JPS62174571A - Stopping device and starting device for power device - Google Patents
Stopping device and starting device for power deviceInfo
- Publication number
- JPS62174571A JPS62174571A JP61241050A JP24105086A JPS62174571A JP S62174571 A JPS62174571 A JP S62174571A JP 61241050 A JP61241050 A JP 61241050A JP 24105086 A JP24105086 A JP 24105086A JP S62174571 A JPS62174571 A JP S62174571A
- Authority
- JP
- Japan
- Prior art keywords
- container
- circular
- circular container
- connecting pipe
- lubricating oil
- 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
- 239000010687 lubricating oil Substances 0.000 claims abstract description 31
- 239000011150 reinforced concrete Substances 0.000 claims description 8
- 238000000034 method Methods 0.000 claims description 3
- 238000009434 installation Methods 0.000 claims 1
- 238000002844 melting Methods 0.000 claims 1
- 230000008018 melting Effects 0.000 claims 1
- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical compound [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 description 8
- 238000004140 cleaning Methods 0.000 description 5
- 229910000831 Steel Inorganic materials 0.000 description 4
- 229910052742 iron Inorganic materials 0.000 description 4
- 239000010959 steel Substances 0.000 description 4
- 239000003921 oil Substances 0.000 description 3
- 230000009471 action Effects 0.000 description 2
- 230000004913 activation Effects 0.000 description 2
- 239000013256 coordination polymer Substances 0.000 description 2
- 230000005611 electricity Effects 0.000 description 2
- 239000012530 fluid Substances 0.000 description 2
- RZVAJINKPMORJF-UHFFFAOYSA-N Acetaminophen Chemical compound CC(=O)NC1=CC=C(O)C=C1 RZVAJINKPMORJF-UHFFFAOYSA-N 0.000 description 1
- 238000010276 construction Methods 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000005484 gravity Effects 0.000 description 1
- 230000004941 influx Effects 0.000 description 1
- 238000012423 maintenance Methods 0.000 description 1
- 230000007246 mechanism Effects 0.000 description 1
- 238000011017 operating method Methods 0.000 description 1
- 230000008439 repair process Effects 0.000 description 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
- 238000003466 welding Methods 0.000 description 1
Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F05—INDEXING SCHEMES RELATING TO ENGINES OR PUMPS IN VARIOUS SUBCLASSES OF CLASSES F01-F04
- F05B—INDEXING SCHEME RELATING TO WIND, SPRING, WEIGHT, INERTIA OR LIKE MOTORS, TO MACHINES OR ENGINES FOR LIQUIDS COVERED BY SUBCLASSES F03B, F03D AND F03G
- F05B2200/00—Mathematical features
- F05B2200/30—Mathematical features miscellaneous
- F05B2200/31—Mathematical features miscellaneous odd
Landscapes
- Other Liquid Machine Or Engine Such As Wave Power Use (AREA)
Abstract
Description
【発明の詳細な説明】
（産業上の利用分野）
本発明は潤滑油の中で空気容器の浮力と無重力によって
歯車の左右の空気容器のモーメントのバランスを崩して
動く永久機関に関する永久機関の停止装置と発動装置で
ある。Detailed Description of the Invention (Industrial Application Field) The present invention relates to a permanent machine that moves by unbalancing the moment of the left and right air containers of a gear due to the buoyancy of the air container and zero gravity in lubricating oil. They are the device and the activation device.
（従来の技術）
永久機関の停止装置と発動装置は比較すべき技術がない
ため削除する。(Prior art) The stopping device and starting device of a perpetual motion machine will be deleted because there is no comparable technology.
