JP2019042479A - Soap liquid automatic supply system - Google Patents
Soap liquid automatic supply system Download PDFInfo
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- JP2019042479A JP2019042479A JP2018091699A JP2018091699A JP2019042479A JP 2019042479 A JP2019042479 A JP 2019042479A JP 2018091699 A JP2018091699 A JP 2018091699A JP 2018091699 A JP2018091699 A JP 2018091699A JP 2019042479 A JP2019042479 A JP 2019042479A
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47K—SANITARY EQUIPMENT NOT OTHERWISE PROVIDED FOR; TOILET ACCESSORIES
- A47K5/00—Holders or dispensers for soap, toothpaste, or the like
- A47K5/06—Dispensers for soap
- A47K5/12—Dispensers for soap for liquid or pasty soap
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Abstract
Description
本発明は石鹸液自動補給システムに関し、特に液位差圧（ｄｉｆｆｅｒｅｎｔｉａｌ ｈｙｄｒｏｓｔａｔｉｃ ｐｒｅｓｓｕｒｅ）を利用して石鹸液を自動的に充填し且つガスの残留を防止し、液位状態に基づき、発光により石鹸液の補給を促し、又は石鹸液を満注したことを示すことができる石鹸液自動補給システムに関するものである。 The present invention relates to an automatic soap solution system, and more particularly, to automatically fill a soap solution using differential hydrostatic pressure and prevent residual gas, and based on the liquid condition, the soap solution by light emission. The present invention relates to an automatic soap solution system capable of prompting the user to supply or to indicate that the soap solution is full.
特許文献１は、複数の配分器、第１折り畳み可能な容器、第２折り畳み可能な容器、少なくとも１つの接続管及び供給パイプを備え、配分器は入口及び出口を備えるポンプを含み、第１折り畳み可能な容器は液体洗剤を収容し、出口を備え、第２折り畳み可能な容器は液体洗剤を収容し、出口を備え、第１折り畳み可能な容器の上方に設けられ、接続管は第１折り畳み可能な容器の出口と第２折り畳み可能な容器の出口とを接続させ、第１折り畳み可能な容器及び第２折り畳み可能な容器内の液体洗剤が供給パイプを介して複数の配分器へ運ばれることで、液体洗剤を第１折り畳み可能な容器から配分器に供給し、そして第１折り畳み可能な容器内の液体洗剤を使い切ると、第２折り畳み可能な容器に切り替えて配分器に供給し続けるものを開示している。 Patent document 1 comprises a plurality of distributors, a first foldable container, a second foldable container, at least one connecting pipe and a supply pipe, the distributor comprising a pump with an inlet and an outlet, the first fold The possible container contains the liquid detergent, the outlet is provided, the second foldable container contains the liquid detergent, the outlet is provided above the first foldable container, the connection tube is the first foldable Connection between the outlet of the second container and the outlet of the second foldable container, and the liquid detergent in the first foldable container and the second foldable container being transported to the plurality of distributors through the supply pipes If the liquid detergent is supplied from the first foldable container to the distributor, and the liquid detergent in the first foldable container is used up, the second foldable container is switched to the one that continues to be supplied to the distributor. Shows.
特許文献２及び特許文献３は、洗面台の下方に液体洗剤を貯蔵するための貯蔵器が設けられ、それぞれ複数の液体ポンプにより貯蔵器内に貯蔵された液体洗剤を、パイプを介して洗面台上に設けられた複数の配分器へ運び、液体洗剤を複数の配分器から吐出するものをそれぞれ開示している。 Patent documents 2 and patent documents 3 are provided with a storage for storing a liquid detergent under a wash basin, and the liquid detergent stored in the reservoir by a plurality of liquid pumps is washed with a pipe via a pipe. It is conveyed to the plurality of distributors provided above, and the thing which discharges liquid detergent from several distributors is disclosed, respectively.
特許文献４は、洗面台の下方に液体洗剤を貯蔵するための貯蔵器が設けられ、且つパイプを介して洗面台上に設けられた複数の配分器に接続され、各配分器内にセンサ、モータ及びポンプを設けることで、モータ及びポンプにより液体洗剤を、パイプを介して配分器の出口から吐出するものを開示している。 In Patent Document 4, a reservoir for storing liquid detergent is provided below the wash basin, and is connected to a plurality of distributors provided on the wash basin via a pipe, and a sensor in each of the distributors, By providing a motor and a pump, it is disclosed that the motor and the pump discharge the liquid detergent from the outlet of the distributor through a pipe.
特許文献５は、石鹸液を貯蔵可能なタンクを開示し、当該タンクは石鹸液供給管を介して複数のノズルに石鹸液を供給し、タンク内に残量体積センサが設けられ、さらに残量を検出するための５レベルの接触点が設けられ、且つ制御部によりタンク内の石鹸液の残量を確認し、そして残量体積センサが、石鹸液の体積が最大レベルに達することを検出したとき、制御部はブザーを制御して所定時間鳴動することで報知する。 Patent Document 5 discloses a tank capable of storing soap liquid, which supplies soap liquid to a plurality of nozzles through a soap liquid supply pipe, and a residual volume sensor is provided in the tank, and further, the remaining amount Provided with 5 levels of contact points to detect and the controller checked the remaining amount of soap solution in the tank, and the remaining volume sensor detected that the volume of soap solution reached the maximum level At the same time, the control unit controls the buzzer to notify by ringing for a predetermined time.
上記の特許文献は、いずれも貯蔵器を用いて液体洗剤を貯蔵し、洗面台上に設けられた複数の配分器により石鹸液を供給するものを開示している。ただし、液体洗剤の補給を行うとき、いずれも洗面台上で行わなければならず、スペースに制限され、液体洗剤がこぼれて洗面台の下方を汚す場合がよくある。また、外部から貯蔵器内の状態を確認できないため、配分器から液体洗剤が出なくなるとき、ようやく液体洗剤を使い切って補給すべきことに気づく場合や、清掃スタッフが必要なときに液体洗剤を補給するために、常に貯蔵器内の状態を確認しなければならないため、作業効率が低下する場合がある。 The above-mentioned patent documents each disclose that the liquid detergent is stored using a reservoir and the soap solution is supplied by a plurality of distributors provided on the wash basin. However, when replenishing liquid detergent, all must be done on the wash basin, which is limited in space, and the liquid detergent often spills and contaminates the lower part of the wash basin. In addition, because it is not possible to check the condition inside the reservoir from the outside, when the liquid detergent does not come out from the distributor, when you finally use up the liquid detergent and notice that it should be replenished, or when the cleaning staff needs it, replenish the liquid detergent In order to do so, it is necessary to always check the condition in the reservoir, which may reduce working efficiency.
