JPH0492060A - Multi-story parking garage - Google Patents

Multi-story parking garage

Info

Publication number
JPH0492060A
JPH0492060A JP20943390A JP20943390A JPH0492060A JP H0492060 A JPH0492060 A JP H0492060A JP 20943390 A JP20943390 A JP 20943390A JP 20943390 A JP20943390 A JP 20943390A JP H0492060 A JPH0492060 A JP H0492060A
Authority
JP
Japan
Prior art keywords
support
pallet
post
road surface
automobile
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
Application number
JP20943390A
Other languages
Japanese (ja)
Inventor
Kazunori Tanimoto
谷本 和紀
Katsuhisa Maeda
前田 克久
Shinichi Oka
伸一 岡
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.)
Daikin Industries Ltd
Original Assignee
Daikin Industries Ltd
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 Daikin Industries Ltd filed Critical Daikin Industries Ltd
Priority to JP20943390A priority Critical patent/JPH0492060A/en
Publication of JPH0492060A publication Critical patent/JPH0492060A/en
Pending legal-status Critical Current

Links

Abstract

PURPOSE:To improve appearance, easily drive in and out, easily construct, and install even in a slant space, by providing an extensible post and fitting a pallet on the upper end of the post. CONSTITUTION:One extensible post 16 buried in the ground is provided at the side position of the path 15 of a parking space. When the post 16 is constricted, the upper pallet 17 fitted at the upper end of the post 16 is lowered on the path 15 and the post 16 is sunk in the ground. Under this condition, automobile 18 can be contained in the upper pallet 17. And when the extensible post 16 is extended by manipulation of a control box 19, as the upper pallet 17 loaded with the automobile 18 is raised, another automobile 20 can be driven in and out on the lower path 15.

Description

【発明の詳細な説明】[Detailed description of the invention] 【産業上の利用分野】[Industrial application field]

本発明は、特に伸縮式支柱を採用した立体駐車装置に関
する。
The present invention particularly relates to a multilevel parking system employing telescoping columns.

【従来の技術】[Conventional technology]

従来、立体駐車装置としては、第10図に示lように、
駐車スペースに4本の支柱1〜4を立設し、電動モータ
6、ワイヤー巻取りドラム7.7、ワイヤー8、滑車9
.・・、9等を利用して、上段パレット5を昇降させる
ことにより、下段の路面10の上と上段パレット5の上
とに2台の自動車をそれぞれ駐車できるようにしたもの
が提案されている(特公昭55−49229号公報参照
)。
Conventionally, as a multilevel parking device, as shown in Fig. 10,
Four pillars 1 to 4 are erected in the parking space, and are equipped with an electric motor 6, a wire winding drum 7, 7, a wire 8, and a pulley 9.
.. It has been proposed that two cars can be parked on the lower road surface 10 and on the upper pallet 5 by raising and lowering the upper pallet 5 using a pallet 9 or the like. (Refer to Japanese Patent Publication No. 55-49229).

【発明が解決しようとする課題】[Problem to be solved by the invention]

しかしながら、上記4本の支柱1〜4は、自動車を駐車
していないときでも、駐車スペースの路面lOから大き
く突き出ているので、景観を著しく損ねるうえ、各支柱
1〜4が邪魔になって自動車の入出庫もしすらいという
問題があった。 また、4本の支柱1〜4を施工する際、駐車スペースの
路面10の平面度や路面lOと各支柱1〜4の垂直度が
厳しく要求されて施工に時間がかかり、費用も高くなる
うえ、傾斜地への設置が困難であるという問題らあ−)
た。 そこで、本発明の目的は、景観の向上や入出庫が容易に
行え、しかも施]−が簡単で傾斜地への設置も可能とし
た立体駐車装置を提供4るごとにある。
However, the four pillars 1 to 4 above protrude significantly from the road surface of the parking space even when a car is not parked, which significantly impairs the scenery, and each pillar 1 to 4 gets in the way of cars. There was a problem that it was difficult to enter and exit the warehouse. In addition, when constructing the four pillars 1 to 4, strict requirements are placed on the flatness of the road surface 10 of the parking space and the perpendicularity of each pillar 1 to 4 relative to the road surface lO, which increases construction time and costs. , there is a problem that it is difficult to install on a slope.)
Ta. SUMMARY OF THE INVENTION Therefore, it is an object of the present invention to provide a multi-story parking system that improves the scenery, facilitates entry and exit, is easy to operate, and can be installed on slopes.

