JPS6238568Y2 - - Google Patents

Description

【考案の詳細な説明】 本考案は、美容椅子、理容椅子等に寝かすとか
座らせた被施術者の顔面に蒸気を噴き付けるよう
にしたスチーマーの蒸気噴出ノズルに係るもので
ある。[Detailed Description of the Invention] The present invention relates to a steam jetting nozzle of a steamer that sprays steam onto the face of a person to be treated lying or sitting on a beauty chair, a barber chair, or the like.

美容及び理容等のスチーマーは、第１図に示す
ように移動脚１上に蒸気発生缶装置２を設け、該
装置の側部等に回転可能な蒸気誘導管３を連結
し、該誘導管の先端部に、蒸気噴出ノズル５を突
出したエンド管４を連結し、蒸気誘導管３等の水
平角もしくは水平角を基準にした約30゜以内回転
よつて位置決めを行い、蒸気噴出ノズルを被施術
者の顔面とか頭髪などに向けるもので、蒸気噴出
ノズルまでに内部で生ずるドレンを除いて前記ノ
ズルからドレンが飛散しないようにしているが、
熱せられた微粒水滴の飛散を確実に防止できない
から、被施術者の顔面とか薄い着衣にかかつて班
点状の火傷を生じたり、或は熱い思いをさせる欠
点がある。 As shown in FIG. 1, a steamer for beauty and barbering uses a steam generating can device 2 on a movable leg 1, and a rotatable steam guide pipe 3 connected to the side of the device. An end pipe 4 with a steam jet nozzle 5 protruding is connected to the tip, and the steam guide pipe 3 is positioned at a horizontal angle or rotated within about 30 degrees based on the horizontal angle, and the steam jet nozzle is positioned to be treated. It is aimed at the person's face or hair, and is designed to prevent drainage from scattering from the nozzle, except for drainage generated internally up to the steam jet nozzle.
Since it is not possible to reliably prevent the hot fine water droplets from scattering, there is a drawback that spot-like burns may occur on the face or thin clothing of the subject, or they may make the subject feel hot.

本考案はかかる欠点を除くことを目的とするも
のである。 The present invention aims to eliminate such drawbacks.

第２、３図は本考案の要部の実施例を示したも
ので、エンド管４の内部に設けた隔壁８の中心か
ら突出した径の細い連結管９を、蒸気誘導管３の
内管６に挿入して回転自由な連結を施し、前記隔
壁８に設けたドレン抜孔１０を内管６の外側に詰
めた吸水体７に連通させる。エンド管４の隔壁８
と端壁の間を盲孔状の蒸気孔１１とし、該エンド
管の側面に蒸気孔１１に連通する挿入孔１２を穿
ち、該挿入孔１２には連結管８の管壁の延長をな
させた内向鍔１３を形成し、挿入孔１２の突き当
りにおいて蒸気孔１１の管壁に内向鍔の内径と等
しい内径の受け孔１４を設ける。 2 and 3 show an embodiment of the main part of the present invention, in which a connecting pipe 9 with a small diameter protruding from the center of the partition wall 8 provided inside the end pipe 4 is connected to the inner pipe of the steam guide pipe 3. 6 to provide a rotatable connection, and the drain hole 10 provided in the partition wall 8 is communicated with the water absorbing body 7 packed on the outside of the inner tube 6. Partition wall 8 of end pipe 4
A blind steam hole 11 is formed between the end wall and the end wall, and an insertion hole 12 that communicates with the steam hole 11 is bored in the side surface of the end pipe, and the insertion hole 12 is an extension of the pipe wall of the connecting pipe 8. An inward flange 13 is formed, and a receiving hole 14 having an inner diameter equal to the inner diameter of the inward flange is provided in the pipe wall of the steam hole 11 at the end of the insertion hole 12.