そこで、本発明は、液位差圧を利用して石鹸液を自動的に充填し且つガスの残留を防止し、液位状態に基づき、発光により石鹸液の補給を促し、又は石鹸液を満注したことを示すことができる石鹸液自動補給システムを提供することを目的とする。 Therefore, according to the present invention, the soap solution is automatically filled using liquid level pressure difference and the gas is prevented from remaining, and based on the liquid level condition, the soap solution is promoted by light emission or the soap solution is filled. It is an object of the present invention to provide a soap solution automatic replenishment system which can indicate that it has been poured.
本発明は、上記の目的を達成すべくなされたものであり、石鹸液自動補給システムを提供し、複数の石鹸液供給本体と、複数の石鹸液供給部材と、石鹸液充填タンクと、洗面台への装着部材（以下、洗面台装着部材）と、制御ユニットとを含む。
各前記石鹸液供給本体は洗面台上にそれぞれ取り付けられ、且つ各石鹸液供給本体は石鹸液を吐出するための石鹸液吐出口、及び人体の部位を検知したら石鹸液供給信号を発信する検知領域を含む。
各前記石鹸液供給部材が洗面台の下方にそれぞれ取り付けられ、且つ各前記石鹸液供給本体に接続され、各前記石鹸液供給部材は石鹸液を貯蔵するための石鹸液貯蔵タンクと、前記石鹸液貯蔵タンクに取り付けられ、石鹸液を石鹸液吐出管を介して前記石鹸液吐出口に運ぶ石鹸液供給機と、前記検知領域に接続され、前記石鹸液供給信号を受信して石鹸液を前記石鹸液貯蔵タンクから前記石鹸液吐出口に供給するように前記石鹸液供給機を制御する制御ボックスとを含む。
前記石鹸液充填タンクは前記洗面台の下方に取り付けられ、石鹸液を貯蔵し且つ末端にガスを排出させるための排気弁が設けられた石鹸液補給管を介して各前記石鹸液貯蔵タンクに接続され、石鹸液を充填するための石鹸液充填口、及び石鹸液の液位状態を検出し、石鹸液補給信号を発信する液位検出ユニットを含み、なお、前記液位検出ユニットは各前記石鹸液貯蔵タンクのいずれよりも高いため、前記石鹸液充填タンク内の石鹸液と各前記石鹸液貯蔵タンク内の石鹸液との間に液位差圧が生成され、この液位差圧により石鹸液が前記石鹸液充填タンクから各前記石鹸液貯蔵タンクに自動的に充填される。
前記洗面台装着部材は洗面台上に取り付けられた洗面台への固定部品（以下、洗面台固定部品）と、前記洗面台固定部品に設けられ、前記石鹸液充填口に接続することで石鹸液を洗面台の上から前記石鹸液充填タンクに充填する石鹸液充填管と、前記洗面台固定部品内に設けられ、発光して前記洗面台固定部品に石鹸液補給関連発光領域を形成する発光部材を含む。
前記制御ユニットは前記液位検出ユニット及び前記発光部材にそれぞれ電気的に接続され、前記液位状態に基づき発信された石鹸液補給信号を受信して、前記石鹸液補給信号に基づき前記発光部材を駆動して発光することで、前記洗面台固定部品に前記石鹸液補給関連発光領域を形成する。
The present invention has been made to achieve the above object, and provides a soap solution automatic replenishment system, and a plurality of soap solution supply bodies, a plurality of soap solution supply members, a soap solution filled tank, and a wash basin And a control unit.
Each of the soap solution supply bodies is mounted on the wash basin, and each soap solution supply body detects a soap solution outlet for discharging the soap solution, and a detection area for transmitting a soap solution supply signal when a body part is detected. including.
Each of the soap solution supply members is mounted below the wash basin and connected to each of the soap solution supply bodies, and each of the soap solution supply members is a soap solution storage tank for storing the soap solution, and the soap solution A soap solution feeder attached to a storage tank and carrying the soap solution to the soap solution outlet through a soap solution discharge pipe, and connected to the detection area, receiving the soap solution supply signal and soaping the soap solution And a control box for controlling the soap solution feeder so as to supply the soap solution outlet from a liquid storage tank.
The soap solution filling tank is mounted below the wash basin and connected to each soap solution storage tank through a soap solution replenishing pipe provided with an exhaust valve for storing the soap solution and discharging the gas at the end. The soap solution filling port for filling the soap solution, and a fluid level detection unit for detecting the fluid condition of the soap solution and emitting a soap fluid replenishment signal, wherein the fluid level detection unit Because it is higher than any of the liquid storage tanks, a liquid level differential pressure is generated between the soap liquid in the soap liquid filled tank and the soap liquid in each soap liquid storage tank, and the soap liquid is generated by this liquid level differential pressure. Are automatically filled from the soap solution filling tank to the soap solution storage tanks.
The washstand mounting member is provided on a washstand fixing part mounted on a washstand (hereinafter, washstand fixing part) and the washstand fixing part, and is connected to the soap solution filling port to obtain a soap solution And a soap solution filling pipe for filling the soap solution filling tank from above the wash basin, and a light emitting member provided in the wash basin fixing component and emitting light to form a soap solution replenishment related light emitting area in the wash basin fixing component including.
The control unit is electrically connected to the liquid level detection unit and the light emitting member, receives the soap liquid replenishment signal transmitted based on the liquid level state, and generates the light emitting member based on the soap liquid replenishment signal. By driving to emit light, the soap solution replenishment related light emitting area is formed on the washstand fixing part.
場合によっては、前記洗面台装着部材は蓋体を含み、前記蓋体は洗面台の上から前記石鹸液充填管を覆うために用いられ、前記石鹸液充填管から取り外すことができる。 In some cases, the washstand mounting member includes a lid, which is used to cover the soap solution filling pipe from above the wash basin and can be removed from the soap solution filling pipe.
場合によっては、前記石鹸液充填管は透明な材料からなる。 In some cases, the soap solution filled tube is made of a transparent material.
場合によっては、前記洗面台固定部品は洗面台上に設けられた装飾板を含み、前記蓋体は前記装飾板の中央に設けられ、且つ前記装飾板との間に隙間をあけることで、前記石鹸液充填管が前記隙間から一部露出して前記石鹸液補給関連発光領域を形成する。 In some cases, the washstand fixing part includes a decoration plate provided on a washstand, the lid is provided at the center of the decoration plate, and a gap is formed between the cover plate and the decoration plate. The soap solution filling pipe is partially exposed from the gap to form the soap solution replenishment related light emitting area.