【課題を解決するための手段】[Means to solve the problem]

上記目的を達成するために、本発明の立体駐車装置は、
複数本の筒状支柱用部品が伸縮自在、かつ回転不自在に
嵌合され、縮小時に上端部が!i庫ススペース路面と路
面−となるよう地中に埋設される1本の支柱と、該支柱
を伸縮動させるアクチュエータと、上記支柱の上端部に
取付けられた自動車積載用バL/ットとを備えたごとを
特徴としてL)る。 なお、上記支柱の各支柱用部品を、伸長位置でロックす
るロック機構を設けるのが好まし、い。
In order to achieve the above object, the multilevel parking device of the present invention includes:
Multiple cylindrical support parts are fitted together in a telescopic and non-rotatable manner, and when contracted, the upper end part! A pillar buried in the ground so as to connect the road surface to the road surface, an actuator that expands and contracts the pillar, and a car loading bar attached to the upper end of the pillar. L) is characterized by having the following. Note that it is preferable to provide a locking mechanism for locking each support component of the support in the extended position.

【作用】[Effect]

支柱を縮小させると、パレットが駐車スペースの路面H
に下降する。この縮小時には、支柱が地中に没入するの
で外部から見えない。そして、下降したパレットの上に
自動車を乗入れることができる。 支柱を伸縮させると自動車を積載し5たパレットが上昇
するので、下段の路■」の十7に別の自動車を駐車さゼ
ることができる。
When the support column is reduced, the pallet will touch the road surface H of the parking space.
descend to During this reduction, the pillars are submerged into the ground and cannot be seen from the outside. A car can then be driven onto the lowered pallet. When the pillars are expanded and contracted, the pallet loaded with cars will rise, allowing another car to be parked on the lower street.

