[go: up one dir, main page]

JPS6153466A - Stipping and starting devices for power plant - Google Patents

Stipping and starting devices for power plant

Info

Publication number
JPS6153466A
JPS6153466A JP59130526A JP13052684A JPS6153466A JP S6153466 A JPS6153466 A JP S6153466A JP 59130526 A JP59130526 A JP 59130526A JP 13052684 A JP13052684 A JP 13052684A JP S6153466 A JPS6153466 A JP S6153466A
Authority
JP
Japan
Prior art keywords
container
pipe
vessels
vessel
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
Application number
JP59130526A
Other languages
Japanese (ja)
Inventor
Shigeru Ueki
茂 上木
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.)
Individual
Original Assignee
Individual
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 Individual filed Critical Individual
Priority to JP59130526A priority Critical patent/JPS6153466A/en
Publication of JPS6153466A publication Critical patent/JPS6153466A/en
Pending legal-status Critical Current

Links

Classifications

    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F03MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
    • F03BMACHINES OR ENGINES FOR LIQUIDS
    • F03B17/00Other machines or engines
    • F03B17/02Other machines or engines using hydrostatic thrust
    • F03B17/04Alleged perpetua mobilia

Landscapes

  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Other Liquid Machine Or Engine Such As Wave Power Use (AREA)

Abstract

PURPOSE:To facilitate bot stopping and starting motions for a power plant ever so easy, by installing a lot of flat vessels stacking in position adjacent to a vessel housing the power plant of a perpetual motion or the like, while connecting the said vessel to each of these flay vessels via a pipe provided with valves interposingly. CONSTITUTION:Plural pieces of vessels A-P made up of setting up plural struts 17 inside are mounted and locked on a ferro-concrete foundation 10 adjoining to a vessel 1 having built in a first-class perpetual motion (unillustrated herein) or a power plant in a position 18 in a state of being stacked in layer. A cleaning service inlet is installed one side of each of these vessels A-P and this inlet is closed by a lid 20. Each of these vessels A-P is connected to the vessel 1 via pipes 3 and 5 provided with each of valves 2 and 4, and vessels N-P is connected to a turbine pump 7 via a pipe 29 provided with a valve 30 interposingly, and furthermore these vessles A-P are connected each to a turbine pump 11 via a pipe 25 provided with a valve 23. The outlet side of each of these pumps 7 and 11 is connected to the vessel 1 via pipes 13 and 14.

Description

【発明の詳細な説明】 原発明の第一種永久機関1こは停止装置かないので、j
他の容器に潤滑油を移して停止か出来るが、再び動かす
時には、他の動力源によって容器(1)内に潤滑油を流
入しなければ第一種永久機関が動かない欠点を改良した
のは、本発明の停止装置と発動装置である。
[Detailed Description of the Invention] Since the first-class perpetual motion machine of the original invention does not have a stop device,
It is possible to stop the lubricating oil by transferring it to another container, but when it is time to start it again, the lubricating oil must flow into the container (1) using another power source to move the first-class perpetual motion machine. , a stopping device and a starting device of the present invention.

□(容器(1)の構成)□ 容器(1)内の動力装置の位置器に原発明の動力装置を
取りつけ入れる容器は)である。
□ (Configuration of container (1)) □ The container in which the power device of the original invention is attached to the positioner of the power device in container (1) is ).

□(容器(A)から容器tPlまでの構成)□イ、基礎
の鉄筋コンクリ−) u[Dの上に円形の容器tPlを
置き、その中に7本の短い柱αηを立て容器(Plの底
面に短い柱071を溶接機て溶着する。
□ (Structure from container (A) to container tPl) □A, Reinforced concrete foundation) u Weld a short column 071 to the bottom using a welder.

口 その上に同し円形の容器(0)を乗せて容器tPl
と容器(0)を溶接機で溶着する。
Mouth Place the same circular container (0) on top of it and container tPl
and container (0) are welded together using a welding machine.

ノ) また、前の様に7本の短い柱面を立て容器(0)
の底正に短い柱q71を溶接機で溶岩する。
ノ) Also, as before, stand up the seven short pillars of the container (0)
Lava the very short column q71 with a welder.

