JP2787465B2 - Hand and arm disinfection equipment using ozone water - Google Patents
Hand and arm disinfection equipment using ozone waterInfo
- Publication number
- JP2787465B2 JP2787465B2 JP7609189A JP7609189A JP2787465B2 JP 2787465 B2 JP2787465 B2 JP 2787465B2 JP 7609189 A JP7609189 A JP 7609189A JP 7609189 A JP7609189 A JP 7609189A JP 2787465 B2 JP2787465 B2 JP 2787465B2
- Authority
- JP
- Japan
- Prior art keywords
- water
- ozone
- ozone water
- hand
- disinfection
- 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.)
- Expired - Lifetime
Links
Landscapes
- Body Washing Hand Wipes And Brushes (AREA)
- Apparatus For Disinfection Or Sterilisation (AREA)
Description
【発明の詳細な説明】 産業状の利用分野 この発明は外科医が手術を行う前、およびその他の医
師が患者の治療を行う前、並びにレストラン等で食品を
扱う従業員、その他一般のものが衛生上必要な作業を行
う前にそれらの者の手腕を消毒する際に用いるためのオ
ゾン水を利用する手腕の消毒装置に関する。The present invention relates to the field of industrial use before surgeons perform surgery and before other physicians treat patients, as well as employees working with food in restaurants, etc. The present invention relates to a hand and arm disinfection apparatus that uses ozone water for use in disinfecting the hands and arms of those persons before performing necessary work.
従来の技術 このような手腕の消毒装置は従来一般に洗面器等に水
をいれて、石鹸や消毒液を用いて消毒を行なっている
が、外科医が手術を行う前は特に完全に消毒する必要が
あるので長時間を要し、また短時間に多数の患者を診断
する医師は患者の変わるごとに手腕を完全に消毒するこ
とが実際上ほとんど不可能に近い状態であり、そのため
衛生上重大な問題を惹起することが予測され、患者の不
安感は特に著しい。2. Description of the Related Art Conventionally, such a hand / arm disinfection device generally disinfects a basin or the like with soap and a disinfectant solution, but it is particularly necessary to completely disinfect the surgeon before performing the operation. Physicians who take a long time and diagnose a large number of patients in a short period of time are practically almost impossible to completely disinfect their hands and hands each time they change, which is a serious hygiene problem. And the patient's anxiety is particularly significant.
このことはレストラン等の従業員の場合も全く同様で
ある。This is exactly the same for employees at restaurants and the like.
解決しようとする発明の課題 この発明は前記従来の洗面器に水を入れて石鹸や消毒
液を使用して手腕を消毒する場合における、上述のよう
な問題点を解決する事を目的とするものであり、特に微
小な細菌等も漏らさず、それらも効果的に消毒しようと
するものである。SUMMARY OF THE INVENTION The object of the present invention is to solve the above-mentioned problems in disinfecting hands and arms using soap or a disinfectant solution by pouring water into the conventional basin. In particular, it does not leak microscopic bacteria and the like, and also attempts to disinfect them effectively.
他の目的はその消毒を簡単にかつ迅速に行う装置を得
る事である。Another object is to obtain a device which makes the disinfection simple and fast.
又他の目的は消毒後直ちに次の患者の治療に当たるこ
とが出来るようにすることである。Yet another object is to be able to treat the next patient immediately after disinfection.
更に他の目的は交通の不便な臨時の応急治療所、或はい
かなる僻地でも電気と水さえあれば入手できるオゾン水
で消毒殺菌できるようにすることである。Yet another object is to be able to disinfect and sanitize in an emergency emergency clinic where transportation is inconvenient, or in any remote area with ozone water available with access to electricity and water.