【実施例】【Example】

以下、本発明を図示の実施例により詳細に説明する。 第1図に示すように、立体駐車装置は、駐車スペースの
路面15の側方位置に、地中に埋設ざ君た1本の伸縮式
支柱16を備え、該支柱16の縮小時は、支柱16の上
端部に取付けた上段パレット17が路面15上に下降し
て、支柱16は地中に没入している。 この状態では、上段パレット17に自動車18を入出庫
できる。 そして、第2図に示すように、コントロールボックス1
9を操作して支柱16を伸長させると、自動車18を積
載した上段パレット17が上昇するので、第3図に示す
ように、下段の路面15上に別の自動車20を入出庫さ
せることができる。 上記伸縮式支116は、第4図〜第6図に詳細に示すよ
うに、膏底四角筒状の第3支住用部品24と、該第3支
柱用部品24にスライド板25゜25を介して昇降自在
に嵌合する宵底四角筒状の第2支柱用部品23と、該第
2支柱用部品23にスライド板26.26を介して昇降
自在に嵌合り′る四角筒状の第1支柱用部品22とて構
成されている。各支柱用部品22〜24は四角筒状であ
るから、相互に回転不自在である。 該支柱16.の第3支柱用部品24は、施工時(J、駐
車スペースの路面15の側方位置に掘設した竪穴27に
嵌入されて、地中に埋設される。 該支柱16の第1支柱用部品22の上端部22aは、縮
小時(第4図の状態)には駐車スペースの路面1.5と
路面−となるように高さが設定されている。 なお、竪穴27の上部には、後述するソレノイド等を組
み込むための凹段部27aが形成され”でいる。 上記第1支柱用部品22内には、並列状帖で一体化した
2本のシリンダ30.31が配置されて、下部が第2支
柱用部品23の底FKI23aにビン33で連結され、
第1ソリンダ30のピストンロッド30aが第1支柱用
部品22の上端部22aにビン34で連結され、第2シ
リンダ31のピストンロッド31aが第3支柱用部品2
4の底部24aにビン35で連結されている。 したがって、第1シリンダ30のピストンロッド30a
の作動により第1支柱用部品22が昇降(伸縮)シ(第
5図参照)、第2シリンダ31のピストンロッド31a
の作動により第2支柱用部品23が昇降(伸縮)する(
第6図を照)。 第6図に示すように、第3支柱用部品24の外周面のブ
ラケット37には、第20ツクレバー39がビン40で
枢着され、該第20ツクレバー39は上記凹段部27a
に組み込んだソレノイド41にロッド42で連結されて
、第2支柱用部品23が上昇(伸長)されたとき、ソレ
ノイド41の作動で第20ツクレバー39が、第3支柱
用部品24の小孔241)から第2支は用部品23g)
底部23aに係合して、第2支(主用部品23を1−鯉
(伸長)位置にロック“ける。 また、第7[K及び第8図1”示Aように、第1支柱用
部品220)内下部のブラケtト43には、第1 a 
ツp′Lバー38がビン44で枢着され、該第1 c−
7りり、−バ 38 !、8..?、記十段バ1.・手
段17のtJ11部に組み込ん1:、ソし・7′1′ド
45にロフト46て連結されで、第1支柱用部品22か
上昇(伸長)さて−f−とき、ソし・、!イド45の作
動て第105・りしバー38が第1支住用部品:22の
小孔22bから第2支柱用部品23のロック孔23bに
係合して、第1支柱用部品22を上昇(伸長)位置にt
7:・りする。 第9図は」−記各ノリンダ30.31の制御回路であり
、50は電動モ・−タ、51はポンプ、52はリリーフ
弁、53は流量制御弁、54は手動方向切換弁、55は
電磁方向切換弁てあ−って、上記コント・ロールボック
ス19の操作により電磁方向切換弁55を切り換えて、
各ノリンダ30,3!に油を給排制@づる。 i;4、・、上、+il)各ノリンダ30.31は並列
状態で一体化シ、にか、直列状塾で一体化1′る構成で
あっ゛ご も良し)。 IglFのような構成であれば、今、支柱16が縮小し
ている状態であるき4ると(第1図及び第4図参照)、
I−段バ[ノット17が路面151−に1・降している
。 この場合、支柱16が地中に没入しでいるから、駐11
スペースは平地憬覚となるので、景観か良好である。 しかも、上段パレット17の周囲に支柱+6かないので
、上段パレット・17への自動車18の入出庫も容8で
ある。 次に、コントロールボックス19を操作4″ると、まず
、第1シリンダ30に油か送られて、ピストンロフト3
0aの伸び作動により第1支桂川部品22が上昇(伸長
)して(第5図参照)、上段バlノント17が上昇され
る。 この第1支柱用部品22の上昇端て、ソレノイド41の
作動により第10ツリし・バー38が第2支柱用部品2
3の口、!り孔231〕に係合(1、第1支柱用部品2
2が上昇(伸長)位置てロー!りさ不:る。 ついて、第2ノリンダ31に油か送られて、ピストン口
っ□l”31aの伸び作動により第2支杜用部品23と
共に第1支柱用部品22も−1−昇(伸長)して(第6
図参照)1.上一段パレット17かさら1こ上昇される
。 この第2支柱用部品23の」−昇端て、ソレノイ)・4
1の作動により、第2
Hereinafter, the present invention will be explained in detail with reference to illustrated embodiments. As shown in FIG. 1, the multi-story parking device is equipped with one telescopic column 16 buried in the ground on the side of the road surface 15 of the parking space, and when the column 16 is reduced, The upper pallet 17 attached to the upper end of the pallet 16 has been lowered onto the road surface 15, and the support columns 16 have sunk into the ground. In this state, the automobile 18 can be loaded into and taken out from the upper pallet 17. Then, as shown in Figure 2, the control box 1
When the support 16 is extended by operating the lever 9, the upper pallet 17 loaded with the automobile 18 rises, so that another automobile 20 can be moved in and out of the lower deck on the road surface 15, as shown in FIG. . As shown in detail in FIGS. 4 to 6, the telescoping support 116 includes a third support component 24 having a plaster-bottomed rectangular cylindrical shape, and a slide plate 25° 25 attached to the third support component 24. A square cylindrical second pillar part 23 is fitted to the second pillar part 23 so as to be raised and lowered via a slide plate 26. It is configured as a first support component 22. Since each of the strut parts 22 to 24 has a rectangular cylindrical shape, they cannot rotate with respect to each other. The pillar 16. During construction (J), the third support part 24 is inserted into a vertical hole 27 dug at a side position of the road surface 15 of the parking space and buried underground. The height of the upper end portion 22a of the vertical hole 22 is set so that the height of the upper end portion 22a of the vertical hole 22 is between the road surface 1.5 and the road surface of the parking space when it is contracted (the state shown in FIG. 4). A recessed step 27a is formed in which a solenoid, etc. to be installed is installed.Inside the first support part 22, two cylinders 30 and 31 integrated in a parallel manner are arranged, and the lower part is Connected to the bottom FKI 23a of the second support part 23 with a bottle 33,
