JP3072909U - Water quality improvement device - Google Patents
Water quality improvement deviceInfo
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- JP3072909U JP3072909U JP2000002900U JP2000002900U JP3072909U JP 3072909 U JP3072909 U JP 3072909U JP 2000002900 U JP2000002900 U JP 2000002900U JP 2000002900 U JP2000002900 U JP 2000002900U JP 3072909 U JP3072909 U JP 3072909U
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- water
- quality improvement
- improvement device
- bypass
- outlet
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Abstract
(57)【要約】
【課題】 使用する人の必要に応じ水道水と浄化活性化
水を切換え、また必要に応じて水道水と浄化活性化水の
混合比を変えて混合して使用でき、使用コストを抑え、
必要に応じて便利に使用できる水質改善装置を提供する
ことにある。
【解決手段】 浄化活性化タンク２の取入口２ｃと取入
部継手３を管路部分６ａ，６ｂ，６ｃで接続し、浄化活
性化タンク２の取出口２ｄと取出部継手４を管路部分１
３ａ，１３ｂ，１３ｃで接続し、取入部継手３と取出部
継手４を管路部分１４ａでバイパスし、管路部分１４ａ
と取出部継手４の間に調整バルブ１１ｂを設けた。
(57) [Summary] [PROBLEMS] To switch between tap water and purification activation water as required by the user, and to mix and use tap water and purification activation water by changing the mixing ratio as necessary. Reduce the cost of use,
An object of the present invention is to provide a water quality improvement device which can be conveniently used as needed. SOLUTION: An inlet 2c of a purification activation tank 2 and an inlet joint 3 are connected by pipe portions 6a, 6b, 6c, and an outlet 2d of the purification activation tank 2 and an outlet joint 4 are connected by a pipe portion 1.
3a, 13b, and 13c, bypassing the inlet joint 3 and the outlet joint 4 at the conduit portion 14a,
An adjustment valve 11b was provided between the outlet joint 4 and the outlet joint 4.
Description
【０００１】[0001]
本考案は水道水の塩素やさび、にごりなどの不純物・有害物を除去し、水のク ラスターを小さくして活性化を行う水質改善装置に関する。 The present invention relates to a water quality improvement device for removing impurities and harmful substances such as chlorine, rust, and debris from tap water, and reducing the size of the water cluster for activation.
【０００２】[0002]
従来において、浄水器や活性器によって水を浄化又は活性化して用いることは 、用いる人にとって非常に好ましいことである。 しかし、特に浄水器においては濾過を行って不純物・有害物を除去するため、 年月とともに性能が低下するためにメンテナンスや交換の必要があり、使用する 人のコスト負担が大きかった。 また水を人体等に関係のないことに使用する場合や、使用したい時間帯、季節 等に対応して使用・不使用を切換えたり、使用した水と不使用の水を混合する必 要があった。 Conventionally, purifying or activating water using a water purifier or an activator is very preferable for a user. However, especially in water purifiers, filtration and removal of impurities and harmful substances reduced the performance over time, requiring maintenance and replacement, and the cost burden for users was large. In addition, when water is used for purposes unrelated to the human body, etc., it is necessary to switch between use and non-use according to the time of day, season, etc., or to mix used water with unused water. Was.
【０００３】[0003]
本考案が解決しようとする課題は、従来のこれらの問題点を解消し、使用する 人の必要に応じ原水と浄化水、活性化水又は浄化活性化水の混合比を変えて混合 して使用でき、使用コストを抑え、必要に応じて便利に使用できる水質改善装置 を提供することにある。 The problem to be solved by the present invention is to solve these conventional problems, and to mix and use raw water and purified water, activated water or purified activated water according to the needs of the user, changing the mixing ratio. It is an object of the present invention to provide a water quality improvement device which can be used, reduce the use cost, and can be conveniently used as needed.
【０００４】[0004]
かかる課題を解決した本考案の構成は、 １） 脱塩力を有する浄水器の取入口に外部から水を取り込む水路を接続し、同 浄水器の取出口に外部に水を送り出す出水路を接続し、前記入水路と前記出水路 をバイパスするバイパス水路を設け、同バイパス水路の途中にバイパス量を調整 する流量調整バルブを設け、浄水器で処理した浄化水と処理しない原水を所定の 比率で混合して取り出せるようにした水質改善装置 ２） 水を活性化させる活水器の取入口に外部から水を取り込む入水路を接続し 、同活水器の取出口に外部に水を送り出す出水路を接続し、前記入水路と前記出 水路をバイパスするバイパス水路を設け、同バイパス水路の途中にバイパス量を 調整する流量調整バルブを設け、活水器で処理した活性化水と処理しない原水を 所定の比率で混合して取り出せるようにした水質改善装置 ３） 脱塩力を有しかつ水を活性化させる浄活水器の取入口に外部から水を取り 込む入水路を接続し、同浄活水器の取出口に外部に水を送り出す出水路を接続し 、前記入水路と前記出水路をバイパスするバイパス水路を設け、同バイパス水路 の途中にバイパス量を調整する流量調整バルブを設け、浄活水器で処理した浄化 活性化水と処理しない原水を所定の比率で混合して取り出せるようにした水質改 善装置 ４） 複数の浄水器を直列又は並列させるようにした前記１）記載の水質改善装 置 ５） 複数の活水器を直列又は並列させるようにした前記２）記載の水質改善装 置 ６） 複数の浄活水器を直列又は並列させるようにした前記３）記載の水質改善 装置 ７） 水を活性化させる活水器又は脱塩力を有しかつ水を活性化させる浄活水器 を浄水器に対して直列又は並列させて設けた前記２）記載の水質改善装置 ８） 脱塩力を有しかつ水を活性化させる浄活水器を活水器に対して直列又は並 列させて設けた前記３）記載の水質改善装置 ９） バイパス水路の分岐より下流側の入水路の途中に流量調整バルブを設ける ようにした前記１）〜８）いずれかに記載の水質改善装置 １０） バイパス水路の分岐より上流側の出水路の途中に流量調整バルブを設け るようにした前記１）〜９）いずれかに記載の水質改善装置 にある。 