JP6185692B2 - Electric heating device for pressurized fluid - Google Patents

Electric heating device for pressurized fluid Download PDF

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JP6185692B2
JP6185692B2 JP2011197057A JP2011197057A JP6185692B2 JP 6185692 B2 JP6185692 B2 JP 6185692B2 JP 2011197057 A JP2011197057 A JP 2011197057A JP 2011197057 A JP2011197057 A JP 2011197057A JP 6185692 B2 JP6185692 B2 JP 6185692B2
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pressurized fluid
pipe
nozzle
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fluid
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國光 井上
國光 井上
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Description

本発明は、加熱管内を通過する水、空気等の加圧流体の電気加熱装置に関する。   The present invention relates to an electric heating device for pressurized fluid such as water and air passing through a heating pipe.

従来、この種の水、空気等の加圧流体の電気加熱装置には、本願出願人が発明した特許第２５３９６８６号の筒形電熱器があって、高圧蒸気洗浄機、金属、合成樹脂等のスポット加熱管の業界に貢献してきたが、更に、短時間に熱効率よく高温加熱するものを期待する要望があり、本発明は、これに対応して改良することに成功した。   Conventionally, in this type of electric heating device for pressurized fluid such as water and air, there is a cylindrical electric heater of Patent No. 2539686 invented by the applicant of the present application, such as a high-pressure steam cleaning machine, metal, synthetic resin Although it has contributed to the spot heating tube industry, there is a further demand for expecting high-temperature heating efficiently in a short time, and the present invention has succeeded in improving it.

特許第２５３９６８６号公報Japanese Patent No. 2539686

本発明は、熱効率を向上させ短時間に高温加圧流体を得るため、加熱管に電気抵抗加熱と電気誘導加熱とを併用した加圧流体の電気加熱装置を提供するものである。
また、本発明は、熱効率を向上させ短時間に高温加圧流体を得るため、被加熱物である水、空気等の加圧流体の加熱管内の通過に螺旋流動運動を加えた加圧流体の電気加熱装置を提供するものである。
さらに、本発明は、熱効率を向上させ短時間に高温加圧流体を得るため、本格的な流体加熱を行う前に、加圧流体の予熱と装置外周の断熱を行うことができる加圧流体の電気加熱装置を提供するものである。 The present invention provides an electrical heating device for pressurized fluid, which uses both electrical resistance heating and electrical induction heating in a heating tube in order to improve thermal efficiency and obtain a high-temperature pressurized fluid in a short time.
In addition, the present invention improves the heat efficiency and obtains a high-temperature pressurized fluid in a short time. An electric heating device is provided.
Furthermore, in order to improve the thermal efficiency and obtain a high-temperature pressurized fluid in a short time, the present invention provides a pressurized fluid that can preheat the pressurized fluid and insulate the outer periphery of the device before full-scale fluid heating. An electric heating device is provided.

