JP3171574U

JP3171574U - Steam processing equipment

Info

Publication number: JP3171574U
Application number: JP2011003300U
Authority: JP
Inventors: 高田　功一; 功一高田
Original assignee: 高田　功一; 功一高田
Priority date: 2011-05-26
Filing date: 2011-05-26
Publication date: 2011-11-10
Anticipated expiration: 2021-05-26

Abstract

【課題】簡単な構造の装置を用い、蒸気発生源から発生する蒸気の一部を装置内で復水させ、排水し、排出する蒸気の量の減少を目的とする蒸気処理装置を提供する。【解決手段】外周に一定の高さの壁面を形成した吸引口２を底面に備え、該吸引口の並びに、復水して落下した水を排水する排水口３を備える。上昇する蒸気の流れに沿って、上部左右に該蒸気を排気する排気口１を備え、さらに該蒸気を復水させる空間を構成する壁面の形成において、上面にあたる壁面の形状を山形にする。【選択図】図１Provided is a steam processing apparatus for reducing the amount of steam discharged by using a device having a simple structure to condense, drain and discharge a part of steam generated from a steam generation source. A suction port 2 having a wall surface of a constant height on the outer periphery is provided on the bottom surface, and a drain port 3 for draining water that has been condensed and dropped is provided along with the suction port. In the formation of the wall surface constituting the space for condensing the steam, the exhaust port 1 for exhausting the steam is provided on the upper left and right along the flow of the rising steam, and the shape of the wall surface corresponding to the upper surface is a mountain shape. [Selection] Figure 1

Description

本考案は、蒸気発生源から排出される蒸気を取り込み、蒸気の一部を復水させる空間を設け、排出する蒸気の量を減少させる蒸気処理装置に関する。The present invention relates to a steam processing apparatus that takes in steam discharged from a steam generation source, provides a space for condensing part of the steam, and reduces the amount of steam discharged.

たとえば、スチームコンベクションオーブンや自動洗浄機など、蒸気の発生する機器の排出蒸気の処理は、機器本体に処理機能を設けたものもあるが、それらの機器を含めても、排気蒸気の処理は完全とはいいがたい。更に厨房の多くが構造上の問題や、排気・空調設備のイニシャル及びランニングコストの問題、さらにエコロジーの点からも換気量の抑制が求められること等から、適切な換気量が取れないまま放置されていることが多い。そのため、排出された蒸気は換気装置によって室外に排出される前に、室内で結露し、湿気の原因となる場合が多い。For example, there are some equipment that has a processing function for the steam generated from equipment that generates steam, such as a steam convection oven or an automatic washing machine. It's hard to say. In addition, many kitchens are left without proper ventilation because of structural problems, initial and running costs of exhaust and air conditioning equipment, and the need to reduce ventilation from the viewpoint of ecology. There are many. For this reason, the discharged steam is often condensed in the room before being exhausted to the outside by the ventilator, resulting in moisture.

簡単な構造の装置を用い、蒸気発生源から発生する蒸気の一部を装置内で復水させ、排水し、排出する蒸気の量の減少を目的とする蒸気処理装置を提供する。Provided is a steam processing apparatus which uses an apparatus having a simple structure, condenses a part of steam generated from a steam generation source in the apparatus, drains it, and reduces the amount of steam to be discharged.

本考案は上記課題を解決する為に以下の考案を提供する。The present invention provides the following devices in order to solve the above problems.

蒸気発生源の蒸気排気口に接続し、取り入れた蒸気の一部を復水させる空間を設けて、排出する蒸気の量を減少させるための蒸気処理装置であって、該蒸気を取り入れる吸引口と該蒸気を排気する排気口、復水した水を排水する為の排水口とを備え、該蒸気を復水させる空間を構成する壁面の形成において、上面にあたる壁面の形状を山形にすることを特徴とする蒸気処理装置である。A steam treatment apparatus for reducing the amount of steam to be discharged by providing a space for condensing a part of the taken-in steam connected to a steam exhaust port of a steam generation source, comprising a suction port for taking in the steam An exhaust port for exhausting the steam and a drain port for draining the condensed water, and in forming the wall surface constituting the space for condensing the steam, the shape of the wall surface corresponding to the upper surface is a mountain shape It is a steam processing apparatus.