場合によっては、前記液位検出ユニットは前記石鹸液充填タンク内における石鹸液の上方液位を検出するための上方液位検出ユニット及び前記石鹸液充填タンク内における石鹸液の下方液位を検出するための下方液位検出ユニットを含む。 In some cases, the liquid level detection unit detects an upper liquid level detection unit for detecting an upper liquid level of the soap liquid in the soap liquid filled tank and detects a lower liquid level of the soap liquid in the soap liquid filled tank Lower level detection unit.
場合によっては、前記石鹸液充填タンクと前記石鹸液補給管との間に開閉弁が設けられる。 In some cases, an on-off valve is provided between the soap solution filling tank and the soap solution replenishment pipe.
場合によっては、前記石鹸液貯蔵タンクと前記石鹸液補給管との間に開閉弁が設けられる。 In some cases, an on-off valve is provided between the soap solution storage tank and the soap solution supply pipe.
場合によっては、前記制御ユニットは外部電子装置と信号の交換と伝送ができる通信ユニットを含む。 In some cases, the control unit includes a communication unit capable of exchanging and transmitting signals with an external electronic device.
上記の記載から、従来技術と比べ、本発明は次のいくつかの有益な効果を得られることが明らかになる。
１、本発明は、石鹸液充填タンク内の液位検出ユニットが石鹸液貯蔵タンクよりも高いため、石鹸液充填タンク内の石鹸液と各石鹸液貯蔵タンク内の石鹸液との間に液位差圧が生成され、この液位差圧により石鹸液が石鹸液充填タンクから各石鹸液貯蔵タンクに自動的に充填され、従来技術における複数組のポンプの使用が回避されるためコストを確実に減らし、メンテナンス作業をより容易にすることができる。
２、石鹸液充填タンクを取り外すことなく、直接石鹸液を洗面台の上から石鹸液充填タンクへ補給できるため、石鹸液補給時の効率を高めることができる。
３、洗面台の上から石鹸液充填口へ石鹸液を補給する間、ガスが石鹸液補給管に混入した場合、排気弁によりガスを排出することで、ガスが石鹸液補給管に残留することを防止できる。
４、洗面台上で石鹸液補給関連発光領域にて石鹸液を補給する必要があるか否かを確認できる。
From the above description, it becomes clear that the present invention can obtain the following several advantageous effects as compared with the prior art.
1. In the present invention, since the liquid level detection unit in the soap solution filling tank is higher than the soap solution storage tank, the liquid level between the soap solution in the soap solution filling tank and the soap solution in each soap solution storage tank A differential pressure is created that ensures that the liquid pressure differential automatically fills the soap solution from the soap solution filling tank into each soap solution storage tank and avoids the use of multiple sets of pumps in the prior art to ensure cost. It is possible to reduce and make maintenance work easier.
2. Since the soap solution can be directly supplied to the soap solution filling tank from above the wash basin without removing the soap solution filling tank, the efficiency in soap solution replenishment can be enhanced.
3. During the replenishment of the soap solution from the top of the wash basin to the soap solution filling port, if the gas mixes with the soap solution replenishment pipe, the gas remains in the soap solution replenishment pipe by discharging the gas by the exhaust valve. Can be prevented.
4. It is possible to check whether it is necessary to replenish the soap solution in the soap solution replenishment related light emitting area on the wash basin.
以下、図面を参照しながら本発明の詳細や技術内容について説明する。 The details and technical contents of the present invention will be described below with reference to the drawings.
図１、図２、図３、図４に示すように、本発明は石鹸液自動補給システム１０を提供し、洗面台２０上に設けられ、石鹸液を自動的に供給する。複数の石鹸液供給本体３０と、複数の石鹸液供給部材４０と、石鹸液充填タンク５０と、洗面台装着部材６０と、制御ユニット７０とを含む。 As shown in FIG. 1, FIG. 2, FIG. 3, and FIG. 4, the present invention provides a soap solution automatic replenishment system 10, which is provided on a wash basin 20 and supplies soap solution automatically. A plurality of soap solution supply bodies 30, a plurality of soap solution supply members 40, a soap solution filled tank 50, a wash basin mounting member 60, and a control unit 70 are included.
複数の石鹸液供給本体３０は洗面台２０のシンクと対応する部位にそれぞれ取り付けられ、各石鹸液供給本体３０は、石鹸液を吐出するための石鹸液吐出口３１及び人体の部位を検知したら石鹸液供給信号を発信する検知領域３２を含む。本実施例では、人体の部位とは手を指し、手が石鹸液吐出口３１に近づいて、検知領域３２が手を検知したら石鹸液供給信号を発信する。 The plurality of soap solution supply main bodies 30 are attached to the sink 20 and corresponding portions of the wash basin 20, and each soap solution supply main body 30 detects the soap solution outlet 31 for discharging the soap solution and the body of the human body. It includes a detection area 32 for emitting a liquid supply signal. In the present embodiment, a human body part refers to a hand, and when the hand approaches the soap solution discharge port 31 and the detection area 32 detects a hand, a soap solution supply signal is transmitted.
