JPS61185380A - Apparatus for purifying drinking water - Google Patents

Abstract

PURPOSE:To obtain sanitary drinking water, by mounting an ozone adsorbing chamber for removing ozone remaining in ozonized treated water and both of a cooling chamber and a heating chamber receiving the supply of purified water. CONSTITUTION:An ozone adsorbing chamber 4 is packed with activated carbon 4a and, when ozonized treated water flowed in from a passing port 10 is passed, the residual ion in the ozonized treated water is adsorbed by activated carbon 4a. Purified water obtained by the removal of the residual ion enters a distribution chamber 5 through a passing hole 11 and distributed from said distribution chamber 5 to be sent into a cooling chamber 6 and a heating chamber 7. A cooler 4 is provided in the cooling chamber 6 and the stored purified water can be cooled. A heater 15 is provided in the heating chamber 7 and the stored purified water can be heated. When a cock 16 is opened, cold water can be taken out and, when a cock 17 is opened, hot water can be taken out.

Description

【発明の詳細な説明】 ［産業上の利用分野Ｊ 本発明は飲料水精製装置に関する。さらに詳しくは、飲
料原水をオゾンにより滅菌し、しかも低温と高温のおい
しい飲料水を連続的に精製する飲料水精製装置に関する
。DETAILED DESCRIPTION OF THE INVENTION [Industrial Field of Application J] The present invention relates to a drinking water purification device. More specifically, the present invention relates to a drinking water purification device that sterilizes drinking raw water with ozone and continuously purifies delicious drinking water at low and high temperatures.

［従来の技術］ 第２図は従来のこの種飲料水浄化装置を示すもので、（
１）はたとえば水道管などの軟料原木管（＾）に取付け
られた給水栓（２）の一端に取付けた飲料水浄化装置で
、この飲料水浄化装置（１）は底面に多数の小孔（１ａ
）を設けた容器（１ｈ）と、この容器内に充填した浄化
活性炭（１ｃ）とによって構成されている。[Prior Art] Figure 2 shows a conventional drinking water purification device of this type.
1) is a drinking water purification device attached to one end of a faucet (2) attached to a soft wood pipe (^) such as a water pipe, and this drinking water purification device (1) has many small holes on the bottom. (1a
), and purified activated carbon (1c) filled in this container.

［発明が解決しようとする問題点］ 従来の飲料水浄化装置では、容器（１ｂ）内に充填され
た浄化活性炭（１ｃ）の吸着能力には限度があり、所定
期間毎に交換しなければならないばかりでなく、この交
換が遅れるとこの浄化活性炭（ＩＣ）に飲料原水に含ま
れている細菌が付着してこの細菌の倍養源となるおそれ
がある。また、この浄化活性炭として、飲料原水の殺菌
を行なうために、たとえば銀製着炭を使用すると、この
銀製着炭から銀が次第に流出して人体に悪影響を与える
心配もある。さらに、この従来の飲料水浄化装置（１）
を夏季に使用する場合、その温度が高いためにおいしい
飲料水かえられないという問題がある。[Problems to be solved by the invention] In conventional drinking water purification devices, the adsorption capacity of the purified activated carbon (1c) filled in the container (1b) is limited, and it must be replaced at predetermined intervals. Not only that, but if this replacement is delayed, there is a risk that bacteria contained in the drinking water will adhere to the purified activated carbon (IC) and serve as a source of supplementation for these bacteria. Furthermore, if, for example, silver charcoal is used as the purifying activated carbon to sterilize drinking water, there is a fear that silver will gradually flow out from the silver charcoal and have an adverse effect on the human body. Furthermore, this conventional drinking water purification device (1)
When using water in the summer, there is a problem that the temperature is so high that it is not possible to change the drinking water.