（発明が解決しようとする問題点）
本人出願の永久機関（参考文献昭和６１年特許願第０５
３３３２号）は停止装置と発動装置がないため永久機関
を設置した容器の潤滑油を他の動力源によって他の容器
に移さなければ停止をさすことは出来ない。また、再び
永久機関を発動をさすには、他の動力源によって永久機
関を設置した容器内に潤滑油をター−ビン、ポンプで流
入しなければ永久機関は発動をさすことが出来ないこの
欠点を改良しようとする発明である。(Problems to be solved by the invention) Perpetual machine filed by the applicant (Reference: 1986 Patent Application No. 05)
No. 3332) does not have a stopping device or a starting device, so it cannot be stopped unless the lubricating oil in the container in which the perpetual motion machine is installed is transferred to another container using another power source. In addition, in order to start the perpetual motion machine again, lubricating oil must be flowed into the container in which the perpetual motion machine is installed using another power source using a turbine or a pump.This drawback is that the perpetual motion machine cannot be started again. This invention aims to improve the.
（問題点を解決する為の手段）
永久機関を設置した容器内の潤滑油を１０数個の個々の
円形の容器に落差によって流入を１−で永久機関を停止
をさそうとする手段である。また、円形の容器内の潤滑
油を永久機関を設置した容器内に落差によって流入をし
て永久機関を発動をさそうとする手段である。(Means for Solving the Problems) This is a means of causing the lubricating oil in the container in which the perpetual motion machine is installed to flow into ten or so individual circular containers by means of a drop, thereby causing the perpetual motion machine to stop. Another method is to cause the lubricating oil in the circular container to flow into the container in which the perpetual motion machine is installed by using a drop to cause the perpetual motion machine to start.
（作 用）
□停止装置の操作方法□
ィ、永久機関を停止をさすには、円形の容器色）に接続
する接続パイプ（３）に設けたハンドル（２）を回転を
するとベン（８）が開き容器１１）内の一部分の潤滑油
は円形の容器（３）内に落差によって流入をする。(Function) □ How to operate the stop device □ To stop the perpetual motion machine, turn the handle (2) installed on the connecting pipe (3) connected to the circular container (color of the circular container). When the container 11) is opened, a portion of the lubricating oil in the container 11) flows into the circular container (3) due to the drop.
町 円形の容器（ト）内に流入を終わると円形の容器（
Ｂ）Ｋ接続する接続パイプ（３）Ｋ設けたハンドル（２
）を回転をするとベン（８）か開き容器（１）内の一部
分の潤滑油は円形の容器ｔＢｌ内に落差によって流入を
する。Town When the flow ends in the circular container (G), the circular container (
B) Connecting pipe with K (3) Handle with K (2)
) is rotated, a portion of the lubricating oil in the open container (1) flows into the circular container tBl due to the drop.
ハ０円形の容器ＣＢ）内に流入を終わると、上記だハン
ドル（２）を回転をしてベン（８）を開き落差によって
流入をすると永久機関は停止をする。When the fluid has finished flowing into the circular container CB), the handle (2) is rotated to open the vent (8) and the fluid flows in due to the drop, and the perpetual motion machine stops.
□発動装置の操作方法□
イ、ハンドル（２）を回転をして全部のベン（８）を閉
じておくこと。□ How to operate the activation device □ A. Turn the handle (2) to close all the vents (8).
口０円形の容器間に接続する接続パイプ（５）に設けた
ハンドル（４）を回転をするとベン印が開き円形の容器
（ロ）内の潤滑油は落差によって容器（１）内に流入を
する。When the handle (4) provided on the connecting pipe (5) connected between the circular containers (0) is rotated, the Ben mark opens and the lubricating oil in the circular container (B) flows into the container (1) due to the head difference. do.
ハ、容器（１）内に流入後、円形の容器ＵＫ接続したハ
ンドル（４）を回転をしてベンαｅを閉じておくこと。C. After flowing into the container (1), close the vent αe by rotating the handle (4) connected to the circular container UK.
二６円形の容器（Ｌ）に接続する接続パイプ（５）に設
けたハンドル（４）を回転をするとベン（Ｉｅが開き円
形の容器（Ｌ）内の潤滑油は落差によって容器（１）内
に流入をする。26 When the handle (4) provided on the connecting pipe (5) connected to the circular container (L) is rotated, the ben (Ie) opens and the lubricating oil in the circular container (L) is pumped into the container (1) due to the head. There will be an influx.
