JPS60195868A - Cell fitting section in cell type booster - Google Patents
Cell fitting section in cell type boosterInfo
- Publication number
- JPS60195868A JPS60195868A JP59051192A JP5119284A JPS60195868A JP S60195868 A JPS60195868 A JP S60195868A JP 59051192 A JP59051192 A JP 59051192A JP 5119284 A JP5119284 A JP 5119284A JP S60195868 A JPS60195868 A JP S60195868A
- Authority
- JP
- Japan
- Prior art keywords
- battery
- cell
- cylindrical body
- mounting part
- fitting section
- 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.)
- Pending
Links
Classifications
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01M—PROCESSES OR MEANS, e.g. BATTERIES, FOR THE DIRECT CONVERSION OF CHEMICAL ENERGY INTO ELECTRICAL ENERGY
- H01M50/00—Constructional details or processes of manufacture of the non-active parts of electrochemical cells other than fuel cells, e.g. hybrid cells
- H01M50/20—Mountings; Secondary casings or frames; Racks, modules or packs; Suspension devices; Shock absorbers; Transport or carrying devices; Holders
- H01M50/204—Racks, modules or packs for multiple batteries or multiple cells
- H01M50/207—Racks, modules or packs for multiple batteries or multiple cells characterised by their shape
- H01M50/213—Racks, modules or packs for multiple batteries or multiple cells characterised by their shape adapted for cells having curved cross-section, e.g. round or elliptic
-
- 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
Abstract
Description
【発明の詳細な説明】
この発明は電池式ブースタにおける電池装着部に関する
ものである。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a battery mounting portion in a battery-powered booster.
出願人は、既に、第１図に示すような、指掛部／である
フランジを有する第１筒体１内に、後端の筐体部Ａに充
１１式電池Ｂ（電池の最外周保護筒を剥し、従って外周
が一極となっているもの）を固定ｌまた第２筒体１１を
出入自在に設け、第２筒体Ｈの一端内部がプラグ収納部
（図面符号３で示す部分）となっている電池式ブースタ
を提案（また。The applicant has already installed a rechargeable type 11 type battery B (the outermost protection of the battery) in the housing part A at the rear end in the first cylinder body 1 having a flange which is a finger rest part as shown in FIG. The cylinder is peeled off and the outer periphery has one pole) is fixed and the second cylinder 11 is provided so that it can be taken in and out, and the inside of one end of the second cylinder H is a plug storage part (the part indicated by reference numeral 3 in the drawing). We propose a battery-powered booster that is (also.
このブースタは指掛部／であるフラッジに人差指と中指
とをかけ、充′屯式電池Ｂの底部に親指の根本を当てが
い、コイルスプリングツに抗して該電池を押し、第１筒
体ｌを押出せば、先端の膨出開口部（プラグ収納部）３
は第１筒体１の包囲筒部グをいで、該第２筒体ＩＫは母
線方向にスリット／３が設けであるので弾発的に広がる
。この時、第３筒体腸も移動するので、プラグ頭押え部
Ｓも移動する。そこで、プラグａに、開いた膨出開口部
３を被せ、プラグａの＋極ａ１にプラグ頭押え部りを当
接し、膨出開口部３中にプラグａを収容すると、半極ａ
ｌはプラグ頭押え部Ｓを押すので′亀気絶縁性筒体乙は
コイルスプリング７を押（７、第３筒体■中に移動し、
プラグａけ膨出開口部３中に完全に穏れる。To use this booster, place your index finger and middle finger on the flage that is the finger hook, place the base of your thumb on the bottom of the rechargeable battery B, push the battery against the coil springs, and press the battery against the first cylindrical body. If you push out l, the bulging opening (plug storage part) at the tip 3
passes through the enclosing cylinder part of the first cylinder 1, and since the second cylinder IK is provided with a slit/3 in the generatrix direction, it expands elastically. At this time, since the third cylindrical body also moves, the plug head holding portion S also moves. Therefore, when the plug a is covered with the open bulging opening 3, the plug head presser is brought into contact with the + pole a1 of the plug a, and the plug a is accommodated in the bulging opening 3, the half pole a
Since l presses the plug head holding part S, the insulating cylinder body B presses the coil spring 7 (7, moves into the third cylinder body ■,
The plug is completely settled into the bulging opening 3.