巳 次にも、その上に容器■)を乗せ容器(0)と容器
(ト))を溶接機で溶着する。
Snake Next, place the container (■) on top of it and weld the container (0) and container (G)) together using a welding machine.

也 次にも、前の様に7本の短い柱αηを立て短い柱t
lηを溶接機で溶着する。
Next, as before, we set up seven short pillars αη and a short pillar t.
Weld lη using a welding machine.

5 この様にして、容器tPlから順番に容器(Alま
での16個の容器を溶接機で溶着する。
5 In this way, 16 containers from container tPl to container (Al) are sequentially welded using a welding machine.

80次に容器A)の上に円形の鉄板■をのせて溶接機で
接着する。
80 Next, place a circular iron plate (■) on top of the container A) and adhere it with a welder.

チ、 次に、清掃用入口口から内らに入り短い柱aηの
上の部分を溶接機で溶着する。
H. Next, enter the inside from the cleaning inlet and weld the upper part of the short column aη using a welding machine.

9、2個の容器の継目の部分の内ら側も溶接機で溶着す
る。
9. Weld the inner sides of the joint between the two containers using a welding machine.

ヌ、次に、清掃人口Q11から潤滑油を漏れない様に清
掃入口C11にパツキンをあて、その上からフタのをし
てネジのでしめる。
Next, place a gasket on the cleaning inlet C11 to prevent lubricating oil from leaking from the cleaning member Q11, put the lid on it, and tighten it with a screw.

ル、 この様にして容器A)から容器(PIまでの清掃
入口at+のフタ囚をネジのでしめて固着する。
In this way, secure the lid of the cleaning inlet at+ from container A) to container (PI) with a screw.

□(容易)から容aPlまての底面の形状)−イ、第5
図に示す様に底面は円形にそって潤滑油が流れやすく溝
α9になっている。
□(Easy) to Capacity aPl) - A, 5th
As shown in the figure, the bottom surface has a circular groove α9 that allows the lubricating oil to easily flow.

口、 また、この溝u9に流入しやすくなる様に中心部
によるにつれ高くもり上がっている。
The mouth is also raised higher toward the center so that it can flow more easily into this groove U9.

−(接続どマイプ(3)の構成)− イ、容器(1)のパイプ穴に接続t4イブ(3)を差し
込み、次に、容器A)のパイプ穴に接続7Nl+イブ(
3)を差し込み溶接機で潤滑油を漏れない様に溶着する
- (Configuration of connection pipe (3)) - A. Insert connection t4 pipe (3) into the pipe hole of container (1), then connect 7Nl + pipe (3) into the pipe hole of container A).
3) Insert it and weld it using a welding machine so that the lubricating oil does not leak.

口、容器tBlの接続パイプ(3)も同し方法で、容器
(1)のパイプ穴に接続パイプ(3)を差し込み、次・
に容器tBlのパイプ穴に接続パイプ(3)を差し込み
溶接機て潤滑油をJ−れない様にm4する。
Insert the connecting pipe (3) of the container tBl into the pipe hole of the container (1) in the same way, and then
Insert the connecting pipe (3) into the pipe hole of the container tBl, and use a welder to apply lubricating oil to it.

ハ、この様な方法で、接続パイプ(3)で容器(1)と
容器臥)から容器(P)まで接続をして溶接機て溶着す
る。
C. Using this method, connect the container (1) and container (P) to the container (P) using the connecting pipe (3) and weld them together using a welding machine.

二、溶着をした接続パイプ(3)についているハンドル
(2)を回転さすとヘン(8)か開き潤滑油は接続パイ
プ(3)内を流れる様になっている。
2. When the handle (2) attached to the welded connecting pipe (3) is rotated, the handle (8) opens and the lubricating oil flows inside the connecting pipe (3).

□(接続パイプ(5)の構成)□ イ 容器(1)のパイプ穴に接続パイプ(5)を差し込
み、次に、容器(A)のパイプ穴に接続パイプを差し込
み溶接機で溶着する。
□ (Configuration of the connecting pipe (5)) □ A. Insert the connecting pipe (5) into the pipe hole of the container (1), then insert the connecting pipe into the pipe hole of the container (A) and weld it with a welding machine.