ホ、容器ｔｉ）内に流入後、円形の容器（Ｌ、）に接続
したハンドル（４）を回転をしてベンｕｅを閉じておく
こと。E. After flowing into the container ti), turn the handle (4) connected to the circular container (L,) to close the vent ue.
へ、上記の操作方法で円形の容器■から順番に円形の容
器色）までの潤滑油を容器（１）内に流入すると、停止
していた永久機関は発動をする。When the lubricating oil from the circular container (1) to the circular container (color of the circular container) is sequentially poured into the container (1) using the above operating method, the stopped perpetual motion machine is activated.
ト 円形の容器（Ｐ）、円形の容器（Ｏ）、円形の容器
凶に接続する接続パイプ■に設けたノ１ンドル■のベン
Ｃｌ１１を開き、この永久機関のエネルギー源によって
バッテリーに蓄動かして、円形の容器（Ｐ＞ Ｄ） ｅ
ｆｌ内の潤滑油はパイプ（６）を通りタービン、ポンプ
（７）内閣は正常運転になる。G.Open the circular container (P), the circular container (O), and the knob Cl11 of the knob attached to the connecting pipe connected to the circular container. , circular container (P>D) e
The lubricating oil in fl passes through the pipe (6), and the turbine and pump (7) cabinet operate normally.
チ、 その後、タービン、ポンプ（７）を停止をする。H. After that, stop the turbine and pump (7).
□ベン＋８１１６１からの漏れ油□−
イ０円形の容器（Ａ）から円形の容器ｌＰ）までと、パ
イ１０３間に接続する。接続パイプ■に設けた全部のハ
ンドルのを回転をして、ベン（至）を開き接続パイプ（
３）に設けたベン（８）と接続パイプ（５）に設けたベ
ン（１６１からの漏れ油は接続パイプ四を通りパイプｉ
１３に落差によって流入をする。□Leaking oil from Ben+81161 □- Connect between A0 circular container (A) to circular container 1P) and Pi 103. Rotate all the handles provided on the connecting pipe ■, open the ben (to), and remove the connecting pipe (
3) and the vent (161) installed in the connecting pipe (5) will pass through the connecting pipe 4 and into the pipe i.
13 due to the head.
流入をした潤滑油は、この永久機関の工かして、潤滑油
はパイプ日を通って、さらに、接続パイプｕ！Ｊを通っ
て容器（１）内に流入をする。The inflowing lubricating oil uses this perpetual motion mechanism to pass through the pipe and then to the connecting pipe U! J into the container (1).
□ 空 気 口 の□
円形の容器ｔＡ）から円形の容器佃までの容器に潤滑油
を他の容器（１）に出し入れする時Ｋ、円形の容器ム）
から円形の容器（Ｐ）までの容器内の空気は空気ロバイ
ブ罰を通って空気口■より空気は出入りする。□ Air port □ When putting lubricating oil in and out of the containers from the circular container tA) to the circular container Tsukuda K, circular container M)
The air in the container from to the circular container (P) goes in and out through the air hole (2) through the air lobby.
（実 施 例）
□容器（１）の構成□
イ、基礎の鉄筋コンクリ−ドロは容器（Ｏ）の底面の高
さと同じ高さに設ける。(Example) □Construction of container (1)□ A. The reinforced concrete bed for the foundation is installed at the same height as the bottom of the container (O).
口、基礎の鉄筋コンクリート田の上【て容器ｉｌ＋を設
置する。 ・
ハ、この容器（１１内の位置（］８１に永久機関を設置
する容器（１）である。At the beginning, a container il+ is installed on top of the reinforced concrete field with a foundation. - This container (1) is the container in which the perpetual motion machine is installed at position (]81 within 11.