そこで、人差指と中指とを緩め、コイルスプリングλの
弾発力により第１筒体１ｆ（７て第２筒体１上を摺動さ
せ、内筒の段部ｆを第！筒体Ｈの截頭円錐形の外８部り
に当接させると、該膨出開口部３は第１筒体１の包囲筒
部グ内に収まり、引掛縁部１０はプラグａの電極部ａ２
を挾持１２、プラグａにブースタは確実１／Ｃ固定され
、充畦式′電池に光゛１されているａ気は、電池Ｂの＋
極／／、被覆線／コ、プラグ頭押え部Ｓ１プラダａ１第
２筒体Ｄ、押圧診体部Ａ１電池Ｂの外周（％池の一極）
に流れ、プラグａのヒータｂを加熱ゴる。加熱終了時は
貴びブースタを掴み人差指、中指でフランジをコイルス
プリング２に抗して戻せば、膨出開口部３は第１筒体１
の包囲暗合ｉ−グから突出（７、この場合引掛縁部１０
とプラグａの電極部ａ２とは離れているのでそのま５ブ
ースタを引上げればプラグａと離うことができる。Then, loosen the index finger and middle finger, slide the first cylinder 1f (7) over the second cylinder 1 by the elastic force of the coil spring λ, and move the stepped part f of the inner cylinder to the !th part of the cylinder H. When brought into contact with the outer 8 portions of the conical head, the bulging opening 3 fits within the surrounding cylindrical portion of the first cylindrical body 1, and the hooking edge 10 contacts the electrode portion a2 of the plug a.
12, the booster is securely fixed to the plug A, and the light that is shining on the rechargeable battery is the + of battery B.
Pole//, coated wire/C, plug head holding part S1 prada a1 second cylinder D, pressing diagnosis body part A1 outer circumference of battery B (% pond one pole)
The current flows to heat the heater b of plug a. When heating is finished, grab the booster and return the flange against the coil spring 2 with your index and middle fingers, and the bulging opening 3 will be aligned with the first cylindrical body 1.
(7, in this case the hooked edge 10
Since the electrode part a2 of the plug a is separated from the electrode part a2 of the plug a, it is possible to separate it from the plug a by simply pulling up booster 5.
このブースタは電源にリード糾を介［２て連結（７、電
力を得るものに比（７、携帯部品が少くなって、使用が
著］２〈簡便になり、又電池は外周の保護筒を剥（７た
もの、即ち外周が一極になついてるものにして使用する
ように【７たので電池の装着構成が簡潔になる効果があ
るが、充電、式篭池を使用（７、面も′電池は筐体部Ａ
にかしめ付け（２であるので、電池が切れた場合、充電
（７なければならず、又充電はフラグ頭押え部夕と第２
筒体ｎの一端の引揚縁部１０との開に、一端が電源に連
在っている充電用端子（図示省略）を挾持させなければ
ならず、充電には時間を要する欠点がちった。この発明
は成上の欠点を除去ｌ１、必要の都度υｒＬい乾電池（
充電済充電用電池でも良い）を取換え、特に電池の保護
筒を剥くことなくそのま５使用できるように１７た電池
式ブースタにおける′電池装着部を提供するのをその目
的とする。This booster is connected to the power source via a lead wire (7, compared to those that obtain electric power (7, there are fewer portable parts, making it easier to use). It is recommended to use a battery with a peel-off type (7), that is, with a single pole attached to the outer periphery. 'The battery is in the housing part A.
Since the battery is crimped (2), if the battery runs out, it must be charged (7).
