JP2007167435A - Foot bath - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a foot bath circulating foot-bath water without an electric pump, having excellent foot-bath properties for a user to take a foot bath in an easy posture with a small quantity of injected foot-bath water, having excellent disposition of a circulation water pipe and an electric heater, and retaining the sophisticated appearance and cleanliness, as a foot bath for soaking left and right toes in foot-bath water stored in a bathtub whose top is open, instead of a conventional one structured to spout hot water from a water nozzle by an electric pump to the soles of feet, having a sterilization water tank in which silver ions are dissolved for reducing odors of feet and preventing the athlete's foot. <P>SOLUTION: The foot bath comprises a ceramic bathtub body with a bathtub whose top is open and a storage part whose lower part is open, formed on the lower side of the bathtub, and a base stand to cover the storage part, on which the bathtub body is mounted. The storage part has a foot-bath water circulation pipe communicating with an outlet and an inlet of foot-bath water, which is set in the inclined state, and the electric heater for heating foot-bath water inside the pipe. In addition, a drain water tank is held/supported on the base stand in such a way as can be drawn out rearward to receive drain water from a drain part for discharging foot-bath water. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

本発明は、上面開口の浴槽に溜めた足浴用水に左右の足先を浸す足浴器に関し、特に、足浴用水の循環機構の簡素化や、浴槽内での足浴用水の良好な循環等が得られる足浴器に関する。   The present invention relates to a foot bath device in which the left and right feet are immersed in foot bath water stored in a bathtub with an upper opening, and in particular, simplification of the circulation mechanism of foot bath water, good circulation of foot bath water in the bathtub, and the like can be obtained. It relates to foot baths.

上面開口の浴槽に溜めた足浴用水に左右の足先を浸す足浴器の一つとして、浴槽内に設置したスノコ状の足置台に上にセラミックを置き、その上に足を載せ、浴槽内の底に配置したヒータによって足浴用水を加熱するものがある（特許文献１参照）。また、上面開口の浴槽を形成する内箱の外面と外枠の間に断熱材が設けられ、この断熱材に形成した溝に対応して内箱の外面に電気ヒータを取り付け、この電気ヒータによって浴槽内の足浴用水を加熱し、浴槽内に沈めた底敷き部内に送風機から送気して、底敷き部に形成した吐出孔から空気を吐出する気泡発生式足浴器がある（特許文献２参照）。この特許文献２のものは、送風機から送る空気によって、足浴用水が強制流動するものと推察される。   As one of the foot baths that immerse the left and right feet in the foot bath water stored in the bathtub with the top opening, place ceramic on the stool-like footrest installed in the bathtub, put the foot on it, There is one which heats water for foot baths with a heater arranged at the bottom (see Patent Document 1). In addition, a heat insulating material is provided between the outer surface of the inner box forming the bathtub with the top opening and the outer frame, and an electric heater is attached to the outer surface of the inner box corresponding to the groove formed in the heat insulating material. There is a bubble generation type foot bath that heats water for bathing in a bathtub, feeds air from a blower into a floor covering submerged in the bathtub, and discharges air from a discharge hole formed in the floor covering (see Patent Document 2). ). The thing of this patent document 2 is guessed that the water for foot baths forcibly flows with the air sent from a blower.

また、電動ポンプによって吐水ノズルから湯水を足の裏に噴出させる仕組みの足浴器があり、これに銀イオンを溶出させる除菌水生成タンクを設けて、足の臭いの低減や水虫の予防を図るものがある（特許文献３参照）。特許文献３のものは、除菌効果を有すると共に電動ポンプによる吐水によって、足浴用水が強制流動するものと推察される。
特開２００３−１８０７２４号公報 特開２００３−１８０７９０号公報 特開２００４−２０８７４６号公報 In addition, there is a footbath with a mechanism that ejects hot water from the water discharge nozzle to the sole of the foot with an electric pump, and a sterilized water generation tank that elutes silver ions is installed in this to reduce foot odor and prevent athlete's foot There is a thing (refer patent document 3). The thing of patent document 3 is guessed that the footbath water forcibly flows by the water discharge by an electric pump while having a sterilization effect.
JP 2003-180724 A JP 2003-180790 A JP 2004-208746 A

本発明は、これらのものとは異なる構成によって、高級感を持たせると共に清潔さを維持でき、楽な姿勢で足浴ができる足浴器とし、足浴用水が電気ヒータによる加熱によって自然対流するシステムにおいて、足浴用水の流動性に優れ、循環水パイプの配置や電気絶縁を考慮した電気制御部や電気ヒータ等の配置に優れ、操作スイッチ部の操作性に優れるものとする。また、足浴用水の温度の均一化ができ、排水タンクによる足浴用水の排水のし易さと、排水タンクの取り付けのし易さと、足浴者の足裏が排水口に触ることによる不快感のない排水部構成とする等の効果を奏する構成の足浴器を提供するものである。   The present invention provides a foot bath device that can maintain a high-quality feeling and maintain cleanliness with a configuration different from those described above, and can perform foot bathing in an easy posture, and in a system in which foot bath water is naturally convected by heating with an electric heater, It is excellent in the fluidity of footbath water, excellent in the arrangement of circulating water pipes and in the arrangement of electric control units and electric heaters in consideration of electrical insulation, and excellent in the operability of the operation switch unit. Also, the temperature of footbath water can be made uniform, the drainage of the footbath water by the drainage tank, the ease of installation of the drainage tank, and the drainage without discomfort due to the foot bather's sole touching the drainage port A footbath having a configuration that produces effects such as a partial configuration is provided.

第１発明の足浴器は、上面開口の浴槽に溜めた足浴用水に左右の足先を浸す足浴器において、上側に前記浴槽を形成し下側に下方に開口した収納部を形成した陶磁器（セラミックス）製浴槽本体と、前記収納部を覆って前記浴槽本体を載置する基台を備え、前記浴槽の前部と後部にはそれぞれ足浴用水の吐出口と吸い込み口を備え、前記収納部には前記足浴用水の吐出口と吸い込み口に連通した足浴用水循環パイプとこのパイプ内の足浴用水を加熱する電気ヒータを備え、前記足浴用水循環パイプは後部よりも前部が高く傾斜配置され、前記浴槽の排水部からの排水を受けるように前記基台に引き出し自在に排水タンクが収納支持され、前記電気ヒータによる前記足浴用水循環パイプの加熱によって足浴用水が前記浴槽へ循環することを特徴とする。   The footbath according to the first aspect of the present invention is a footbath in which the left and right feet are immersed in footbath water stored in a bath having an upper surface opening. Ceramics (ceramics) in which the bathtub is formed on the upper side and the storage part is opened on the lower side. ) A bathtub main body and a base for covering the storage portion and placing the bathtub main body thereon, a front bath and a rear portion of the bathtub including a footbath water discharge port and a suction port, respectively, The footbath water circulation pipe communicated with the discharge port and the suction port for the footbath water and an electric heater for heating the footbath water in the pipe, the footbath water circulation pipe is inclined at a front portion higher than a rear portion, and the bathtub A drainage tank is housed and supported so that it can be drawn out to the base so as to receive drainage from the drainage section of the water, and the footbath water circulates to the bathtub by heating the footbath water circulation pipe by the electric heater. To.