The configuration of the present invention that solves this problem is as follows: 1) Connect a water channel that takes in water from the outside to the inlet of a water purifier having desalination power, and connect a water channel that sends water to the outside to the outlet of the water purifier. A bypass water channel that bypasses the inlet and outlet channels is provided, and a flow rate regulating valve that adjusts the amount of bypass is provided in the middle of the bypass water channel, so that purified water treated by the water purifier and raw water not treated at a predetermined ratio. Water quality improvement device that can be mixed and taken out 2) Connect the water inlet that takes in water from the outside to the inlet of the water activating device that activates water, and connect the water outlet that sends out water to the outlet of the water activating device. A bypass water channel that bypasses the inlet and outlet channels is provided, and a flow control valve that adjusts the amount of bypass is provided in the middle of the bypass water channel. Water quality improvement device that can be mixed and taken out at the same ratio 3) Connect the water intake channel that takes in water from outside to the intake of the water purifier that has desalination power and activates the water. A water outlet for sending water to the outside is connected to the outlet, a bypass water passage for bypassing the water inlet and the water outlet is provided, and a flow control valve for adjusting a bypass amount is provided in the middle of the bypass water passage. Treated water purification device 4) The activated water and the untreated raw water are mixed at a predetermined ratio and can be taken out. 4) The water quality improvement device 5 according to 1), wherein a plurality of water purifiers are connected in series or in parallel. 2) The water quality improvement device according to the above 2), in which a plurality of water purifiers are arranged in series or in parallel. 6) The water quality improvement device according to the above 3), in which a plurality of water purifiers are arranged in series or in parallel. 7) Water is activated. Activated water Alternatively, the water quality improvement device according to the above 2), wherein a water purifier having desalination power and activating water is provided in series or parallel with the water purifier. 8) Water is activated with water desalination. The water quality improvement device as described in 3) above, wherein the water purifier to be used is provided in series or in parallel with the water heater. 9) The flow control valve is provided in the middle of the water inlet downstream of the branch of the bypass water. 1) The water quality improvement device according to any one of the items 1) to 8). 10) The water quality improvement device according to any one of the above 1) to 9), wherein a flow control valve is provided in the middle of the water discharge channel upstream of the branch of the bypass water channel. Equipment.
【０００５】[0005]
本考案では、入水路を通して原水を浄水器に送り込む。浄水器の脱塩力によっ て脱塩された浄化水は出水路に送られる。入水路と出水路にはバイパス水路を設 けているので、出水路には入水路から原水も流れ込み、浄水器で浄化した浄化水 と原水は混合した状態で出水路を通って装置外部に送り出される。さらにバイパ ス水路には、流量調整バルブを設けているので、浄化していない原水がバイパス 水路を通る流量を調整することで浄化水と原水を所定の比率で混合して装置外部 に取り出すことができる。 活水器を設けるようにしたものは、活水器で活性化した活性化水と原水を所定 の比率で混合して装置外部に取り出すことができる。 浄活水器を設けるようにしたものは、浄化し、活性化した浄化活性化水と原水 を所定の比率で混合して装置外部に取り出すことができる。 複数の浄水器、活水器又は浄活水器を直列又は並列させるようにしたものと活 水器又は浄活水器を浄水器に対して直列又は並列させたものと、浄活水器を活水 器に対して直列又は並列させたものは、直列にした場合には水が複数回処理され るようにして効果の高い処理をした水にすることができ、並列にした場合には多 くの流量の水を処理できるようにする。 入水路の途中に流量調整バルブを設けるようにしたものと出水路の途中に流量 調整バルブを設けるようにしたものは、原水を浄化水、活性化水又は浄化活性化 水と混合せずに原水のまま装置外部に取り出すことができる。 In the present invention, raw water is sent to a water purifier through an inlet channel. Purified water desalinated by the desalination power of the water purifier is sent to the flood channel. Since a bypass channel is provided for the inlet and outlet channels, raw water also flows from the inlet channel into the outlet channel, and purified water and raw water purified by the water purifier are sent out of the device through the outlet channel in a mixed state. It is. In addition, since the bypass water channel is provided with a flow control valve, the flow rate of unpurified raw water passing through the bypass water channel is adjusted so that purified water and raw water can be mixed at a predetermined ratio and taken out of the device. it can. In the case where the water activating device is provided, the activated water activated by the water activating device and the raw water can be mixed at a predetermined ratio and taken out of the apparatus. In the case where a water purifier is provided, the purified water can be purified, activated activated water and raw water can be mixed at a predetermined ratio and taken out of the apparatus. Multiple water purifiers, water purifiers or water purifiers in series or parallel, water purifiers or water purifiers in series or parallel to water purifiers, and water purifiers for water purifiers In series or in parallel, water can be treated multiple times when treated in series to provide highly treated water, and when used in parallel, water with a large flow rate can be used. To be able to process. In the case where the flow control valve is provided in the middle of the inlet channel and the case where the flow control valve is provided in the middle of the outlet channel, the raw water is not mixed with purified water, activated water or purified activated water. It can be taken out of the device as it is.