A charging terminal (not shown), one end of which is connected to a power source, must be clamped between one end of the cylindrical body n and the lifting edge 10, which has the disadvantage that charging takes time. This invention eliminates the drawbacks of the construction, and each time you need a large dry battery (
The purpose of the present invention is to provide a battery mounting part in a battery-powered booster which can be used without removing the protective case of the battery by replacing the battery (which may be a charged rechargeable battery).
第２図に７ドす一実施例に基いて、第７番目の発明に係
る′電池式ブースタにおける電池装着部の構成を説明す
ると、第１ＩｋｌＫ示す指掛部／を鳴Ｊる第１筒体１内
に、後端の筐体部Ａに電池Ｂを装ｓ［７た第ス筒体を出
入自在に設け、第２筒体１の一端内部がプラグ収納部３
となっている電池式ブースタにおいて、前記筐体部Ａを
、第２図に示すように、中心に透孔Ｃを有する隔壁ｄの
一９１１Ｉを第２筒体Ｈの装着部ｅと（７、他側を電池
装着部ｆと１７、該電池装着部ｆの外周には雄ねじＶを
設けたものとＥ７、該電池装着部での内部には、内蔵さ
れたコイルスプリングｈにより電池Ｂの十′Ｉ４Ｌ極ｉ
に弾発的に当接できる導電体ｊを中心に有する一気の絶
縁盤ｋを設け、別に、内部に電池Ｂを収容し、′酸油Ｂ
の一＊／に弾性溝’ｉｌａ！＊ｒを介して接触している
導シ性の電池収納ケースＣを開口縁ｍの内周に設けた雌
ねじｎを、前記電池装着部ｆの外周の雄ねじ２に螺合し
だ′電池装着部である。The structure of the battery mounting part in the battery-powered booster according to the seventh invention will be explained based on the seventh embodiment shown in FIG. 1, a second cylindrical body containing a battery B is provided in the housing part A at the rear end so that it can be freely moved in and out, and one end of the second cylindrical body 1 is connected to the plug storage part 3
In the battery-powered booster, the housing part A is connected to the mounting part e of the second cylindrical body H by a partition wall d having a through hole C in the center, as shown in FIG. The other side is a battery mounting part f and 17, the outer periphery of the battery mounting part f is provided with a male screw V and E7, and a built-in coil spring h is used inside the battery mounting part to hold the battery B. I4L pole i
An insulating board k having a conductor j at its center which can come into elastic contact with
Elastic groove 'ila! A female screw n provided on the inner periphery of the opening edge m of the conductive battery storage case C, which is in contact with the conductive battery storage case C via *r, is screwed into the male screw 2 on the outer periphery of the battery mounting part f. It is.
なお前記悼性導′畦板ｒの代りに電極ｌに接触−ノ゛る
突起でもよい。Note that instead of the conductive ridge plate r mentioned above, a protrusion that comes into contact with the electrode l may be used.
この実施汐ｊ１は斜上のような構成を有するから、〃１
旧電池を取換えたい場合は、第２図において、電池収納
ケースＣの開口縁ｍを筐体部Ａの電池装着部ｆからねじ
戻して電池収納ケースＣを外づ１２、旧電池を出せばよ
く、新′電池を装着するには、新′電池を電池収納ケー
スＣ中に入れ、該笥、池収納ケースＣの開口縁ｍの内周
の雌ねじｎを筐体都へ〇成装着滑部ｆの外周の雄ねじ２
に螺合σせ、→−’ｉｌｌ極１を導電体Ｊに圧接芒ぜれ
げ良い。Since this implementation j1 has a diagonally upward configuration, 〃1
If you want to replace the old battery, as shown in Figure 2, unscrew the opening edge m of the battery storage case C from the battery mounting part f of the housing part A, remove the battery storage case C12, and take out the old battery. Usually, to install a new battery, put the new battery into the battery storage case C, and insert the female screw n on the inner circumference of the opening edge m of the storage case C into the mounting slide part of the case. Male thread 2 on the outer periphery of f
Screw it together and press the pole 1 onto the conductor J.