複数の石鹸液供給部材４０は洗面台２０の下方にそれぞれ設けられ、且つ各石鹸液供給部材４０が石鹸液供給本体３０に接続され、つまり、石鹸液供給本体３０と石鹸液供給部材４０とは数量が同じで、石鹸液供給部材４０と石鹸液供給本体３０とは一対一で対応する。各石鹸液供給部材４０は石鹸液貯蔵タンク４１と、石鹸液供給機４２と、制御ボックス４３とを含む。本実施例では、各石鹸液供給部材４０が支持フレーム４５により洗面台２０の下方の壁面に固定され、石鹸液貯蔵タンク４１に石鹸液が貯蔵される。石鹸液供給機４２が石鹸液貯蔵タンク４１に設けられ、且つ石鹸液吐出管４４を介して石鹸液供給本体３０の石鹸液吐出口３１に接続され、制御ボックス４３が検知領域３２に電気的に接続され、検知領域３２から発信された石鹸液供給信号を受信する。制御ボックス４３が前記石鹸液供給信号を受信したら、石鹸液供給機４２を駆動し、石鹸液供給機４２を利用して石鹸液貯蔵タンク４１内に貯蔵された石鹸液を石鹸液吐出管４４を介して石鹸液吐出口３１に運んで、石鹸液吐出口３１から石鹸液を吐出して利用者に提供する。さらに各石鹸液供給本体３０はそれぞれ洗面台２０上で独立して石鹸液を供給できる。 The plurality of soap solution supply members 40 are respectively provided below the wash basin 20, and each soap solution supply member 40 is connected to the soap solution supply main body 30, that is, the soap solution supply main body 30 and the soap solution supply member 40 are The soap liquid supply member 40 and the soap liquid supply main body 30 correspond to each other in a one-to-one manner although the number is the same. Each soap solution supply member 40 includes a soap solution storage tank 41, a soap solution feeder 42, and a control box 43. In the present embodiment, each soap solution supply member 40 is fixed to the lower wall surface of the wash basin 20 by the support frame 45, and the soap solution is stored in the soap solution storage tank 41. A soap solution feeder 42 is provided in the soap solution storage tank 41 and is connected to the soap solution discharge port 31 of the soap solution supply main body 30 via the soap solution discharge pipe 44, and the control box 43 is electrically connected to the detection area 32. It is connected and receives the soap solution supply signal transmitted from the detection area 32. When the control box 43 receives the soap solution supply signal, the soap solution feeder 42 is driven to use the soap solution feeder 42 to pump the soap solution discharged from the soap solution stored in the soap solution storage tank 41. The soap solution is carried to the soap solution discharge port 31, and the soap solution is discharged from the soap solution discharge port 31 and provided to the user. Furthermore, each soap solution supply body 30 can independently supply the soap solution on the wash basin 20.
石鹸液充填タンク５０はこれらの石鹸液供給部材４０と共に洗面台２０の下方に取り付けられ、且つ石鹸液補給管５１を介して各石鹸液供給部材４０の石鹸液貯蔵タンク４１に接続され、本実施例では、これらの石鹸液供給部材４０が石鹸液補給管５１により直列接続された上で石鹸液充填タンク５０に接続され、且つ石鹸液充填タンク５０が装着フレーム５５により洗面台２０の下方に取り付けられる。また、図５、図６に示すように、石鹸液充填タンク５０にも石鹸液が貯蔵され、且つ石鹸液を石鹸液供給部材４０の石鹸液貯蔵タンク４１に補給し、石鹸液を充填するための石鹸液充填口５２を備え、その内部に石鹸液の液位状態を検出し、前記液位状態に基づき検出信号を発信する液位検出ユニット５３を備える。ただし、本実施例では、石鹸液充填タンク５０内の液位検出ユニット５３は上方液位検出ユニット５３１及び下方液位検出ユニット５３２を含み、上方液位検出ユニット５３１が石鹸液充填タンク５０内、且つその上部に設けられ、石鹸液充填タンク５０内における石鹸液の上方液位を検出し、且つ石鹸液が上方液位に達すると石鹸液充填完了検出信号を発信し、下方液位検出ユニット５３２が石鹸液充填タンク５０内、且つその下部に設けられ、石鹸液充填タンク５０内における石鹸液の下方液位を検出し、且つ石鹸液が下方液位に達すると石鹸液補給検出信号を発信する。また、石鹸液充填タンク５０及びこれらの石鹸液貯蔵タンク４１と石鹸液補給管５１とが接続した部位にそれぞれ開閉弁５１１が設けられ、これらの石鹸液供給部材４０、又は石鹸液充填タンク５０をメンテナンスするとき、これらの開閉弁５１１により石鹸液が石鹸液充填タンク５０と、これらの石鹸液貯蔵タンク４１と、石鹸液補給管５１との間を流れることを防止でき、さらにはメンテナンスする過程で石鹸液が漏れることを防止できる。石鹸液補給管５１の末端に排気弁５４が設けられる。 The soap solution filling tank 50 is mounted below the wash basin 20 together with the soap solution supply members 40, and is connected to the soap solution storage tanks 41 of the soap solution supply members 40 via the soap solution supply pipe 51. In the example, the soap solution supply members 40 are connected in series by the soap solution supply pipe 51 and then connected to the soap solution filling tank 50, and the soap solution filling tank 50 is mounted below the wash basin 20 by the mounting frame 55. Be Further, as shown in FIGS. 5 and 6, the soap solution is also stored in the soap solution filling tank 50, and the soap solution is supplied to the soap solution storage tank 41 of the soap solution supply member 40 and filled with the soap solution. And a liquid level detection unit 53 for detecting a liquid level state of the soap liquid and transmitting a detection signal based on the liquid level state. However, in the present embodiment, the liquid level detection unit 53 in the soap solution filled tank 50 includes the upper liquid level detection unit 531 and the lower liquid level detection unit 532, and the upper liquid level detection unit 531 is in the soap solution filled tank 50, And it is provided at the upper part, detects the upper liquid level of the soap liquid in the soap liquid filled tank 50, and when the soap liquid reaches the upper liquid level, transmits a soap liquid filling completion detection signal, and lower liquid level detection unit 532 Is provided in and below the soap solution filling tank 50 to detect the lower level of the soap solution in the soap solution filling tank 50, and when the soap solution reaches the lower level, transmits a soap solution replenishment detection signal. . Further, on-off valve 511 is provided at each of the soap solution filling tank 50 and the site where the soap solution storage tank 41 and the soap solution supply pipe 51 are connected, and the soap solution supply member 40 or the soap solution filling tank 50 is used. When maintenance is performed, these on-off valves 511 can prevent the soap solution from flowing between the soap solution filling tank 50, the soap solution storage tank 41, and the soap solution supply pipe 51, and further, in the process of maintenance It is possible to prevent the soap solution from leaking. An exhaust valve 54 is provided at the end of the soap solution replenishing pipe 51.