課題を解決するための手段 この発明は一対の電極間の放電によって生ずるオゾン
ガスを水に吸収させる形式のオゾン水製造装置のオゾン
水排出管と、水源に接続する水道管および石鹸液を収容
する石鹸液容器を三方切り換えコックを介して、手腕の
消毒容器のオゾン水供給管と接続すると共に、該消毒容
器に水オゾンキラを接続し、またその上方にオゾンガス
フード、これと連通するフアンおよびガスオゾンキラ、
および乾燥空気の噴出ノズルを設け、更にその消毒容器
の周囲に超音波発生器を設ける手腕の消毒装置であっ
て、そのオゾン水製造装置を、円筒状誘電体の外面に設
けられた線状電極と、その内面に設けられた面状電極と
からなる一対の電極間に、高周波高圧電源を接続すると
共に、該線状電極側に空間を介して外筒を設け、その空
間に酸素源を接続し、また面状電極側に水路を形成し、
該水路の入口に接続せるインジェクタの低圧部と前記空
間を連通管で結合し、その水路の出口にオゾン水の排出
管及び必要に応じ脱泡用水タンクを接続して構成するも
のである。Means for Solving the Problems The present invention relates to an ozone water discharge pipe of an ozone water production apparatus of a type in which ozone gas generated by a discharge between a pair of electrodes is absorbed by water, a water pipe connected to a water source, and a soap containing a soap liquid. The liquid container is connected to the ozone water supply pipe of the disinfecting container of the hand through a three-way switching cock, a water ozone killer is connected to the disinfecting container, and an ozone gas hood, a fan and a gas ozone killer communicating therewith,
A hand-held disinfection device provided with a jet nozzle for dry air and further provided with an ultrasonic generator around the disinfection container, wherein the ozone water producing device is a linear electrode provided on the outer surface of a cylindrical dielectric. A high-frequency high-voltage power supply is connected between a pair of electrodes consisting of a planar electrode provided on the inner surface of the linear electrode, and an outer cylinder is provided on the linear electrode side via a space, and an oxygen source is connected to the space. And a channel is formed on the side of the planar electrode,
The low-pressure part of the injector connected to the inlet of the water channel is connected to the space by a communication pipe, and the outlet of the water channel is connected to an ozone water discharge pipe and, if necessary, a defoaming water tank.
作用 この発明の消毒装置を使用して上記医師等が手腕を消
毒殺菌するときは、予め前記消毒容器内に於いて石鹸と
水を使用して通常の洗浄を行い、次に同消毒容器内に前
述のオゾン水製造装置で得られたオゾン水を所定量入れ
てこれから消毒しようとする手腕をその消毒容器のオゾ
ン水内に浸して消毒し、オゾン水の強力な酸化力で消毒
する。そしてその間にオゾン水から発生したオゾンガス
をオゾンガスフードで囲み、フアンの吸引力でオゾンキ
ラに送り、そこで酸素ガスに分解してから空気中に放出
するものである。又前述のオゾン水を得る際は前記一対
の電極間に高周波高電圧を印加してその間の区域、とく
にその線状電極と外筒の空間に無声放電を発生し、これ
らの空間に供給する酸素ガスまたは空気をオゾンガス化
して、その後このオゾンガスをインジェクタで水と混合
して、水の中にオゾンガスを吸収し更に必要に応じ水タ
ンクで脱泡してオゾン水とするものである。When the doctor or the like disinfects and disinfects the hands and arms using the disinfecting apparatus of the present invention, perform normal washing using soap and water in the disinfecting container in advance, and then in the disinfecting container. A predetermined amount of the ozone water obtained by the above-mentioned ozone water production apparatus is put therein, and a hand to be disinfected is immersed in the ozone water of the disinfection container to disinfect the disinfected container, and disinfected by the strong oxidizing power of the ozone water. Then, the ozone gas generated from the ozone water is surrounded by an ozone gas hood and sent to the ozone killer by the suction force of the fan, where it is decomposed into oxygen gas and released into the air. When the above-mentioned ozone water is obtained, a high-frequency high voltage is applied between the pair of electrodes to generate a silent discharge in an area therebetween, particularly in a space between the linear electrode and the outer cylinder, and oxygen supplied to these spaces is provided. The gas or air is converted to ozone gas, and then the ozone gas is mixed with water by an injector, the ozone gas is absorbed into the water, and if necessary, defoamed in a water tank to form ozone water.