第７番目の発明は紙上のような構成、作用を廟するから
、電池式ブースタの電池を保護筒を剥が−すことなく〃
［旧取換えることが極めて簡単に行われる、電池式ブー
スタにおける′電池装着部を提供できる。The seventh invention has the structure and function as shown on paper, so you can remove the battery of a battery-powered booster without removing the protective case.
[It is possible to provide a battery mounting part in a battery-powered booster that is extremely easy to replace.
第２番目の発明は電池容量が太きく、従って直径が大き
い電池でも容易に装着できるようＫし７だもので、第３
図に示すように、電池収納ケースＣの開［１嫌ｍの同町
に設けた雌ねじｎを、前Ｌ ’ＲＬ池装装着滑部外周の
雄ねじ２に、螺合するのに、内鞠に接離ねじ２と螺合で
きる雌ねじｐ、を有し、外周に接離ねじｎに螺合できる
雄ねじｐ２を有する間隔用環状体Ｏを介（７て螺合１７
たものである。The second invention has a large battery capacity and is therefore K7 so that even batteries with a large diameter can be easily installed.
As shown in the figure, in order to open the battery storage case C, screw the female screw n provided in the same section of 1mm into the male screw 2 on the outer periphery of the front L'RL battery mounting slip. Through the spacing annular body O, which has a female thread p that can be screwed together with the separating screw 2, and a male screw p2 on the outer periphery that can be screwed with the separating screw n,
It is something that
この実施し１［は紙上のような構成を１するから、電池
の直径に容量の関係で大小があっても種々の直径の間隔
用環状体０と内径の異なる雌ねじｎを開口Ｆｉ ｍの内
筒に切った′電池収納ケースＣを用意することによって
自由に取換え使用′Ｊることができる。Since this implementation 1 [1] has the configuration as shown in the paper, even if the diameter of the battery is large or small in relation to the capacity, the annular bodies 0 for spacing of various diameters and the internal threads n of different inner diameters are inserted into the opening Fi m. By preparing a battery storage case C cut into a cylinder, it can be freely replaced and used.
第２ｖｉ目の発明は紙上のような構成、作用を有うるか
ら、容量の其なる種々の電池を直径の異なる間隔用環状
体Ｏと、開口縁ｍの内周の雌ねじの内径の異なる電池収
納ケースＣとを畝種用意することにより簡単、容易に取
換えることができる。Since the 2nd VI invention has the structure and operation as described in the paper, it is possible to store batteries of various capacities with a spacer annular body O having a different diameter and a battery having a female thread on the inner periphery of the opening edge m having a different inner diameter. Case C can be easily and easily replaced by preparing a rib type.