口、容器tBlの接続パイプ(5)も同じ方法で、容器
(1)のパイプ穴に差し込み、次に、容器tBlのパイ
プ穴に接続パイプ(5)を差し込み溶接機て溶着する。
Insert the connecting pipe (5) of the container tBl into the pipe hole of the container (1) in the same manner, and then insert the connecting pipe (5) into the pipe hole of the container tBl and weld it using a welding machine.

ハ、 この様な方法で接続パイプ(5)で容器(1)と
容器(Alから容器telまで接続をして溶接機で溶着
する。
C. In this way, connect the container (1) and the container (from Al to the container tel) using the connecting pipe (5) and weld them using a welding machine.

二、溶着をした接続パイプ(5)についているハンドル
(4)を回転をさすとベンu61が開き潤滑油は接続パ
イプ(5)内を流れる様になっている。
2. When the handle (4) attached to the welded connecting pipe (5) is turned, the ben U61 opens and the lubricating oil flows inside the connecting pipe (5).

□(接続パイプ四の構成)□ イ、 パイプ(6)と容器tPlから容器[Nlまでの
容器に接続パイプ乃で接続する。
□ (Configuration of connection pipe 4) □ A. Connect the pipe (6) to the containers from container tPl to container [Nl with the connection pipe.

ロ、接続パイプ四についているハンドル田を回転すると
ベンC11lが開きタービン、ポンプ(7)内に潤滑油
が流れ込む様になっている。
B. When the handle attached to connecting pipe 4 is rotated, vent C11l opens, allowing lubricating oil to flow into the turbine and pump (7).

□(接続パイプ四の構成)□ イ、 パイプα2と容器(Alから容器tPlまでの容
器に接続パイプ四で接続する。
□ (Configuration of connection pipe 4) □ A. Connect pipe α2 and the container (from Al to container tPl with connection pipe 4).

口 接続パイプ四についているハンドルのを回転すると
、ベン(241が開き容器内の残り油が、タービン、ポ
ンプall内に流れ込む様になっている。
When the handle attached to connection pipe 4 is rotated, a vent (241) opens and the remaining oil in the container flows into the turbine and pump all.

□(空気ロバイブ(2)の構成)□ イ 空気ロバイブ面と容器+Alから容器tPlまでの
容器内の天井部分の位置から接続パイプ■で接続する。
□ (Configuration of Air Robe Vive (2)) □ A. Connect the Air Robe Vive surface with the connecting pipe ■ from the ceiling part of the container from container +Al to container tPl.

口 この空気ロバイブ曽は容器(A)から容器fP+ま
での容器内に潤滑油を流入する時、又は、流出する時に
密閉容器内の空気が空気口パイプロから空気か出し入れ
するための空気ロバイブ勿である。
Port This air lever is used to let air in the sealed container in and out from the air port pipro when lubricating oil flows into or out of the containers from container (A) to container fP+. be.

□(タービン、ポンプ(7)の作用)□まつ、ハンドル
(3■を回転をしてベアf311開き原発間の動力源か
らの電動力てタービン、ポンプ(7)か作用さすと容器
fN+、容器+01、容器fPI内の1閏滑油はパイプ
(6)を通って、タービン、ポンプ(7)内を通り、次
にパイプQ41を通って、さらに接続パイプ(9)を通
って、容器(1)内に流れ込む様になっている。
□ (Operation of turbine and pump (7)) □ Rotate the handle (3) to open the bear f311 and use the electric power from the power source between the nuclear power plants to operate the turbine and pump (7), and the container fN+ and the container +01, the lubricant in the container fPI passes through the pipe (6), into the turbine and pump (7), then through the pipe Q41, and then through the connecting pipe (9), and then into the container (1). ).

