JP7018639B2 - Cleaning equipment - Google Patents

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JP7018639B2
JP7018639B2 JP2016228585A JP2016228585A JP7018639B2 JP 7018639 B2 JP7018639 B2 JP 7018639B2 JP 2016228585 A JP2016228585 A JP 2016228585A JP 2016228585 A JP2016228585 A JP 2016228585A JP 7018639 B2 JP7018639 B2 JP 7018639B2
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water
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pump
high temperature
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浩治 湯淺
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株式会社岡常歯車製作所
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Description

本発明は、洗浄装置に関する。 The present invention relates to a cleaning device.

従来、エンジン及びエンジンによって回転駆動されるポンプを、箱体内に収容して、ポンプにより箱体外部の洗浄ガンへ水を圧送して噴射ノズルから洗浄水を噴射する洗浄装置があった（特許文献１参照）。 Conventionally, there has been a cleaning device in which an engine and a pump rotationally driven by an engine are housed in a box, water is pumped to a cleaning gun outside the box, and cleaning water is injected from an injection nozzle (Patent Document). 1).

特開２００８－２９７７８９号公報Japanese Unexamined Patent Publication No. 2008-297789

特許文献１記載の洗浄装置は、ポンプの稼働時にエンジンで発生する熱によって、箱体内が高温になってしまう虞れがある。そのまま運転を続けると、エンジンのオーバーヒートや、高熱によってエンジンオイルが早期に劣化するという問題が発生する。
一般的に、自動車のエンジンには、ラジエータ（冷却装置）が設けられているが、特許文献１記載のような洗浄装置は、走行して風を受けるものではないので、ラジエータを付設しても、その冷却効果が得られなかった。 In the cleaning device described in Patent Document 1, there is a possibility that the inside of the box becomes hot due to the heat generated by the engine when the pump is in operation. If the operation is continued as it is, there will be a problem that the engine oil deteriorates early due to overheating of the engine and high heat.
Generally, an automobile engine is provided with a radiator (cooling device), but a cleaning device as described in Patent Document 1 does not run and receive wind, so even if a radiator is attached. , The cooling effect was not obtained.

そこで、本発明は、水道から供給される水道水を利用して、箱体内が高温となるのを抑制できる洗浄装置を提供することを目的とする。 Therefore, an object of the present invention is to provide a cleaning device capable of suppressing the temperature inside the box from becoming high by using tap water supplied from tap water.

本発明に係る洗浄装置は、水道水が外部から供給される貯水用タンクと、該タンク内の水を外部の洗浄ガンに圧送するポンプと、該ポンプを回転駆動するエンジンとを、箱体内に設けた洗浄装置に於て、上記タンクに水道水を供給する給水管は、上記エンジンの少なくとも高温部位とは直に接することなくかつ高温部位に接近対向して包囲状に配設された螺旋状パイプ部を有し、上記ポンプが回転するポンプ稼働状態下で、上記高温部位からの放射熱を、該高温部位に接近対向した上記螺旋状パイプ部に、受けて、該螺旋状パイプ部を流れる水道水の昇温によって熱量を吸収して、該水道水をタンクに供給すると共に、該タンク内の水を上記洗浄ガンから噴射して、上記箱体内の空気が高温となるのを抑制するように構成したものである。 In the cleaning device according to the present invention, a water storage tank to which tap water is supplied from the outside, a pump for pumping water in the tank to an external cleaning gun, and an engine for rotationally driving the pump are contained in a box. In the provided cleaning device, the water supply pipe that supplies tap water to the tank has a spiral shape that is arranged in a surrounding shape so as to approach and face the high temperature part without directly contacting at least the high temperature part of the engine. Under a pump operating state in which the pump has a pipe portion and the pump rotates , radiant heat from the high temperature portion is received by the spiral pipe portion that is close to and opposed to the high temperature portion, and flows through the spiral pipe portion. The amount of heat is absorbed by raising the temperature of tap water, the tap water is supplied to the tank, and the water in the tank is sprayed from the cleaning gun to suppress the temperature of the air inside the box from becoming high. It is configured in .

本発明の洗浄装置によれば、外部からタンクに供給される水道水が給水管に流れることで、エンジンの高温部位から熱を奪って、洗浄ガンからの水の噴射によって排熱できる。
エンジンのオーバーヒートを防止でき、かつ、エンジンオイルの寿命を延ばすことができる。ラジエータが不要で、簡素な構造で、コストを低減できる。 According to the cleaning device of the present invention, tap water supplied to the tank from the outside flows to the water supply pipe, so that heat can be taken from the high temperature part of the engine and exhausted by injecting water from the cleaning gun.
It is possible to prevent overheating of the engine and extend the life of the engine oil. No radiator is required, the structure is simple, and the cost can be reduced.