【０００６】[0006]
本考案の水質改善装置は、水道水だけでなく、井戸水などにも用いてもよく、 また工場用水に用いて赤さびの防止などに用いてもよい。 水質改善装置の浄水部で濾過に用いるものとしては、砂、石、活性炭、フィル タなどがあり、浄水能力が高く長期間使用できるものが望ましい。 水質改善装置の活性部に用いるものとしては、トルマリン石、セラミック、麦 飯石、磁石などがあり、活性化能力が高く長期間使用できるものが望ましい。 The water quality improvement device of the present invention may be used not only for tap water but also for well water and the like, and may be used for factory water to prevent red rust. Sand, stone, activated carbon, filters, etc., which are used for filtration in the water purification section of the water quality improvement device, are desirably those that have high water purification capacity and can be used for a long time. As the active part of the water quality improvement device, there are tourmaline stone, ceramic, malt stone, magnet and the like, and those having high activation ability and being usable for a long period of time are desirable.
【０００７】[0007]
本考案の各実施例について、図面を参照して具体的に説明する。 実施例１（図１〜２参照） 図１〜２に示すのは、水道水を装置内に取り込むようにし、浄水部と活性部を 一つのタンク内に設けた浄活水器によって浄化活性化水にし、バイパスさせた水 道水と混合して家の内部に送り込むようにした水質改善装置の例である。 図１は実施例１の水質改善装置の正面図である。図２は実施例１の水質改善装 置の概略図である。 図中、１は水質改善装置、２は浄活水器として用いた浄化活性化タンク、２ａ は浄水部、２ｂは活性部、２ｃは取入口、２ｄは取出口、３は取入部継手、４は 取出部継手、５ａ，５ｂは二方向継手、５ｃ，５ｄは三方向継手、６は入水路、 ６ａ，６ｂ，６ｃは入水路として用いた管路部分、７はタンク取付具、８は圧力 計、９は排水路、９ａは管路部分、９ｂは排水ドレン、１０はカバー、１１ａは 調整バルブ、１１ｂは調整バルブ、１１ｃは調整バルブ、１２は排水バルブ、１ ３は出水路、１３ａ，１３ｂ，１３ｃは出水路として用いた管路部分、１４はバ イパス路、１４ａは管路部分である。 実施例１では、タンク内に浄水部２ａと活性部２ｂを設けている。浄化活性化 タンク２はステンレス製で上下に長い円筒形状になっており、上下端は絞った形 状にして下方の開口部を取入口２ｃ、上方の開口部を取出口２ｄとしている。こ の浄化活性化タンク２の内部の下部に、砂や活性炭などをフィルターで仕切って 上下に多層に設けて浄水部２ａを構成し、この浄化活性化タンク２の内部の浄水 部２ａの上方にセラミック、麦飯石、磁石を用いた磁場活性部をフィルターで仕 切って上下に多層に設けて活性部２ｂを構成する。 次に、金属製で箱形のカバー１０の内部に浄化活性化タンク２を配置し、浄化 活性化タンク２の下端の取入口２ｃに短い管材の管路部分６ａを取り付け、その 下方に上方から左右に分岐する三方向継手５ｃを取り付ける。三方向継手５ｃの 右方向に分岐した一端に短い管路部分６ｂを取り付け、さらに管路部分６ｂの右 管端に調整バルブ１１ａを取り付ける。次に調整バルブ１１ａの右側端に短い管 路部分６ｃを取り付ける。次に管路部分６ｃの右管端に上方から左右に分岐する 三方向継手である取入部継手３の左側に分岐した端を取り付ける。次に取入部継 手３の上方に分岐した端に上下に長い管路部分１４ａの下端を取り付け、管路を 上方に伸ばすようにする。次に管路部分１４ａの上端に調整バルブ１１ｂを取り 付ける。次に調整バルブ１１ｂの上方端に右側から上下に分岐する三方向継手で ある取出部継手４の下方に分岐した端を取り付ける。取出部継手４の上方に分岐 した端に上下に長い管路部分１３ａの下端を取り付ける。管路部分１３ａの上端 には、管路を左方向に略直角にターンさせる二方向継手５ａを取り付ける。次に 二方向継手５ａの左側にターンした端に短い管路部分１３ｂを取り付け、管路部 分１３ｂの左側管端に調整バルブ１１ｃを取り付ける。次に調整バルブ１１ｃの 左側端に管路方向に下端にターンさせる二方向継手５ｂを取り付ける。下方にタ ーンさせた二方向継手５ｂの下端には、短い管路部分を取り付ける。次に管路部 分１３ｃの下方管端をタンク取付具７によって浄化活性化タンク２の上端の取出 口２ｄに取り付ける。 Embodiments of the present invention will be specifically described with reference to the drawings. Example 1 (see FIGS. 1 and 2) FIGS. 1 and 2 show a case where tap water is taken into the apparatus, and a purified water is activated by a water purifier provided with a water purification section and an active section in one tank. This is an example of a water quality improvement device that mixes with the bypass water and sends it into the house. FIG. 1 is a front view of the water quality improvement device according to the first embodiment. FIG. 2 is a schematic diagram of the water quality improvement device of the first embodiment. In the figure, 1 is a water quality improvement device, 2 is a purification activation tank used as a water purifier, 2a is a water purification unit, 2b is an active unit, 2c is an inlet, 2d is an outlet, 3 is an inlet joint, and 4 is Outlet joints, 5a and 5b are two-way joints, 5c and 5d are three-way joints, 6 is a water inlet channel, 6a, 6b and 6c are pipe sections used as water inlet channels, 7 is a tank fixture, and 8 is a pressure gauge. , 9 is a drainage channel, 9a is a pipe portion, 9b is a drainage drain, 10 is a cover, 11a is an adjustment valve, 11b is an adjustment valve, 11c is an adjustment valve, 12 is a drainage valve, 13 is a water drainage channel, 13a and 13b. , 13c is a pipe section used as a flood channel, 14 is a bypass path, and 14a is a pipe section. In the first embodiment, a water purification unit 2a and an active unit 2b are provided in a tank. The purification activation tank 2 is made of stainless steel and has a