□(タービン、ポンプ111の作用)□まつ、容器(A
)から容器tp+まて接続パイプ(25)についている
ハンドル伽)を回転するとベン。りが開き原発間の動力
源からの電動力でターピノ、ポツプqDか作用さすと、
容器IAIから容器(P)までの残りの潤滑油や、ベン
(8)、ベン(1ωからの漏れ浦か、パイプ0zを通っ
てタービン、ポンプα1)内を通って、次にパイプt1
31を通ってさらに、接続パイプ化を通り容器(1)内
(こ流れ込むようになっている。
□ (Turbine, action of pump 111) □ Matsu, container (A
) to the container tp + turn the handle attached to the connecting pipe (25). When the gate opens and the electric power from the power source between the nuclear power plants acts on Tarpino and PopqD,
The remaining lubricating oil from container IAI to container (P) passes through Ben (8), Ben (the leakage port from 1ω, or the turbine and pump α1 through pipe 0z), and then into pipe t1.
31 and further into the container (1) through a connecting pipe.

□(停止装置の作用)□ イ 原発間の動力装置を停止さすには、容器(A)に接
続する接続パイプ(3)についているハンドル(2)を
回転すると、ベン(8)が開き容器(1)内の一部の潤
滑油は容器法)内に流入する。
□ (Function of the stop device) □ A. To stop the power equipment between the nuclear power plants, rotate the handle (2) attached to the connecting pipe (3) that connects to the container (A), the vent (8) will open and the container ( Some of the lubricating oil in 1) flows into the container (method).

口 次に、容器[Blに接続する接続パイプ(3)につ
いているハンドル(2)を回転すると、ベン(8)が開
き容器(1)内の一部の潤滑油は容器tBl内に流入す
る。
Next, when the handle (2) attached to the connecting pipe (3) connected to the container [Bl is rotated, the vent (8) opens and some of the lubricating oil in the container (1) flows into the container tBl.

ハ 次も同じく容器(C)(ζ接続する接続パイプ(3
)についているハンドル(2)を回転スるト、ベン(8
)か開き容器(1)内の一部の潤滑油は容器tcl内に
流入する。
C Next, the same container (C) (ζ connecting pipe (3)
), rotate the handle (2) attached to the ben (8
), some of the lubricating oil in the open container (1) flows into the container tcl.

種永久機関は停止する停止装置である。A seed perpetual motion machine is a stopping device that stops.

□(停止する時の注意事項)□ イ 停止さすには、注意しなければならない事は容器f
A+から順番に流入している時、容器(B+に接続する
接続パイプ(3)のハンドル(2)を回転をしてはいけ
ない。
□ (Precautions when stopping) □ A. When stopping, please be careful of the container f.
When flowing in order from A+, do not rotate the handle (2) of the connecting pipe (3) that connects to the container (B+).

口 また、容器tBl内に潤滑油を流入してし)る時、
容器telに接続する接続パイプ(3)のハンドル(2
1を回転をしない様に注意すること。
Also, when lubricating oil flows into the container tBl,
The handle (2) of the connecting pipe (3) that connects to the container tel
Be careful not to rotate 1.

□(発動装置の作用)□ イ、 ハンドル(2)を回転をしてベン(8)を閉じて
おくこと。
□ (Operation of the activation device) □ A. Turn the handle (2) to close the ben (8).

口、容器(M)に接続する接続パイプ(5)についてい
るハンドル(4)を回転するとベンQ61か開き容器(
1)内に容器悶内の潤滑油か流入する。
When you turn the handle (4) attached to the connecting pipe (5) that connects to the mouth and container (M), Ben Q61 or the open container (
1) The lubricating oil in the container flows into the container.

ハ 容器(1)内に流入後、ハンドル(4)を回転をし
てベン(161を閉じておく事。
C. After flowing into the container (1), turn the handle (4) to close the vent (161).

二 次に、容器tLlに接続する接続パイプ(5)にっ
いているハンドル(4)を回転すると、ベン(161か
開き容器(1)内に容器[Ll内の潤滑油か流入する。
2. Next, when the handle (4) on the connecting pipe (5) connected to the container tLl is rotated, the lubricating oil in the container tLl will flow into the container 161 which opens into the container (1).