洗面台装着部材６０が洗面台２０上に取り付けられ、図５、図６に示すように、取り付け時は、まず洗面台装着部材６０を取り付けるために、洗面台２０に固定孔２１を開け、洗面台装着部材６０は、洗面台固定部品６１と、装飾板６２と、石鹸液充填管６３と、蓋体６４と、発光部材６５とを含む。洗面台固定部品６１は中空の管体で、固定孔２１内に取り付けられる。装飾板６２が洗面台固定部品６１に嵌設され、且つ洗面台２０上に取り付けられる。石鹸液充填管６３が装飾板６２の中央に設けられ、ホッパ状の石鹸液ガイド部６３１を備え、且つ石鹸液ガイド部６３１には、石鹸液充填タンク５０への方向に石鹸液充填口５２まで延伸可能な石鹸液流動部６３２が延設され、また、石鹸液ガイド部６３１には、洗面台２０への方向に係合部６３３が延設され、なお、本発明における石鹸液充填管６３は透明な材料からなる。蓋体６４が装飾板６２の中央に設けられ、且つ装飾板６２との間に隙間を開け、蓋体６４で係合部６３３を覆うことで、石鹸液ガイド部６３１を閉鎖させ、石鹸液充填管６３の係合部６３３を蓋体６４と装飾板６２との間の隙間から露出させることで、係合部６３３の上端を洗面台２０の上から露出させて、洗面台２０に石鹸液補給関連発光領域を形成する。発光部材６５が洗面台固定部品６１の内部に設けられ、且つ石鹸液充填管６３の外部に嵌設され、発光部材６５は回路基板６５１及び回路基板６５１に取り付けられた複数の発光素子６５２を含み、発光素子６５２が発光し、光線が石鹸液充填管６３の係合部６３３から外部へ透過することで、洗面台２０に石鹸液補給関連発光領域を形成する。 When the washstand mounting member 60 is mounted on the washstand 20 and is attached as shown in FIGS. 5 and 6, the fixing hole 21 is opened in the washstand 20 in order to mount the washstand mounting member 60 first. The table mounting member 60 includes a wash basin fixing part 61, a decoration plate 62, a soap solution filling pipe 63, a lid 64, and a light emitting member 65. The washbasin fixing part 61 is a hollow tube and is mounted in the fixing hole 21. A decorative plate 62 is fitted to the washstand fixture 61 and is mounted on the washstand 20. A soap solution filling pipe 63 is provided at the center of the decoration plate 62, and is provided with a hopper-like soap solution guiding section 631. The soap solution guiding section 631 is directed to the soap solution filling port 52 in the direction to the soap solution filling tank 50. An extendable soap solution fluid flow section 632 is extended, and in the soap solution guide section 631, an engagement section 633 is extended in the direction to the wash basin 20, and the soap solution filling pipe 63 in the present invention is Made of transparent material. A lid 64 is provided at the center of the decorative plate 62, and a gap is formed between the lid 64 and the decorative plate 62, and the engagement portion 633 is covered with the lid 64 to close the soap solution guide portion 631 and fill the soap solution. The upper end of the engaging portion 633 is exposed from above the wash basin 20 by exposing the engaging portion 633 of the pipe 63 from the gap between the lid 64 and the decorative plate 62, and soap solution is supplied to the wash basin 20 Form the associated light emitting area. A light emitting member 65 is provided inside the wash basin fixing part 61 and is fitted to the outside of the soap solution filling pipe 63, and the light emitting member 65 includes a circuit board 651 and a plurality of light emitting elements 652 attached to the circuit board 651. The light emitting element 652 emits light, and the light beam is transmitted from the engaging portion 633 of the soap solution filling pipe 63 to the outside, thereby forming a soap solution replenishment related light emitting area in the wash basin 20.
制御ユニット７０は、図５、図６、図７に示すように、装着フレーム５５の片側に取り付けられ、制御ユニット７０が外部電源７１に接続され、且つ液位検出ユニット５３及び発光部材６５にそれぞれ電気的に接続される。本実施例では、制御ユニット７０が上方液位検出ユニット５３１、下方液位検出ユニット５３２及び発光部材６５にそれぞれ電気的に接続され、上方液位検出ユニット５３１及び下方液位検出ユニット５３２から発信された検出信号を受信し、前記検出信号に基づき、発光部材６５を制御して異なる色の発光し、これらの光線が石鹸液充填管６３から外部へ透過して石鹸液補給関連発光領域を形成する。本実施例では、制御ユニット７０が下方液位検出ユニット５３２から発信された石鹸液補給検出信号を受信すると、制御ユニット７０が発光素子６５２を駆動して光線（例えば赤色の光線）を発し、前記赤色の光線が石鹸液充填管６３を通過して洗面台２０上に赤色の石鹸液補給関連発光領域を形成する。逆に、制御ユニット７０が上方液位検出ユニット５３１から発信された石鹸液充填完了検出信号を受信すると、制御ユニット７０が発光素子６５２を駆動して別の色の光線（例えば青色の光線）を発し、前記青色の光線が石鹸液充填管６３を通過して洗面台２０上に青色の石鹸液補給関連発光領域を形成し、これにより、前記石鹸液補給関連発光領域を異なる色にすることで、石鹸液充填タンク５０内の石鹸液の残量を確認し、さらに石鹸液を補給する必要があるか否か、石鹸液の補給が完了したかを判断する。 The control unit 70 is attached to one side of the mounting frame 55 as shown in FIG. 5, FIG. 6, and FIG. 7. The control unit 70 is connected to the external power supply 71 and to the liquid level detection unit 53 and the light emitting member 65 respectively. Electrically connected. In the present embodiment, the control unit 70 is electrically connected to the upper liquid level detection unit 531, the lower liquid level detection unit 532, and the light emitting member 65, and is transmitted from the upper liquid level detection unit 531 and the lower liquid level detection unit 532. Received a detection signal, and based on the detection signal, the light emitting member 65 is controlled to emit light of different colors, and these light beams are transmitted from the soap solution filling pipe 63 to the outside to form a soap solution replenishment related luminescence area . In this embodiment, when the control unit 70 receives the soap solution replenishment detection signal transmitted from the lower liquid level detection unit 532, the control unit 70 drives the light emitting element 652 to emit a light beam (for example, a red light beam). A red light beam passes through the soap solution filling pipe 63 to form a red soap solution replenishment related luminous area on the wash basin 20. Conversely, when the control unit 70 receives the soap solution filling completion detection signal sent from the upper liquid level detection unit 531, the control unit 70 drives the light emitting element 652 to generate another color light beam (for example, blue light beam) The blue light beam passes through the soap solution filling tube 63 to form a blue soap solution replenishment related luminous area on the wash basin 20, thereby making the soap solution replenishment related luminous area different in color Then, the remaining amount of the soap solution in the soap solution filling tank 50 is confirmed, and it is determined whether it is necessary to replenish the soap solution and whether the soap solution is completed.