あるいは前記オゾンガスを多孔質発泡装置を介して該消
毒容器の水中に細かい泡として噴出せしめ、ここでオゾ
ン水を生成するものである。Alternatively, the ozone gas is jetted as fine bubbles into the water of the disinfecting container via a porous foaming device, and ozone water is generated here.
前記容器内に水道水、石鹸液或はオゾン水を択一的に
或は複合的に供給する場合は、前記オゾン水排出管、水
道管及び石鹸液容器に通ずる三方切り換えコックを切り
換えてそれぞれの液を供給するものである。When the tap water, the soap solution or the ozone water is supplied to the container alternatively or in combination, the three-way switching cocks communicating with the ozone water discharge pipe, the water pipe and the soap liquid container are switched to each other. It supplies the liquid.
このように各液を使用して手腕の消毒が終了した後、
消毒容器内のオゾン水を水オゾンキラを通して、そこで
溶有オゾンを除去して器物に安全な水にしてから外部に
廃棄するものである。After disinfecting the hands and arms using each liquid in this way,
The ozone water in the disinfecting container is passed through a water ozone killer, where dissolved ozone is removed to make the water safe for equipment and then disposed of outside.
実施例 この発明の実施例を添付図面について説明すると、こ
の消毒装置の一部分を構成するオゾン水製造装置は例え
ば第２図及び第３図に示すごとく、円筒状誘電体１の外
面に設けられた複数本の線状電極２と、その内面に設け
られた円筒形の面状電極３とからなる一対の電極間に、
高周波高圧電源４を接続して該誘電体１の外面における
線状電極２の付近に沿面放電５を発生し、該線状電極２
の外側に空間６を隔てて外筒７を設け、その空間６の一
端部6aに第１図に示す様に酸素源８をガス管９で接続し
てそこに酸素を供給してこれをオゾンガス化し、また前
記面状電極３の内側に水路10を形成し、該水路10の入口
にインジェクタ11と水道パイプ12を順次接続し、水道水
をインジェクタ11および水路10内に送水し、その際イン
ジェクタ11内を流れる水の低圧部10aと、前記空間６の
他端部6bを連通管15で結合し、その低圧部11aにおける
流水の負圧で該空間６内のオゾンガスを吸引して、その
流水中に無数の細かい気泡として分散せしめ水路10内で
水にオゾンガスを吸収せしめてここでオゾン水にし、該
水路10の出口13に接続されたオゾン水排出管14に送り出
すものである。またこれとは別に構成する消毒容器21の
上方にオゾンガスフード23を設けてこの消毒容器21に前
記オゾン水供給管21を接続し、そのオゾン水供給管21に
三方切り換えコック18、及び脱泡用水タンク31を介して
前記オゾン水排出管14を連結し、そのオゾン水排出管14
から排出されるオゾン水をガスオゾンキラ31a付脱泡用
水タンク31内で脱泡し、残ったオゾン水を三方切り換え
コック18を経て消毒容器21内に所定量供給するものであ
る。また該三方切り換えコック18に弁16cを介して水道
管16を接続すると共に、他の弁17cを介して石鹸容器17
を接続し、これらの各弁16c、17c及び三方切り換えコッ
ク18を操作することによってオゾン水、水道水及び石鹸
液17aを消毒容器21に択一的若しくは複合的に供給して
その中に手腕22を図示のように侵漬した状態で消毒す
る。An embodiment of the present invention will be described with reference to the accompanying drawings. As shown in FIGS. 2 and 3, for example, an ozone water producing apparatus constituting a part of the disinfecting apparatus is provided on the outer surface of a cylindrical dielectric 1. Between a pair of electrodes composed of a plurality of linear electrodes 2 and a cylindrical planar electrode 3 provided on the inner surface thereof,
A high-frequency high-voltage power source 4 is connected to generate a creeping discharge 5 near the linear electrode 2 on the outer surface of the dielectric 1,
An outer cylinder 7 is provided outside the space 6 with a space 6 therebetween, and an oxygen source 8 is connected to one end 6a of the space 6 by a gas pipe 9 as shown in FIG. A water channel 10 is formed inside the planar electrode 3, an injector 11 and a water pipe 12 are sequentially connected to the inlet of the water channel 10, and tap water is fed into the injector 11 and the water channel 10, and the injector The low pressure portion 10a of the water flowing in the inside 11 is connected to the other end 6b of the space 6 by a communication pipe 15, and the ozone gas in the space 6 is sucked by the negative pressure of the flowing water in the low pressure portion 11a. The ozone gas is absorbed in the water in the water channel 10 to be dispersed therein as countless fine bubbles therein, and is converted into ozone water. The ozone water is sent to an ozone water discharge pipe 14 connected to the outlet 13 of the water channel 10. Further, an ozone gas hood 23 is provided above a disinfecting container 21 which is separately configured, the ozone water supply pipe 21 is connected to the disinfectant container 21, and the three-way switching cock 18 and the defoaming water are connected to the ozone water supply pipe 21. The ozone water discharge pipe 14 is connected to the ozone water discharge pipe 14 through a tank 31.