ホ 次に容器(1)内に流入後、ハンドル(4)を回転
をして、ベン06)を閉じておく事。
(e) After the liquid has flowed into the container (1), turn the handle (4) to close the ben 06).

へ 次もこの様な方法で、容器(Klから容器tAlま
で容器の潤滑油を容器(1)内に流入すると、停止して
いた第一種永久機関は発動する発動装置、で°ある。
Next, when the lubricating oil from the container (Kl) to the container tAl flows into the container (1) using the same method, the first-class perpetual motion machine that had been stopped is activated.

84次に、容器tPlから容器tNlまで接続する接続
パイプC印についているハンドル田を開き、この動力装
置の余力の電動力によって、タービン、ポンプ(7)を
回転さすと容器tNl、容器(0)、容器tPl内の潤
滑油はパイプ(6)を通って、次にパイプ圓を通って、
さらに、接続パイプ(9)を通って容器山内に流入する
84 Next, open the handle marked with the connecting pipe C that connects the container tPl to the container tNl, and rotate the turbine and pump (7) using the remaining electric power of this power unit, and the container tNl and the container (0) will be rotated. , the lubricating oil in the container tPl passes through the pipe (6) and then through the pipe circle,
Furthermore, it flows into the container pile through the connecting pipe (9).

チ 容器(1)内に潤計油か流入を終ると、タービン、
ポンプ(7)を停止すると、動力装置か正常に運転をす
る。
H. When the lubricating oil has finished flowing into the container (1), the turbine,
When the pump (7) is stopped, the power unit operates normally.

□(ベン(8)ベン(Iωの漏れ油は)□タービン、ポ
ツプ(111を時折作用させて、容器法)から容器(P
lまでの、残りの潤滑油や、ベンの漏し浦はパイプα2
を通ってタービン、ボン7”[11)内を通り、次に、
パイプ03)を通って、さらに、接続パイプαつを通っ
て容器(1)内に流入する。
□ (Ben (8) Ben (Leaked oil from Iω)
The remaining lubricating oil and Ben's leakage are pipe α2.
through the turbine, through the bong 7'' [11), and then through the
It flows into the container (1) through the pipe 03) and further through the connecting pipes α.

□(発明の効果)□ イ、第一種永久機関ても機械であるのて、修理する時が
来るので、動力装置の停止装置があると動力装置は修理
しやすい。
□ (Effects of the invention) □ A. Since a first-class perpetual motion machine is also 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 the power unit.

ロ、動力装置の修理の点検も容易になる。(b) It also makes it easier to inspect and repair the power unit.

ハ 停止装置、発動装置かあれば一般の工業用にも使用
が出来る動力装置となる。
C. If there is a stopping device and a starting device, it becomes a power device that can be used for general industrial purposes.

二、停止装置、発動装置があれば船舶用にも使用が出来
る動力装置となる。
Second, if it has a stopping device and a starting device, it becomes a power plant that can also be used for ships.

ホ ベン(8)を開くことによって、コントロール1 
が出来る。また、タービン、ポンプ[111を動かすと
正常運転となる。
Control 1 by opening Ho Ben (8)
I can do it. Furthermore, when the turbine and pump [111] are operated, normal operation is achieved.

4、 追加の関係 木 憚発明の動力装置の停止装置及び発動装置は特許法31
条第1項の規定による追加の特許願
4. The additional related power plant stopping device and starting device of the Mokki invention are pursuant to Patent Law 31.
Additional patent application pursuant to Article 1, Paragraph 1

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

第1図は内部の正面図 第2図は内部の平面図 第3図は左側面図 第4図は右側面図 第5図は溝αりを表わした図 第6図は接続パイプ(3) 第7図は接続パイプ(5) 第8図は清掃用フタに 第9図は接続パイプ器 第10図は接続パイプ(至) Figure 1 is a front view of the interior. Figure 2 is an internal plan view. Figure 3 is a left side view Figure 4 is a right side view Figure 5 is a diagram showing the groove α. Figure 6 shows connecting pipe (3) Figure 7 shows connecting pipe (5) Figure 8 shows the cleaning lid. Figure 9 shows the connecting pipe Figure 10 shows the connection pipe (to)