さらに、本実施例では、制御ユニット７０に通信ユニット８０が接続され、通信ユニット８０が外部電子装置９０に接続され、通信ユニット８０と外部電子装置９０との間は所定の通信プロトコルにより信号の交換と伝送を行う。つまり、制御ユニット７０が上方液位検出ユニット５３１及び下方液位検出ユニット５３２に接続されたとき、制御ユニット７０により、液位検出ユニット５３から発信された検出信号を受信すると、前記検出信号を通信ユニット８０により外部電子装置９０に伝送し、外部電子装置９０は、例えば、マルチメディア受信装置、携帯電話などである。これにより、外部電子装置９０により検出信号を受信すると、直ちに石鹸液の補給を開始することができる。 Furthermore, in the present embodiment, the communication unit 80 is connected to the control unit 70, the communication unit 80 is connected to the external electronic device 90, and signals are exchanged between the communication unit 80 and the external electronic device 90 by a predetermined communication protocol. And transmit. That is, when the control unit 70 is connected to the upper level detection unit 531 and the lower level detection unit 532, when the control unit 70 receives the detection signal transmitted from the level detection unit 53, the detection signal is communicated. Transmitted to the external electronic device 90 by the unit 80, the external electronic device 90 is, for example, a multimedia receiver, a mobile phone or the like. Thereby, when the detection signal is received by the external electronic device 90, replenishment of the soap solution can be started immediately.
図１、図２、図３、図４、図５、図６、図７に示すように、本発明の石鹸液自動補給システム１０を洗面台２０に取り付けた後、主には、石鹸液供給本体３０が検知領域３２を利用して手を検知したら、検知信号を生成して制御ボックス４３に伝送し、制御ボックス４３が前記検知信号を受信したら、石鹸液供給機４２を駆動して石鹸液を石鹸液貯蔵タンク４１内から石鹸液吐出管４４を介して石鹸液吐出口３１に運び、そして適当な量の石鹸液を利用者に提供する。ただし、複数の石鹸液貯蔵タンク４１のうち１つに石鹸液の残量が少なくなると、石鹸液充填タンク５０内の石鹸液が石鹸液補給管５１を介して残量が少ない石鹸液貯蔵タンク４１に補給されることで、石鹸液貯蔵タンク４１への石鹸液の補給を実現する。なお、本発明では、石鹸液充填タンク５０が複数の石鹸液貯蔵タンク４１よりも高く、且つ複数の石鹸液貯蔵タンク４１が石鹸液充填タンク５０内の下方液位検出ユニット５３２より低く、つまり、石鹸液充填タンク５０内の液位が複数の石鹸液貯蔵タンク４１内の液位より高いため、石鹸液充填タンク５０内の石鹸液と複数の石鹸液貯蔵タンク４１内の石鹸液との間に液位差圧（ｄｉｆｆｅｒｅｎｔｉａｌ ｈｙｄｒｏｓｔａｔｉｃ ｐｒｅｓｓｕｒｅ）が生成され、この液位差圧を利用して石鹸液充填タンク５０から同時に複数の石鹸液供給部材４０の石鹸液貯蔵タンク４１へ石鹸液を補給でき、このように、石鹸液充填タンク５０内の石鹸液が石鹸液貯蔵タンク４１へ充填されるため液位が下がると、石鹸液貯蔵タンク４１内に十分な石鹸液がある状態を維持できる。また、石鹸液充填タンク５０内の石鹸液が下方液位検出ユニット５３２より低くなると、下方液位検出ユニット５３２が石鹸液補給検出信号を発信し、制御ユニット７０が石鹸液補給検出信号を受信したら、発光素子６５２を駆動して発光し、洗面台２０上に石鹸液補給関連発光領域を形成して、石鹸液充填タンク５０へ石鹸液を補給するように促す。石鹸液充填タンク５０へ石鹸液を補給するとき、蓋体６４を洗面台２０から取り外すだけで、直接洗面台２０の上から石鹸液を石鹸液充填管６３の石鹸液流動部６３２を介して石鹸液充填タンク５０に補給でき、石鹸液が石鹸液充填タンク５０内の所定液位に達すると、石鹸液が上方液位検出ユニット５３１を駆動して上方液位検出ユニット５３１が石鹸液充填完了信号を発信し、制御ユニット７０により発光素子６５２を駆動し、洗面台２０上の異なる色の光線により、石鹸液充填タンク５０内は液位が高い状態となるため石鹸液充填タンク５０へ石鹸液をさらに補給する必要がないことを示す。 As shown in FIG. 1, FIG. 2, FIG. 3, FIG. 4, FIG. 5, FIG. 6, FIG. 7, after attaching the soap solution automatic replenishment system 10 of the present invention to the wash basin 20, mainly soap solution supply. When the main body 30 detects a hand using the detection area 32, a detection signal is generated and transmitted to the control box 43, and when the control box 43 receives the detection signal, the soap solution feeder 42 is driven to generate soap solution From the soap solution storage tank 41 through the soap solution discharge pipe 44 to the soap solution discharge port 31 and provide the user with an appropriate amount of soap solution. However, when the remaining amount of the soap solution in one of the plurality of soap solution storage tanks 41 is reduced, the soap solution in the soap solution filled tank 50 has a small remaining amount via the soap solution supply pipe 51. Is replenished, the soap solution storage tank 41 is replenished with soap solution. In the present invention, the soap solution filled tank 50 is higher than the plurality of soap solution storage tanks 41, and the plurality of soap solution storage tanks 41 are lower than the lower level detection unit 532 in the soap solution filled tank 50, that is, Since the level in the soap solution filling tank 50 is higher than the level in the plurality of soap solution storage tanks 41, the space between the soap solution in the soap solution filling tank 50 and the soap solution in the plurality of soap solution storage tanks 41 is The differential hydrostatic pressure is generated, and the soap fluid can be replenished from the soap fluid filling tank 50 to the soap fluid storage tanks 41 of the plurality of soap fluid supply members 40 simultaneously by using the fluid pressure differential. As described above, when the soap solution in the soap solution filling tank 50 is filled into the soap solution storage tank 41 and the liquid level drops, a sufficient stone in the soap solution storage tank 41 can be obtained. It is possible to maintain the saponification state. In addition, when the soap solution in the soap solution filling tank 50 becomes lower than the lower level detection unit 532, the lower level detection unit 532 transmits a soap solution replenishment detection signal, and the control unit 70 receives the soap solution replenishment detection signal. The light emitting element 652 is driven to emit light, and a soap solution replenishment related light emitting area is formed on the wash basin 20 to urge the soap solution filling tank 50 to replenish the soap solution. When replenishing the soap solution to the soap solution filling tank 50, simply by removing the lid 64 from the wash basin 20, the soap solution is directly applied from above the wash basin 20 via the soap solution flowing portion 632 of the soap solution filling pipe 63. The liquid filling tank 50 can be replenished, and when the soap liquid reaches a predetermined liquid level in the soap liquid filling tank 50, the soap liquid drives the upper liquid level detection unit 531, and the upper liquid level detection unit 531 outputs the soap liquid filling completion signal. And the light emitting element 652 is driven by the control unit 70, and the liquid in the soap solution filling tank 50 becomes high by the light beams of different colors on the wash basin 20, and the soap solution is transferred to the soap solution filling tank 50. Indicates that there is no need to supply more.