第１回目充電式低池を固定し７たブースタの一部縦ぽ）
１正ｌｆｔ１図、第２図は第７番目の発明に力）＼るｍ
ｕ電池式ブースタおける電池装着部の一実施例の要′ｔ
Ｘ１１の縦１ｉｆｔ ＋Ｌｄ＋１（：＜１、第３図は第
２番目の発明にか＼る電池式ブースタの一実施例の夢合
ＩＸの縦Ｋｌｌ ＩＥ、 ｉｌ＋１図を大々、）」、［
７，１は第１筒体、１１は第２齢体、Ａは筐体部、Ｂは
“電池、Ｃは電池ＩＸ納ケース、／は指掛部、３はプラ
グ収納部、Ｃけ透孔、ｄケま隔壁、θは第、２を肉体の
装着部、ｆは′電池装着部、２は雄Ｊ−じ、ｈはコイル
スゲリンク、１は十奄極、Ｊは導１１１７体、ｋは′電
気の絶縁盤、ｍは開口縁、ｎは雌ねじ、Ｏは間隔用環状
体、ｐｌは雌ねじ、ｐ２は雄ねじを夫々承り。
特許出願人 長 畑 勇Part of the booster with the 1st rechargeable low battery fixed (vertical)
1 correct lft Figure 1 and Figure 2 are based on the 7th invention)
u Summary of an embodiment of the battery mounting part in a battery-powered booster't
X11 vertical 1ift +Ld+1 (:<1, Figure 3 shows the vertical Kll IE, il+1 diagram of Yumeai IX of an embodiment of the battery-powered booster according to the second invention)'', [
7, 1 is the first cylindrical body, 11 is the second age body, A is the housing, B is the battery, C is the battery IX storage case, / is the finger hook, 3 is the plug storage area, and C is the through hole. , d is the bulkhead, θ is the 1st, 2 is the body attachment part, f is the 'battery attachment part, 2 is the male J-ji, h is the coil link, 1 is the 10th pole, J is the conductor 1117 body, k is an electrical insulating board, m is an opening edge, n is a female thread, O is a spacing annular body, pl is a female thread, and p2 is a male thread. Patent applicant: Isamu Cho Hata
Claims (1)
ＡＫ電池Ｂを装着（また第２筒体ＩＩを出入自在に設け
、第２筒体１１の一端内部がプラク収納部３となってい
る電池式ブースタにおいて、前記筐体部Ａを、中心に透
孔Ｃを壱する隔壁ｄの−（１１１＋を第！筒体Ｈの装着
部ｅと１２、他側を゛畦池収納ケース装着！１１ ｆと
し、該電池装着部ｆの外周には雄ねじ？を設けたものと
１７、該電池装着部ｆの内部には、内蔵されたコイルス
フリングｈにより電池Ｂの十′電極ｌに弾発的に当接で
きる導電体Ｊを中心に有する′電気の絶縁盤ｋを設け、
別に、内部に電池Ｂｉ収容Ｌ、−池Ｂの電極ｌに接触（
７ている導′畦性の′電池収納ケースＣの開口縁ｍの内
周に設けた雌ねじｎを、前ｇＬ４篭池装装着ｆの外周の
雄ねじｔに螺合【７たことを詩徴とする１゜装着滑部。 ρ）指掛部／を有する第１筒体Ｉ内に、後端の筺体部Ａ
Ｋ篭池Ｂを装着［７た第２筒体１を出入自在に設け、第
２筒体ｌの一端内部がプラグ収納部３となっている′−
７池式ブースタにおいて、前記笛体部Ａを、中心に透孔
Ｃを有する隔壁ｄの−ψ１１を第２筒体１の装着部ｅと
（７、他側を′１池装着部ｆと（７、該電池装着部ｆの
外周には雄ねじ２を設だものとし、該電池装着部ｆの内
部には、内蔵きれたコイルスプリング１１に」、す、電
池Ｂの＋′電極１にＩｉ＃１発的に当接できる導電体Ｊ
を中上・に有する′眠気の絶縁盤ｋを設け、別に、内部
に電池Ｂを収容し、′電池Ｂの電極ｌに接触（７ている
導電性の電池収納ケースＣの開口縁ｍの内周に設けた雌
ねじｎを、＾１ｊ記′屯池装装着ｆの外筒の雄ねじ２に
、外−に接離ねじｎと螺合できる雄ねじｐ２を有し、内
１Δノに該雌ねじ２に螺合できる雌ねじｐｌを有する間
隔用環状体０を介【７て螺合し７たことを一特徴とする
′電池装着部。(1) The casing part AK battery B at the rear end is installed in the seventh cylindrical body 1 that houses the finger hook part (also, the second cylindrical body II is provided so that it can be freely moved in and out, and the second cylindrical body II is installed inside one end of the second cylindrical body 11. In a battery-operated booster in which is a plaque storage part 3, the housing part A is connected to the -(111+) of the partition wall d having a through hole C in the center, and the mounting part e and 12 of the cylindrical body H are connected to the other side. 11 f, and a male screw is provided on the outer periphery of the battery mounting part f, and a built-in coil spring h holds the battery B inside the battery mounting part f. An electrical insulating board k having a conductor J in the center which can come into elastic contact with the ten' electrode l is provided,
Separately, there is a battery Bi accommodating L inside, which contacts the electrode L of the battery B (
7. Screw the female screw n provided on the inner periphery of the opening edge m of the conductive ridged battery storage case C into the male screw t on the outer periphery of the front gL4 cage mounting f. 1° mounting slip. ρ) Inside the first cylindrical body I having the finger hook part /, there is a housing part A at the rear end.