vertically long cylindrical shape. The upper and lower ends are squeezed so that the lower opening is an inlet 2c and the upper opening is an outlet 2d. In the lower part of the purification and activation tank 2, sand and activated carbon are separated by a filter and provided in a multilayer structure on the upper and lower sides to constitute a water purification section 2 a. The active part 2b is formed by separating a magnetic field active part using ceramic, barley stone, and a magnet with a filter and providing the active part 2b in a vertical direction. Next, the purification activation tank 2 is disposed inside a metal box-shaped cover 10, a short pipe member 6 a is attached to an inlet 2 c at the lower end of the purification activation tank 2, and the pipe section 6 a is located below the pipe section 6 a from below. A three-way joint 5c that branches left and right is attached. A short pipe portion 6b is attached to one end of the three-way joint 5c that branches rightward, and an adjustment valve 11a is attached to the right pipe end of the pipe portion 6b. Next, a short pipe portion 6c is attached to the right end of the adjustment valve 11a. Next, an end branched to the left side of the intake joint 3 which is a three-way joint that branches left and right from above is attached to the right pipe end of the pipe section 6c. Next, the lower end of a vertically long pipe portion 14a is attached to the end of the intake section 3 that branches upward, so that the pipe is extended upward. Next, the adjustment valve 11b is attached to the upper end of the pipe portion 14a. Next, the lower end of the take-out joint 4, which is a three-way joint that branches vertically from the right side, is attached to the upper end of the adjustment valve 11b. The lower end of the vertically long pipe section 13a is attached to the upper end of the outlet joint 4. At the upper end of the pipe section 13a, a two-way joint 5a for turning the pipe at a substantially right angle to the left is attached. Next, a short pipe section 13b is attached to the left-hand end of the two-way joint 5a, and an adjustment valve 11c is attached to the left pipe end of the pipe section 13b. Next, a two-way joint 5b is attached to the left end of the adjustment valve 11c so as to turn to the lower end in the pipe direction. A short pipe section is attached to the lower end of the two-way joint 5b turned downward. Next, the lower pipe end of the pipe section 13c is attached to the outlet 2d at the upper end of the purification activation tank 2 by the tank fixture 7.
【０００８】 次に三方向継手５ｃの左方向に分岐した一端に短い管路部分９ａを取り付ける 。次に管路部分９ａの左側管端に上方から左右に分岐した三方向継手５ｄの右側 に分岐した端部を取り付け、三方向継手５ｄの上方に分岐した端には圧力計８を 取り付ける。次に、三方向継手５ｄの左側に分岐した端部に排水バルブ１２を取 り付ける。 箱形状のカバー１０は、前面が開閉できる扉になっており、取入部継手３と取 出部継手４の右方向に分岐したそれぞれの端部が外部に露出するように開口部を 設け、排水バルブ１２がカバー１０の左側面から突出するように開口を設ける。 さらに排水バルブ１２の左端には、管路を下方に折曲した排水ドレン９ｂを取り 付ける。 調整バルブ１１ａ〜１１ｃ、排水バルブ１２は、全閉〜全開までの流量調整が 可能なバルブを使用している。Next, a short pipe section 9a is attached to one end of the three-way joint 5c that branches to the left. Next, the right end of the three-way joint 5d branched right and left from above is attached to the left end of the pipe section 9a, and the pressure gauge 8 is attached to the upper end of the three-way joint 5d. Next, the drain valve 12 is attached to the left end of the three-way joint 5d. The box-shaped cover 10 is a door that can be opened and closed on the front surface, and is provided with openings so that the right ends of the inlet joint 3 and the outlet joint 4 are exposed to the outside. An opening is provided so that the valve 12 protrudes from the left side surface of the cover 10. At the left end of the drain valve 12, a drain 9b having a pipe bent downward is attached. As the adjustment valves 11a to 11c and the drain valve 12, valves capable of adjusting the flow rate from fully closed to fully opened are used.