第２発明の足浴器は、上面開口の浴槽に溜めた足浴用水に左右の足先を浸す足浴器において、上側に前記浴槽を形成し下側に下方に開口した収納部を形成した浴槽本体と、前記収納部を覆って前記浴槽本体を載置する基台を備え、前記浴槽本体は、前記浴槽が中仕切りによってそれぞれ左右の足浴部に区分され、前記左右の足浴部の前部と後部にはそれぞれ足浴用水の吐出口と吸い込み口を備え、前記収納部には前記足浴用水の吐出口と吸い込み口に連通した足浴用水循環パイプとこのパイプ内の足浴用水を加熱する電気ヒータを備え、前記足浴用水循環パイプは後部よりも前部が高く傾斜配置され、前記中仕切りには前記左右の足浴部の足浴用水が連通する連通路を設けると共に前記電気ヒータの通電制御を行う制御部が収納され、前記連通路には前記左右の足浴部の足浴用水を排水するための排水部が設けられ、前記排水部からの排水を受けるように前記基台には引き出し自在に排水タンクが収納支持され、前記電気ヒータによる前記足浴用水循環パイプの加熱によって足浴用水が前記浴槽へ循環することを特徴とする。   A footbath according to a second aspect of the present invention is a footbath soaking the left and right feet in footbath water stored in a bath having an upper surface opening, wherein the bath body is formed with the bathtub formed on the upper side and the opening opened downward on the lower side. And a base on which the bathtub main body is placed so as to cover the storage portion, and the bathtub main body is divided into left and right foot bath portions by a partition, respectively, at the front and rear portions of the left and right foot bath portions. Each includes a footbath water discharge port and a suction port, and the storage unit includes a footbath water circulation pipe communicating with the footbath water discharge port and the suction port, and an electric heater for heating the footbath water in the pipe, The water circulation pipe for footbath is inclined to be higher at the front than the rear, and the partition is provided with a communication passage through which the water for footbaths of the left and right footbaths communicates, and a controller for controlling energization of the electric heater is housed. , Said ream A drainage part for draining footbath water of the left and right footbath parts is provided on the road, and a drainage tank is housed and supported on the base so as to be able to be drained so as to receive drainage from the drainage part, and the electric heater The footbath water is circulated to the bathtub by heating the footbath water circulation pipe.

第３発明の足浴器は、第２発明において、前記左右の足浴部の底面は後部よりも前部が高く傾斜し、前記連通路は前記傾斜の低部において前記中仕切りを貫通して形成されたことを特徴とする。   According to a third aspect of the present invention, in the second aspect of the present invention, the bottom surfaces of the left and right foot bath portions are inclined with the front portion higher than the rear portion, and the communication passage is formed through the partition at the lower portion of the inclination. It is characterized by that.

第４発明の足浴器は、上面開口の浴槽に溜めた足浴用水に左右の足先を浸す足浴器において、上側に前記浴槽を形成し下側に下方に開口した収納部を形成した陶磁器（セラミックス）製浴槽本体と、前記収納部を覆って前記浴槽本体を載置する基台を備え、前記浴槽は中仕切りによってそれぞれ左右の足浴部に区分され、前記左右の足浴部の底壁は後部よりも前部が高く傾斜し、前記傾斜の低部において前記中仕切りを貫通して前記左右の足浴部を連通する連通路が設けられ、前記左右の足浴部の前部と後部にはそれぞれ足浴用水の吐出口と吸い込み口を備え、前記底壁を上面として上方へ窪んだ収納部が形成され、前記収納部には前記足浴用水の吐出口と吸い込み口に連通した足浴用水循環パイプが前記底壁の傾斜に沿って配置されると共にこのパイプ内の足浴用水を加熱する電気ヒータが配置され、前記中仕切りには前記電気ヒータの通電制御を行う制御部が収納されると共に前記傾斜の低部において前記左右の足浴部の足浴用水が連通する連通路を設け、前記連通路には前記浴槽の足浴用水を排水するための排水部が設けられ、前記排水部からの排水を受けるように前記基台に引き出し自在に排水タンクが収納支持されたことを特徴とする。   According to a fourth aspect of the present invention, there is provided a footbath according to a fourth aspect of the present invention, wherein the left and right foot tips are immersed in footbath water stored in a bathtub having an upper opening, wherein the bathtub is formed on the upper side and the storage part opened on the lower side is formed. ) A bathtub main body and a base for covering the storage portion and mounting the bathtub main body are provided, the bathtub is divided into left and right foot bath parts by a partition, and the bottom wall of the left and right foot bath parts is from the rear. The front part has a high slope, and a communication passage is provided through the partition at the lower part of the slope to communicate the left and right footbath parts. A storage portion that is recessed upward with the bottom wall as an upper surface, and a footbath water circulation pipe that communicates with the footbath water discharge port and the suction port is formed in the storage portion. When arranged along the slope of An electric heater for heating the footbath water in the pipe is disposed, and a control unit for controlling energization of the electric heater is housed in the partition, and the footbath water for the left and right footbath units is provided at the lower part of the slope. A communicating passage is provided, and a drainage portion for draining footbath water for the bathtub is provided in the communicating passage, and a drainage tank is stored and supported so as to be freely drawn out to the base so as to receive drainage from the drainage portion. It is characterized by that.

第５発明の足浴器は、第２発明乃至第４発明において、前記連通路内に足浴用水の温度検出部を設け、この温度検出部の検出に基づき前記制御部によって前記電気ヒータの発熱状態を制御することを特徴とする。   According to a fifth aspect of the present invention, there is provided a foot bath device according to the second to fourth aspects of the present invention, wherein a temperature detection unit for foot bath water is provided in the communication path, and based on the detection of the temperature detection unit, the control unit controls the heat generation state of the electric heater. It is characterized by controlling.

第６発明の足浴器は、第１発明乃至第４発明において、前記電気ヒータの通電は、温度検出部による前記浴槽の足浴用水温の検出に基づき制御され、前記浴槽の足浴用水温が所定温度に加熱されるまでは発熱量が大となる予備加熱モードで通電され、前記浴槽の足浴用水温が所定温度に上昇したときは適温に維持する保温モードで通電制御されることを特徴とする。   According to a sixth aspect of the present invention, in the first to fourth aspects of the present invention, energization of the electric heater is controlled based on detection of a foot bath water temperature of the bathtub by a temperature detector, and the foot bath water temperature of the bathtub is a predetermined temperature. Until it is heated, the energization is controlled in a preheating mode in which the amount of heat generation is large, and when the foot bath water temperature of the bath rises to a predetermined temperature, the energization is controlled in a heat retaining mode that maintains an appropriate temperature.

第１発明において、浴槽本体を合成樹脂製とすれば、拭き取りによる傷つきが生じ、この傷に不純物や水滴が残り易くなり、これが黴の発生原因ともなるが、浴槽本体を陶磁器（セラミックス）製とすることによって、足浴用水を排水した後の水滴の拭き取りによる傷つきもなく拭き取りが簡単であり、常に清潔に保つことができるものとなる。また、浴槽本体を陶磁器（セラミックス）製とすることによって、アンダーカットの複雑な形状も作り易くなり、足浴用水の吐出口を覆うように浴槽の前壁を湾曲させる等の形状も容易であり、デザイン性も向上し高級感を呈するものとなる。足浴用水が前記電気ヒータによる加熱によって自然対流するシステムであるため、循環用ポンプなども不要であると共に、電気ヒータで加熱される足浴用水循環パイプは、足浴用水の吐出口側が高くなる配置であるため、定まった方向への足浴用水のスムースな循環が行われるものとなり、足浴中の足先に対する安定した循環が得られるものとなる。また、排水のし易さのために排水タンクを陶磁器（セラミックス）製浴槽本体に引き出し自在に支持する構成を採用する場合には、浴槽本体に別部材を取り付けて、それに排水タンクを引き出し自在に支持する機構を採らなければ構成し難いが、本発明では、排水タンクは基台に引き出し自在に支持されるため、この基台を合成樹脂製とすることによってその機構が簡素化され、浴槽本体を陶磁器（セラミックス）製等にして高級感を呈するようにするものに適したものとなる。また、浴槽の下側に形成した収納部に浴用水循環パイプと電気ヒータを配置したことにより、浴槽から零れる足浴用水からこれらを保護することができる。   In the first invention, if the bathtub body is made of synthetic resin, scratches due to wiping occur, and impurities and water droplets are likely to remain on the scratch, which may cause wrinkles, but the bathtub body is made of ceramics (ceramics). By doing so, it is easy to wipe off without being damaged by wiping off the water drops after draining the footbath water, and can always be kept clean. In addition, by making the bathtub body made of ceramic (ceramics), it becomes easy to make a complicated shape of undercut, and the shape such as curving the front wall of the bathtub so as to cover the discharge port for foot bath water is also easy, The design will also improve and give a sense of luxury. Since the footbath water is a system that naturally convects by heating with the electric heater, there is no need for a circulation pump or the like, and the footbath water circulation pipe heated by the electric heater is arranged so that the footbath water discharge port side becomes higher. Therefore, smooth circulation of footbath water in a fixed direction is performed, and stable circulation with respect to the foot tips during footbath is obtained. In addition, when adopting a configuration in which the drainage tank is supported by a ceramic (ceramics) bathtub body so that it can be easily drained, a separate member is attached to the bathtub body, and the drainage tank can be pulled out freely. In the present invention, since the drainage tank is supported so as to be freely drawn out by the base, the mechanism is simplified by making the base made of synthetic resin, and the bathtub body. It is suitable for those made of ceramic (ceramics) or the like to give a high-class feeling. Moreover, these can be protected from the footbath water which spills from a bathtub by arrange | positioning the bath water circulation pipe and the electric heater in the accommodating part formed in the lower side of the bathtub.