さらに、石鹸液補給管５１の末端に排気弁５４が設けられるため、洗面台２０の上から石鹸液を補給するとき、石鹸液を石鹸液充填管６３に注入する間、外部のガスが石鹸液充填タンク５０に混入して石鹸液充填タンク５０に残留した場合、石鹸液が石鹸液補給管５１内を流れるときにガスも共に流れるため、排気弁５４により石鹸液補給管５１内のガスを排出することで、ガスが石鹸液補給管５１内に蓄積されることを防止できる。 Furthermore, since the exhaust valve 54 is provided at the end of the soap solution replenishing pipe 51, when the soap solution is replenished from above the wash basin 20, the external gas is the soap solution while pouring the soap liquid into the soap solution filling pipe 63. If the soap solution is mixed with the filling tank 50 and remains in the soap solution filling tank 50, the soap solution also flows together with the soap solution replenishing pipe 51, so the exhaust valve 54 discharges the gas in the soap solution replenishing pipe 51. By doing this, it is possible to prevent the gas from being accumulated in the soap solution replenishment pipe 51.
従来技術と比べると、本発明は、石鹸液充填タンク５０内の液位検出ユニット５３が石鹸液貯蔵タンク４１よりも高いため、石鹸液充填タンク５０内の石鹸液と各石鹸液貯蔵タンク４１内の石鹸液との間に液位差圧が生成され、この液位差圧により石鹸液が石鹸液充填タンク５０から各石鹸液貯蔵タンク４１に自動的に充填され、従来技術における複数組のポンプの使用が回避されるためコストを確実に減らし、メンテナンス作業をより容易にすることができる。また、石鹸液充填タンク５０を取り外すことなく、直接石鹸液を洗面台２０の上から石鹸液充填タンク５０へ補給できるため、石鹸液補給時の効率を高めることができる。また、洗面台２０の上から石鹸液充填口５２へ石鹸液を補給する間、ガスが石鹸液補給管５１に混入した場合、排気弁５４によりガスを排出することで、ガスが石鹸液補給管５１に残留することを防止できる。さらに、洗面台２０上で石鹸液補給関連発光領域にて石鹸液を補給する必要があるか否かを確認できる。 Compared with the prior art, according to the present invention, since the liquid level detection unit 53 in the soap solution filling tank 50 is higher than the soap solution storage tank 41, the soap solution in the soap solution filling tank 50 and each soap solution storage tank 41 Liquid level differential pressure is generated between the soap liquid and the soap liquid, and the soap liquid is automatically filled from the soap liquid filling tank 50 to each soap liquid storage tank 41 by the liquid level differential pressure, and a plurality of pumps in the prior art Because the use of is avoided, the cost can be reliably reduced and maintenance work can be made easier. Further, since the soap solution can be directly supplied to the soap solution filling tank 50 from above the wash basin 20 without removing the soap solution filling tank 50, the efficiency at the time of soap solution replenishment can be enhanced. In addition, when the gas is mixed in the soap solution replenishing pipe 51 while replenishing the soap solution from the top of the wash basin 20 to the soap solution filling port 52, the gas is discharged from the soap liquid replenishing pipe by discharging the gas by the exhaust valve 54. 51 can be prevented from remaining. Furthermore, it can be checked whether it is necessary to replenish the soap solution in the soap solution replenishment related light emission area on the wash basin 20.
１０ 石鹸液自動補給システム
２０ 洗面台
２１ 固定孔
３０ 石鹸液供給本体
３１ 石鹸液吐出口
３２ 検知領域
４０ 石鹸液供給部材
４１ 石鹸液貯蔵タンク
４２ 石鹸液供給機
４３ 制御ボックス
４４ 石鹸液吐出管
４５ 支持フレーム
５０ 石鹸液充填タンク
５１ 石鹸液補給管
５１１ 開閉弁
５２ 石鹸液充填口
５３ 液位検出ユニット
５３１ 上方液位検出ユニット
５３２ 下方液位検出ユニット
５４ 排気弁
５５ 装着フレーム
６０ 洗面台装着部材
６１ 洗面台固定部品
６２ 装飾板
６３ 石鹸液充填管
６３１ 石鹸液ガイド部
６３２ 石鹸液流動部
６３３ 係合部
６４ 蓋体
６５ 発光部材
６５１ 回路基板
６５２ 発光素子
７０ 制御ユニット
７１ 外部電源
８０ 通信ユニット
９０ 外部電子装置
DESCRIPTION OF SYMBOLS 10 soap solution automatic supply system 20 wash basin 21 fixed hole 30 soap solution supply main body 31 soap solution discharge port 32 detection area 40 soap solution supply member 41 soap solution storage tank 42 soap solution feeder 43 control box 44 soap solution discharge pipe 45 support Frame 50 Soap solution filling tank 51 Soap solution supply pipe 511 On-off valve 52 Soap solution filling port 53 Liquid level detection unit 531 Upper liquid level detection unit 532 Lower liquid level detection unit 54 Exhaust valve 55 Mounting frame 60 Wash basin mounting member 61 Wash basin Fixing parts 62 Decorative plate 63 Soap solution filling pipe 631 Soap solution guide unit 632 Soap solution flow unit 633 Engagement unit 64 Cover 65 Light emitting member 651 Circuit board 652 Light emitting element 70 Control unit 71 External power supply 80 Communication unit 90 External electronic device
Claims (8)
洗面台上にそれぞれ取り付けられた複数の石鹸液供給本体であって、それぞれ石鹸液を吐出するための石鹸液吐出口、及び人体の部位を検知したら石鹸液供給信号を発信する検知領域を備える複数の石鹸液供給本体と、
洗面台の下方にそれぞれ取り付けられ、且つ各前記石鹸液供給本体に接続され、それぞれ石鹸液を貯蔵するための石鹸液貯蔵タンクと、前記石鹸液貯蔵タンク上に取り付けられ、石鹸液を石鹸液吐出管を介して前記石鹸液吐出口に運ぶ石鹸液供給機と、前記検知領域に接続され、石鹸液供給信号を受信して石鹸液を前記石鹸液貯蔵タンクから前記石鹸液吐出口に供給するように前記石鹸液供給機を制御する制御ボックスとを含む複数の石鹸液供給部材と、
石鹸液充填タンクであって、洗面台の下方に取り付けられ、石鹸液を貯蔵し且つ末端にガスを排出させるための排気弁が設けられた石鹸液補給管を介して各前記石鹸液貯蔵タンクに接続され、前記石鹸液を充填するための石鹸液充填口及び石鹸液の液位状態を検出し、石鹸液補給信号を発信する液位検出ユニットを含み、なお、前記液位検出ユニットは各前記石鹸液貯蔵タンクのいずれよりも高いため、前記石鹸液充填タンク内の石鹸液と各前記石鹸液貯蔵タンク内の石鹸液との間に液位差圧が生成され、この液位差圧により石鹸液が前記石鹸液充填タンクから各前記石鹸液貯蔵タンクに自動的に充填される石鹸液充填タンクと、
洗面台上に取り付けられた洗面台固定部品と、前記洗面台固定部品に設けられ、前記石鹸液充填口に接続することで石鹸液を前記洗面台の上から前記石鹸液充填タンクに充填する石鹸液充填管と、前記洗面台固定部品内に設けられ、発光して前記洗面台固定部品に石鹸液補給関連発光領域を形成する発光部材を含む洗面台装着部材と、
前記液位検出ユニット及び前記発光部材にそれぞれ電気的に接続され、前記液位状態に基づき発信された石鹸液補給信号を受信して、前記石鹸液補給信号に基づき前記発光部材を駆動して発光することで、前記洗面台固定部品に石鹸液補給関連発光領域を形成する制御ユニットとを含むことを特徴とする石鹸液自動補給システム。 It is a soap solution automatic replenishment system,