【０００９】 本考案の水質改善装置１を使用するには、水道水が家庭に送られる配管の途中 に水質改善装置１を接続する。水道水が送られる配管を取入部継手３の右方向つ まり装置外部に向って分岐させた端に接続する。さらに取出部継手４の右方向つ まり装置外部に向って分岐させた端には、水質改善装置１で処理した処理水を家 に送る配管を接続する。 上水道より送られてくる水道水は取入部継手３より水質改善装置１の配管内に 送られる。調整バルブ１１ａ，１１ｃは全開状態にし、排水バルブ１２は全閉状 態にしておく。 まず、家に送る水を浄化活性化水と水道水を混合した水にしたい場合、及び水 質改善装置１を設置した場所によって法令により塩素を残留させなければならな いが、その塩素の濃度を小さくしたいような場合には、調整バルブ１１ｂの開度 を調整することによって、調整バルブ１１ｂのバルブ部分の管路断面積を変更し 、調整バルブ１１ｂを通過する処理しない水道水の流量を調整する。これによっ て浄化活性化タンク２に向かう水道水と調整バルブ１１ｂを通過する水道水の流 量の比率を変えることができる。浄化活性化タンク２に向かった水道水は、浄化 活性化タンク２の下方の取入口２ｃより内部に流れ込む。浄化活性化タンク２の 下部の浄水部２ａを通る水道水は、濾材として用いられた砂、活性炭、フィルタ ーによって濾過されることによって塩素、さび、にごりなどの不純物・有害物が 除去されて浄化水となる。さらにこの浄化水は、浄化活性化タンク２の上部の活 性部２ｂを通過してセラミック、麦飯石、磁場活性部によって、電気磁気的作用 によりクラスターを小さくされた活性化した活性化水となる。 このようにして浄化活性化タンク２を通過することにより浄化活性化された浄 化活性化水は浄化活性化タンク２の上端の取出口２ｄから調整バルブ１１ｃを通 過して管路部分１３ａを通って取出部継手４に向かう。取出部継手４は、右側方 向より上下に分岐しており、その上方から浄化活性化タンク２で処理された浄化 活性化水が流れ込み、下方からは処理していない水道水が流れ込む。よって取出 部継手４の内部で浄化活性化水と水道水が混合されて、この混合したものが取出 部継手４の右側の端部より家の内部に向かう配管内に流れて行く。よって、この ようにして家の内部で使用される水の塩素の濃度を小さくし、他の不純物・有害 物を少なくすることによって、非常に人体に好ましい水として使用でき、健康に 役立てることができる。To use the water quality improvement device 1 of the present invention, the water quality improvement device 1 is connected in the middle of a pipe through which tap water is sent to the home. The pipe through which the tap water is sent is connected to the right end of the inlet joint 3, that is, the end branched toward the outside of the apparatus. Further, a pipe for sending the treated water treated by the water quality improvement device 1 to the house is connected to the right end of the outlet joint 4, that is, the end branched toward the outside of the device. Tap water sent from the water supply is sent into the pipe of the water quality improvement device 1 from the intake joint 3. The adjustment valves 11a and 11c are fully opened, and the drain valve 12 is fully closed. First, if the water to be sent to the house is to be purified water mixed with activated water and tap water, and depending on the place where the water quality improvement device 1 is installed, chlorine must be left in accordance with laws and regulations. When it is desired to reduce the flow rate, the opening degree of the adjusting valve 11b is adjusted to change the pipe cross-sectional area of the valve portion of the adjusting valve 11b, and the flow rate of untreated tap water passing through the adjusting valve 11b is adjusted. I do. As a result, the ratio of the flow rate of the tap water toward the purification activation tank 2 to the flow rate of the tap water passing through the regulating valve 11b can be changed. The tap water flowing toward the purification activation tank 2 flows into the inside from the intake 2c below the purification activation tank 2. Tap water that passes through the water purification section 2a at the bottom of the purification activation tank 2 is purified by filtering impurities such as sand, activated carbon, and filters used as filter media to remove impurities, harmful substances such as chlorine, rust, and dirt. It becomes water. Further, the purified water passes through the active portion 2b at the upper part of the purification activation tank 2 and becomes activated water in which clusters are reduced by electro-magnetic action by ceramic, maltstone, and a magnetic field active portion. . The purification activated water purified and activated by passing through the purification activation tank 2 in this manner passes through the regulating valve 11c from the outlet 2d at the upper end of the purification activation tank 2 and passes through the pipe portion 13a. It passes to the extraction joint 4. The outlet joint 4 is branched upward and downward from the right side, from which purification activated water treated in the purification activation tank 2 flows in, and untreated tap water flows in from below. Therefore, the purified activating water and the tap water are mixed inside the outlet joint 4, and the mixture flows into the pipe from the right end of the outlet joint 4 toward the inside of the house. Therefore, by reducing the chlorine concentration of water used inside the house and reducing other impurities and harmful substances in this way, it can be used as water very favorable for the human body and can be used for health .
【００１０】 次に、水道水を処理せずに家の内部に流したい場合には、調整バルブ１１ｂを 全開にし、調整バルブ１１ａ，１１ｃを全閉の状態にすることにより水は浄化活 性化タンク２を通過することがなくなり、管路部分１４ａ、調整バルブ１１ｂを 通過して水道水がそのまま取出部継手４より家の内部に流れるようになる。よっ て浄化活性化水を必要としない場合などに使い分けを行うことができる。Next, when it is desired to flow tap water into the house without treatment, the water is purified by activating the regulating valve 11b and fully closing the regulating valves 11a and 11c. The water does not pass through the tank 2 and passes through the pipe portion 14a and the regulating valve 11b, so that the tap water flows into the house from the outlet joint 4 as it is. Therefore, it is possible to selectively use the cleaning activation water when it is not required.