第２発明は、第１発明の効果に加えて、浴槽を中仕切りによって左右に仕切ることによって、貯留する足浴用水量を少なくでき、そのために足浴用水の加熱時間も短く省エネ効果もある。また、中仕切りには左右の足浴部の足浴用水が連通する連通路を備えることによって、足浴用水の注入は一方の足浴部へ行えばよく、注入し易くなると共に左右の足浴部の足浴用水のレベルを同じに保つことができる。そして、この中仕切りの有効利用として、中仕切り内を電気ヒータの制御部の収納部として利用でき、これに係るスイッチ部を含めた電気絶縁が得易い状態となる。   In addition to the effects of the first invention, the second invention can reduce the amount of footbath water to be stored by partitioning the bathtub left and right with a partition, and therefore has a short heating time for footbath water and an energy saving effect. In addition, by providing a communication passage through which the foot bath water of the left and right foot bath portions communicates with the inner partition, the foot bath water may be injected into one foot bath portion, making it easier to inject and the foot bath water of the left and right foot bath portions. You can keep the level the same. And as the effective use of this partition, the inside of a partition can be utilized as a storage part of the control part of an electric heater, and it will be in the state which is easy to obtain the electrical insulation including the switch part concerning this.

第３発明は、第１発明及び第２発明の効果に加えて、左右の足浴部の底面を前部が高く傾斜させたため、足浴器の後方に配置した椅子に腰掛けた状態で足浴部へ挿入した足先が、つま先上がりで安定するため、足先に無理な姿勢を強いることがなく、楽な姿勢で足浴ができると共に、吐出口から流出した足浴用水が吸い込み口へ達する流れをスムースにできる。そして、左右の足浴部の底面の傾斜の低部で中仕切りを貫通して連通路を形成し、この連通路に排水部が位置するため、左右の足浴部の浴用水が連通路に集中し排水し易くなると共に、左右の足浴部にそれぞれ排水部を設ける必要がなくなり、排水構造が簡素化され、更に、この排水部の開口部に足浴者の足裏が触れる虞がなく、足浴者に不快感を与えることがない。   In addition to the effects of the first and second inventions, the third invention is inserted into the footbath part while sitting on a chair placed behind the footbath because the front part of the left and right footbath parts is highly inclined. Since the toes are stable when the toes are raised, there is no need to force the toes into an unreasonable posture, and foot bathing can be performed in an easy posture, and the flow of foot bath water that has flowed out from the discharge port to the suction port can be made smooth. . Then, a communicating path is formed by penetrating the partition at the lower slope of the bottom surface of the left and right foot bath parts, and the drainage part is located in this communicating path, so the bath water of the left and right foot bath parts concentrates on the communicating path. It is easy to drain water, it is not necessary to provide drainage parts on the left and right foot bath parts respectively, the drainage structure is simplified, and there is no possibility that the foot bather's sole touches the opening of this drainage part. There is no discomfort.

第４発明は、第１発明乃至第３発明の効果に加えて、左右の足浴部の底壁の傾斜に沿って足浴用水循環パイプが配置されるため、足浴用水循環パイプの傾斜配置がし易くなり、電気ヒータの加熱によって生じる足浴用水の良好な対流が得られるものとなる。   In the fourth invention, in addition to the effects of the first to third inventions, the footbath water circulation pipes are arranged along the slopes of the bottom walls of the left and right footbath portions, so that the footbath water circulation pipes are easy to be inclined. Thus, good convection of footbath water generated by heating of the electric heater can be obtained.

第５発明は、第２発明乃至第４発明の効果に加えて、前記連通路内で温度検出ができるため、左右の足浴部にそれぞれ温度検出部を設ける必要がなく、温度検出構造が簡素化されると共に、この温度検出部に足浴者の足裏が触れる虞がなく、足浴者に不快感を与えることがない。   In the fifth invention, in addition to the effects of the second to fourth inventions, the temperature can be detected in the communication path. Therefore, it is not necessary to provide temperature detecting parts in the left and right foot bath parts, and the temperature detecting structure is simplified. In addition, there is no fear that the foot bather's sole touches the temperature detecting unit, and the foot bather is not uncomfortable.

第６発明は、第１発明乃至第５発明の効果に加えて、冬季のように低温状態となる陶磁器（セラミックス）製浴槽本体であっても、冷水から適温になるまでの立ち上がり時間を短くできるものとなる。   In addition to the effects of the first to fifth inventions, the sixth invention can shorten the rise time from cold water to an appropriate temperature even in a ceramic (ceramics) bathtub body that is in a low temperature state as in winter. It will be a thing.

本発明の足浴器は、上面開口の浴槽に溜めた足浴用水に左右の足先を浸す足浴器において、上側に前記浴槽を形成し下側に下方に開口した収納部を形成した陶磁器（セラミックス）製浴槽本体と、前記収納部を覆って前記浴槽本体を載置する基台を備え、前記浴槽の前部と後部にはそれぞれ足浴用水の吐出口と吸い込み口を備え、前記収納部には前記足浴用水の吐出口と吸い込み口に連通した足浴用水循環パイプとこのパイプ内の足浴用水を加熱する電気ヒータを備え、前記足浴用水循環パイプは後部よりも前部が高く傾斜配置され、前記浴槽の排水部からの排水を受けるように前記基台に引き出し自在に排水タンクが収納支持され、前記電気ヒータによる前記足浴用水循環パイプの加熱によって足浴用水が前記浴槽へ循環するものであり、本発明の実施例を以下に記載する。   The footbath of the present invention is a pottery (ceramics) in which the left and right foot tips are immersed in water for footbath stored in a bathtub with an upper opening, and the above-mentioned bathtub is formed on the upper side and a storage part opened on the lower side is formed. A bathtub-making body, and a base for covering the storage part and mounting the bathtub body, the front part and the rear part of the bathtub having a footbath water discharge port and a suction port, respectively, The footbath water circulation pipe communicated with the footbath water discharge port and the suction port, and an electric heater for heating the footbath water in the pipe, the footbath water circulation pipe is disposed with an inclination higher at the front part than the rear part, A drainage tank is stored and supported so as to be freely drawn out to the base so as to receive drainage from the drainage part, and the footbath water circulates to the bathtub by heating the footbath water circulation pipe by the electric heater, Examples of the invention are described below.