Is defoamed in the defoaming water tank 31 with the gas ozone killer 31a, and the remaining ozone water is supplied to the disinfection container 21 through the three-way switching cock 18 into the disinfecting container 21. A water pipe 16 is connected to the three-way switching cock 18 via a valve 16c, and a soap container 17 is connected via another valve 17c.
By operating these valves 16c, 17c and the three-way switching cock 18, ozone water, tap water and soap solution 17a are supplied to the disinfecting container 21 alternatively or in combination, and the hand 22 Is disinfected while being immersed as shown.
その際消毒容器21内のオゾン水から発生したオゾンガス
をその上方に設けてあるオゾンガスフード23で囲み、そ
のオゾンガスをフアン24で活性炭ないし、オゾン分解触
媒等オゾンガス中のオゾンを吸収分解するガスオゾンキ
ラ25に送り込んで、ここで酸素に分解して人体に安全な
濃度のオゾンガスにして外気中に放出するものである。At that time, the ozone gas generated from the ozone water in the disinfecting container 21 is surrounded by an ozone gas hood 23 provided thereabove, and the ozone gas is converted into activated carbon by a fan 24 or a gas ozone killer 25 which absorbs and decomposes ozone in ozone gas such as an ozone decomposition catalyst. It is sent and decomposed into oxygen to form ozone gas at a concentration safe for the human body and released into the outside air.
このようにして手腕22の消毒が完了した後、手腕22をオ
ゾン水の中から引きあげ、噴出ノズル27から噴出する乾
燥空気にあてて、手腕22に付着している水滴を乾燥し、
それが終了した後ただちに手術等の各種作業にかかるも
のである。After the disinfection of the hand / arm 22 is completed in this way, the hand / arm 22 is pulled out of the ozone water, and is exposed to dry air ejected from the ejection nozzle 27 to dry water droplets attached to the hand / arm 22.
Immediately after the operation is completed, various operations such as surgery are performed.
このときの乾燥空気26は空気フアン30により高性能エ
アフィルター29aで清浄にした空気を空気加熱器29b内に
送り込み、ここで加熱し、乾燥して得られる。At this time, the dried air 26 is obtained by sending air purified by the high-performance air filter 29a by the air fan 30 into the air heater 29b, where it is heated and dried.
また上記手腕22の消毒に際して、該消毒容器21の外表
面に適当数配設されている超音波発生器28aを、それら
と、電気的に接続されている振動電源32で作動して、消
毒容器21内のオゾン水に超音波振動を与えながら消毒す
ることが可能である。Further, when disinfecting the hand 22, an appropriate number of ultrasonic generators 28 a disposed on the outer surface of the disinfecting container 21 are operated by a vibration power supply 32 electrically connected thereto, and the disinfecting container is disinfected. It is possible to disinfect the ozone water in 21 while applying ultrasonic vibration.