【００１１】 さらに、法令等の問題がなく浄化・活性化機能を十分に発揮させた浄化活性化 水を家の内部に流したい場合には、調整バルブ１１ｂを全閉状態にし、調整バル ブ１１ａ，１１ｃを全開状態にして取入部継手３から流れ込んだ水道水がすべて 浄化活性化タンク２を通過するようになる。これによって家の内部に流す水を効 果高く不純物・有害物を除去し、活性化させた浄化活性化水にすることができる 。 また、圧力計８を浄化活性化タンク２の上流側に設けていることによって、浄 化活性化タンク２が何らかの原因で水の通過量で減るような異常が発生した場合 には上流の圧力ですぐに異常が認識できるようにしている。 また、排水路９を設けていることによって、必要に応じて配管内の水を排出す ることができる。Furthermore, when it is desired to flow purification activation water having a sufficient purification and activation function without any problem of laws and regulations, and to flow the inside of the house, the adjustment valve 11b is fully closed and the adjustment valve 11a is closed. , 11c are fully opened, and all the tap water flowing from the inlet joint 3 passes through the purification activation tank 2. This makes it possible to effectively remove impurities and harmful substances from the water flowing into the interior of the house and to make the purified activated water activated. Further, since the pressure gauge 8 is provided on the upstream side of the purification activation tank 2, if an abnormality such as a decrease in the amount of water passing through the purification activation tank 2 occurs for some reason, the upstream pressure is used. We make it possible to recognize abnormalities immediately. Further, the provision of the drainage channel 9 allows the water in the pipe to be discharged as required.
【００１２】 このように、必要に応じて、水道水と浄化活性化水を切り換えまた、水道水と 浄化活性化水の混合比率を変えることによって、水質改善装置のメンテナンス作 業の必要間隔を長くして使用コストを低下させ、使用する人の事情・環境に対応 してより使いやすくできる。In this way, by switching between tap water and purification activation water as needed, and by changing the mixing ratio of tap water and purification activation water, the interval required for maintenance work of the water quality improvement device can be extended. In this way, the usage cost can be reduced, and it can be easier to use in accordance with the circumstances and environment of the user.
【００１３】 実施例２（図３参照） 図３に示す実施例２は浄水部と活性部を一体化したものを複数並列させるよう にした水質改善装置の例である。 図３は実施例２の水質改善装置の概略図である。 実施例２では、浄化活性化タンク２を並列に配置して一度に大流量の水道水を 処理して浄化活性化水を多くの量、流せるようにしている。 このように使用する水の量に対応させて複数浄化活性化タンク２を設けるよう にしてもよい。 その他符号、構成、作用、使い方は実施例１と同じである。Second Embodiment (See FIG. 3) A second embodiment shown in FIG. 3 is an example of a water quality improvement device in which a plurality of integrated water purification units and active units are arranged in parallel. FIG. 3 is a schematic diagram of a water quality improvement device according to the second embodiment. In the second embodiment, the purification activation tanks 2 are arranged in parallel to process a large amount of tap water at a time so that a large amount of the purification activation water can flow. In this way, a plurality of purification activation tanks 2 may be provided corresponding to the amount of water used. Other symbols, configurations, operations, and usages are the same as those in the first embodiment.
【００１４】 実施例３（図４参照） 図４に示す実施例３は浄水部と活性部を一体化したものを複数直列させるよう にした水質改善装置の例である。 図４は実施例３の水質改善装置の概略図である。 実施例３では浄化活性化タンク２を直列に配置して、一度、浄化活性化タンク ２を通過した浄化活性化水がもう一度別の浄化活性化タンク２を通過するように する。このようにしてさらに効果高く、不純物・有害物の除去と活性化を行うよ うにしてもよい。 その他符号、構成、作用、使い方は実施例１と同じである。Embodiment 3 (see FIG. 4) Embodiment 3 shown in FIG. 4 is an example of a water quality improvement device in which a plurality of integrated water purification units and active units are connected in series. FIG. 4 is a schematic diagram of a water quality improvement device according to a third embodiment. In the third embodiment, the purification activation tanks 2 are arranged in series so that the purification activation water that has once passed through the purification activation tank 2 passes through another purification activation tank 2 once again. In this way, the removal and activation of impurities and harmful substances may be performed even more effectively. Other symbols, configurations, operations, and usages are the same as those in the first embodiment.
【００１５】 図５〜１０に示すのは、実施例の水質改善装置の他の例である。 図中、１５は浄水器、１６は活水器である。 図５〜１０に示すように浄水器１５、活水器１６、浄化活性化タンク２を、同 じもの同士、又は異なるものと並列、直列に組み合わせるようにして、直列にし て処理の効果を高くして用いたり、並列にして多くの流量を処理したり、浄化水 と活性化水の比率を変えて混合して用いるようにしてもよい。FIGS. 5 to 10 show another example of the water quality improvement device of the embodiment. In the figure, 15 is a water purifier and 16 is a water purifier. As shown in FIGS. 5 to 10, the water purifier 15, the water activating device 16, and the purification activation tank 2 are combined in parallel or in series with the same or different ones to increase the effect of the treatment. Alternatively, a large amount of flow may be processed in parallel, or the ratio of purified water and activated water may be changed and mixed for use.