本発明はかかる事情に着目してなされたもので、従来の
ように種々問題を有する浄化活性炭を用いないで、飲料
原水を滅菌かつ脱臭し、しかもこの処理水を冷却して低
温のよりおいしい飲料水と加熱した温い飲料水を同時に
連続的に精製する飲料水精製装置を提供することを目的
とするものである。The present invention has been made in view of the above circumstances, and it sterilizes and deodorizes drinking raw water without using purification activated carbon, which has various problems as in the past, and cools this treated water to make it more delicious at a lower temperature. The object of the present invention is to provide a drinking water purification device that simultaneously and continuously purifies water and heated hot drinking water.

［問題点を解決するための手段Ｊ 本発明の飲料水精製装置は、飲料原水をオゾン化処理す
るオゾン反応室、オゾン反応室でえられたオゾン化処理
水の供給を受けオゾン化処理水中の残留オゾンを除去す
るオゾン吸着室およびオゾン吸着室でえられた精製水の
供給を受ける冷却室と加温室とを備え、前記冷却室で冷
水精製水を前記加温室で温水精製水をうるように構成さ
れている。[Means for Solving the Problems J] The drinking water purification device of the present invention includes an ozone reaction chamber for ozonizing drinking raw water, and a supply of ozonized water obtained in the ozone reaction chamber. An ozone adsorption chamber for removing residual ozone, and a cooling chamber and a heating chamber for receiving purified water obtained in the ozone adsorption chamber, the cooling chamber for obtaining cold purified water and the heating chamber for hot purified water. It is configured.

［作　用］ 本発明の飲料木精！！装置においては、オゾン反応室で
酸化作用の強いオゾンにより飲料原水を殺菌するととも
に脱臭してオゾン化処理水をえ、つぎにオゾン吸着室で
オゾン処理水中の残留オゾンを除去して精製水をえ、さ
らにその精製水を冷却室と加温室に分けで供給するので
、冷却室において精製水を冷却して冷水精製水をうるこ
とができ、加温室において精製水を加温して温水精製水
をうろことができる。[Effect] Drinking wood spirit of the present invention! ! In the equipment, raw drinking water is sterilized and deodorized using ozone, which has a strong oxidizing effect, in an ozone reaction chamber to produce ozonized water, and then residual ozone in the ozonated water is removed in an ozone adsorption chamber to produce purified water. Furthermore, the purified water is supplied separately to the cooling room and the heating room, so the purified water can be cooled in the cooling room to obtain cold purified water, and the purified water can be heated in the heating room to produce hot purified water. You can wander around.

［実施例Ｊ 本発明の飲料水精製装置にかかわる一実施例を第１図に
基づき説明する。[Embodiment J] An embodiment of the drinking water purification apparatus of the present invention will be described based on FIG. 1.

ｓｉ図において、（３）はオゾン反応室、（４）はオゾ
ン吸着室、（５）は分配室、（６）は冷却室、（７）は
加温室であり、二九らは単一のケーシング（８）内に区
側して配置されている。すなわちケーシング（８）の上
部がオゾン反応室（３）、その下部にオゾン吸着室（４
）と分配室（５）が設けられ、分配室（５）の下部に冷
却室（６）と加温室（７）とが並列に設けられている。In the SI diagram, (3) is the ozone reaction chamber, (4) is the ozone adsorption chamber, (5) is the distribution chamber, (6) is the cooling chamber, (7) is the heating chamber, and It is arranged separately within the casing (8). That is, the upper part of the casing (8) is the ozone reaction chamber (3), and the lower part is the ozone adsorption chamber (4).
) and a distribution chamber (5), and a cooling chamber (6) and a heating chamber (7) are provided in parallel below the distribution chamber (5).

前記オゾン反応室（３）は上部に接続した飲料原木管（
＾）より飲料原水を供給され、下部に設けた曝気ノズル
（３ａ）よりオゾンを放出し、飲料原水とオゾンとを反
応させてオゾン化処理水かえられるようになっている。The ozone reaction chamber (3) has a beverage log pipe (
^) is supplied with drinking raw water, and ozone is released from the aeration nozzle (3a) provided at the bottom, causing the drinking raw water and ozone to react, and the ozonized water is changed.