あるいは消毒容器21内の液面上（又は液面内）に紫外線
ランプ28bを設けてオゾン水を紫外線で照射してO3→O2
＋Ｏの分解を促進し殺菌作用のもとをますＯの生成を早
めることが可能である。Alternatively, an ultraviolet lamp 28b is provided on the liquid surface (or in the liquid surface) of the disinfecting container 21 to irradiate ozone water with ultraviolet light to O 3 → O 2
It is possible to promote the decomposition of + O and further accelerate the generation of O under the bactericidal action.
これらの方法で上述の消毒作用を一層能率化することが
できる。With these methods, the above-mentioned disinfecting action can be made more efficient.
更に消毒の済んだオゾン水は消毒容器21の底部から放出
管33を経て活性炭等オゾンを吸収分解除去する水オゾン
キラ22に至り、ここでオゾンが分解されて安全な水にな
って外部に放出されるものである。Further, the disinfected ozone water passes from the bottom of the disinfection container 21 to a water ozone killer 22, which absorbs and decomposes ozone such as activated carbon via a discharge pipe 33, where the ozone is decomposed and released as safe water to the outside. Things.
以上本発明を第１〜３図の実施例で説明したが、本発
明はそれに限定されるものでなく、その要旨の範囲内で
その構造を変更したり、あるいは付加したりして実施す
ることも可能である。Although the present invention has been described with reference to the embodiment shown in FIGS. 1 to 3, the present invention is not limited to the embodiment, and may be practiced by changing or adding the structure within the scope of the invention. Is also possible.
例えば第４〜６図の実施例は手腕22の挿入孔35、35を
形成せる消毒箱36内に多数のオゾン水噴出ノズル38を穿
設せるオゾン水分岐管37を複数本前記手腕22の挿入位置
の範囲に配置し、該噴出ノズル38の向きをその手腕22の
周囲に向けて、オゾン水分岐管37が送られたオゾン水を
各オゾン水噴出ノズル38から手腕22の周囲に向けて散水
39状に噴出して手腕22を消毒し、更に前記各オゾン水分
岐管37に隣接して複数本の乾燥空気分岐管42を設け、そ
れらの各分岐管42に乾燥空気40の空気ノズル41を多数個
穿設し、これらの各空気ノズル41の向きを前述と同様に
手腕22の周囲に向けて配置しておき、ここから乾燥空気
40を噴出して、オゾン水で濡れている手腕22を乾燥する
ものである。For example, in the embodiment shown in FIGS. 4 to 6, a plurality of ozone water branch pipes 37 in which a large number of ozone water jet nozzles 38 are bored in a disinfecting box 36 in which the insertion holes 35 of the hand 22 are formed are inserted. The ozone water sent from the ozone water branch pipe 37 is sprayed from each ozone water ejection nozzle 38 toward the periphery of the hand / arm 22 with the ejection nozzle 38 oriented toward the periphery of the hand / arm 22.
It is jetted in a 39 shape to disinfect the hand 22 and further provided with a plurality of dry air branch pipes 42 adjacent to the respective ozone water branch pipes 37, and the air nozzles 41 of the dry air 40 are provided in the respective branch pipes 42. A large number of holes are drilled, and the direction of each of the air nozzles 41 is arranged toward the periphery of the hand / arm 22 in the same manner as described above.
40 is blown out to dry the hand 22 which is wet with ozone water.