本発明の実施の一形態を簡略化した全体構造の正面図である。It is a front view of the whole structure which simplified one embodiment of this invention. 要部断面正面図である。It is a cross-sectional front view of a main part. 要部断面側面図である。It is a cross-sectional side view of a main part. 要部拡大平面図である。It is an enlarged plan view of a main part. 本発明の洗浄装置の外観を示す斜視図である。 It is a perspective view which shows the appearance of the cleaning apparatus of this invention .

以下、実施の形態を示す図面に基づき本発明を詳説する。
図１に示すように、本発明の洗浄装置は、自動車等の洗浄に使用されるものであって、貯水用タンク４と、タンク４内の水Ｗを吸い込んで洗浄ガン８に圧送するポンプ２と、ポンプ２を回転駆動するエンジン３とを、箱体１に内蔵（内設）している。
箱体１の給水接続口１１に、水道の蛇口２１に接続された可撓性ホース２２が連結されており、給水接続口１１とタンク４の入口は、箱体内給水管１０によって連通連結されている。タンク４の入口には、定水位弁（ボールタップ）２０が設けられている。定水位弁（ボールタップ）２０は、タンク４内の水面が所定の高さを下回ると、開弁して、給水管１０からタンク４に水道水が供給される。タンク４内の水面が所定の高さに戻ると、弁を閉じて、タンク４への水道水の供給が停止される。ポンプ２の下流側に設けられた圧送管１２の吐出接続口１３に、可撓性高圧ホース６を接続し、この高圧ホース６の先端に洗浄ガン８が連通連結されている。洗浄ガン８の先端には噴射ノズル９が設けられている。 Hereinafter, the present invention will be described in detail with reference to the drawings showing the embodiments.
As shown in FIG. 1, the cleaning device of the present invention is used for cleaning an automobile or the like, and is a water storage tank 4 and a pump 2 that sucks water W in the tank 4 and pumps it to a cleaning gun 8. And the engine 3 that rotationally drives the pump 2 are built in (internally) in the box body 1.
A flexible hose 22 connected to the faucet 21 of the water supply is connected to the water supply connection port 11 of the box body 1, and the water supply connection port 11 and the inlet of the tank 4 are communicated and connected by the water supply pipe 10 inside the box. There is. A constant water level valve (ball tap) 20 is provided at the inlet of the tank 4. The constant water level valve (ball tap) 20 opens when the water surface in the tank 4 falls below a predetermined height, and tap water is supplied from the water supply pipe 10 to the tank 4. When the water surface in the tank 4 returns to a predetermined height, the valve is closed and the supply of tap water to the tank 4 is stopped. A flexible high-pressure hose 6 is connected to a discharge connection port 13 of a pressure feed pipe 12 provided on the downstream side of the pump 2, and a cleaning gun 8 is communicated and connected to the tip of the high-pressure hose 6. An injection nozzle 9 is provided at the tip of the cleaning gun 8.

図２～図４に示すように、箱体内給水管１０は、エンジン３の少なくとも高温部位３Ａに接近状に対向して配設されている。
エンジン３の高温部位３Ａとは、上部に設けられたマフラー３０や、上部側面に設けられた放熱（排熱）用フィン３１を示している。エンジン３は、その出力軸がポンプ２の回転軸に連結され、ポンプ２を回転駆動する。なお、給水管１０は、エンジン３の高温部位３Ａとは直に接していない。 As shown in FIGS. 2 to 4, the water supply pipe 10 inside the box is arranged so as to face at least the high temperature portion 3A of the engine 3 so as to approach each other.
The high temperature portion 3A of the engine 3 indicates a muffler 30 provided on the upper portion and a heat dissipation (exhaust heat) fin 31 provided on the upper side surface. The output shaft of the engine 3 is connected to the rotating shaft of the pump 2, and the pump 2 is driven to rotate. The water supply pipe 10 is not in direct contact with the high temperature portion 3A of the engine 3.

