gear 76 by abutting on at least one of the innermost ends thereof.
【００３７】[0037]
【発明の効果】本発明によれば前記のように構成するこ
とによって，バッテリモジュールにおけるねじれの発生
を回避して，相隣る両バッテリ間の接続部の破断防止を
達成した，バッテリ集合体における正極と負極との接続
構造を提供することができる。According to the present invention, with the above-described structure, the occurrence of twisting in the battery module is avoided, and the connection between the adjacent batteries is prevented from being broken. A connection structure between the positive electrode and the negative electrode can be provided.
【図１】バッテリ式電源装置の斜視図である。FIG. 1 is a perspective view of a battery-type power supply device.
【図２】全部のバッテリモジュールの接続構造を示す正
面図であり，図１の２矢視図に相当する。FIG. 2 is a front view showing a connection structure of all battery modules, which corresponds to a view taken in the direction of arrow 2 in FIG.
【図３】上，下のバッテリモジュールの接続構造を示す
断面図であって，図２の３−３線断面図に相当する。3 is a cross-sectional view showing the connection structure of the upper and lower battery modules, which corresponds to a cross-sectional view taken along line 3-3 of FIG.
【図４】図３の要部拡大図である。FIG. 4 is an enlarged view of a main part of FIG.
【図５】上，下のバッテリモジュールの斜視図である。FIG. 5 is a perspective view of upper and lower battery modules.
【図６】図３の６−６線断面図である。6 is a sectional view taken along line 6-6 of FIG.
【図７】図３の７−７線断面図である。7 is a sectional view taken along line 7-7 of FIG.
【図８】図３の８−８線断面図である。8 is a sectional view taken along line 8-8 of FIG.
【図９】スライダ，圧縮ばねおよびボルトの関係を示す
分解図である。FIG. 9 is an exploded view showing a relationship between a slider, a compression spring, and a bolt.
【図１０】スライダの後退位置を示す要部断面図であっ
て，図７に対応する。10 is a cross-sectional view of a main part showing a retracted position of a slider, which corresponds to FIG. 7.
【図１１】図３の１１−１１線断面図である。11 is a cross-sectional view taken along line 11-11 of FIG.
【図１２】図４に対応する，上，下のバッテリモジュー
ルの接続構造を示す断面図で，図１３の１２−１２線断
面図に相当する。12 is a cross-sectional view showing a connection structure of the upper and lower battery modules corresponding to FIG. 4, and corresponds to a cross-sectional view taken along line 12-12 of FIG.
【図１３】図１２の１３−１３線断面図である。13 is a sectional view taken along line 13-13 of FIG.
【図１４】図４に対応する，上，下のバッテリモジュー
ルの接続構造を示す断面図で，図１５の１４−１４線断
面図に相当する。14 is a cross-sectional view showing the connection structure of the upper and lower battery modules corresponding to FIG. 4, and corresponds to a cross-sectional view taken along line 14-14 of FIG.
【図１５】図１４の１５矢視図である。FIG. 15 is a view on arrow 15 in FIG.
【図１６】図１４の１６−１６線断面図である。16 is a sectional view taken along line 16-16 of FIG.
【図１７】図１４の１７−１７線断面図である。FIG. 17 is a sectional view taken along line 17-17 of FIG.
【図１８】図１４の１８−１８線断面図である。18 is a sectional view taken along line 18-18 of FIG.
【図１９】図１４の１９−１９線断面図である。19 is a sectional view taken along line 19-19 of FIG.
【図２０】図１６の２０−２０線断面図である。20 is a sectional view taken along line 20-20 of FIG.
５………………バッテリ集合体 ６………………バッテリ ７………………棒状バッテリモジュール ２７……………正極 ２９……………負極 ３４……………接続用金属ベルト ３５……………収納ケース ７０……………軸部材 ７６……………主歯車（第３の歯車） ８５……………第１副歯車（第１の歯車） ８６……………第２副歯車（第２の歯車） Ａ………………方向 Ｂ………………仮想平面 Ｍ1 ……………緊張手段 Ｍ2 ，Ｍ3 ……回転止め手段5: Battery assembly 6: Battery 7: Rod-shaped battery module 27: Positive electrode 29: Negative electrode 34: For connection Metal belt 35 ………… Storage case 70 ……………… Shaft member 76 ……………… Main gear (third gear) 85 …………… First auxiliary gear (first gear) 86… ………… Second auxiliary gear (second gear) A ……………… Direction B ……………… Virtual plane M 1 ……………… Tensioning means M 2 , M 3 …… Rotation stopping means
Claims (4)
を有する複数の棒状バッテリモジュール（７）を，それ
らの軸線が１つの方向（Ａ）と平行し，且つその方向
（Ａ）と交差する仮想平面（Ｂ）にて各軸中心が縦方向
および横方向に並ぶように配列してなるバッテリ集合体
（５）における，相隣る一方の前記バッテリモジュール
（７）の正極（２７）と他方の前記バッテリモジュール
（７）の負極（２９）との接続構造であって，一端部側
を相隣る一方の前記バッテリモジュール（７）の正極
（２７）に，また他端部側を他方の前記バッテリモジュ
ール（７）の負極（２９）にそれぞれ巻掛けられた接続
用金属ベルト（３４）を備えていることを特徴とする，
バッテリ集合体における正極と負極との接続構造。1. A plurality of batteries (6) connected in series
A plurality of rod-shaped battery modules (7) each having an axial line parallel to one direction (A) and a virtual plane (B) intersecting the direction (A), with each axis center being in the vertical and horizontal directions. Connection between the positive electrode (27) of one of the adjacent battery modules (7) and the negative electrode (29) of the other battery module (7) in the battery assembly (5) arranged so as to be aligned in the direction. In the structure, one end side is wound around the positive electrode (27) of the adjacent battery module (7), and the other end side is wound around the negative electrode (29) of the other battery module (7). Equipped with a metal belt (34) for connection,
Connection structure between a positive electrode and a negative electrode in a battery assembly.