□容器（ト）から容器ＣＰ＞までの構成□イ、基礎の鉄
筋コンクリ−） ａｌの上に円形の容器（Ｐ）を設置し
て、その容器テ）内に７本〜ｌＯ数本の短い柱鼎を立て
容器（ｐｊ内の底面に短い柱０７１を溶接機で謬看する
。□Configuration from container (G) to container CP> □B, Reinforced concrete foundation Stand up the pillar and attach a short pillar 071 to the bottom of the container (PJ) using a welding machine.
口、その上に同じ円形の容器ｐ）を乗せて円形の容器（
Ｐ）と円形の容器（Ｏ）間より潤滑油か漏れないように
溶接機で溶岩する。Open the mouth, place the same circular container p) on top of it, and open the circular container (
Weld lava with a welder to prevent lubricating oil from leaking between P) and the circular container (O).
ハ、上記の短い柱ｕ７１の位置の上の円形の容器（Ｏ）
内に同じく７本〜１０数本の短い柱を立て容器（Ｏ）内
の底面に溶着する。C. Circular container (O) above the position of short column u71 above
Similarly, 7 to 10 short pillars are erected inside the container (O) and welded to the bottom of the container (O).
二、その上に同じく円形の容器輛を乗せ円形の容器（Ｏ
）と円形の容器軸間より潤滑油が漏れないように溶着す
る。2. Place the same circular container on top of it and the circular container (O
) and the shaft of the circular container to prevent lubricating oil from leaking.
ホ、上記の短い柱（１７１の位置の上の容器■内に同じ
く７本〜（Ｏ数本の短い柱０ηを立て容器■内の底面に
浴着する。E, Set up several short columns 0η above the above short columns (171) in the container (2) and attach them to the bottom of the container (2).
へ、上記のようにして円形の容器（Ｐ）から円形の容器
（２）までの円形容器を溶着をして設置する。Then, as described above, the circular containers from the circular container (P) to the circular container (2) are welded and installed.
今２
１９円形の鉄板口に補強鋼材倉（溶岩をした円形の鉄板
■は容器内の上に乗せてメ看をする。Now 2 19 Circular iron plate The reinforced steel warehouse (circular iron plate made of lava) is placed on top of the inside of the container for maintenance.
チ４ 円形の容器ム）から（Ｐ）までの容器に清掃用す
る。H4. Use the circular containers M) to (P) for cleaning.
す６ 円形の容器内からＣＰ）までの容器内の２個の容
器の継目の部分も潤滑油を漏れないように溶岩をする。6. Lava the joint between the two containers from the inside of the circular container to CP) to prevent lubricating oil from leaking.
ヌ、清掃用人口ｃ！１１ Ｋパツキンをあて、その上か
らフタ■をしてボルトのとナツト（至）で固着をして潤
滑油を漏れないようにする。Nu, cleaning population c! 11 Place the K gasket, put the lid on it, and secure it with the bolt and nut to prevent lubricating oil from leaking.
ル、このようにして、容器（Ａ）からＩＰ）までの清掃
人口ｔ２）１のフタ■をボルトａとナツト例で固着をす
る。In this way, the lid (2) of the cleaning volume t2)1 from the container (A) to IP) is fixed with bolts a and nuts.
上に鉄板■を溶岩をした容器の底面である。This is the bottom of a container with lava and an iron plate on top.
ワ、この底面は、潤滑油が流出しやすいように中募くも
り上り底面の外輪部分のところに溝α９を設ける。On this bottom surface, a groove α9 is provided at the outer ring portion of the hollowed-out bottom surface so that lubricating oil can easily flow out.
力、潤滑油は最後にこの溝ｕ９を通ってパイプ（５）Ｋ
流れるようになる円形の容器ハ）から円形の容器（Ｐ）
までの底面の形状である。Power and lubricating oil finally pass through this groove U9 to pipe (5) K
Flowing circular container C) to circular container (P)
This is the shape of the bottom surface.