【００１６】[0016]
本考案によれば、使用する人の必要に応じ原水と浄化水、活性化水又は浄化活 性化水の混合比を変えて混合して使用でき、使用コストを抑え、必要に応じて便 利に使用でき、より健康に役立てることができる。 複数の浄水器、活水器又は浄活水器を同じもの同士又は異なるものと直列又は 並列させるようにしたものは、直列にしてさらに効果の高い水として使用し、よ り健康に役立てることができ、また並列にして多くの流量を処理できるようにし て、用いる場所で使用される水の量に対応させることができる。 入水路の途中に流量調整バルブを設けるようにしたものと出水路の途中に流量 調整バルブを設けるようにしたものは、原水を浄化水、活性化水又は浄化活性化 水と混合せずに原水のまま装置外部に取り出せるようにして、さらに必要に応じ て便利に使用できるようにし、使用コストをさらに抑えることができるようにす る。 According to the present invention, raw water and purified water, activated water or purified activated water can be mixed and used at different mixing ratios according to the needs of the user, thereby reducing the cost of use and improving the convenience if necessary. It can be used for more health. If multiple water purifiers, water purifiers or water purifiers are arranged in series or in parallel with the same or different water purifiers, they can be used in series and used as more effective water to contribute to better health. Also, it is possible to process a large amount of flow in parallel so that it can correspond to the amount of water used at the place of use. In the case where the flow control valve is provided in the middle of the inlet channel and the case where the flow control valve is provided in the middle of the outlet channel, the raw water is not mixed with purified water, activated water or purified activated water. The device can be taken out of the device as it is, so that it can be conveniently used as needed, and the use cost can be further reduced.
【図１】実施例１の水質改善装置の正面図である。FIG. 1 is a front view of a water quality improvement device according to a first embodiment.
【図２】実施例１の水質改善装置の概略図である。FIG. 2 is a schematic diagram of a water quality improvement device according to the first embodiment.
【図３】実施例２の水質改善装置の概略図である。FIG. 3 is a schematic diagram of a water quality improvement device according to a second embodiment.
【図４】実施例３の水質改善装置の概略図である。FIG. 4 is a schematic view of a water quality improvement device according to a third embodiment.
【図５】実施例の水質改善装置の他の例の概略図であ
る。FIG. 5 is a schematic view of another example of the water quality improvement device of the embodiment.
【図６】実施例の水質改善装置の他の例の概略図であ
る。FIG. 6 is a schematic view of another example of the water quality improvement device of the embodiment.
【図７】実施例の水質改善装置の他の例の概略図であ
る。FIG. 7 is a schematic view of another example of the water quality improvement device of the embodiment.
【図８】実施例の水質改善装置の他の例の概略図であ
る。FIG. 8 is a schematic view of another example of the water quality improvement device of the embodiment.
【図９】実施例の水質改善装置の他の例の概略図であ
る。FIG. 9 is a schematic view of another example of the water quality improvement device of the embodiment.
【図１０】実施例の水質改善装置の他の例の概略図であ
る。FIG. 10 is a schematic view of another example of the water quality improvement device of the embodiment.
１ 水質改善装置 ２ 浄化活性化タンク ２ａ 浄水部 ２ｂ 活性部 ２ｃ 取入口 ２ｄ 取出口 ３ 取入部継手 ４ 取出部継手 ５ａ 二方向継手 ５ｂ 二方向継手 ５ｃ 三方向継手 ５ｄ 三方向継手 ６ 入水路 ６ａ 管路部分 ６ｂ 管路部分 ６ｃ 管路部分 ７ タンク取付具 ８ 圧力計 ９ 排水路 ９ａ 管路部分 ９ｂ 排水ドレン １０ カバー １１ａ 調整バルブ １１ｂ 調整バルブ １１ｃ 調整バルブ １２ 排水バルブ １３ 出水路 １３ａ 管路部分 １３ｂ 管路部分 １３ｃ 管路部分 １４ バイパス路 １４ａ 管路部分 １５ 浄水器 １６ 活水器 DESCRIPTION OF SYMBOLS 1 Water quality improvement apparatus 2 Purification activation tank 2a Water purification part 2b Active part 2c Inlet 2d Outlet 3 Inlet joint 4 Outlet joint 5a Two-way joint 5b Two-way joint 5c Three-way joint 5d Three-way joint 6 Water inlet 6a Pipe Road section 6b Pipe section 6c Pipe section 7 Tank fixture 8 Pressure gauge 9 Drain 9a Pipe section 9b Drain 10 Cover 11a Adjusting valve 11b Adjusting valve 11c Adjusting valve 12 Drain valve 13 Water drain 13a Pipe section 13b Pipe Road 13c Pipe 14 Bypass 14a Pipe 15 Water purifier 16 Activator
───────────────────────────────────────────────────── フロントページの続き (51)Int.Cl.7 識別記号 ＦＩ Ｃ０２Ｆ 1/68 ５２０ Ｃ０２Ｆ 1/68 ５２０Ｎ ５２０Ｐ ５２０Ｓ ５３０ ５３０Ａ ５３０Ｚ ──────────────────────────────────────────────────続 き Continued on the front page (51) Int.Cl. 7 Identification code FI C02F 1/68 520 C02F 1/68 520N 520P 520S 530 530A 530Z
Claims (10)
ら水を取り込む水路を接続し、同浄水器の取出口に外部
に水を送り出す出水路を接続し、前記入水路と前記出水
路をバイパスするバイパス水路を設け、同バイパス水路
の途中にバイパス量を調整する流量調整バルブを設け、
浄水器で処理した浄化水と処理しない原水を所定の比率
で混合して取り出せるようにした水質改善装置。1. A water passage for taking in water from outside is connected to an inlet of a water purifier having desalination power, a water outlet for sending water to the outside is connected to an outlet of the water purifier, and the water inlet and the water outlet are connected. A bypass water channel that bypasses the water channel is provided, and a flow rate adjustment valve that adjusts a bypass amount is provided in the middle of the bypass water channel,
A water quality improvement device capable of mixing and purifying purified water treated by a water purifier and untreated raw water at a predetermined ratio.