Claims (1)

【特許請求の範囲】 1、容器(A)に接続する接続パイプ(3)内のベン(
8)を開くと容器(1)内の潤滑油の一部が容器(A)
内に流入する。この様な方法で、容器(A)から容器(
P)までの容器に容器(A)から順番に容器(1)内の
潤滑油をベン(8)を開き流入すると、第一種永久機関
が停止をする停止装置 2、容器(M)に接続する接続パイプ(5)のベン(1
6)を開くと容器(M)内の潤滑油が容器(1)内に流
入する。流入後ベン(16)を閉じる。この様な方法で
容器間から容器(A)までの潤滑油を容器(M)のベン
(16)から順番に開き容器(1)内に流入すると停止
をしていた第一種永久機関が発動する発動装置。
[Claims] 1. Vent (
8) When opened, some of the lubricating oil in container (1) will leak into container (A).
flow inside. In this way, from container (A) to container (
When the lubricating oil in the container (1) is poured into the containers up to P) by opening the vent (8) and flowing into the container (A) in order, the first-class perpetual machine is stopped.The stop device 2 is connected to the container (M). Ben (1) of the connecting pipe (5)
6) When opened, the lubricating oil in the container (M) flows into the container (1). After inflow, close the vent (16). In this way, when the lubricating oil from between the containers to container (A) is opened in order from the vent (16) of container (M) and flows into container (1), the first-class perpetual motion machine that had been stopped is activated. A triggering device to do so.
JP59130526A 1984-06-25 1984-06-25 Stipping and starting devices for power plant Pending JPS6153466A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP59130526A JPS6153466A (en) 1984-06-25 1984-06-25 Stipping and starting devices for power plant

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP59130526A JPS6153466A (en) 1984-06-25 1984-06-25 Stipping and starting devices for power plant

Publications (1)

Publication Number Publication Date
JPS6153466A true JPS6153466A (en) 1986-03-17

Family

ID=15036403

Family Applications (1)

Application Number Title Priority Date Filing Date
JP59130526A Pending JPS6153466A (en) 1984-06-25 1984-06-25 Stipping and starting devices for power plant

Country Status (1)

Country Link
JP (1) JPS6153466A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR20190126061A (en) * 2017-03-09 2019-11-08 젠텍스 코포레이션 Display mirror toggle paddle

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR20190126061A (en) * 2017-03-09 2019-11-08 젠텍스 코포레이션 Display mirror toggle paddle

Similar Documents

Publication Publication Date Title
JPS6153466A (en) Stipping and starting devices for power plant
CN211147960U (en) A leakproofness detection device for gate valve
RU61778U1 (en) TEST STAND
WO2023097471A1 (en) Integrated smart well
CN114673233A (en) Integrated form intelligence well
CN2752567Y (en) Solar water heater valve
JP3565598B2 (en) Automatic water supply
JP3226445U (en) Full test jig
KR100202503B1 (en) A branch pipe and brabching method the same
CN106081399B (en) Quick repairing method for gas leakage of manhole at bottom of large natural gas spherical tank
JPS62174571A (en) Stopping device and starting device for power device
US946477A (en) Beer-dispensing apparatus.
JP3690741B2 (en) Method and apparatus for supplying tap water
CN216846775U (en) Ball valve hydraulic detection device with two detection stations
CN211259672U (en) Working valve for differential pressure transmitter
JPS5830998Y2 (en) Forward/reverse switching valve for filtration equipment and similar equipment
CN108326518A (en) A kind of production technology of heating water tank
JP3565599B2 (en) Automatic water supply
CN210720093U (en) Concrete anti-leakage detection device
JP3024066B2 (en) Method and apparatus for selecting and distributing fluid
JPH0476876B2 (en)
CN208554801U (en) The automatic oiling device of evaporator O-ring
JPH08226553A (en) Flow passage change-over device
JP3542820B2 (en) Underground buried hot water storage type electric water heater
CN2189690Y (en) Cold conveying ball collecting device for petroleum conveying pipe