□接続パイプ（３）の構成□
イ、ベン（８）とハンドル（２）を設けた接続パイプ（
３）を容器＋１１のパイプ穴と円形の容器ム）のパイプ
穴を接続パイプ（３）で接続する。□Configuration of the connecting pipe (3) □ A, connecting pipe with a bevel (8) and a handle (2) (
3), connect the pipe hole of the container +11 and the pipe hole of the circular container M) with the connecting pipe (3).
口、上記のように、ベン（８）とハンドル＋２）を設け
た接続パイプ（３）を円形の容器内から円形の容器の）
までの容器と容器（１）間を接続する。As above, connect the connecting pipe (3) with the ben (8) and the handle +2) from inside the circular container to the circular container).
Connect between the containers up to and container (1).
ハ、こノ接続バイブ（３）についているハンドル（２）
を回転をさすとベン（８）が開き容器（１）内の潤滑油
は円形の容器内から円形の容器「）の個々の容器に流入
が出来る構造である。Ha, the handle (2) attached to the connected vibrator (3)
When rotated, the ben (8) opens and the lubricating oil in the container (1) can flow from inside the circular container into the individual containers of the circular container ").
□接続パイプ（５）の構成□
イ、ベン（１６１とハンドル（４）を設けた接続パイプ
（５）を容器（１）のパイプ穴と円形の容器（４）のの
パイプ穴を接続パイプ（５）で接続する。□Configuration of the connecting pipe (5) □ Connect the connecting pipe (5) with the ben (161) and the handle (4) to the pipe hole of the container (1) and the pipe hole of the circular container (4). 5) Connect.
口、上記のように、ベンｑ６１とハンドル（４）を設け
た接続パイプ（５）で円形の容器（Ａ）から円形の容器
佃まての容器のパイプ穴と容器内のパイプ穴を接続パイ
プ（５）で接続をする。As mentioned above, connect the pipe hole of the container from the circular container (A) to the pipe hole of the container and the pipe hole in the container with the connecting pipe (5) provided with Ben Q61 and the handle (4). Make the connection in (5).
ハ、この接続パイプ（５）についているノ１ンドル（４
）を回転をさすとベンｕｅが開き円形の容器（ロ）から
円形の容器（３）まで円形の容器内の潤滑油は容器は）
内に流入が出来る構造である。C. The no. 1 handle (4) attached to this connecting pipe (5)
), the ben ue will open and the lubricating oil in the circular container will open from the circular container (b) to the circular container (3).
It has a structure that allows flow into the tank.
□接続パイプ（２）の構成□
イ、ベン（３Ｊとハンドル■を設けた接続パイプのを円
形の容器■から円形の容器（Ｐ）までの円形の容器のパ
イプ穴とパイプ（６）間は接続パイプ■で接続をする。□Configuration of the connecting pipe (2) □ A, Ben (3J) and the connecting pipe with the handle ■ are connected between the pipe hole of the circular container from the circular container ■ to the circular container (P) and the pipe (6). Connect with the connecting pipe ■.
口、このパイプ（６）をタービン、ポンプ（７）に接続
をして、タービン、ポンプ（７）からパイプＯＩＪを接
続する。このパイプＱ４から接続パイプ（９）に接続を
して接続パイプの他の一方は容器（１）内に潤滑油が入
るように接続をする。Connect this pipe (6) to the turbine and pump (7), and connect the pipe OIJ from the turbine and pump (7). This pipe Q4 is connected to a connecting pipe (9), and the other end of the connecting pipe is connected so that lubricating oil enters the container (1).
ハ、ハンドル■を回転をするとベン口か開き円形の容器
■から円形の容器Ｐ）までの容器の潤滑油はタービン、
ポンプ（７）の働きによって容器（１）内に流入が出来
る構造となっている。C. When the handle ■ is rotated, the vent opening opens and the lubricating oil in the containers from the circular container ■ to the circular container P) is transferred to the turbine.
The structure is such that water can flow into the container (1) by the action of the pump (7).