給水管１０は、エンジン３の高温部位３Ａに包囲状に配設された螺旋状パイプ部１５を有している。
螺旋状パイプ部１５は、直径が１０ｍｍ～２５ｍｍの金属製パイプを螺旋状に弯曲させて形成されている。図２と図３では、螺旋状パイプ部１５は、内外２重螺旋構造であって、弯曲したパイプどうしが相互に上下方向の隙間を空けて、この隙間から空気が通過し易く（外側から内側への風通しが良く）形成されている。
また、給水管１０は、エンジン３の下部にも包囲状に設けられている。エンジン３の下部からは直接的な発熱が無いと予測されるが、上部の高温部位３Ａからの熱伝導があるため、下部を含めたエンジン３全体を包囲する方が、効率が良く、好ましい。なお、給水管１０は、上部の高温部位３Ａに対向する部位（螺旋状パイプ部１５）と、エンジン３の下部に対向する部位とが、エンジン３とポンプ２の連結部を避けるように、間隔を空けて形成されている。 The water supply pipe 10 has a spiral pipe portion 15 arranged in a surrounding shape in the high temperature portion 3A of the engine 3.
The spiral pipe portion 15 is formed by spirally bending a metal pipe having a diameter of 10 mm to 25 mm. In FIGS. 2 and 3, the spiral pipe portion 15 has an inner / outer double helix structure, and the curved pipes each have a vertical gap between them, and air can easily pass through this gap (from the outside to the inside). (Good ventilation to) is formed.
Further, the water supply pipe 10 is also provided in a surrounding shape in the lower part of the engine 3. It is predicted that there will be no direct heat generation from the lower part of the engine 3, but since there is heat conduction from the upper high temperature portion 3A, it is more efficient and preferable to surround the entire engine 3 including the lower part. The water supply pipe 10 is spaced so that the portion facing the upper high temperature portion 3A (spiral pipe portion 15) and the portion facing the lower part of the engine 3 avoid the connecting portion between the engine 3 and the pump 2. It is formed with a gap.

図５に示すように、箱体１は、直方体状であって、下部に複数のキャスター１６を有し、手動走行可能である。洗浄ガン８に連結される可撓性高圧ホース６が、箱体１に外方延伸状に設けられている。箱体１は、エンジン３の吸気口又はフィン３１に対応する箇所に、外部から空気を取り込むための開口孔部１４が形成されている。開口孔部１４には、ルーバーが設けられている。この開口孔部１４に対応する箱体１の壁面内部に、送風ファンを付設しても良い。この開口孔部１４から自然吸気にて、又は、送風ファンによる吸気によって、外部の空気を取り込んで、エンジン３の吸気口やフィン３１に供給している。 As shown in FIG. 5, the box body 1 has a rectangular parallelepiped shape, has a plurality of casters 16 at the lower portion, and can be manually traveled. A flexible high-pressure hose 6 connected to the cleaning gun 8 is provided in the box body 1 in an outwardly extending shape. The box body 1 is formed with an opening hole 14 for taking in air from the outside at a position corresponding to the intake port of the engine 3 or the fin 31. A louver is provided in the opening hole 14. A blower fan may be provided inside the wall surface of the box body 1 corresponding to the opening hole 14. External air is taken in from the opening hole 14 by natural aspiration or by intake by a blower fan, and is supplied to the intake port and fins 31 of the engine 3.

上述した本発明の洗浄装置の使用方法（作用）について説明する。
図１に示すように、エンジン３によってポンプ２が回転駆動されて、洗浄ガン８の先端の噴射ノズル９から水Ｗ（洗浄水）が噴射する。このポンプ稼働状態下で、タンク４に給水管１０から水道水が供給される。この際、給水管１０は、エンジン３の高温部位３Ａからの放射熱（輻射熱）を、高温部位３Ａに接近対向する螺旋状パイプ部１５に受けて、螺旋状パイプ部１５を流れる水道水の昇温によって熱量を吸収しつつ、水道水がタンク４に流入する。即ち、給水管１０は、エンジン３の周囲から熱（雰囲気熱）を回収し、水道水と共に熱量をタンク４に搬送する。タンク４の水Ｗと共に蓄えられた熱量は、洗浄ガン８から水Ｗ（洗浄水）の噴射によって、排熱される。このようにして、ポンプ２の稼働に伴ってエンジン３で発生する熱を箱体１外へ排出し、箱体１内の空気が高温になるのを抑制する。 The method (action) of using the cleaning device of the present invention described above will be described.
As shown in FIG. 1, the pump 2 is rotationally driven by the engine 3, and water W (cleaning water) is injected from the injection nozzle 9 at the tip of the cleaning gun 8. Under this pump operating state, tap water is supplied to the tank 4 from the water supply pipe 10. At this time, the water supply pipe 10 receives the radiant heat (radiant heat) from the high temperature portion 3A of the engine 3 to the spiral pipe portion 15 approaching and opposed to the high temperature portion 3A, and the tap water flowing through the spiral pipe portion 15 rises. Tap water flows into the tank 4 while absorbing heat depending on the temperature. That is, the water supply pipe 10 recovers heat (atmospheric heat) from the periphery of the engine 3 and conveys the amount of heat to the tank 4 together with tap water. The amount of heat stored together with the water W in the tank 4 is exhausted by the injection of the water W (washing water) from the washing gun 8. In this way, the heat generated by the engine 3 with the operation of the pump 2 is discharged to the outside of the box body 1 to suppress the temperature of the air inside the box body 1 from becoming high.