The piston rod 30a of the first cylinder 30 is connected to the upper end 22a of the first support part 22 by a pin 34, and the piston rod 31a of the second cylinder 31 is connected to the third support part 22.
It is connected to the bottom part 24a of 4 with a bottle 35. Therefore, the piston rod 30a of the first cylinder 30
As a result of the operation, the first support part 22 moves up and down (expands and contracts) (see Fig. 5), and the piston rod 31a of the second cylinder 31 moves up and down (see Fig. 5).
The second support part 23 moves up and down (expands and contracts) by the operation of (
(See Figure 6). As shown in FIG. 6, a 20th lever 39 is pivotally attached to the bracket 37 on the outer peripheral surface of the third support component 24 with a pin 40, and the 20th lever 39 is attached to the recessed step portion 27a.
When the second strut part 23 is raised (extended) by a rod 42 to a solenoid 41 incorporated in the solenoid 41, the 20th lever 39 is activated by the solenoid 41, and the small hole 241 of the third strut part 24 is opened. The second branch is 23g of parts)
The second support part 23 is engaged with the bottom part 23a to lock the second support part 23 in the 1-carp (extended) position. Part 220) The inner lower bracket 43 has a first
The first c-
7 riri, -ba 38! , 8. .. ? , Kijudanba 1.・Incorporated into the tJ11 section of the means 17, the loft 46 is connected to the 7'1' door 45, and the first support part 22 is raised (extended). When the id 45 is actuated, the 105th lever 38 engages with the lock hole 23b of the second support part 23 from the small hole 22b of the first support part 22, and raises the first support part 22. (extended) position t
7:・I will. Figure 9 shows the control circuit for each Norinda 30, 31, 50 is an electric motor, 51 is a pump, 52 is a relief valve, 53 is a flow control valve, 54 is a manual directional control valve, and 55 is a There is an electromagnetic directional switching valve, and the electromagnetic directional switching valve 55 is switched by operating the control box 19.
Each Norinda 30,3! Oil supply and drainage control@zuru. i; 4, ., upper, +il) Each of the norindas 30 and 31 may be integrated in a parallel state, or may be integrated in a serial state. If the structure is like IglF, if the pillar 16 is currently in a contracted state (see FIGS. 1 and 4),
I-stage bar [knot 17 is lowered to the road surface 151-. In this case, since the pillar 16 has sunk into the ground, the parking 11
The space is flat and has a good view. Moreover, since there are no supports +6 around the upper pallet 17, the capacity of the automobile 18 to enter and exit the upper pallet 17 is 8 times. Next, when the control box 19 is operated 4'', oil is sent to the first cylinder 30 and the piston loft is
Due to the extension operation of 0a, the first Shikatsuragawa component 22 rises (extends) (see FIG. 5), and the upper bar nont 17 rises. At the rising end of the first strut part 22, the tenth tree bar 38 is moved to the second strut part 2 by the operation of the solenoid 41.
3 mouths! hole 231] (1, first support part 2
2 is in the raised (extended) position and low! Risa Fu: Ru. Then, oil is sent to the second nolinder 31, and the first support part 22 is also raised (extended) along with the second support part 23 by the extension action of the piston port □l'' 31a. 6
(See figure) 1. The upper pallet 17 is raised one height. This second support part 23'-rising end, solenoid)・4
1, the second