A second cylindrical body 1 with a K-shaped pond B attached thereto is installed so that it can be taken in and out freely, and one end of the second cylindrical body 1 has a plug storage section 3 inside.
In the 7-pond type booster, the flute body part A is connected to the -ψ11 of the partition wall d having a through hole C in the center with the mounting part e of the second cylinder 1 (7), and the other side is connected to the mounting part f of the second cylinder 1 with the mounting part f ( 7. A male screw 2 is provided on the outer periphery of the battery mounting part f, and a built-in coil spring 11 is installed inside the battery mounting part f. Conductor J that can be contacted in one shot
A drowsy insulating board k is provided in the middle and upper part, and a battery B is housed inside, and a conductive insulating board k is placed inside the opening edge m of the conductive battery storage case C that is in contact with the electrode l of the battery B. The female thread n provided on the circumference is attached to the male thread 2 of the outer cylinder of the outer cylinder of ^1j ``Tunke mounting f'', and the outer cylinder has a male thread p2 that can be screwed with the detachable screw n, and the inner 1Δ is connected to the female thread 2. A battery mounting part characterized in that the spacer is screwed together through a spacing annular body 0 having a female thread PL that can be screwed together.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP59051192A JPS60195868A (en) | 1984-03-19 | 1984-03-19 | Cell fitting section in cell type booster |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP59051192A JPS60195868A (en) | 1984-03-19 | 1984-03-19 | Cell fitting section in cell type booster |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPS60195868A true JPS60195868A (en) | 1985-10-04 |
Family
ID=12880007
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP59051192A Pending JPS60195868A (en) | 1984-03-19 | 1984-03-19 | Cell fitting section in cell type booster |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS60195868A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0701738A1 (en) * | 1993-04-05 | 1996-03-20 | Black & Decker Inc. | Battery pack for cordless device |
| US5789101A (en) * | 1993-04-05 | 1998-08-04 | Black & Decker Inc. | Battery pack for cordless device |
| US20110091757A1 (en) * | 2009-10-19 | 2011-04-21 | Hong Fu Jin Precision Industry (Shenzhen) Co., Ltd | Fixing mechanism |
-
1984
- 1984-03-19 JP JP59051192A patent/JPS60195868A/en active Pending
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0701738A1 (en) * | 1993-04-05 | 1996-03-20 | Black & Decker Inc. | Battery pack for cordless device |
| EP0701738A4 (en) * | 1993-04-05 | 1996-10-09 | Black & Decker Inc | Battery pack for cordless device |
| US5789101A (en) * | 1993-04-05 | 1998-08-04 | Black & Decker Inc. | Battery pack for cordless device |
| CN100376047C (en) * | 1993-04-05 | 2008-03-19 | 布莱克和戴克公司 | Battery pack for cordless device |
| US7550213B2 (en) | 1993-04-05 | 2009-06-23 | Black & Decker Inc. | Tool system having rechargeable battery pack |
| US20110091757A1 (en) * | 2009-10-19 | 2011-04-21 | Hong Fu Jin Precision Industry (Shenzhen) Co., Ltd | Fixing mechanism |
| US8455125B2 (en) * | 2009-10-19 | 2013-06-04 | Hong Fu Jin Precision Industry (Shenzhen) Co., Ltd. | Fixing mechanism |
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