二、このタービンポンプ（７）は永久機関の働きの一部
のエネルギーによってバッチＩＪ −に蓄えられた電気
でモーター田を回転をさせてタービン、ポンプ（７）を
動かす構造である。2. This turbine pump (7) has a structure in which a part of the energy of the perpetual motion machine is used to rotate a motor using electricity stored in the batch IJ-, thereby moving the turbine and pump (7).
接続パイプ四の構成□
イ、ベン＠とハンドルのを設けた接続パイプのを円形の
容器（３）のパイプ穴とパイプ０２間は接続パイプのを
接続する。Configuration of connecting pipe 4 □ A. Connect the connecting pipe with the handle and the connecting pipe between the pipe hole of the circular container (3) and pipe 02.
上記のようにして、円形の容器の）から円形の容器（Ｐ
）までの容器のパイプ穴とパイプ０２間は接続パイプ四
を接続をする。As described above, from the circular container (of the circular container) to the circular container (P
) Connect connecting pipe 4 between the pipe hole of the container and pipe 02.
口、このパイプ０をタービン、ポンプ［１１＋に接続を
して、タービン、ポンプσＢよりパイプ（１３１を接続
をする。接続パイプαＪと接続パイプαつを接続する。Connect this pipe 0 to the turbine and pump [11+, and connect the pipe 131 from the turbine and pump σB.Connect the connecting pipe αJ and the connecting pipe α.
接続パイプａ９の一方を容器、１）内に潤滑油が入るよ
うに接続をする。Connect one side of the connecting pipe a9 to the container, 1) so that the lubricating oil enters the container.
ハ１円形の容器穴から円形の容器（Ｐ）までのハンドル
のを回転をするとベン例が開き円形の容器穴から円形の
容器Ｐ）までの潤滑油の残り油とベンｉｔｌ！１００の
漏れ油はパイプＯ３を通りタービン、ポンプａＤの働き
によってパイプ（１３を通り接続パイプ（］９を通って
容器（１）内に流入が出来る構造である。C1 When you rotate the handle from the circular container hole to the circular container (P), the container will open and remove the remaining lubricating oil from the circular container hole to the circular container P). The structure is such that the leaked oil of 100 can flow into the container (1) through the pipe (13) and the connecting pipe (]9 by the action of the turbine and pump aD through the pipe O3.
二、このタービン、ポンプ１１１は永久機関の働きの一
部のエネルギーによってバッテリーに蓄えられた電気で
モーター■を回転をさせてタービン、ポンプｕＩｌを動
かす構造である。2. This turbine and pump 111 have a structure in which a part of the energy from the operation of a perpetual motion machine is used to rotate a motor (1) using electricity stored in a battery to move the turbine and pump uIl.
ホ 円形の容器ハ）から円形の容器ａ））までの容器の
パイプ穴と空気ロバイブの間は接続パイプのを接続する
。E. Connect the connecting pipe between the pipe hole of the container from circular container c) to circular container a)) and the air lobe.
（発明の効果）
イ、永久機関でも機械であるので修理をする時が来るの
で動力装置の停止装置があると永久機関は修理及び点検
が容易になる。(Effects of the invention) A. Since even a perpetual motion machine is a machine, there will come a time when it needs to be repaired, so if there is a stop device for the power unit, it will be easier to repair and inspect the perpetual motion machine.
口、停止装置、発動装置があれば一般工業用にも使用が
出来る永久機関となる。If it has a mouth, a stop device, and a starting device, it becomes a perpetual motion machine that can be used for general industrial purposes.
ハ、停止装置、発動装置があれば船舶用にも使用が出来
る。C. It can also be used for ships if it has a stopping device and a starting device.