図２に示すように、箱体１の外部から開口孔部１４を通過した風Ｚが、エンジン３の吸気口やフィン３１に向けて吹き込んで、エンジン３を冷却する。給水管１０（螺旋状パイプ部１５）は、外側から内側への風通しが良く、風Ｚの流れを遮ることなく、箱体１外部から取り込んだ比較的低温の空気が、風Ｚに乗ってスムーズにエンジン３の吸気口やフィン３１に供給される。 As shown in FIG. 2, the wind Z that has passed through the opening hole 14 from the outside of the box body 1 blows toward the intake port and the fin 31 of the engine 3 to cool the engine 3. The water supply pipe 10 (spiral pipe portion 15) has good ventilation from the outside to the inside, and relatively low-temperature air taken in from the outside of the box 1 is smoothly carried on the wind Z without blocking the flow of the wind Z. It is supplied to the intake port of the engine 3 and the fin 31 .

以上のように、本発明に係る洗浄装置は、水道水が外部から供給される貯水用タンク４と、該タンク４内の水Ｗを外部の洗浄ガン８に圧送するポンプ２と、該ポンプ２を回転駆動するエンジン３とを、箱体１内に設けた洗浄装置に於て、上記タンク４に水道水を供給する給水管１０が、上記エンジン３の少なくとも高温部位３Ａに接近状に対向して配設されているので、外部からタンク４に供給される水道水が給水管１０に流れることで、エンジン３の高温部位３Ａから熱を奪って、洗浄ガン８からの水Ｗの噴射によって排熱できる。エンジン３のオーバーヒートを防止でき、かつ、エンジンオイルの寿命を延ばすことができる。ラジエータが不要で、簡素な構造で、コストを低減できる。自動車等の洗浄に使用するための水Ｗを利用して、エンジン３の高温部位３Ａを冷却でき、無駄が無い。 As described above , the cleaning device according to the present invention includes a water storage tank 4 to which tap water is supplied from the outside, a pump 2 that pumps water W in the tank 4 to an external cleaning gun 8, and the pump. In the cleaning device provided in the box body 1 with the engine 3 for driving the rotation of 2, the water supply pipe 10 for supplying tap water to the tank 4 faces at least the high temperature portion 3A of the engine 3 in an approaching manner. Since tap water supplied to the tank 4 from the outside flows to the water supply pipe 10, heat is taken from the high temperature portion 3A of the engine 3 and the water W is injected from the cleaning gun 8. You can exhaust heat. Overheating of the engine 3 can be prevented, and the life of the engine oil can be extended. No radiator is required, the structure is simple, and the cost can be reduced. The high temperature portion 3A of the engine 3 can be cooled by using the water W used for cleaning an automobile or the like, and there is no waste.

また、上記ポンプ２が回転するポンプ稼働状態下で、上記高温部位３Ａの熱を、上記給水管１０を流れる水道水の昇温によって吸収して、上記タンク４に供給されると共に、該タンク４内の水Ｗが上記洗浄ガン８から噴射されて、上記箱体１内の空気が高温となるのを抑制するように構成されているので、高温部位３Ａの放射熱（輻射熱）を、給水管１０の高温部位３Ａに対向する部位（螺旋状パイプ部１５）にて確実に受けて、エンジン３の周囲から熱（雰囲気熱）を取り除くことができる。タンク４に水Ｗと共に蓄えられた熱量を、洗浄ガン８から水Ｗ（洗浄水）の噴射によって、箱体１の外部へ排出できる。 Further, under the operating state of the pump in which the pump 2 rotates, the heat of the high temperature portion 3A is absorbed by the temperature rise of the tap water flowing through the water supply pipe 10 and supplied to the tank 4 and the tank 4 is also supplied. Since the water W inside is ejected from the cleaning gun 8 and is configured to suppress the temperature of the air inside the box 1 from becoming high, the radiant heat (radiant heat) of the high temperature portion 3A is transferred to the water supply pipe. The heat (atmospheric heat) can be removed from the periphery of the engine 3 by reliably receiving the heat at the portion (spiral pipe portion 15) facing the high temperature portion 3A of 10. The amount of heat stored together with the water W in the tank 4 can be discharged to the outside of the box 1 by injecting the water W (washing water) from the washing gun 8.