本発明の加圧流体の電気加熱装置は、上記課題を達成するため、図示するように、請求項１の発明は、内筒１１と外筒１２とからなる金属筒１０の前記内筒１１と、前記外筒１２との間に、電気発熱線２１を巻回した耐火性電気絶縁性ボビン２０を挿入すると共に、前記外筒１２と前記ボビン２０との間、及び前記内筒１１と前記ボビン２０との間に、粉粒状耐火材２２を強圧縮充填した電気抵抗加熱部Ａと、前記金属筒１０の内筒１１の内周面に密着するように嵌入した、耐火金属製であって、管内に水、空気等の加圧流体を、流体流入孔３１から流入してノズル３２先端から流出できるようにしたノズル管３０と、前記ノズル管３０の管内に、耐熱金属棒コア４０を設け、前記耐熱金属棒コア４０の外周面に、前記加圧流体を、前記流体流入孔３１から前記ノズル３２先端方向に向って螺旋状に流動させて噴出できるようにしたフィン形成物５０を固着したものを密着挿入したものとからなる電磁誘導加熱部Ｂとを備え、前記ノズル３２先端から前記加圧流体を熱効率よく短時間で高温加圧流体として噴出できるようにしたものである。
また、本発明の水、空気等の加圧流体の電気加熱装置は、上記課題を達成するため、図示するように、請求項２の発明は、内筒１１と外筒１２とからなる金属筒１０の前記内筒１１と前記外筒１２との間に、電気発熱線２１を巻回した耐火性ボビン２０を挿入すると共に、前記外筒１２と前記ボビン２０との間、及び前記内筒１１と前記ボビン２０との間に、粉粒状耐火材２２を強圧縮充填した電気抵抗加熱部Ａと、前記金属筒１０の内筒１１の内周面に密着するように嵌入した、耐火金属製であって、管内に水、空気等の加圧流体を流体流入孔３１から流入してノズル３２先端から流出できるようにしたノズル管３０と、前記ノズル管３０の管内に、耐熱金属棒コア４０を設け、前記耐熱金属棒コア４０の外周面に、前記加圧流体を、前記流体流入孔３１から前記ノズル３２先端方向に向って螺旋状に流動させて噴出できるようにしたフィン形成物５０を固着したものを密着挿入したものとからなる電磁誘導加熱部Ｂと、前記金属筒１０の外筒１２の外周面に密接に巻回した前記加圧流体の流通管であって、前記加圧流体の流体供給孔６１から流入させて前記ノズル管３０の流体流入孔３１に流入できるようにした予熱管兼断熱管６０とを備え、前記ノズル３２先端から前記加圧流体を熱効率よく短時間で高温加圧流体として噴出できるようにしたものである。
本発明においては、特許第２５３９６８６号の筒形電熱器と同様に電気絶縁度及び耐電圧に優れ、熱伝導度がよい電気抵抗加熱部Ａと、電気抵抗加熱部Ａで使用した電気発熱線２１のコイル巻きを利用すると共に、金属製ノズル管３０及び耐熱金属棒コア４０、（フィン形成物５０が金属の場合は電磁誘導加熱される）による電磁誘導加熱部Ｂとにより加圧流体は電気加熱される。 In order to achieve the above object, the pressurized fluid electric heating apparatus according to the present invention includes, as shown in the figure, the inner cylinder 11 of the metal cylinder 10 including the inner cylinder 11 and the outer cylinder 12. The fire-resistant electrically insulating bobbin 20 around which the electric heating wire 21 is wound is inserted between the outer cylinder 12 and the outer cylinder 12 and the bobbin 20 and between the inner cylinder 11 and the bobbin. 20 between the electric resistance heating part A strongly compressed and filled with the granular refractory material 22 and the inner peripheral surface of the inner cylinder 11 of the metal cylinder 10, and made of refractory metal, A nozzle pipe 30 that allows pressurized fluid such as water and air to flow into the pipe from the fluid inflow hole 31 and out of the tip of the nozzle 32, and a heat-resistant metal rod core 40 is provided in the pipe of the nozzle pipe 30; The pressurized fluid is applied to the outer peripheral surface of the refractory metal rod core 40 with the fluid. An electromagnetic induction heating section B comprising a tightly inserted fin-formed product 50 that can be ejected by spirally flowing from the inlet 31 toward the tip of the nozzle 32, and the nozzle The pressurized fluid can be ejected from the tip of 32 as a hot pressurized fluid in a short time with high thermal efficiency.
In order to achieve the above object, the electric heating device for pressurized fluid such as water and air according to the present invention has a metal cylinder comprising an inner cylinder 11 and an outer cylinder 12 as shown in the figure. The fireproof bobbin 20 around which the electric heating wire 21 is wound is inserted between the inner cylinder 11 and the outer cylinder 12, and between the outer cylinder 12 and the bobbin 20, and the inner cylinder 11. Made of refractory metal, which is fitted between the electric resistance heating part A, which is strongly compressed and filled with a granular refractory material 22, and the inner peripheral surface of the inner cylinder 11 of the metal cylinder 10. A nozzle pipe 30 that allows a pressurized fluid such as water or air to flow into the pipe from the fluid inlet hole 31 and flow out from the tip of the nozzle 32, and a refractory metal rod core 40 is placed in the pipe of the nozzle pipe 30. Providing the pressurized fluid to the outer peripheral surface of the heat-resistant metal rod core 40, An electromagnetic induction heating unit B including a member to which a fin formation 50 fixed to be able to be ejected by being spirally flowed from the body inflow hole 31 toward the tip of the nozzle 32 is inserted; and the metal cylinder The pressurized fluid circulation pipe is tightly wound around the outer peripheral surface of the outer cylinder 12, and can flow from the fluid supply hole 61 of the pressurized fluid into the fluid inflow hole 31 of the nozzle pipe 30. The preheating pipe / heat insulation pipe 60 is provided, and the pressurized fluid can be ejected from the tip of the nozzle 32 as a high-temperature pressurized fluid in a short time with high thermal efficiency.
In the present invention, like the cylindrical electric heater of Japanese Patent No. 2539686, the electric resistance heating unit A having excellent electrical insulation and withstand voltage and good thermal conductivity, and the electric heating wire 21 used in the electric resistance heating unit A In addition, the pressurized fluid is electrically heated by the metal nozzle tube 30 and the heat-resistant metal rod core 40, and the electromagnetic induction heating part B by the electromagnetic induction heating part B (if the fin formation 50 is a metal). Is done.