なお（３ｂ）は曝気ノズル（３ａ）にオゾンを供給する
ためのオゾン発生装置、（３ｃ）は未反応オゾンを大気
中に放出するためのオゾン排出装置である。Note that (3b) is an ozone generator for supplying ozone to the aeration nozzle (3a), and (3c) is an ozone discharge device for discharging unreacted ozone into the atmosphere.

上述のようにしてえちれるオゾン化処理水は酸化作用の
強いオゾンにより殺菌と脱臭が行なわれる。The ozonized water treated as described above is sterilized and deodorized by ozone, which has a strong oxidizing effect.

前記・オゾン吸着室（４）は、内部に活性炭（４ａ）が
充填されており、通孔（１０）から流入するオゾン化処
理水が通過するとかそのオゾン化処理水中の残留イオン
が前記活性炭（４ａ）に吸着されるようになっている。The ozone adsorption chamber (4) is filled with activated carbon (4a), and when the ozonized water flowing in from the through hole (10) passes through, residual ions in the ozonized water are absorbed by the activated carbon (4a). 4a).

そのようにして残留イオンを除去してえられた精製水は
通孔（１１）を通って分配室（５）に入り、そこで分流
されて冷却室（６）と加温室（））に送り込まれる。（
１２）は分配室（５）と冷却室（６）とを連通する通孔
、（１３）は分配室（５）と加温室（７）とを連通する
通孔である。The purified water thus obtained by removing residual ions enters the distribution chamber (5) through the through hole (11), where it is divided and sent to the cooling chamber (6) and the heating chamber (). . (
12) is a through hole that communicates between the distribution chamber (5) and the cooling chamber (6), and (13) is a through hole that communicates between the distribution chamber (5) and the heating chamber (7).

前記冷却室（６）には冷却器（１４）が設けられ、貯留
された精製水を冷却しうるようになっており、また前記
加温室（７）にはヒータ（１５）が設けられ、貯留され
た精製水を加温しうるようになっている。The cooling chamber (6) is provided with a cooler (14) to cool the stored purified water, and the heating chamber (7) is provided with a heater (15) to cool the stored purified water. The purified water can be heated.

そして冷却室（６）にはコック（１６）を介装した給水
管（１８）が接続され、加温室（７）はフック（１））
を介装した給湯管（１９）が接続されている。A water supply pipe (18) equipped with a cock (16) is connected to the cooling chamber (6), and a hook (1) is connected to the heating chamber (7).
A hot water supply pipe (19) is connected to the hot water supply pipe (19).

しかしてコック（１６）を開けると給水管（１８）から
冷水精製水を取り出すことができ、コック（１７）を開
らけると給湯管（１９）から温水精製水を取り出すこと
ができる。Thus, when the cock (16) is opened, cold purified water can be taken out from the water supply pipe (18), and when the cock (17) is opened, hot purified water can be taken out from the hot water supply pipe (19).

なお上記実施例においては、オゾン反応室（３）、オゾ
ン吸着室（４）、分配室（５）、冷却室（６）および加
温室（７）を単一のケーシング（８）内に配置する構成
をとったが、これらをそれぞれ別体に設け、パイプで連
結する構成としてもよい、＊た分配室（５）はパイプに
よりオゾン吸着室（４）と冷却室（６）および加温室（
７）とを連結する構成に置きかえることも可能である。In the above embodiment, the ozone reaction chamber (3), ozone adsorption chamber (4), distribution chamber (5), cooling chamber (6), and heating chamber (7) are arranged in a single casing (8). However, these may be provided separately and connected by pipes. *The distribution chamber (5) is connected to the ozone adsorption chamber (4), the cooling chamber (6), and the heating chamber (
It is also possible to replace it with a configuration in which 7) and 7) are connected.