第１図は容器内の正面図
第２図は平面図
第３図は左側面図
第４図は右側面図
第５図は円形の容器内の平面図
第６図は接続パイプ（３）の断面図
第７図は接続パイプ（５）の断面図
第８図は清掃用入口のフタω
第９図は接続パイプ■の断面図
第１Ｏ図は接続パイプ■の断面図
第１１図は第５図の円形の容器のＡＡの断面図（Ａ）は
円形の容器 （刑は円形の容器（ｑは円形の容器
０は円形の容器（Ｅ）は円形の容器 （Ｄは円
形の容器（ｑは円形の容器 ０は円形の容器（１）
は円形の容器 （Ｊ）は円形の容器（Ｋ）は円形の
容器 （Ｌ）は円形の容器Ｍは円形の容器 翰
は円形の容器
（（Ｏ）は円形の容器 （Ｐ）は円形の容器（１）
は容器 （２）はハンドル（３）は接続パイ
プ （４）は１１ンドル（５）は接続パイプ
（６）はパイプ（７）はタービン、ポンプ （８）は
ベン（９）は接続パイプ αＧは鉄筋コンクリー
トαＤはタービン、ポンプ α２はパイプ（＋３は
パイプ α０はパイプ（１５１は溝
＋１６１はベン０′７１は短い柱 ａｇは
動力装置を設置する位置
σ９は接続パイプ ■はフタ
！２））は清掃用入口 のはボルト■はハンドル
のはベン
■は接続パイプ のは空気口
罰は空気ロバイブ のは接続パイプ
囚は接続パイプ ■はハンドル
Ｇｌｌはベン ■は鉄板
■は鉄筋コンクリート（至）はナツト
缶は補強鋼材 ■は補強鋼材
口は鉄・板 ■はモーター■はモーター
（＋（Ｏ）は、；／ｌ′ｌ膚油（４５）＋２受＋
７亀 特許８猷 上 木 茂第２図
第３図
図面の浄書（内容に変更なし）
第５図
図面の浄書ぐ内容に変更なし）
第６図
３ 接続パイプ
図面の浄書（内容に変更なし）
第７図
５接続パイプ
第８図
第９図
第１０図
第１１図
手続補正書（方式）
％式％
１、 事件の表示
昭和６１年特許願第２４１０５０号
λ 発明の名称
３、 補正をする者
事件との関係 特許出願人
住所 和歌山県和歌山市湊薬種畑１３９５昭和６２年１
月２７日
５、 補正の対象Figure 1 is a front view of the inside of the container Figure 2 is a plan view Figure 3 is a left side view Figure 4 is a right side view Figure 5 is a plan view of the inside of a circular container Figure 6 is a view of the connecting pipe (3) Cross-sectional view Figure 7 is a cross-sectional view of the connecting pipe (5) Figure 8 is the cleaning inlet lid ω Figure 9 is a cross-sectional view of the connecting pipe ■ Figure 1O is a cross-sectional view of the connecting pipe ■ Figure 11 is the The AA cross-sectional view (A) of the circular container in the figure is a circular container.
0 is a circular container (E) is a circular container (D is a circular container (q is a circular container 0 is a circular container (1)
is a circular container (J) is a circular container (K) is a circular container (L) is a circular container M is a circular container Han is a circular container ((O) is a circular container (P) is a circular container (1)
is the container (2) is the handle (3) is the connection pipe (4) is the 11 handle (5) is the connection pipe
(6) is a pipe (7) is a turbine, pump (8) is a vent (9) is a connecting pipe αG is reinforced concrete αD is a turbine, pump α2 is a pipe (+3 is a pipe α0 is a pipe (151 is a groove)
+161 is Ben 0'71 is a short column ag is the position where the power unit is installed σ9 is the connecting pipe ■ is the lid! 2)) is the cleaning inlet, is the bolt, and is the handle.