本発明は、電気抵抗加熱部Ａと電磁誘導加熱部Ｂによる電気加熱と、ノズル管３０内をノズル３２先端に向って通過加熱される水、空気等の加圧流体の螺旋流動により、被加熱物の流体は、短時間に熱効率よく高温加熱されてノズル先端から噴出されることになる。また、これらに加えて加圧流体の予熱管６０を併用すれば加圧流体はさらに熱効率よく高温加熱されることになる。   The present invention is heated by electrical heating by the electric resistance heating unit A and the electromagnetic induction heating unit B, and by spiral flow of pressurized fluid such as water or air that is heated through the nozzle tube 30 toward the tip of the nozzle 32. The physical fluid is heated at a high temperature in a short time with high thermal efficiency and ejected from the nozzle tip. In addition to these, if a preheating pipe 60 for pressurized fluid is used in combination, the pressurized fluid is heated at a high temperature more efficiently.

本発明の実施例を断面図的に示した原理説明図である。It is principle explanatory drawing which showed the Example of this invention in sectional drawing. 本発明の別の実施例を断面図的に示した原理説明図である。It is principle explanatory drawing which showed another Example of this invention in sectional drawing.

本発明の好ましい形態が実施例１及び実施例２に記載される。   Preferred forms of the invention are described in Example 1 and Example 2.