挿入孔１２は噴出管１５の一部を嵌めるもの
で、該噴出管１５は挿入孔１２の内径にほぼ等し
い外径の頭部１６と、該頭部１６の内部中心から
内向鍔１３を通つて受け孔１４に嵌まり、蒸気孔
１１に対して直交状になる少し細径の接続管１７
とにより構成し、頭部１６の一部と接続管１７の
一部との間に、前記のドレン抜孔１０に連通させ
るようにした第２ドレン抜孔１８を構成する。接
続管１７には内向鍔１３に緊密に嵌まるＯリング
１９を嵌める。接続管１７と頭部１６の内部中心
に両端を端壁２１，２２により塞がれた蒸気の誘
導孔２０を設ける。接続管１７には蒸気孔１１と
誘導孔２０とを連通する連通孔２３を穿つ。頭部
１６の側面には上向きの段形の噴出口２４を設け
て誘導孔２０と連通させ、該噴出孔２４の突き当
りに頭部１６の内面壁を抉つて誘導孔２０の一部
とした拡張部２５を設ける。噴出孔２４の外側端
の周部には頭部１６を削つた環溝２６を設け、そ
のさらに外周に拡径状の開放口２７を設け。該開
放口２７の外周壁に第２ドレン抜孔１８に通ずる
透孔２８を形成する。 The insertion hole 12 fits a part of the ejection pipe 15, and the ejection pipe 15 has a head 16 having an outer diameter approximately equal to the inner diameter of the insertion hole 12, and a head 16 that extends from the inner center of the head 16 through the inward flange 13. A connecting pipe 17 with a slightly smaller diameter that fits into the receiving hole 14 and is perpendicular to the steam hole 11
A second drain hole 18 is formed between a part of the head 16 and a part of the connecting pipe 17 and communicated with the drain hole 10 described above. An O-ring 19 that tightly fits into the inward collar 13 is fitted into the connecting pipe 17. A steam guide hole 20 whose both ends are closed by end walls 21 and 22 is provided at the center of the interior of the connecting pipe 17 and the head 16. A communication hole 23 is bored in the connecting pipe 17 to communicate the steam hole 11 and the guide hole 20. An upward step-shaped spout 24 is provided on the side surface of the head 16 and communicates with the guide hole 20, and the inner wall of the head 16 is scooped out at the end of the spout 24 to form a part of the guide hole 20. A section 25 is provided. An annular groove 26 formed by cutting the head 16 is provided around the outer end of the jet hole 24, and an enlarged-diameter opening 27 is further provided on the outer periphery of the annular groove 26. A through hole 28 communicating with the second drain hole 18 is formed in the outer peripheral wall of the opening 27.

噴出口２４には段部２４ａにより支持されるノ
ズル片２９を嵌める。該ノズル片２９の一端面の
中心には誘導孔２０内に突出する径の細い突部３
０を設け、他端面に皿状窪み３１を形成し、突部
３０と皿状窪みの中心間に蒸気噴出口３２を設け
る。 A nozzle piece 29 supported by a stepped portion 24a is fitted into the spout 24. At the center of one end surface of the nozzle piece 29 is a protrusion 3 with a narrow diameter that protrudes into the guide hole 20.
0, a dish-shaped depression 31 is formed on the other end surface, and a steam outlet 32 is provided between the center of the protrusion 30 and the dish-shaped depression.

本考案は、エンド管４の側周の挿入孔１２に噴
出管１５の接続管１７を挿入して頭部１６を上方
に突出し噴出口２４を側方に向けて使用するもの
であつて、この噴出管１５は回転が自由であるか
ら、連通口２３とエンド管４の蒸気孔１１との連
通が妨げられない範囲で自由に回転することがで
きて、蒸気発生缶装置２において発生した蒸気を
誘導孔２０を通つて蒸気噴出口２４から噴出させ
ることができる。しかして誘導孔２０は概ね上下
方向になり、該孔に入つた蒸気は直接に噴出口２
４から噴出することはなく、頭部の上端面（実施
例においては端壁２１）に突き当り、それから噴
出口２４に出るもので、該噴出口２４は誘導孔２
０内に突出する径の細い突部３０の中心に開口し
ているから、蒸気中に微小粒の熱水が混合してい
ることがあつても、突部３０の周りで分離させ、
自重により落下して、蒸気発生缶装置２に戻し、
再加熱されて蒸気になつてから再び誘導孔２０に
送られて来る。 The present invention is used by inserting the connecting pipe 17 of the ejection pipe 15 into the insertion hole 12 on the side circumference of the end pipe 4, protruding the head 16 upward, and directing the ejection port 24 to the side. Since the jet pipe 15 is free to rotate, it can freely rotate as long as the communication between the communication port 23 and the steam hole 11 of the end pipe 4 is not obstructed, and the steam generated in the steam generating can device 2 can be released. The steam can be ejected from the steam outlet 24 through the guide hole 20. Therefore, the guide hole 20 is generally vertically oriented, and the steam entering the hole is directly directed to the spout 2.
4, but hits the upper end surface of the head (end wall 21 in the embodiment) and then emerges from the jet nozzle 24, which is connected to the guide hole 2.
Since the opening is at the center of the narrow diameter protrusion 30 that protrudes into the steam, even if small particles of hot water are mixed in the steam, they will be separated around the protrusion 30.
It falls due to its own weight and returns to the steam generating can device 2,
After being reheated and turned into steam, it is sent to the induction hole 20 again.