■ is a connecting pipe ■ is an air vent Punishment is an air lobe Vibrator is a connecting pipe ■ is a connecting pipe ■ is a handle Gll is a ben ■ is a steel plate ■ is reinforced concrete (to) is a nut can is reinforced steel ■ is a reinforced steel mouth Iron/plate ■ is motor ■ is motor
(+(O) is ;/l′l skin oil (45)+2+
7 Kame Patent 8 Yu Shigeru Kami Ki Shigeru Engraving of the drawings of Figure 2 and Figure 3 (no changes to the content) No changes to the engraving of the drawings of Figure 5) Figure 6 3 Engraving of the connecting pipe drawing (no changes to the content) Figure 7 Figure 5 Connecting pipe Figure 8 Figure 9 Figure 10 Figure 11 Procedural amendment (method) % formula % 1. Indication of the case 1985 Patent Application No. 241050λ Title of the invention 3. Person making the amendment Relationship to the incident Patent applicant address 1395 Minato Yakutanehata, Wakayama City, Wakayama Prefecture, 1986
May 27th, 5th, Subject of correction
Claims (2)
を設け、その中に数本の短い柱を設け、その上に円形の
容器（Ｏ）の底面が少し中央高になる様に設け、上記の
短い柱を円形の容 器（Ｏ）の底面の裏側に溶着をして、容器（Ｐ）の外回
りの上と容器（Ｏ）の外回りの下とを溶着をして潤滑油
が漏れないように溶着する。 上記円形の溶器（Ｏ）中に数本の短い柱を設けて、円形
の容器（Ｏ）の上に、上記の円形の容器（Ｏ）と同じ設
置方法で、円形の容器（Ｎ）から（Ａ）までの１０数個
の円形の容器と短い柱を設け、個々の円形の容器から潤
滑油が漏れない様 に溶着する。次に動力装置を設置する容器 の基礎の鉄筋コンクリートの高さは、上記 の円形の容器（Ｏ）の底面の高さと同じ高さに設け、こ
の基礎の鉄筋コンクリートの上に 動力装置を設置をする容器を設置する。上 記の円形の容器（Ａ）から（Ｐ）までの１０数個の個々
の容器の側面の上の部分と動力装置を 設置する容器間は接続パイプ（３）を接続をして接続パ
イプ（３）間にベンとハンドルを設けた特徴とする動力
装置の停止装置。(1) A circular container (P) on the reinforced concrete foundation
, several short pillars are placed inside it, and the bottom of the circular container (O) is placed on top of it so that it is slightly at the center height. Weld the top of the outer circumference of the container (P) and the bottom of the outer circumference of the container (O) to prevent lubricating oil from leaking. Install several short pillars in the circular melting vessel (O) and place them on top of the circular vessel (O) using the same installation method as the circular vessel (O). A dozen or so circular containers up to (A) and short pillars are provided and welded together to prevent lubricating oil from leaking from each circular container. Next, the height of the reinforced concrete foundation of the container where the power equipment will be installed is the same height as the bottom of the circular container (O) mentioned above, and the height of the reinforced concrete foundation of the container where the power equipment will be installed is the same as the height of the bottom surface of the circular container (O) mentioned above. Set up. Connecting pipes (3) are connected between the upper part of the side of each of the ten or so circular containers (A) to (P) and the container where the power unit is installed. ) A stop device for power equipment featuring a ben and a handle in between.
個の個々の容器の側面の下の部分と動力装置 を設置する容器間は接続パイプ（５）を接続をして接続
パイプ間にベンとハンドルを設け た特徴とする動力装置の発動装置。(2) Connect pipes (5) between the lower parts of the sides of each of the 10-odd circular containers (A) to (M) mentioned above and the container where the power unit is installed. A power device starting device featuring a handle and a handle between the pipes.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP61241050A JPS62174571A (en) | 1986-10-08 | 1986-10-08 | Stopping device and starting device for power device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP61241050A JPS62174571A (en) | 1986-10-08 | 1986-10-08 | Stopping device and starting device for power device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPS62174571A true JPS62174571A (en) | 1987-07-31 |
Family
ID=17068562
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP61241050A Pending JPS62174571A (en) | 1986-10-08 | 1986-10-08 | Stopping device and starting device for power device |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS62174571A (en) |
-
1986
- 1986-10-08 JP JP61241050A patent/JPS62174571A/en active Pending
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