をなし，その金属ベルト（３４）のたるみを除去する緊
張手段（Ｍ1 ）を備えている，請求項１記載のバッテリ
集合体における正極と負極との接続構造。2. The battery assembly according to claim 1, wherein the connecting metal belt (34) has an endless shape and is provided with a tensioning means (M 1 ) for removing the slack of the metal belt (34). Connection structure between positive and negative electrodes.
がベルト用収納ケース（３５）に固定され，他端部が前
記収納ケース（３５）に回転可能に支持された軸部材
（７０）に連結され，その軸部材（７０）の一方向への
回転で前記金属ベルト（３４）を緊張させた状態にて，
その軸部材（７０）の他方向への回転を止める回転止め
手段（Ｍ2 ）を備えている，請求項１記載のバッテリ集
合体における正極と負極との接続構造。3. A shaft member (70) having one end of said connecting metal belt (34) fixed to a belt storage case (35) and the other end rotatably supported by said storage case (35). In a state in which the metal belt (34) is tensioned by the rotation of the shaft member (70) in one direction,
The structure for connecting a positive electrode and a negative electrode in a battery assembly according to claim 1, further comprising rotation stopping means (M 2 ) for stopping rotation of the shaft member (70) in the other direction.
Ｓ字状に巻掛けられた前記接続用金属ベルト（３４）の
一端部を連結された第１の歯車（８５）と，その接続用
金属ベルト（３４）の他端部を連結された第２の歯車
（８６）と，一方向への回転で，前記第１，第２の歯車
（８５，８６）を前記接続用金属ベルト（３４）を緊張
させる方向に回転させる第３の歯車（７６）と，その第
３の歯車（７６）の他方向への回転を止める回転止め手
段（Ｍ3 ）とを有する，請求項１記載のバッテリ集合体
における正極と負極との接続構造。4. A first gear (85) having one end of the connecting metal belt (34) wound around the positive electrode (27) and the negative electrode (29) wound in an S shape connected, and its connection. The second gear (86) to which the other end of the metal belt (34) for connection is connected, and the first and second gears (85, 86) are connected to the second metal gear (85, 86) by rotation in one direction. 34. A third gear (76) for rotating 34) in a tensioning direction, and a rotation stopping means (M 3 ) for stopping rotation of the third gear (76) in the other direction. Connection structure between a positive electrode and a negative electrode in a battery assembly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2002014747A JP4163419B2 (en) | 2002-01-23 | 2002-01-23 | Connection structure of positive electrode and negative electrode in battery assembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2002014747A JP4163419B2 (en) | 2002-01-23 | 2002-01-23 | Connection structure of positive electrode and negative electrode in battery assembly |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JP2003217555A true JP2003217555A (en) | 2003-07-31 |
| JP4163419B2 JP4163419B2 (en) | 2008-10-08 |
Family
ID=27651340
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP2002014747A Expired - Fee Related JP4163419B2 (en) | 2002-01-23 | 2002-01-23 | Connection structure of positive electrode and negative electrode in battery assembly |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP4163419B2 (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2006351363A (en) * | 2005-06-16 | 2006-12-28 | Honda Motor Co Ltd | Retaining member and battery pack |
| JP2007005288A (en) * | 2005-05-23 | 2007-01-11 | Matsushita Electric Ind Co Ltd | Battery module and its manufacturing method |
| JP2008091231A (en) * | 2006-10-03 | 2008-04-17 | Matsushita Electric Ind Co Ltd | Battery module |
| JP2010177204A (en) * | 2005-05-23 | 2010-08-12 | Panasonic Corp | Battery module and method of manufacturing the same |
| JPWO2021029284A1 (en) * | 2019-08-09 | 2021-02-18 |
-
2002
- 2002-01-23 JP JP2002014747A patent/JP4163419B2/en not_active Expired - Fee Related
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2007005288A (en) * | 2005-05-23 | 2007-01-11 | Matsushita Electric Ind Co Ltd | Battery module and its manufacturing method |
| JP2010177204A (en) * | 2005-05-23 | 2010-08-12 | Panasonic Corp | Battery module and method of manufacturing the same |
| JP2010177203A (en) * | 2005-05-23 | 2010-08-12 | Panasonic Corp | Battery module and method of manufacturing the same |
| JP2006351363A (en) * | 2005-06-16 | 2006-12-28 | Honda Motor Co Ltd | Retaining member and battery pack |
| JP4652138B2 (en) * | 2005-06-16 | 2011-03-16 | 本田技研工業株式会社 | Holding member and battery pack |
| US7960051B2 (en) | 2005-06-16 | 2011-06-14 | Honda Motor Co., Ltd. | Holding member and battery pack |
| JP2008091231A (en) * | 2006-10-03 | 2008-04-17 | Matsushita Electric Ind Co Ltd | Battery module |
| JPWO2021029284A1 (en) * | 2019-08-09 | 2021-02-18 | ||
| WO2021029284A1 (en) * | 2019-08-09 | 2021-02-18 | 株式会社村田製作所 | Battery pack |
| JP7056805B2 (en) | 2019-08-09 | 2022-04-19 | 株式会社村田製作所 | Battery pack |
Also Published As
| Publication number | Publication date |
|---|---|
| JP4163419B2 (en) | 2008-10-08 |
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