また、上記給水管１０は、上記エンジン３の上記高温部位３Ａに包囲状に配設された螺旋状パイプ部１５を有しているので、エンジン３の高温部位３Ａから放射熱（輻射熱）を受けて、効率よく熱を回収することができる。 Further, since the water supply pipe 10 has a spiral pipe portion 15 arranged in a surrounding shape around the high temperature portion 3A of the engine 3, radiant heat (radiant heat) is received from the high temperature portion 3A of the engine 3. Therefore, heat can be efficiently recovered.

１ 箱体
２ ポンプ
３ エンジン
３Ａ 高温部位
４ タンク
８ 洗浄ガン
１０ 給水管
１５ 螺旋状パイプ部
Ｗ 水 1 Box 2 Pump 3 Engine 3A High temperature part 4 Tank 8 Cleaning gun 10 Water supply pipe 15 Spiral pipe part W Water

Claims (1)

水道水が外部から供給される貯水用タンク（４）と、該タンク（４）内の水（Ｗ）を外部の洗浄ガン（８）に圧送するポンプ（２）と、該ポンプ（２）を回転駆動するエンジン（３）とを、箱体（１）内に設けた洗浄装置に於て、
上記タンク（４）に水道水を供給する給水管（１０）は、上記エンジン（３）の少なくとも高温部位（３Ａ）とは直に接することなくかつ高温部位（３Ａ）に接近対向して包囲状に配設された螺旋状パイプ部（１５）を有し、上記ポンプ（２）が回転するポンプ稼働状態下で、上記高温部位（３Ａ）からの放射熱を、該高温部位（３Ａ）に接近対向した上記螺旋状パイプ部（１５）によって、受け、該螺旋状パイプ部（１５）を流れる水道水の昇温によって熱量を吸収して、該水道水をタンク（４）に供給すると共に、
上記ポンプ（２）は、該タンク（４）内の水（Ｗ）を、上記洗浄ガン（８）に圧送して該洗浄ガン（８）から噴射させて、
上記箱体（１）内の空気が高温となるのを抑制するように構成した
ことを特徴とする洗浄装置。
A water storage tank (4) to which tap water is supplied from the outside, a pump (2) for pumping the water (W) in the tank (4) to an external cleaning gun (8), and the pump (2). In the cleaning device provided in the box body (1), the engine (3) driven by rotation is installed.
The water supply pipe (10) that supplies tap water to the tank (4) does not come into direct contact with at least the high temperature portion (3A) of the engine (3) and is surrounded by the high temperature portion (3A). It has a spiral pipe portion (15) disposed in the above, and under the operating state of the pump in which the pump (2) rotates, the radiated heat from the high temperature portion (3A) approaches the high temperature portion (3A). The tap water is received by the opposed spiral pipe portion (15), absorbs heat by raising the temperature of the tap water flowing through the spiral pipe portion (15), and supplies the tap water to the tank (4) .
The pump (2) pumps the water (W) in the tank (4) to the cleaning gun (8) and injects it from the cleaning gun (8) .
A cleaning device characterized in that it is configured to suppress the temperature of the air in the box body (1) from becoming high.
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JP7018639B2 true JP7018639B2 (en) 2022-02-14

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CN110180813A (en) * 2019-04-15 2019-08-30 苏州爱拓玛机械科技有限公司 Lifting cleaning device inside and outside a kind of rail traffic traction electric machine shell
CN110882984A (en) * 2019-11-28 2020-03-17 盐城服务业集聚区投资有限公司 Commodity circulation goods shelves belt cleaning device

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JP2016138530A (en) 2015-01-29 2016-08-04 コスモテック株式会社 Power system

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JP2016138530A (en) 2015-01-29 2016-08-04 コスモテック株式会社 Power system

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