本発明の実施の形態について説明する。図１は足浴器の正面斜視図、図２は足浴器の分解斜視図、図３は足浴器の背面斜視図、図４は足浴器の浴槽本体部分の平面図、図５は足浴器の浴槽本体の底面斜視図、図６は足浴器の縦断背面視図、図７は図４のＡ−Ａ断面図、図８は足浴器を中仕切り部分で切断した縦断側面図、図９は銀イオン発生装置の構成を示す断面図である。   Embodiments of the present invention will be described. 1 is a front perspective view of a footbath, FIG. 2 is an exploded perspective view of the footbath, FIG. 3 is a rear perspective view of the footbath, FIG. 4 is a plan view of a bathtub body portion of the footbath, and FIG. FIG. 6 is a longitudinal rear view of the foot bath, FIG. 7 is a cross-sectional view taken along the line AA of FIG. 4, FIG. 8 is a longitudinal side view of the foot bath taken along the partition, and FIG. It is sectional drawing which shows the structure of a generator.

図において、１は本発明の足浴器である。足浴器１は、上面開口の浴槽に溜めた足浴用水に左右の足先を浸して湯浴する足浴器であり、上側に上面開口の浴槽５を形成する浴槽本体２と、浴槽本体を水平状態に載置する基台３とを備えており、衛生維持に優れ高級感を持たせるために浴槽本体２は陶磁器（セラミックス）製であり、陶磁器（セラミックス）製浴槽本体２の底面を保護して、足浴器１を家屋内の部屋の床などに設置されたとき、この床などを傷つけないためにも、基台３は合成樹脂製または木製であるが、実施形態では合成樹脂製の基台３である。浴槽本体２は、平滑な表面形成の陶磁器（セラミックス）製とすることにより、足浴器１を使い終わったときに布巾などによって水滴を拭き取ることによって衛生的に保つことができる。もし、合成樹脂製とすれば、この拭き取りによる傷つきも生じ易く、この傷に汚れが溜まり易くなり、不衛生になり易いが、陶磁器（セラミックス）製とすることにより、そのような虞はなくなる。   In the figure, 1 is a foot bath of the present invention. The footbath 1 is a footbath in which the left and right feet are immersed in water for footbath stored in a bathtub with an upper opening, and a bathtub body 2 that forms a bathtub 5 with an upper opening on the upper side, and the bathtub body in a horizontal state The bathtub body 2 is made of ceramics (ceramics) to protect the bottom surface of the ceramics (ceramics) bathtub body 2 in order to provide high quality and excellent hygiene. When the foot bath 1 is installed on the floor of a room in the house, the base 3 is made of synthetic resin or wood so as not to damage the floor, but in the embodiment, the base made of synthetic resin is used. 3. By making the bathtub body 2 made of ceramic (ceramics) having a smooth surface, it can be kept hygienic by wiping off water droplets with a cloth or the like when the foot bath 1 is used. If it is made of synthetic resin, it is easy to cause damage due to this wiping, and dirt easily accumulates on this scratch, and it becomes easy to become unsanitary. However, by using ceramics (ceramics), such a fear is eliminated.

基台３を合成樹脂製としたのは、陶磁器（セラミックス）製の浴槽本体２を載置する構成がし易いと共に、後述のように扁平状の排水タンク４を引き出し自在に収納する構成を取り易いこと等も考慮したためである。基台３は、平板状の基板部３Ａの周縁部に立ち上り壁３Ｂを一体形成しており、基板部３Ａに扁平状の排水タンク４を引き出し自在に載置し、立ち上り壁３Ｂの後壁部分には排水タンク４を引き出し自在に収納するための開口３Ｃが形成され、この開口３Ｃに排水タンク４の取っ手４Ａが臨んでいる。また、立ち上り壁３Ｂには浴槽本体２の下面周縁部が載置され、その状態で足浴器１が水平設置状態を保つようになる。   The base 3 is made of a synthetic resin because it is easy to place a ceramic body (ceramics) bathtub body 2 and to store a flat drainage tank 4 as described later. This is because it is easy to consider. The base 3 is integrally formed with a rising wall 3B at the peripheral edge of the flat plate portion 3A, and a flat drainage tank 4 is placed on the substrate portion 3A so as to be freely drawn out, and a rear wall portion of the rising wall 3B. An opening 3C for retractably storing the drainage tank 4 is formed, and a handle 4A of the drainage tank 4 faces the opening 3C. Moreover, the lower surface peripheral part of the bathtub main body 2 is mounted in the standing wall 3B, and the footbath machine 1 comes to maintain a horizontal installation state in that state.

浴槽本体２は、上側に足浴用水を溜める上面開口の浴槽５を形成し、浴槽５の下側に周囲を壁で囲まれた下方に開口した収納部６を形成しており、浴槽本体２を基台３に載置した状態で、収納部６が基台３で覆われる状態となる。浴槽本体２は、浴槽５が中仕切り７によってそれぞれ左右の足浴部５Ａ、５Ｂに区分され、中仕切り７の後部には左右の足浴部５Ａ、５Ｂの足浴用水が連通する連通路８を備え、左右の足浴部５Ａ、５Ｂの前部と後部には、それぞれ足浴用水の吐出口９と吸い込み口１０を備えている。吐出口９と吸い込み口１０の間隔は、左右の足浴部５Ａ、５Ｂへ挿入された足浴者の足裏に触れ難いように、足浴者の足裏の踵から爪先までの標準的な寸法よりも若干大きい寸法であり、２５０ｍｍ〜２７０ｍｍである。これによって、大概の人は吐出口９と吸い込み口１０に触れることはない。吸い込み口１０は、左右の足浴部５Ａ、５Ｂの後端部に近い位置に形成され、もし足浴者の足裏に触れても違和感が殆どないようにするために、左右の足浴部５Ａ、５Ｂの底面よりも若干低い位置か同一レベルに開口している。一方、吐出口９は左右の足浴部５Ａ、５Ｂの底面よりも若干突出しているため、足浴者の足先が吐出口９へ接触し難いように、吐出口９は左右の足浴部５Ａ、５Ｂの先端部分に配置され、加熱された足浴用水が足浴者の足先へ向けて吐出されないように、吐出口９は左右の足浴部５Ａ、５Ｂの先端方向へ向いて開口している。このため、吐出口９から送出される足浴用水が足浴者の足先へ直接当たることによる不快感が防止される。各吐出口９は、先端方向へ向いて高く傾斜状態に開口しているため、足浴用水が逆流する虞がある。これを防止するために、吐出口９には自重によって後退して弁座９Ｄに当接して、実質的に吐出口９を閉じるボール弁９Ｃを備えた弁機構が設けられている。これによって、加熱された足浴用水の水圧によってボール弁９Ｃが前方へ移動して弁座９Ｄから離れ、実質的に吐出口９を開くように動作し、逆流水がある場合はボール弁９Ｃが弁座９Ｄに当接して、実質的に吐出口９を閉じるように動作する弁機構を構成している。   The bathtub main body 2 forms a bathtub 5 having an upper surface opening for storing footbath water on the upper side, and forms a storage portion 6 that opens downwardly surrounded by a wall on the lower side of the bathtub 5. The storage unit 6 is covered with the base 3 in a state of being placed on the base 3. The bathtub body 2 is provided with a communication path 8 through which the bathtub 5 is divided into left and right foot bath parts 5A and 5B by a partition 7 and the rear water of the left and right foot bath parts 5A and 5B communicates with the rear part of the partition 7, The front and rear portions of the left and right foot baths 5A and 5B are respectively provided with foot bath water discharge ports 9 and suction ports 10. The distance between the discharge port 9 and the suction port 10 is larger than the standard size from the foot pad to the toe of the foot bather so that it is difficult to touch the foot bather's sole inserted into the left and right foot bath parts 5A, 5B. It is a slightly larger dimension and is 250 mm to 270 mm. As a result, most people do not touch the discharge port 9 and the suction port 10. The suction port 10 is formed at a position close to the rear ends of the left and right foot baths 5A and 5B. In order to prevent the feeling of strangeness even if the foot bathers touch the soles, the left and right foot baths 5A and 5B are formed. The opening is at a position slightly lower than the bottom surface or at the same level. On the other hand, since the discharge port 9 slightly protrudes from the bottom surfaces of the left and right foot bath parts 5A and 5B, the discharge port 9 is provided on the left and right foot bath parts 5A and 5B so that the feet of the foot bather are difficult to contact the discharge port 9. The discharge port 9 is open toward the tip of the left and right foot baths 5A and 5B so that the heated foot bath water is not discharged toward the foot of the foot bather. For this reason, the discomfort by the footbath water sent out from the discharge outlet 9 hitting a foot bather's foot directly is prevented. Since each discharge port 9 opens in a highly inclined state toward the distal end direction, there is a possibility that the footbath water flows backward. In order to prevent this, the discharge port 9 is provided with a valve mechanism including a ball valve 9C that retracts by its own weight and abuts against the valve seat 9D to close the discharge port 9 substantially. As a result, the ball valve 9C moves forward by the water pressure of the heated footbath water, moves away from the valve seat 9D, and substantially opens the discharge port 9. When there is backflow water, the ball valve 9C The valve mechanism which contacts the seat 9D and operates to substantially close the discharge port 9 is configured.