さらにオゾン化処理水中の残留イオンを除去するのに活
性炭を用いる代りに、第２図に示すようにオゾン化空気
の一部をオゾン分解器（２０）を通して滅菌空気とし、
それをオゾン反応至（３）の下部から曝気して残留イオ
ンを除去するようにしてもよい。Furthermore, instead of using activated carbon to remove residual ions in the ozonized water, a portion of the ozonized air is passed through an ozonolyzer (20) to become sterile air, as shown in FIG.
It may be aerated from the lower part of the ozone reaction stage (3) to remove residual ions.

［発明の効果］ 本発明の飲料水精製装置によれば、オゾンによって飲料
原水を滅菌かつ脱臭し、さらに残留オゾンをも除き、き
わめて衛生的でおいしい飲料水をえることかで鯵、しか
もその飲料水を冷水としても温水としても供給すること
が可能となる。[Effects of the Invention] According to the drinking water purification device of the present invention, raw drinking water is sterilized and deodorized by ozone, residual ozone is also removed, and extremely hygienic and delicious drinking water can be obtained. It becomes possible to supply water as both cold water and hot water.

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

第１図はこの発明の飲料水精製装置にかかわる一実施例
を示す構成図、第２図はこの発明の飲料水精製装置にか
かわる他の実施例を示す構成図、第３図は従来の飲料水
浄化装置を示す断面図である。 図において、（３）はオゾン反応室、（４）はオゾン吸
着室、（６）は冷却室、（））は加温室である。なお、
図中同一符号は同一または相当部分を示す。 井１図 ６：オゾン反応室 ４ニオシン吸着室 ６：冷却室 ７：加温室 ５：ｔＶ＞あ１８゜　　　第２ロ ７３図 手続補正書（自発） 昭和　　年　　月　　日 直FIG. 1 is a block diagram showing one embodiment of the drinking water purification device of the present invention, FIG. 2 is a block diagram showing another embodiment of the drinking water purification device of the present invention, and FIG. 3 is a block diagram of a conventional drinking water purification device. It is a sectional view showing a water purification device. In the figure, (3) is an ozone reaction chamber, (4) is an ozone adsorption chamber, (6) is a cooling chamber, and () is a heating chamber. In addition,
The same reference numerals in the figures indicate the same or corresponding parts. Well 1 Diagram 6: Ozone reaction chamber 4 Niosine adsorption chamber 6: Cooling chamber 7: Heating chamber 5: tV>A18゜ 2nd B Figure 73 procedural amendment (voluntary) Showa Year Month Date shift

Claims (2)

【特許請求の範囲】[Claims] （１）飲料原水をオゾン化処理するオゾン反応室、オゾ
ン反応室でえられたオゾン化処理水の供給を受けオゾン
化処理水中の残留オゾンを除去するオゾン吸着室および
オゾン吸着室でえられた精製水の供給を受ける冷却室と
加温室とを備え、前記冷却室で冷水精製水を、前記加温
室で温水精製水をうるようにしたことを特徴とする飲料
水精製装置。(1) An ozone reaction chamber that ozonizes drinking raw water, an ozone adsorption chamber that receives the ozonized water obtained in the ozone reaction chamber, and removes residual ozone from the ozonized water, and an ozone adsorption chamber that removes residual ozone from the ozonized water. 1. A drinking water purification device comprising a cooling chamber and a heating chamber to which purified water is supplied, wherein the cooling chamber produces cold purified water and the heating chamber produces hot purified water. （２）オゾン反応室、オゾン吸着室、冷却室および加温
室が単一のケーシング内に区側して配置されていること
を特徴とする特許請求の範囲第１項記載の飲料水精製装
置。(2) The drinking water purification device according to claim 1, wherein an ozone reaction chamber, an ozone adsorption chamber, a cooling chamber, and a heating chamber are arranged side by side within a single casing.