また図中43はオゾン水供給管であって、その下端は前述
のオゾン水分岐管37に連通しており上端は前記第１図の
三方切り換えコック18に相当する三方コック48に連通
し、第１図のオゾン水製造装置で得られたオゾン水、水
道水、及び石鹸液7aを該三方コック48の切り換え操作に
よる択一的、又は複合的に送り込むものである。更に45
は乾燥空気供給管であって、その下端は複数の乾燥空気
分岐管42に連通しており、上端は空気加熱器46に連通
し、そこで発生した乾燥空気を乾燥空気供給管45を経て
前記乾燥空気分岐管42に送り込むものである。In the figure, reference numeral 43 denotes an ozone water supply pipe, the lower end of which is connected to the above-described ozone water branch pipe 37, and the upper end of which is connected to a three-way cock 48 corresponding to the three-way switching cock 18 of FIG. The ozone water, the tap water, and the soap solution 7a obtained by the ozone water producing apparatus shown in FIG. 1 are selectively or combinedly sent by switching the three-way cock 48. Another 45
Is a dry air supply pipe, the lower end of which is in communication with a plurality of dry air branch pipes 42, the upper end of which is in communication with an air heater 46, and the generated dry air is passed through a dry air supply pipe 45 to be dried. It is sent to the air branch pipe.
効果 この発明は上述の通りであるので、従来の洗面器に水
を入れて、石鹸や消毒液で手腕を消毒する場合と比較し
て完全な消毒を短期間に行うことができ、多数の患者を
短時間に治療する場合でもそれに充分応ずることがで
き、衛生上極めて好適である。Effect Since the present invention is as described above, it is possible to perform a complete disinfection in a short time as compared with a case where water is poured into a conventional basin and the hands and arms are disinfected with soap or a disinfecting solution, and a large number of patients can be treated. Can be adequately treated even when treating in a short time, which is extremely favorable in terms of hygiene.
また消毒が終了した後ただちに清浄な乾燥空気で乾燥を
行うことができるので、消毒した後にタオル等で拭く場
合と比較して、タオルの菌の手腕に付着することを防止
できるので、更に衛生上完全である。In addition, since it is possible to dry with clean dry air immediately after disinfection is completed, it is possible to prevent the bacteria on the towels from being attached to the hands and arms compared to when wiping with a towel etc. after disinfection, further improving sanitation. Is complete.
さらにオゾン水の発生装置を小型化して本発明の消毒装
置全体を小型化すると共に、消毒済みのオゾン水を廃棄
する際そのオゾンを分解して、人体に悪影響を及ぼさな
いようにすることができる。Further, the size of the ozone water generating device can be reduced to reduce the size of the entire disinfecting device of the present invention, and the ozone can be decomposed when disinfecting the ozonized water so as not to adversely affect the human body. .
更にまた本発明は電源と水さえあれば手腕を消毒でき
るので、交通の不便なところ、或はいかなる僻地でも衛
生的な医療等各種作業が出来る。Furthermore, since the present invention can disinfect hands and arms with only a power source and water, various operations such as sanitary medical treatment can be performed in inconvenient traffic or in any remote place.
第１図は本発明の実施例の一部切断正面図、第２図は第
１図の一部分の拡大断面図、第３図は第２図のIII−III
線部の拡大断面図、第４〜６図は本発明の他の実施例の
一部切断正面図である。 １……円筒状誘電体 ２……線状電極 ３……面状電極 ４……電源 ５……沿面放電 ６……空間 ７……外筒 ８……酸素源 10……水路 11a……低圧部 11……インジェクタ 12……水道パイプ 13……出口 14……排出管 15……連通管 16……水道管 16c……弁 17……石鹸液容器 17c……弁 17a……石鹸液 18……三方切り換えコック 20……手腕 21……オゾン水供給管 22……水オゾンキラ 23……オゾンガスフード 25……ガスオゾンキラ 26……乾燥空気 28a……超音波発生器 28b……紫外線ランプ 29……空気加熱器 31……脱泡用水タンク 35……挿入孔 36……消毒箱 37……オゾン水分岐管 38……オゾン水噴出ノズル 29a……高性能エアフィルタ 29b……空気加熱器 40……乾燥空気 41……空気ノズル 42……乾燥空気分岐管 43……オゾン水供給管 45……乾燥空気供給管 46……空気加熱器 48……三方コック1 is a partially cutaway front view of an embodiment of the present invention, FIG. 2 is an enlarged sectional view of a part of FIG. 1, and FIG. 3 is III-III in FIG.