蒸気誘導管３、エンド管４、噴出管１５などが
蒸気によつて充分に加熱されていない初期には、
ドレンを発生するが、そのときには蒸気噴出口３
２を被施術者に向けてはいず。該噴出口３２の孔
壁などを伝わつて出て来るドレンは、透孔２８、
第２ドレン抜孔１８、ドレン抜孔１０等を通つて
吸水体７により吸着される。 In the early stage when the steam guide pipe 3, end pipe 4, jet pipe 15, etc. are not sufficiently heated by steam,
Drain is generated, but at that time steam outlet 3
2 should not be directed towards the patient. The drain that comes out through the hole wall of the spout 32 flows through the through hole 28,
The water is absorbed by the water absorbing body 7 through the second drain hole 18, the drain hole 10, etc.

本考案は前記した構成により、被施術者に向つ
て噴出すべき蒸気中に熱された水の微細子が稀に
混合しているときでも、突部３０の形成により分
離をほとんど完全にできる効果をもつ。 With the above-described configuration, the present invention has an effect that even when fine particles of heated water are rarely mixed in the steam to be ejected toward the person to be treated, separation can be almost completely achieved by forming the protrusion 30. have.

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

第１図はスチーマーの概要斜視図、第２図は本
考案の要部の一部を縦断して示した側面図、第３
図は第２図Ａ−Ａ線切断正面図、第４図はノズル
片２９の一部を切欠した斜視図である。 ４……エンド管、１１……蒸気孔、１２……挿
入孔、１４……受け孔、１５……噴出管、１６…
…頭部、１７……接続管、２０……誘導孔、２２
……端壁、２３……連通孔、２４……噴出口、２
４ａ……段部、２９……ノズル片、３０……突
部、３２……蒸気噴出口。 Figure 1 is a schematic perspective view of the steamer, Figure 2 is a side view showing a part of the main parts of the invention in longitudinal section, and Figure 3 is a schematic perspective view of the steamer.
The figures are a front view taken along the line AA in FIG. 2, and FIG. 4 is a perspective view with a part of the nozzle piece 29 cut away. 4...End pipe, 11...Steam hole, 12...Insertion hole, 14...Receiving hole, 15...Ejection pipe, 16...
...Head, 17...Connection pipe, 20...Guidance hole, 22
... End wall, 23 ... Communication hole, 24 ... Spout port, 2
4a...Step part, 29...Nozzle piece, 30...Protrusion, 32...Steam spout.

Claims (1)

【実用新案登録請求の範囲】[Scope of utility model registration request] 蒸気誘導管の先端に、側面に挿入口を形成した
エンド管を連結すると共に、噴出管には頭部と前
記挿入口に嵌入する挿入管を設け、その挿入管と
頭部の中心内部に頭部の上端面で塞いだ誘導孔を
形成し、前記頭部の側周に、誘導孔内に少しばか
り突出する径の小さい突部を設け、その突部の中
心に蒸気噴出孔を形成し、該噴出管は頭部端面を
上方に向けてエンド管の前記挿入口に回転自由に
嵌込み、挿入管に設けた前記誘導孔をエンド管の
蒸気孔に連通したことを特徴とするスチーマーの
蒸気噴出ノズル。 An end pipe with an insertion port formed on the side is connected to the tip of the steam guide pipe, and the ejection pipe is provided with a head and an insertion pipe that fits into the insertion port. forming a guide hole closed at the upper end surface of the head, providing a protrusion with a small diameter on the side periphery of the head that slightly protrudes into the guide hole, and forming a steam jet hole in the center of the protrusion; A steam steamer characterized in that the jet pipe is rotatably fitted into the insertion port of the end pipe with the head end face facing upward, and the guide hole provided in the insertion pipe is communicated with the steam hole of the end pipe. Spout nozzle.