本発明の水、空気等の加圧流体の電気加熱装置の実施例１の原理説明図が図１に示されている。
本発明実施例１の水、空気等の加圧流体の電気加熱装置は、電気抵抗加熱部Ａと電磁誘導加熱部Ｂと加圧流体の螺旋運動による加熱ができるフィン螺旋形成物５０とから構成されている。
電気抵抗加熱部Ａは、金属筒１０と、ボビン２０と、電気発熱線２１と、耐火性で電気絶縁性の粉粒状酸化マグネシヤ２２からなる。
金属筒１０は、ステンレス製で内筒１１と外筒１２とからなる。
ボビン２０は、耐火性の酸化マグネシヤ製で、ニクロム線等の公知の電気発熱線２１がコイル状に巻回されている。
電気発熱線２１を巻回したボビン２０は、外筒１２との間、内筒１１との間に挿入されて、耐火性及び電気絶縁性の粉粒状酸化マグネシヤが強圧縮されて充填されている。
電磁誘導加熱部Ｂは、ステンレス製ノズル管３０と耐熱性磁性金属製丸棒状コア４０とフィン螺旋形成物５０とを備えている。
ノズル管３０は、管後部の流体流入孔３１から加圧流体を流入させてノズル３２先端から流出できるように形成されている。
コア４０は、ボビン２０にコイル状に巻回された電気発熱線２１を電磁コイルとして利用して発熱するもので、ノズル管３０にコア４０に巻かれたフィン螺旋形成物５０を介して固着される。
フィン螺旋形成物５０は、ニッケル又はアルミニウム等の耐熱金属製でコア４０と同様に電磁誘導加熱により発熱する。
また、フィン螺旋形成物５０は、ノズル管３０内のコアに固着されると共に、ノズル管３０内に密着挿入されて、ノズル管３０内を流体流入孔３１からノズル３２先端まで通過する加圧流体に螺旋流動運動をもたらして熱効率をさらに向上させて高温加熱するものである。
従って、本発明実施例１の水、空気等の加圧流体の電気加熱装置は、加圧流体の熱効率を飛躍的に向上させてノズル３２から短時間に高温噴出される。 FIG. 1 shows a principle explanatory diagram of Embodiment 1 of an electric heating apparatus for pressurized fluid such as water and air according to the present invention.
The electric heating apparatus for pressurized fluid such as water and air according to the first embodiment of the present invention includes an electrical resistance heating section A, an electromagnetic induction heating section B, and a fin spiral formation 50 capable of heating by spiral movement of the pressurized fluid. Has been.
The electric resistance heating unit A includes a metal cylinder 10, a bobbin 20, an electric heating wire 21, and a refractory and electrically insulating granular oxide oxide 22.
The metal cylinder 10 is made of stainless steel and includes an inner cylinder 11 and an outer cylinder 12.
The bobbin 20 is made of fire-resistant magnesium oxide, and a known electric heating wire 21 such as a nichrome wire is wound in a coil shape.
The bobbin 20 around which the electric heating wire 21 is wound is inserted between the outer cylinder 12 and the inner cylinder 11 and is filled with refractory and electrically insulating powdered granular oxide oxide. .
The electromagnetic induction heating unit B includes a stainless steel nozzle tube 30, a heat-resistant magnetic metal round bar-shaped core 40, and a fin spiral formed product 50.
The nozzle tube 30 is formed so that a pressurized fluid can flow in from a fluid inflow hole 31 at the rear of the tube and flow out from the tip of the nozzle 32.
The core 40 generates heat using the electric heating wire 21 wound around the bobbin 20 in a coil shape as an electromagnetic coil, and is fixed to the nozzle tube 30 via a fin spiral formation 50 wound around the core 40. The
The fin helix formation 50 is made of a heat-resistant metal such as nickel or aluminum, and generates heat by electromagnetic induction heating in the same manner as the core 40.
Further, the fin spiral formation 50 is fixed to the core in the nozzle tube 30 and is closely inserted into the nozzle tube 30 so as to pass through the nozzle tube 30 from the fluid inflow hole 31 to the tip of the nozzle 32. Is heated at a high temperature by causing a spiral flow motion to further improve thermal efficiency.
Therefore, the electric heating apparatus for pressurized fluid such as water and air according to the first embodiment of the present invention can be jetted out of the nozzle 32 at a high temperature in a short time while dramatically improving the thermal efficiency of the pressurized fluid.

本発明の水、空気等の加圧流体の電気加熱装置の実施例２の原理説明図が図２に示されている。
本発明実施例２の水、空気等の加圧流体の電気加熱装置は、電気抵抗加熱部Ａと、電磁誘導加熱部Ｂと、加圧流体の螺旋流動運動による加熱ができるフィン螺旋形成物５０と、加圧流体の予熱管兼断熱管６０とから構成されている。
電気抵抗加熱部Ａと電磁誘導加熱部Ｂとフィン螺旋形成物５０とは、実施例１と同じであるので詳細説明は省略する。
加圧流体の予熱管兼断熱管６０は、管６０の流体供給孔６１から加圧流体を流入させてノズル管３０の流体流入孔３１に予熱された加圧流体を流入させるもので、電気加熱部Ａの外周の断熱管も兼ねている。
従って、本実施例の水、空気等の加圧流体の電気加熱装置は、流体の予熱ができるので、実施例１の電気加熱装置より更に熱効率を向上させて短時間に高温加圧流体をノズル３２先端から噴出させることができる。 FIG. 2 shows a principle explanatory diagram of Embodiment 2 of the electric heating apparatus for pressurized fluid such as water and air according to the present invention.
The electric heating apparatus for pressurized fluid such as water and air according to the second embodiment of the present invention includes an electrical resistance heating unit A, an electromagnetic induction heating unit B, and a fin spiral formation 50 capable of heating by spiral flow motion of the pressurized fluid. And a preheated and heat insulating tube 60 for pressurized fluid.
Since the electrical resistance heating part A, the electromagnetic induction heating part B, and the fin spiral formation 50 are the same as those in the first embodiment, detailed description thereof is omitted.
The pressurized fluid preheating pipe / heat insulating pipe 60 is a pipe that allows the pressurized fluid to flow from the fluid supply hole 61 of the pipe 60 and allows the preheated pressurized fluid to flow into the fluid inlet hole 31 of the nozzle pipe 30. It also serves as a heat insulating pipe on the outer periphery of the part A.
Therefore, the electric heating device for pressurized fluid such as water and air of the present embodiment can preheat the fluid, so that the thermal efficiency is further improved compared with the electric heating device of the first embodiment, and the high temperature pressurized fluid is nozzled in a short time. 32 can be ejected from the tip.