A plurality of soap solution supply bodies respectively mounted on a wash basin, each having a soap solution outlet for discharging the soap solution, and a detection area for transmitting a soap solution supply signal when a part of the human body is detected Soap liquid supply main body,
A soap solution storage tank, which is attached to the lower side of the wash basin and connected to each of the soap solution supply bodies, is installed on the soap solution storage tank for storing the soap solution, and the soap solution is discharged from the soap solution A soap solution feeder carried to the soap solution outlet through a pipe, and connected to the detection area to receive a soap solution supply signal and supply soap solution from the soap solution storage tank to the soap solution outlet A plurality of soap solution supply members including: a control box for controlling the soap solution supply machine;
A soap solution filled tank, which is attached below the wash basin and is provided with an exhaust valve for storing the soap solution and having an exhaust valve for discharging the gas at the end, to each of the soap solution storage tanks The liquid level detection unit includes a liquid level detection unit which is connected, detects a liquid level condition of the soap liquid, and detects a liquid level condition of the soap liquid for filling the soap liquid, and the liquid level detection unit Because it is higher than any of the soap solution storage tanks, a level differential pressure is generated between the soap solution in the soap solution filled tank and the soap solution in each of the soap solution storage tanks, and the soap is generated by this level differential pressure. A soap solution filling tank, wherein the soap solution filling tank automatically fills the soap solution storage tank from the soap solution filling tank;
Soap fixed to a wash basin and attached to the washstand fixing component, and connecting to the soap solution filling port to fill the soap solution filling tank with soap solution from above the wash basin A fluid filling pipe, and a wash basin mounting member including a light emitting member provided in the wash basin fixing component and emitting light to form a soap solution replenishment related light emitting area in the wash basin fixing component;
Each of the liquid level detection unit and the light emitting member is electrically connected to receive the soap solution replenishment signal transmitted based on the liquid level state, and the light emitting member is driven based on the soap solution replenishment signal to emit light And a control unit for forming a soap solution replenishment related light emitting area on the washstand fixing part.
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| JP (1) | JP6633683B2 (en) |
| CN (1) | CN109419419B (en) |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH09215624A (en) * | 1996-02-09 | 1997-08-19 | Toto Ltd | Liquid soap feeder |
| JP2001340244A (en) * | 2000-03-27 | 2001-12-11 | Toto Ltd | Bathtub washing device |
| JP2008154612A (en) * | 2006-12-20 | 2008-07-10 | Matsushita Electric Works Ltd | Detergent delivering device |
| JP2009082253A (en) * | 2007-09-28 | 2009-04-23 | Koito Ind Ltd | Liquid feeder |
| JP2009165762A (en) * | 2008-01-18 | 2009-07-30 | Inax Corp | Soap dispenser |
| JP2016020224A (en) * | 2014-07-15 | 2016-02-04 | 花王株式会社 | Electric dispenser |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1071068A (en) * | 1991-09-26 | 1993-04-21 | 东陶机器株式会社 | Liquid soap supplying device |
| JP4159829B2 (en) * | 2002-08-27 | 2008-10-01 | 株式会社ダスキン | Soap solution feeder |
| TWM316707U (en) * | 2007-03-26 | 2007-08-11 | Hokwang Ind Co Ltd | Hand drying machine capable of indicating induction region by visible light |
| CN202173340U (en) * | 2011-04-30 | 2012-03-28 | 庞鸿靖 | Inductive automatic soap dispenser |
| TWM424905U (en) * | 2011-10-14 | 2012-03-21 | Tenx Technology Inc | Liquid level-sensing apparatus of soap dispenser |
| CN205411855U (en) * | 2016-02-15 | 2016-08-03 | 十堰市太和医院 | Atomizer that can automatic make -up liquor |
-
2017
- 2017-08-29 CN CN201710755739.7A patent/CN109419419B/en active Active
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2018
- 2018-05-10 JP JP2018091699A patent/JP6633683B2/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH09215624A (en) * | 1996-02-09 | 1997-08-19 | Toto Ltd | Liquid soap feeder |
| JP2001340244A (en) * | 2000-03-27 | 2001-12-11 | Toto Ltd | Bathtub washing device |
| JP2008154612A (en) * | 2006-12-20 | 2008-07-10 | Matsushita Electric Works Ltd | Detergent delivering device |
| JP2009082253A (en) * | 2007-09-28 | 2009-04-23 | Koito Ind Ltd | Liquid feeder |
| JP2009165762A (en) * | 2008-01-18 | 2009-07-30 | Inax Corp | Soap dispenser |
| JP2016020224A (en) * | 2014-07-15 | 2016-02-04 | 花王株式会社 | Electric dispenser |
Also Published As
| Publication number | Publication date |
|---|---|
| JP6633683B2 (en) | 2020-01-22 |
| CN109419419A (en) | 2019-03-05 |
| CN109419419B (en) | 2021-03-23 |
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