収納部６には足浴用水の吐出口９と吸い込み口１０に連通した足浴用水循環パイプ１２と、このパイプ１２内の足浴用水を加熱する電気ヒータ１３が収納されている。また浴槽５の底壁１１、即ち、左右の足浴部５Ａ、５Ｂの底壁１１は、上面と下面が後部（足浴者の踵側）よりも前部（足浴者の爪先側）が高くなるように略直線状に傾斜している。これは、足浴器１の後方に配置した椅子に腰掛けた状態で足浴し易くすると共に、吐出口９から流出した足浴用水が吸い込み口１０へ達する流れをスムースにするものであり。この傾斜角度は、足浴器１が水平設置された水平レベルから１０度〜２０度の範囲で選択されるが、水平レベルから略１５度で、後述のような足浴水による湯浴をし易い姿勢を保つことができる好ましいものである。これに伴って、収納部６は底壁１１を上面として後部よりも前部が深い上方へ窪んだ状態に形成されることとなる。そして、この底壁１１に沿って足浴用水循環パイプ１２が、吸い込み口１０側よりも吐出口９側が高位置となるように傾斜配置されている。このため、足浴用水循環パイプ１２と電気ヒータ１３が、底壁１１の傾斜に沿って後部よりも前部が高くなるように略直線状に配置され、電気ヒータ１３によるパイプ１２内の足浴用水の加熱によって、足浴用水が左右の足浴部５Ａ、５Ｂへ循環する仕組みである。   The storage 6 stores a footbath water circulation pipe 12 communicating with the footbath water discharge port 9 and the suction port 10, and an electric heater 13 for heating the footbath water in the pipe 12. Further, the bottom wall 11 of the bathtub 5, that is, the bottom walls 11 of the left and right foot baths 5A and 5B, is such that the upper surface and the lower surface are higher at the front (foot bather's toe side) than at the rear (foot bather's heel side). It is inclined substantially linearly. This facilitates foot bathing while sitting on a chair arranged behind the foot bath 1 and smoothes the flow of foot bath water flowing out from the discharge port 9 to the suction port 10. This inclination angle is selected in the range of 10 degrees to 20 degrees from the horizontal level where the footbath 1 is installed horizontally, but it is approximately 15 degrees from the horizontal level, and it is easy to bathe with foot bath water as described later. Is preferable. Along with this, the storage portion 6 is formed in a state where the bottom wall 11 is an upper surface and the front portion is recessed deeper upward than the rear portion. A foot bath water circulation pipe 12 is inclined along the bottom wall 11 so that the discharge port 9 side is higher than the suction port 10 side. Therefore, the footbath water circulation pipe 12 and the electric heater 13 are arranged in a substantially straight line so that the front part is higher than the rear part along the inclination of the bottom wall 11, and the footbath water in the pipe 12 by the electric heater 13 is arranged. It is a mechanism in which foot bath water circulates to the left and right foot bath parts 5A and 5B by heating.

吐出口９と吸い込み口１０は、左右の足浴部５Ａ、５Ｂの底壁１１の前部と後部にそれぞれ形成した孔９Ａ、１０Ａそのものであってもよいが、実施例では、それぞれ孔９Ａ、１０Ａに嵌め込まれたパイプ１２の前部分１２Ｂと後部分１２Ａでもって形成している。パイプ１２は、電気ヒータ１３で加熱される部分はステンレススチール等の金属製であるが、その吐出口９の部分は、浴槽本体２の局部加熱の防止と、浴槽本体２への取り付けのし易さとを考慮して、耐熱性の合成樹脂製のパイプ１２Ｂ１とすることができる。特に、吐出口９の部分は高温となるため、パイプ１２Ｂと孔９Ａとの間には断熱用として、シリコンゴムなどによって形成したスリーブ９Ｂが介在している。また、吸い込み口１０にはごみなどが入り込まないようにフィルタ１０Ｂが装着されている。   The discharge port 9 and the suction port 10 may be holes 9A and 10A themselves formed in the front and rear portions of the bottom walls 11 of the left and right foot bath portions 5A and 5B, respectively, but in the embodiment, the holes 9A and 10A, respectively. It is formed with a front portion 12B and a rear portion 12A of the pipe 12 fitted into the. The portion of the pipe 12 that is heated by the electric heater 13 is made of a metal such as stainless steel, but the portion of the discharge port 9 prevents local heating of the bathtub body 2 and is easy to attach to the bathtub body 2. Therefore, the pipe 12B1 made of heat-resistant synthetic resin can be obtained. In particular, since the discharge port 9 has a high temperature, a sleeve 9B formed of silicon rubber or the like is interposed between the pipe 12B and the hole 9A for heat insulation. A filter 10B is attached to the suction port 10 so that dust and the like do not enter.

電気ヒータ１３はパイプ１２内の足浴用水を加熱するようにしている。電気絶縁を考慮して、電気ヒータ１３はシーズヒータを使用している。パイプ１２と電気ヒータ１３とは、収納部６に配置されるものであり、電気ヒータ１３でパイプ１２を効果的に加熱するために、電気ヒータ１３とパイプ１２は、アルミニウム等の熱良導材１４で隙間を埋めた状態で外側をカバー１５で覆って一体化してヒータユニット１７を構成すれば、このヒータユニット１７を浴槽本体２に取り付ける組み立て工数が簡素化される。ヒータユニット１７は、パイプ１２を耐熱性の合成樹脂製パイプ１２Ａ、１２Ｂを介して吸い込み口１０と吐出口９へ接続した状態で、収納部６の左右壁に形成した支持孔６Ａに左右端が挿入されるバネ材で形成した支持部材１９によって、下側から支えられる状態で浴槽本体２に取り付けられる。この取り付けを安定させるために、カバー１５には平板部１５Ａを形成し、平板部１５Ａは底壁１１との間には熱絶縁材１６を介して、支持部材１９によって底壁１１に押し圧保持されている。   The electric heater 13 heats the footbath water in the pipe 12. In consideration of electric insulation, the electric heater 13 uses a sheathed heater. The pipe 12 and the electric heater 13 are disposed in the storage unit 6. In order to effectively heat the pipe 12 with the electric heater 13, the electric heater 13 and the pipe 12 are made of a heat conducting material such as aluminum. If the heater unit 17 is configured by covering the outside with the cover 15 in a state where the gap is filled with the cover 15 to be integrated, the number of assembling steps for attaching the heater unit 17 to the bathtub body 2 is simplified. In the heater unit 17, the pipe 12 is connected to the suction port 10 and the discharge port 9 through heat-resistant synthetic resin pipes 12 </ b> A and 12 </ b> B, and the left and right ends of the support unit 6 </ b> A are formed in the left and right walls of the storage unit 6. By the support member 19 formed with the spring material inserted, it attaches to the bathtub main body 2 in the state supported from the lower side. In order to stabilize this attachment, the cover 15 is formed with a flat plate portion 15A, and the flat plate portion 15A is pressed against the bottom wall 11 by the support member 19 via the heat insulating material 16 between the flat wall portion 15A. Has been.