本発明の水、空気等の加圧流体の電気加熱装置は、製作容易で量産できる。   The electric heating apparatus for pressurized fluid such as water and air according to the present invention can be easily manufactured and mass-produced.

１０ 金属筒
１１ 内筒
１２ 外筒
２０ ボビン
２１ 電気発熱線
２２ 粉粒状耐火材
Ａ 電気抵抗加熱部
３０ ノズル管
３１ 流体流入孔
３２ ノズル
４０ 金属製丸棒状コア
５０ フィン螺旋形成物
Ｂ 電磁誘導加熱部
６０ 流体予熱管兼断熱管
６１ 流体供給孔 DESCRIPTION OF SYMBOLS 10 Metal cylinder 11 Inner cylinder 12 Outer cylinder 20 Bobbin 21 Electric heating wire 22 Powdered refractory material A Electrical resistance heating part 30 Nozzle pipe 31 Fluid inflow hole 32 Nozzle 40 Metal round rod-shaped core 50 Fin spiral formation B Electromagnetic induction heating part 60 Fluid preheating pipe / heat insulation pipe 61 Fluid supply hole

Claims (2)

内筒と外筒とからなる金属筒の前記内筒と、前記外筒との間に、電気発熱線を巻回した耐火性電気絶縁性ボビンを挿入すると共に、前記外筒と前記ボビンとの間、及び前記内筒と前記ボビンとの間に、粉粒状耐火材を強圧縮充填した電気抵抗加熱部と、前記金属筒の内筒の内周面に密着するように嵌入した、耐火金属製であって、管内に加圧流体を、流体流入孔から流入してノズル先端から流出できるようにしたノズル管と、前記ノズル管の管内に、前記加圧流体を、前記流体流入孔から前記ノズル先端方向に向って螺旋状に流動させて噴出できるようにした、アルミニウム製のフィン形成物を外周面に固着した耐熱金属棒コアを密着挿入したものとからなる電磁誘導加熱部とを備え、前記電磁誘導加熱部においては、前記コアが前記電気発熱線を電磁コイルとして利用して発熱するものであり、前記ノズル先端から前記加圧流体を熱効率よく短時間で高温加圧流体として噴出できるようにしたことを特徴とした加圧流体の電気加熱装置。 Between the inner cylinder and the outer cylinder of a metal cylinder composed of an inner cylinder and an outer cylinder, a refractory electrically insulating bobbin around which an electric heating wire is wound is inserted, and between the outer cylinder and the bobbin And between the inner cylinder and the bobbin, an electric resistance heating part strongly compressed and filled with a granular refractory material , and a metal made of refractory metal so as to be in close contact with the inner peripheral surface of the inner cylinder of the metal cylinder A nozzle pipe configured to allow pressurized fluid to flow into the pipe from the fluid inflow hole and out of the nozzle tip; and into the pipe of the nozzle pipe , the pressurized fluid from the fluid inflow hole to the nozzle. An electromagnetic induction heating unit comprising a heat-resistant metal rod core in which an aluminum fin formed article is firmly attached to an outer peripheral surface, which is made to flow in a spiral shape toward the tip direction and can be ejected, and In the electromagnetic induction heating unit, the core is the electric generator. An apparatus for electrically heating a pressurized fluid, wherein a wire is used as an electromagnetic coil to generate heat, and the pressurized fluid can be ejected from the tip of the nozzle as a high-temperature pressurized fluid in a short time with high thermal efficiency. . 前記金属筒の外筒の外周面に密接に巻回した前記加圧流体の流通管であって、前記加圧流体を流体供給孔から流入させて前記ノズル管の流体流入孔に流入できるようにした予熱管兼断熱管を備えたことを特徴とした請求項１に記載の加圧流体の電気加熱装置。
 The pressurized fluid circulation pipe wound tightly around the outer peripheral surface of the outer cylinder of the metal cylinder so that the pressurized fluid can flow from the fluid supply hole and flow into the fluid inlet hole of the nozzle pipe electrical heating device of pressurized fluid according to claim 1, that was characterized by having a the preheating pipe and heat-insulated pipe.
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