蒸気発生源から排出される蒸気を、本考案の蒸気処理装置を通過させることにより蒸気の一部を復水させ、排出する蒸気の量を減少させることができる。By passing the steam discharged from the steam generation source through the steam processing device of the present invention, a part of the steam can be condensed, and the amount of the discharged steam can be reduced.

本考案は蒸気発生源の蒸気排気口に接続し、発生する蒸気の一部を壁面への接触による結露により復水させ排水し、排気口より排出される蒸気の量を減少させる為の蒸気処理装置である。蒸気発生源としては、加熱調理気、食器洗浄器等の厨房内設備が上げられるが、これらに限定されない。The present invention is connected to the steam exhaust port of the steam generation source, condenses and drains a part of the generated steam by condensation due to contact with the wall surface, and steam treatment to reduce the amount of steam discharged from the exhaust port Device. Examples of the steam generation source include, but are not limited to, cooking equipment and kitchen equipment such as a dishwasher.

本考案の蒸気処理装置は、該蒸気を吸引口から取り入れ、該蒸気の通過する空間において該蒸気と壁面との接触により結露させる。The steam treatment apparatus of the present invention takes in the steam from the suction port, and causes condensation in the space through which the steam passes by contact between the steam and the wall surface.

そして、該蒸気を復水させる空間を構成する壁面の形成においては、結露した水が、効率よく排水口へ流れるように上面にあたる壁面の形状を山形にする。And in the formation of the wall surface constituting the space for condensing the steam, the shape of the wall surface corresponding to the upper surface is made into a mountain shape so that the condensed water flows efficiently to the drain outlet.

本考案の実施の形態を図面に基づいて詳細に説明する、図１は本考案の実施形態を示す斜視図である。蒸気発生源の蒸気排気口と接続する吸引口（２）を底面に、蒸気を排気する排気口（１）を上部左右に、復水した水を排水する為の排水口（３）を底面の吸引口（２）の並びに構成し、吸引口（２）は外周に一定の高さの壁面を形成する。
図２は本考案の蒸気と復水した水の流れを示した模式図である。吸引口（２）より取り込まれた蒸気は、上昇気流により上部に流れ、壁面に接触することで結露する。山形に形成された上部面に結露した水は、そのまま山形の谷部まで流れ、さらに側面を伝って底部へ落ちる。このように復水した水は、蒸気吸引口（２）に落ちることなく、壁面を伝って底部に溜まり、排水口より排水される。蒸気の一部はそのまま排気口（１）より排気されるが、蒸気の減少は多く、室内の結露を防止することが出来る。An embodiment of the present invention will be described in detail with reference to the drawings. FIG. 1 is a perspective view showing an embodiment of the present invention. The suction port (2) connected to the steam exhaust port of the steam generation source is on the bottom, the exhaust port (1) for exhausting steam is on the top left and right, and the drain port (3) for draining the condensed water is on the bottom The suction port (2) is arranged in series, and the suction port (2) forms a wall surface having a constant height on the outer periphery.
FIG. 2 is a schematic diagram showing the flow of steam and condensed water according to the present invention. The vapor taken in from the suction port (2) flows upward by the ascending current and is condensed by contacting the wall surface. The water condensed on the upper surface formed in the Yamagata flows as it is to the valley of the Yamagata, and further falls along the side surface to the bottom. The water thus condensed does not fall into the steam suction port (2), accumulates on the bottom through the wall surface, and is drained from the drain port. A part of the steam is exhausted as it is from the exhaust port (1), but the steam is greatly reduced, and indoor condensation can be prevented.

本考案の実施形態を示す斜視図 The perspective view which shows embodiment of this invention 本考案の蒸気と復水した水の流れを示した模式図 Schematic diagram showing the flow of steam and condensed water of the present invention 本考案の使用状態の一例を表した参考斜視図 Reference perspective view showing an example of the usage state of the present invention

１は排気口
２は吸引口
３は排水口
Ａは本考案
Ｂは蒸気発生機器
Ｃは排水管1 is an exhaust port 2 is a suction port 3 is a drain port A is the present invention B is a steam generator C is a drain pipe

Claims

A steam treatment apparatus for reducing the amount of steam to be discharged by providing a space for condensing a part of the taken-in steam connected to a steam exhaust port of a steam generation source, comprising a suction port for taking in the steam An exhaust port for exhausting the steam, and a drain port for draining the condensate water, and in forming the wall surface that constitutes the space for condensing the steam, the shape of the wall surface corresponding to the upper surface is a mountain shape Features steam processing equipment