4 to 6 are partially cut front views of another embodiment of the present invention. DESCRIPTION OF SYMBOLS 1 ... Cylindrical dielectric material 2 ... Linear electrode 3 ... Surface electrode 4 ... Power supply 5 ... Creepage discharge 6 ... Space 7 ... Outer cylinder 8 ... Oxygen source 10 ... Water channel 11a ... Low pressure Part 11 Injector 12 Water pipe 13 Outlet 14 Outlet pipe 15 Communication pipe 16 Water pipe 16c Valve 17 Soap liquid container 17c Valve 17a Soap liquid 18 ... three-way switching cock 20 ... hand 21 ... ozone water supply pipe 22 ... water ozone killer 23 ... ozone gas hood 25 ... gas ozone killer 26 ... dry air 28a ... ultrasonic generator 28b ... ultraviolet lamp 29 ... air Heater 31 Defoaming water tank 35 Insert hole 36 Disinfection box 37 Ozone water branch pipe 38 Ozone water jet nozzle 29a High performance air filter 29b Air heater 40 Drying Air 41 ... Air nozzle 42 ... Dry air branch pipe 43 ... Ozone water supply pipe 45 ... Dry air supply pipe 46 ... Air Heat 48 ...... three-way stopcock
Claims (6)
ガスを水に吸収させる形式のオゾン水製造装置のオゾン
水排出管を、手腕の消毒容器のオゾン水供給管と接続す
ると共に、該消毒容器に水オゾンキラを接続し、またそ
の消毒容器の上方にオゾンガスフード、これと連通する
フアンおよびガスオゾンキラ、および乾燥空気の噴出ノ
ズルを設けることを特徴とするオゾン水を利用する手腕
の消毒装置An ozone water discharge pipe of an ozone water producing apparatus of a type in which ozone gas generated by a discharge between a pair of electrodes is absorbed by water is connected to an ozone water supply pipe of a hand-disinfection container. A hand / hand disinfection device using ozone water, wherein a water ozone killer is connected, and an ozone gas hood, a fan and gas ozone killer communicating therewith, and a jet nozzle for dry air are provided above the disinfection container.
に設けられた線状電極と、その内面に設けられた面状電
極とからなる一対の電極間に、高周波高圧電源を接続す
ると共に、該線状電極側に空間を介して外筒を設け、そ
の空間に酸素源を接続し、また面状電極側に水路を形成
し、該水路の入口に接続せるインジェクタの低圧部と前
記空間を連通管で結合し、その水路の出口にオゾン水の
排出管を接続して構成することを特徴とする請求項１記
載のオゾン水を利用する手腕の消毒装置2. A high-frequency high-voltage power supply is connected between a pair of electrodes consisting of a linear electrode provided on the outer surface of a cylindrical dielectric and a planar electrode provided on the inner surface of the apparatus for producing ozone water. At the same time, an outer cylinder is provided on the linear electrode side via a space, an oxygen source is connected to the space, a water channel is formed on the planar electrode side, and a low-pressure part of the injector connected to the inlet of the water channel and 2. The hand / arm disinfection apparatus using ozone water according to claim 1, wherein the space is connected by a communication pipe, and an ozone water discharge pipe is connected to an outlet of the water channel.
に設けられた線状電極と、その内面に設けられた面状電
極とからなる一対の電極間に、高周波高圧電源を接続す
ると共に、該線状電極の外側に空間を介して外筒を設
け、その空間に酸素源を接続し、また面状電極側に水路
を形成し、該水路の入口に接続せるインジェクタの低圧
部と前記空間を連通管で結合し、その水路の出口にオゾ
ン水の排出管を接続すると共に、このオゾン水の排出管
の先端を脱泡用水タンクに挿入して構成することを特徴
とする請求項１記載のオゾン水を利用する手腕の消毒装
置3. A high-frequency high-voltage power supply is connected between an ozone water producing apparatus and a pair of electrodes consisting of a linear electrode provided on an outer surface of a cylindrical dielectric and a planar electrode provided on an inner surface thereof. At the same time, an outer cylinder is provided outside the linear electrode via a space, an oxygen source is connected to the space, a water channel is formed on the planar electrode side, and a low-pressure portion of an injector connected to the inlet of the water channel. The space is connected by a communication pipe, an ozone water discharge pipe is connected to an outlet of the water channel, and a tip of the ozone water discharge pipe is inserted into a defoaming water tank. 1. Hand and arm disinfection device using ozone water according to 1.