【3ツク1ツバ−39が第2支柱
用部品23の底部23a1.:係合し、第2支柱用部品
23が上昇(伸長)位置でロックされる。 この結果、自動車18を積載した上段パレット・17が
上昇されるので、下段の路面15上に別の自動車20を
入出庫できる。 この場合も、路面15の周囲に支柱16が1本だけであ
るから、路面15への自動車20の入出庫が容易である
。 なお、上段パレット17の上昇位置では、自動車18や
上段パレット17の重量による曲げモーメントを、第1
.第2支柱用部品22.23の傾き(約07〜17度)
により、支柱16の各ジヨイント部分。Jl、J2(第
6図参照)で受けるので、各ノリンダ30.31には作
用しない。 路面15に入庫されている自動車20の出庫後、コント
ロールボックス19を操作すると、各ノリンダ30.3
1から油が排出され、自動車18や上段パレット17等
の自重による第2ピストン31の縮み作動により、第2
支柱用部品23とともに第1支柱用部品22が下降(縮
小)し、第1ピストン30の縮み作動により第1支柱用
部品22が下降(縮小)して、第1図及び第4図の状態
に戻る。 【発明の効果】 以上の説明より明らかなように、本発明の立体駐車装置
は、1本の支柱を伸縮式とし、該支柱の上端部にパレッ
トを取付けたものである。 したがって、支柱の縮小時には、パレットが駐車スペー
スの路面上に下降して、支柱が地中に没入するので、平
地感覚となり、景観が格段に向」6する上うになる。 また、支6が地中に没入1.ているので、パレットへの
自動車の入出庫が容易1、−行λる。 そして、支柱の伸長時には、自動車を積載tJ:バIノ
ットが1゛昇するので、下段の路面士、に別の自動車を
入出庫させることが7・きる。 この場合でも支柱はlJi:”5・あるから、景観が損
なわれにくいうえに、自動車の入出庫も容易1.?コえ
る。 さら1.−2支往は1本であるから、従来の摸敷本の支
柱の場合に比して、駐車スペースの路面の平面度はさほ
ど要求されず、路面と各支柱との玉直度の要求もないの
で、施]二が短時間で行えて費用も安くなる一方、傾斜
地への設置も可能になる。
[Three pieces and one collar 39 are attached to the bottom part 23a1 of the second support part 23. : engaged, and the second strut part 23 is locked in the raised (extended) position. As a result, the upper pallet 17 loaded with automobiles 18 is lifted, so that another automobile 20 can be placed in and taken out of the warehouse on the lower road surface 15. Also in this case, since there is only one support 16 around the road surface 15, it is easy for the automobile 20 to enter and leave the road surface 15. In addition, in the raised position of the upper pallet 17, the bending moment due to the weight of the automobile 18 and the upper pallet 17 is
.. The inclination of the second support part 22.23 (approximately 07 to 17 degrees)
Accordingly, each joint part of the strut 16. Since it is received by Jl and J2 (see Fig. 6), it does not act on each norinda 30, 31. After the vehicle 20 that has been stored on the road surface 15 leaves the warehouse, when the control box 19 is operated, each Norinda 30.3
Oil is discharged from 1, and the second piston 31 contracts due to the weight of the automobile 18, upper pallet 17, etc.
The first strut component 22 is lowered (reduced) together with the strut component 23, and the first piston 30 is compressed, so that the first strut component 22 is lowered (reduced) to the state shown in FIGS. 1 and 4. return. EFFECTS OF THE INVENTION As is clear from the above description, the multilevel parking system of the present invention has one telescopic support column and a pallet attached to the upper end of the support support. Therefore, when the support is reduced, the pallet is lowered onto the road surface of the parking space and the support is immersed into the ground, giving the impression of a level ground and greatly improving the scenery. In addition, the support 6 is submerged into the ground.1. Therefore, it is easy to load and unload cars onto the pallet. When the strut is extended, the car loading tJ:B I knot rises by 1°, allowing the lower row road crew to move another car in and out. Even in this case, there are 1.5 pillars, so the scenery is less likely to be spoiled, and it is easier for cars to enter and exit the parking lot. Compared to the case of pillars, the flatness of the parking space road surface is not required as much, and there is no requirement for the straightness of the road surface and each pillar, so the installation can be done in a short time and at low cost. It is cheaper and also allows installation on slopes.