足浴用水を衛生的に保つために、足浴用水の除菌用として、一方のパイプ１２の途中には、除菌装置１８の一つとして、金属イオン発生装置１８を設けている。金属イオン発生装置１８は、合成樹脂製容器１８Ｅ内に電気的マイナス側にステンレススチール製の電極１８Ｂを設け、電気的プラス側に金属イオンを溶出する金属電極１８Ａが設けられ、足浴用水の入り口側１８Ｃがヒータユニット１７のパイプ１２に接続され、足浴用水の入り口側１８Ｃがパイプ１２Ｂに接続されている。金属イオン発生装置１８の代表的なものとして、銀イオン発生装置１８があり、この場合、電気的にマイナス側にステンレススチール製の電極１８Ｂを設け、電気的にプラス側に銀電極１８Ａが設けられる。除菌装置１８は、この他のものでもよい。   In order to keep the footbath water hygienic, a metal ion generator 18 is provided as one of the sterilizers 18 in the middle of one pipe 12 for sterilization of the footbath water. The metal ion generator 18 is provided with a stainless steel electrode 18B on the electrical minus side in a synthetic resin container 18E, and a metal electrode 18A for eluting metal ions on the electrical plus side. 18C is connected to the pipe 12 of the heater unit 17, and the inlet side 18C of footbath water is connected to the pipe 12B. A typical example of the metal ion generator 18 is a silver ion generator 18. In this case, an electrode 18B made of stainless steel is electrically provided on the negative side, and a silver electrode 18A is electrically provided on the positive side. . The sterilization apparatus 18 may be other than this.

上記のように、基台３には引き出し自在に排水タンク４が収納支持されており、足浴用水循環パイプ１２の後部分又は浴槽５の後部分には、浴槽５の足浴用水を排水するための排水部２０が設けられている。排水タンク４の引き出し方向は、基台３の前後左右いずれの方向でもよいが、図示のように、後方へ引き出し自在に排水タンク４を収納することによって、足浴器１の外観デザインがよくなると共に、使い勝手がよいものとなる。上記のように、浴槽５は中仕切り７によって左右の足浴部５Ａ、５Ｂに区分され、中仕切り７の後部に左右の足浴部５Ａ、５Ｂの足浴用水が連通する連通路８を形成している。連通路８は浴槽５の最低部に位置するため、排水部２０をこの連通路８に開口し連通するように形成することによって、左右の足浴部５Ａ、５Ｂの足浴用水を良好に排水できると共に、排水部２０が左右の足浴部５Ａ、５Ｂに開口することがなく、足浴する人の足裏が排水部２０に触れないため、足浴する人が違和感を持つことがない。そして、排水部２０をこの連通路８に形成することによって、左右の足浴部５Ａ、５Ｂにそれぞれ排水部を形成することがなく、排水部２０の構成も簡素化される。排水部２０は足浴器１の後ろ側に露出したコック２１を備えており、このコック２１を回動させることによって、排水部２０の排水通路に形成した排水孔２０Ａを開閉する。排水タンク４には、排水孔２０Ａから排水される足浴用水を受けるように排水受け口４Ｂを備えており、排水タンク４が基台３の正規位置へ収納された状態で、排水孔２０Ａの直下に排水受け口４Ｂが対応する。この状態でコック２１を回動させて排水孔２０Ａを開くことによって、連通路８から左右の足浴部５Ａ、５Ｂの足浴用水を排水タンク４へ排水することができる。排水タンク４は、左右の足浴部５Ａ、５Ｂに入れられた足浴用水量を受け入れるのに十分な容量を備えたものである。このため、後述のように、左右の足浴部５Ａ、５Ｂにそれぞれ約１リットルの足浴用水が入った状態である場合は、排水タンク４はこの量を受け入れるために、約２リットルの容量を持っていることによって、足浴１回ごとに排水すればよい。   As described above, the drainage tank 4 is housed and supported in the base 3 so as to be freely drawn out. The rear part of the footbath water circulation pipe 12 or the rear part of the bathtub 5 is used for draining the footbath water of the bathtub 5. A drainage unit 20 is provided. The drain tank 4 can be pulled out from the front, rear, left, or right of the base 3. However, as shown in the figure, by storing the drain tank 4 so that it can be pulled out rearwardly, the appearance design of the footbath 1 is improved. It will be easy to use. As described above, the bathtub 5 is divided into the left and right foot bath portions 5A and 5B by the partition 7, and the communication passage 8 is formed in the rear portion of the middle partition 7 to communicate the foot bath water of the left and right foot bath portions 5A and 5B. . Since the communication path 8 is located at the lowest part of the bathtub 5, by forming the drainage part 20 so as to open and communicate with the communication path 8, the footbath water of the left and right footbath parts 5A and 5B can be drained well. Since the drainage part 20 does not open to the left and right foot bath parts 5A and 5B and the soles of the person taking a foot bath do not touch the drain part 20, the person taking a foot bath does not feel uncomfortable. And by forming the drainage part 20 in this communicating path 8, a drainage part is not formed in each of the left and right foot bath parts 5A and 5B, and the configuration of the drainage part 20 is simplified. The drainage part 20 is provided with a cock 21 exposed on the rear side of the foot bath 1, and the drainage hole 20 </ b> A formed in the drainage passage of the drainage part 20 is opened and closed by rotating the cock 21. The drainage tank 4 is provided with a drainage receiving port 4B so as to receive footbath water drained from the drainage hole 20A, and the drainage tank 4 is stored in a regular position of the base 3 and is directly below the drainage hole 20A. The drainage outlet 4B corresponds. By rotating the cock 21 in this state and opening the drain hole 20A, the foot bath water of the left and right foot bath portions 5A, 5B can be drained from the communication passage 8 to the drain tank 4. The drainage tank 4 has a capacity sufficient to receive the amount of footbath water contained in the left and right footbath portions 5A and 5B. For this reason, as will be described later, when about 1 liter of footbath water is contained in each of the left and right footbath parts 5A and 5B, the drainage tank 4 has a capacity of about 2 liters in order to receive this amount. Therefore, it is sufficient to drain every foot bath.

浴槽本体２の前壁には、左右の足浴部５Ａ、５Ｂの前部分の上方に被さるようにカバー部２９を形成しており、足浴部５Ａ、５Ｂの前端部分に設けた吐出口９がこのカバー部２９で覆われる。このため、後述のように、予備加熱モードにおいて電気ヒータ１３に通電されてパイプ１２内の足浴用水が沸騰状態に加熱され、吐出口９から高温の足浴用水が噴出しても、このカバー部２９によって足浴部５Ａ、５Ｂから足浴用水が零れることもなく、また、足浴中に足先を動かしても、それによって足浴用水が零れることもなくなる。また、このカバー部２９は、足浴が終わったときに足先をタオルなどによって拭き取る際に、足を載せる足載せ台としても利用できる部分である。   A cover portion 29 is formed on the front wall of the bathtub body 2 so as to cover the front portions of the left and right foot bath portions 5A and 5B, and a discharge port 9 provided at the front end portion of the foot bath portions 5A and 5B Covered with a cover 29. For this reason, as will be described later, even if the electric heater 13 is energized in the preheating mode and the footbath water in the pipe 12 is heated to the boiling state, and the hot footbath water is ejected from the discharge port 9, the cover 29 Therefore, the foot bath water does not spill from the foot bath portions 5A and 5B, and even if the foot tip is moved during the foot bath, the foot bath water does not spill. The cover 29 is a part that can also be used as a footrest on which a foot is placed when the foottip is wiped off with a towel or the like when the foot bath is over.