ことを特徴とする請求項１ないし３の何れか一項に記載
のオゾン水を利用する手腕の消毒装置4. An apparatus for disinfecting a hand and arm using ozone water according to claim 1, wherein an ultrasonic vibration device is provided on a peripheral wall of the disinfecting container.
とを特徴とする請求項１〜４項の何れか１項記載のオゾ
ン水を利用する手腕の消毒装置。5. The apparatus for disinfecting a hand and arm using ozone water according to claim 1, wherein an ultraviolet lamp is provided inside the disinfecting container.
ガスを水に吸収させる形式のオゾン水製造装置のオゾン
水排出管と、水源に接続する水道管および石鹸液を収容
する石鹸液容器を三方切り換えコックを介して、手腕の
挿入孔を形成する消毒箱内のオゾン水噴出ノズルを接続
すると共に、該消毒箱に乾燥空気の噴出ノズルを設ける
ことを特徴とするオゾン水を利用する手腕の消毒装置6. An ozone water discharge pipe of an ozone water producing apparatus of a type in which ozone gas generated by a discharge between a pair of electrodes is absorbed by water, a water pipe connected to a water source, and a soap liquid container containing a soap liquid are switched three-way. A hand / arm disinfection device using ozone water, wherein an ozone water ejection nozzle in a disinfection box forming an insertion hole of the hand / arm is connected via a cock and a nozzle for ejecting dry air is provided in the disinfection box.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP7609189A JP2787465B2 (en) | 1989-03-28 | 1989-03-28 | Hand and arm disinfection equipment using ozone water |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP7609189A JP2787465B2 (en) | 1989-03-28 | 1989-03-28 | Hand and arm disinfection equipment using ozone water |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH02252461A JPH02252461A (en) | 1990-10-11 |
| JP2787465B2 true JP2787465B2 (en) | 1998-08-20 |
Family
ID=13595172
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP7609189A Expired - Lifetime JP2787465B2 (en) | 1989-03-28 | 1989-03-28 | Hand and arm disinfection equipment using ozone water |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP2787465B2 (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6471579B1 (en) * | 1999-02-16 | 2002-10-29 | Mary Jane Blackshear | Workstation for containing organic and inorganic vapor contaminants |
Families Citing this family (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5945068A (en) * | 1996-01-26 | 1999-08-31 | Ferone; Daniel A. | Ozone hand sterilizer |
| JP5940410B2 (en) * | 2012-08-08 | 2016-06-29 | 株式会社Ｉｈｉシバウラ | Ozone sterilizer |
| JP5925653B2 (en) * | 2012-09-25 | 2016-05-25 | 株式会社Ｉｈｉシバウラ | Hand sanitizer |
| JP5947692B2 (en) * | 2012-09-25 | 2016-07-06 | 株式会社Ｉｈｉシバウラ | Hand sanitizer |
| JP6081230B2 (en) * | 2013-03-04 | 2017-02-15 | 株式会社Ｉｈｉシバウラ | Ozone water generator |
| CN111054696B (en) * | 2019-12-27 | 2021-03-16 | 袁素云 | Deep cleaning and sterilizing device for interventional instruments in respiratory department |
| CN114710869A (en) * | 2022-04-25 | 2022-07-05 | 珠海格力电器股份有限公司 | Disinfectant preparation facilities |
-
1989
- 1989-03-28 JP JP7609189A patent/JP2787465B2/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6471579B1 (en) * | 1999-02-16 | 2002-10-29 | Mary Jane Blackshear | Workstation for containing organic and inorganic vapor contaminants |
Also Published As
| Publication number | Publication date |
|---|---|
| JPH02252461A (en) | 1990-10-11 |
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