【図面の簡単な説明】[Brief explanation of the drawing]

第1図は本発明に係る立体駐車装置の上段パレット下降
時の斜視図、第2図は上段パ1ノット■。 昇時の斜視図、第3図は路面に自動車を1lEjl(シ
た斜視図、第4図は支柱の縮小時の断面図、第5図は支
柱の第1支柱用部品の伸長時の断面図、第6図は支柱の
伸長時の断面図、第7図(よ第6図のII線断面図、第
8図は第20ツク【・バーの部分拡大断面図、第9図は
油圧制御回路図、第10図は従来の立体駐車装置の斜視
図である。 1訃路面、16 支柱、17 上段バlノット、18.
20  自動車、22〜24 支柱用部品、30.31
  シリンダ、38.39・・【1ツクし・バー・41
.45・ソレノイド。 特 許 出 願 人  ダイ片ンコー業株式会社代理人
弁理士 前出 葆はか1名 1 図 第3 図 第41閃 第2 図 第7図 第9図 第10図
Fig. 1 is a perspective view of the upper pallet of the multi-story parking system according to the present invention when it is lowered, and Fig. 2 is a 1 knot of the upper pallet. Fig. 3 is a perspective view of the car when it is lifted up, Fig. 4 is a sectional view of the column when it is contracted, and Fig. 5 is a sectional view of the first column part of the column when it is extended. , Figure 6 is a sectional view of the strut when it is extended, Figure 7 is a sectional view taken along the line II in Figure 6, Figure 8 is a partially enlarged sectional view of the 20th bar, and Figure 9 is a hydraulic control circuit. 10 are perspective views of a conventional multilevel parking system. 1. Road surface, 16. Support column, 17. Upper bar knot, 18.
20 Automobiles, 22-24 Support parts, 30.31
Cylinder, 38.39... [1 click, bar, 41
.. 45・Solenoid. Patent applicant Patent attorney representing Daikainko Gyo Co., Ltd. (1 person) Figure 3 Figure 41 Figure 2 Figure 7 Figure 9 Figure 10

Claims (2)

【特許請求の範囲】[Claims] (1)複数本の筒状支柱用部品(22〜24)が伸縮自
在、かつ回転不自在に嵌合され、縮小時に上端部(22
a)が駐車スペースの路面(15)と略面一となるよう
地中に埋設される1本の支柱(16)と、該支柱(16
)を伸縮動させるアクチュエータ(30、31)と、上
記支柱(16)の上端部(22a)に取付けられた自動
車積載用パレット(17)とを備えたことを特徴とする
立体駐車装置。
(1) A plurality of cylindrical support parts (22 to 24) are fitted together in a telescopic and non-rotatable manner, and when contracted, the upper end (22 to 24)
a) one pillar (16) buried underground so that it is approximately flush with the road surface (15) of the parking space;
), and a car loading pallet (17) attached to the upper end (22a) of the support column (16).
(2)上記支柱(16)の各支柱用部品(22〜24)
を、伸長位置でロックするロック機構(38、39、4
1、45)が設けられていることを特徴とする請求項(
1)記載の立体駐車装置。
(2) Parts for each support (22 to 24) of the above support (16)
lock mechanism (38, 39, 4) that locks the
1, 45) is provided.
1) The multilevel parking device described above.
JP20943390A 1990-08-07 1990-08-07 Multi-story parking garage Pending JPH0492060A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP20943390A JPH0492060A (en) 1990-08-07 1990-08-07 Multi-story parking garage

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP20943390A JPH0492060A (en) 1990-08-07 1990-08-07 Multi-story parking garage

Publications (1)

Publication Number Publication Date
JPH0492060A true JPH0492060A (en) 1992-03-25

Family

ID=16572783

Family Applications (1)

Application Number Title Priority Date Filing Date
JP20943390A Pending JPH0492060A (en) 1990-08-07 1990-08-07 Multi-story parking garage

Country Status (1)

Country Link
JP (1) JPH0492060A (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5645388A (en) * 1995-09-27 1997-07-08 Lacasse; Maurice Cantilever lift assembly for stationary small aircraft
KR100858807B1 (en) * 2002-09-05 2008-09-17 삼성에스디아이 주식회사 Pouched-type case and lithium secondary battery applying the same

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5645388A (en) * 1995-09-27 1997-07-08 Lacasse; Maurice Cantilever lift assembly for stationary small aircraft
KR100858807B1 (en) * 2002-09-05 2008-09-17 삼성에스디아이 주식회사 Pouched-type case and lithium secondary battery applying the same

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