から水を取り込む入水路を接続し、同活水器の取出口に
外部に水を送り出す出水路を接続し、前記入水路と前記
出水路をバイパスするバイパス水路を設け、同バイパス
水路の途中にバイパス量を調整する流量調整バルブを設
け、活水器で処理した活性化水と処理しない原水を所定
の比率で混合して取り出せるようにした水質改善装置。2. An inlet for taking in water from the outside is connected to an inlet of a water activating device for activating water, and a water outlet for sending water to the outside is connected to an outlet of the water activating device. A bypass water channel that bypasses the water outlet channel is provided, and a flow rate regulating valve that adjusts the bypass amount is provided in the middle of the bypass water channel so that the activated water treated by the water heater and the raw water not treated can be mixed and extracted at a predetermined ratio. Water quality improvement device.
水器の取入口に外部から水を取り込む入水路を接続し、
同浄活水器の取出口に外部に水を送り出す出水路を接続
し、前記入水路と前記出水路をバイパスするバイパス水
路を設け、同バイパス水路の途中にバイパス量を調整す
る流量調整バルブを設け、浄活水器で処理した浄化活性
化水と処理しない原水を所定の比率で混合して取り出せ
るようにした水質改善装置。3. An inlet for taking in water from outside is connected to an inlet of a water purifier having a desalting power and activating water,
A water outlet for sending water to the outside is connected to the outlet of the water purifier, a bypass water passage is provided to bypass the water inlet and the water outlet, and a flow control valve for adjusting a bypass amount is provided in the middle of the bypass water passage. And a water quality improvement device capable of mixing purified activated water treated by a water purifier and raw water not treated at a predetermined ratio and extracting the mixed water.
にした請求項１記載の水質改善装置。4. The water quality improvement device according to claim 1, wherein a plurality of water purifiers are arranged in series or in parallel.
にした請求項２記載の水質改善装置。5. The water quality improvement device according to claim 2, wherein a plurality of water activating devices are arranged in series or in parallel.
うにした請求項３記載の水質改善装置。6. The water quality improvement device according to claim 3, wherein a plurality of water purifiers are arranged in series or in parallel.
しかつ水を活性化させる浄活水器を浄水器に対して直列
又は並列させて設けた請求項２記載の水質改善装置。7. The water quality improvement device according to claim 2, wherein a water purifier for activating water or a water purifier having desalination power for activating water is provided in series or parallel to the water purifier.
水器を活水器に対して直列又は並列させて設けた請求項
３記載の水質改善装置。8. The water quality improvement device according to claim 3, wherein a water purifier having desalination power and activating water is provided in series or in parallel with the water purifier.
の途中に流量調整バルブを設けるようにした請求項１〜
８いずれかに記載の水質改善装置。9. The flow control valve according to claim 1, wherein a flow control valve is provided in the middle of the inlet channel downstream of the branch of the bypass channel.
8. The water quality improvement device according to any one of 8.
路の途中に流量調整バルブを設けるようにした請求項１
〜９いずれかに記載の水質改善装置。10. The flow control valve according to claim 1, wherein a flow control valve is provided in the middle of the water discharge passage upstream of the branch of the bypass water passage.
The water quality improvement device according to any one of claims 9 to 9.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2000002900U JP3072909U (en) | 2000-05-01 | 2000-05-01 | Water quality improvement device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2000002900U JP3072909U (en) | 2000-05-01 | 2000-05-01 | Water quality improvement device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JP3072909U true JP3072909U (en) | 2000-11-07 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP2000002900U Expired - Lifetime JP3072909U (en) | 2000-05-01 | 2000-05-01 | Water quality improvement device |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP3072909U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2001310183A (en) * | 2000-05-01 | 2001-11-06 | K Project:Kk | Water cleaning apparatus |
| WO2011052531A1 (en) * | 2009-10-27 | 2011-05-05 | パナソニック電工株式会社 | Water processing device |
| WO2011052530A1 (en) * | 2009-10-27 | 2011-05-05 | パナソニック電工株式会社 | Water processing device |
| JP6179747B1 (en) * | 2017-02-15 | 2017-08-16 | 竜太郎 岡 | Residual chlorine concentration adjustment device. |
| CN114484123A (en) * | 2022-01-10 | 2022-05-13 | 深圳安吉尔饮水产业集团有限公司 | Water diversion structure and waterway system |
-
2000
- 2000-05-01 JP JP2000002900U patent/JP3072909U/en not_active Expired - Lifetime
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2001310183A (en) * | 2000-05-01 | 2001-11-06 | K Project:Kk | Water cleaning apparatus |
| WO2011052531A1 (en) * | 2009-10-27 | 2011-05-05 | パナソニック電工株式会社 | Water processing device |
| WO2011052530A1 (en) * | 2009-10-27 | 2011-05-05 | パナソニック電工株式会社 | Water processing device |
| JP2011092806A (en) * | 2009-10-27 | 2011-05-12 | Panasonic Electric Works Co Ltd | Water treatment device |
| CN102510838A (en) * | 2009-10-27 | 2012-06-20 | 松下电器产业株式会社 | Water processing device |
| JP6179747B1 (en) * | 2017-02-15 | 2017-08-16 | 竜太郎 岡 | Residual chlorine concentration adjustment device. |
| JP2018130714A (en) * | 2017-02-15 | 2018-08-23 | 竜太郎 岡 | Residual chlorine concentration regulator |
| CN114484123A (en) * | 2022-01-10 | 2022-05-13 | 深圳安吉尔饮水产业集团有限公司 | Water diversion structure and waterway system |
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