浴槽本体２は、持ち運びに便利なように、浴槽本体２の重心バランスが取れる安定位置に運搬用取っ手４４を設けている。運搬用取っ手４４は、浴槽本体２の前部上面に形成されるカバー部２９の中間部分を前方へ窪ませたその部分において、左右のカバー部２９に渡るように取り付けられている。この運搬用取っ手４４を持ち上げることによって、排水タンク４を基台３に残した状態で、浴槽本体２を基台３から分離して運搬できる。   The bathtub body 2 is provided with a transport handle 44 at a stable position where the center of gravity of the bathtub body 2 can be balanced so that the bathtub body 2 can be easily carried. The transport handle 44 is attached so as to cross the left and right cover portions 29 at the portion where the middle portion of the cover portion 29 formed on the upper surface of the front portion of the bathtub body 2 is recessed forward. By lifting the carrying handle 44, the bathtub main body 2 can be separated from the base 3 and transported while the drainage tank 4 remains on the base 3.

中仕切り７には、電気ヒータ１３と金属イオン発生装置１８の通電制御を行う制御部３０が収納されており、中仕切り７の上面には制御部３０のスイッチを作動させるスイッチ操作部３１が配置されている。スイッチ操作部３１は、足浴器１の電源のＯＮ−ＯＦＦ制御用スイッチ部３１Ａが設けられ、スイッチ部３１ＡのＯＮ−ＯＦＦによって電気ヒータ１３と金属イオン発生装置１８がＯＮ−ＯＦＦ制御される。スイッチ操作部３１には、スイッチ部３１ＡのＯＮ状態で所定の発光状態となるＬＥＤ表示部３１Ｃが設けられている。なお、スイッチ部３１ＡとＬＥＤ表示部３１Ｃは、上面から水分が侵入しないように、いずれも防水被覆された構成である。   A control unit 30 that controls energization of the electric heater 13 and the metal ion generator 18 is housed in the partition 7, and a switch operation unit 31 that operates a switch of the control unit 30 is disposed on the upper surface of the partition 7. Has been. The switch operation part 31 is provided with a switch part 31A for ON / OFF control of the power source of the footbath 1. The electric heater 13 and the metal ion generator 18 are ON / OFF controlled by the ON / OFF of the switch part 31A. The switch operation unit 31 is provided with an LED display unit 31C that is in a predetermined light emission state when the switch unit 31A is ON. Note that the switch portion 31A and the LED display portion 31C are both waterproof-coated so that moisture does not enter from the top surface.

足浴者が左右の足浴部５Ａ、５Ｂに足先を入れる以前の足浴部５Ａ、５Ｂに貯留する足浴用水の規定水位（規定レベル）はＬ１であり、この場合、吐出口９は規定水位Ｌ１から露出状態であるが、電気ヒータ１３で加熱されたパイプ１２内の足浴用水はこの吐出口９から吐出して足浴部５Ａ、５Ｂへ循環する。そして、左右の足浴部５Ａ、５Ｂに足先が入れられた状態での足浴用水の標準的な水位はＬ２である。この状態で、左右の足浴部５Ａ、５Ｂに挿入された足先の甲は、足浴用水に没し、吐出口９は足浴用水中に没した状態となる。吐出口９からは加熱された足浴用水が前方へ吐出されるため、足浴者が左右の足浴部５Ａ、５Ｂに入れた足先に加熱された足浴用水が直接当たることがなく、安全である。   The specified water level (specified level) for foot bath water stored in the foot bath parts 5A and 5B before the foot bather puts the foot tips in the left and right foot bath parts 5A and 5B is L1, and in this case, the discharge port 9 is located from the specified water level L1. In the exposed state, the foot bath water in the pipe 12 heated by the electric heater 13 is discharged from the discharge port 9 and circulated to the foot bath portions 5A and 5B. And the standard water level of the footbath water in the state in which the foot tip was put into the right and left footbath parts 5A and 5B is L2. In this state, the insteps of the toes inserted in the left and right foot bath parts 5A and 5B are submerged in the foot bath water, and the discharge port 9 is submerged in the foot bath water. The heated footbath water is discharged forward from the discharge port 9, so that the footbath water heated by the foot bather in the left and right footbaths 5A and 5B is not directly applied to the footbath, which is safe.

足浴者が左右の足浴部５Ａ、５Ｂに足先を挿しいれた状態で脹脛部分に対応するように、浴槽本体２の後壁には、足浴部５Ａ、５Ｂの後壁の中央部分の上部に、上後方に傾斜し後方へ湾曲した案内部３３が形成されている。通常の姿勢として、足浴者は、浴槽本体２の後方位置から椅子に座った状態で、左右の足浴部５Ａ、５Ｂに足先を挿しいれるため、その場合、この案内部３３に踵を当てつつ左右の足浴部５Ａ、５Ｂに足先を挿し入れることができ、それによって、左右の足浴部５Ａ、５Ｂに溜まった足浴用水の飛散を防止できる。そして、挿しいれた足の裏を斜めの底壁１１に載せた状態で、脹脛をこの案内部３３に当てることによって、足を楽に保持できるため、リラックス状態で足浴を行うことができる。また、足浴が終わって足先を左右の足浴部５Ａ、５Ｂから出す際に、この案内部３３に足首部分や踵部分を当てた状態で、足先の水滴をタオルなどによって拭き取る作業もし易く、その際の水滴の飛散も防止できる。案内部３３は浴槽本体２の後壁を斜め上方に傾斜しつつ後方へ湾曲した形状であってもよいが、このような効果を高めるために、案内部３３は浴槽本体２の後壁から上方へ延びた状態に形成されている。   In the rear wall of the bathtub body 2, the foot bather 5A, 5B has an upper center portion of the rear wall so that the foot bather corresponds to the calf part with the feet inserted in the left and right foot baths 5A, 5B. A guide portion 33 that is inclined rearward and curved rearward is formed. As a normal posture, the foot bather can insert his / her foot into the left and right foot bath parts 5A and 5B while sitting on the chair from the rear position of the bathtub body 2, and in that case, he / she applies a heel to the guide part 33 The foot tips can be inserted into the left and right foot bath portions 5A and 5B, thereby preventing the foot bath water accumulated in the left and right foot bath portions 5A and 5B from scattering. The foot can be easily held by placing the calf against the guide portion 33 in a state where the sole of the inserted foot is placed on the oblique bottom wall 11, so that the foot bath can be performed in a relaxed state. In addition, when taking out the foot from the left and right foot baths 5A, 5B after the foot bath is finished, it is easy to wipe off the water drops on the foot with a towel or the like with the ankle part or the heel part applied to the guide part 33, Water droplets can be prevented from scattering at that time. The guide portion 33 may have a shape curved backward while inclining the rear wall of the bathtub body 2 obliquely upward, but the guide portion 33 is located above the rear wall of the bathtub body 2 in order to enhance such an effect. It is formed in the state extended to.

足浴を始める場合、先ず、左右の足浴部５Ａ、５Ｂに足浴用水を規定水位（規定レベル）Ｌ１まで入れる。この場合の足浴用水の量は、左右の足浴部５Ａ、５Ｂにそれぞれ約１リットルが入った状態であり、合計約２リットルである。この給水をし易くするために、排水タンク４の容量を約２リットルとすることによって、排水タンク４に入れた約２リットルの足浴用水を左右の足浴部５Ａ、５Ｂの一方に注入すれば、連通した左右の足浴部５Ａ、５Ｂにそれぞれ約１リットルの足浴用水が入る。この状態で、スイッチ部３１Ａの手動ＯＮ操作によって、制御部３０が動作して電気ヒータ１３と金属イオン発生装置１８がＯＮ状態となる。電気ヒータ１３のＯＮによって電気ヒータ１３が発熱し、パイプ１２内の足浴用水を加熱すると共に底壁１１を加熱する。この初期加熱は予備加熱モードであり、パイプ１２内の足浴用水は約沸騰温度まで加熱され、吐出口９から高温の足浴用水が流出し、これが底壁１１に沿って足浴部５Ａ、５Ｂの後部へ向けて流下しつつ、左右の足浴部５Ａ、５Ｂの足浴用水と混合し、吸い込み口１０から吸い込まれて、再びパイプ１２内で加熱される循環を行う。底壁１１の加熱に伴って、左右の足浴部５Ａ、５Ｂの足浴用水の温度低下が抑制される。電気ヒータ１３のＯＮと共に、金属イオン発生装置１８もＯＮ状態となるため、マイナス側電極１８Ｂとプラス側電極１８Ｂに通電されて、金属イオン（実施例では銀イオン）が足浴用水中に溶出し、足浴用水の除菌作用が得られ、水虫などにも効果が得られる。   When the foot bath is started, first, the foot bath water is put into the left and right foot bath portions 5A and 5B to the specified water level (specified level) L1. In this case, the amount of foot bath water is about 1 liter in each of the left and right foot bath portions 5A and 5B, and is about 2 liters in total. In order to facilitate this water supply, by setting the capacity of the drain tank 4 to about 2 liters, if about 2 liters of foot bath water placed in the drain tank 4 is poured into one of the left and right foot bath parts 5A, 5B, About 1 liter of footbath water enters each of the left and right footbaths 5A and 5B. In this state, by the manual ON operation of the switch unit 31A, the control unit 30 operates and the electric heater 13 and the metal ion generator 18 are turned on. When the electric heater 13 is turned on, the electric heater 13 generates heat, heating the foot bath water in the pipe 12 and heating the bottom wall 11. This initial heating is a preheating mode in which the footbath water in the pipe 12 is heated to about the boiling temperature, and hot footbath water flows out from the discharge port 9 along the bottom wall 11 and the rear part of the footbath parts 5A and 5B. The water is mixed with the foot bath water of the left and right foot baths 5A and 5B while flowing down toward the water, and is sucked in from the suction port 10 and is again heated in the pipe 12. Along with the heating of the bottom wall 11, the temperature decrease of the foot bath water of the left and right foot bath portions 5A, 5B is suppressed. As the electric heater 13 is turned on, the metal ion generator 18 is also turned on, so that the negative electrode 18B and the positive electrode 18B are energized, and metal ions (silver ions in the embodiment) are eluted into the foot bath water. The sterilizing action of foot bath water is obtained, and the effect is also obtained for athlete's foot.

連通部８内には、浴槽５の足浴用水、即ち足浴部５Ａ、５Ｂの足浴用水の温度を検出する温度検出部４５（例えばサーミスタ）が設けられている。このようにして左右の足浴部５Ａ、５Ｂの足浴用水が加熱され、所定の温度（例えば、４０℃〜４５℃）になると、その温度を温度検出部４５が検出して制御部３０が動作し、予備加熱モードを終了して電気ヒータ１３の発熱量を低減するように電気ヒータ１３への通電を制御する。この状態が通常加熱モードである保温モードである。ＬＥＤ表示部３１Ｃは予備加熱モードと保温モードで異なる発光色となるようにすれば、足浴器１の動作状態を識別し易くなる。このため、例えば、ＬＥＤ表示部３１Ｃは予備加熱モードでは赤色系の発光状態となり、保温モードでは緑色系の発光状態となるようにすれば、識別し易い。   In the communication part 8, a temperature detection part 45 (for example, a thermistor) for detecting the temperature of the foot bath water of the bathtub 5, that is, the foot bath water of the foot bath parts 5A and 5B is provided. In this way, when the foot bath water of the left and right foot bath parts 5A and 5B is heated and reaches a predetermined temperature (for example, 40 ° C. to 45 ° C.), the temperature detecting unit 45 detects the temperature and the control unit 30 operates. Then, the energization to the electric heater 13 is controlled so as to end the preliminary heating mode and reduce the amount of heat generated by the electric heater 13. This state is a heat retention mode which is a normal heating mode. If the LED display portion 31C has different emission colors in the preheating mode and the heat retention mode, the operation state of the footbath 1 can be easily identified. For this reason, for example, the LED display unit 31C can be easily identified if it is in a red light emission state in the preheating mode and a green light emission state in the heat retention mode.

保温モードとなった状態で足浴を開始すべく、左右の足浴部５Ａ、５Ｂに足先を入れた状態で足浴用水の水位は略規定レベルＬ２となる。この状態で、左右の足浴部５Ａ、５Ｂに挿入された足先の甲側は、足浴用水に没し、吐出口９は足浴用水中に没した状態となる。吐出口９からは加熱された足浴用水が前方へ吐出されるため、加熱された足浴用水が足浴者の足に直接吐出されず、不快感を与えない。このようにして、保温モードでの足浴による効果を得ることができる。この足浴の期間は、個人差もあるが、大体１０分〜１５分が適当である。足浴中に温度が下がれば、温度検出部４５の検出によって制御部３０が動作し、電気ヒータ１３の発熱量を増加するように制御し、所定の温度範囲（例えば、４０℃〜４５℃）になるように制御される。   In order to start foot bathing in the heat retention mode, the water level of the foot bath water is substantially at the specified level L2 with the feet inserted in the left and right foot bath portions 5A and 5B. In this state, the instep side of the toes inserted in the left and right foot bath parts 5A and 5B is submerged in the foot bath water, and the discharge port 9 is submerged in the foot bath water. Since the heated footbath water is discharged forward from the discharge port 9, the heated footbath water is not directly discharged to the foot bather's foot, and there is no unpleasant feeling. In this way, the effect of foot bathing in the heat retention mode can be obtained. The duration of this foot bath is generally 10 minutes to 15 minutes, although there are individual differences. If the temperature falls during the foot bath, the control unit 30 operates by the detection of the temperature detection unit 45 and controls the electric heater 13 so as to increase the amount of heat generated, and within a predetermined temperature range (for example, 40 ° C. to 45 ° C.). It is controlled to become.

足浴を終了したときは、スイッチ部３１Ａの手動ＯＦＦ操作によって、電気ヒータ１３と金属イオン発生装置１８をＯＦＦ状態とする。そして、コック２１を回動させることによって、排水部２０の排水通路に形成した排水孔２０Ａを開き、連通路８から左右の足浴部５Ａ、５Ｂの足浴用水を排水タンク４へ排水することができる。排水タンク４に溜まった足浴用水は、排水タンク４を基台３の後方へ引き出して捨てることができる。   When the foot bath is finished, the electric heater 13 and the metal ion generator 18 are turned off by manual OFF operation of the switch portion 31A. Then, by rotating the cock 21, the drain hole 20A formed in the drain passage of the drain section 20 can be opened, and the foot bath water of the left and right foot bath sections 5A, 5B can be drained from the communication path 8 to the drain tank 4. . The footbath water collected in the drain tank 4 can be discarded by pulling the drain tank 4 to the rear of the base 3.

足浴器１は、浴槽本体２と浴槽本体を載置する基台３と排水タンク４を備えているが、足浴中の足浴用水の零れや、足浴終了後にカバー部２９に足先を載せてタオルなどによって拭き取る際の足浴用水の零れ等によって、足浴器１を設置した床部分等が濡れないようにするために、浴槽本体２や基台３の平面積よりも大きい平面積を持つドレンパン４６を設け、これに基台３を載置することができる。ドレンパン４６は、周縁部を巡る壁４６Ａで囲まれた内側底部を複数の領域５０に区画するリブ４７が形成され、このリブ４７に基台３を載置する。このリブ４７には各領域５０が連通するように適所に連通路４８を形成している。   The footbath 1 includes a bathtub body 2, a base 3 on which the bathtub body is placed, and a drain tank 4. The foot bath spills during foot bath, and a foot is placed on the cover 29 after the foot bath is finished. In order to prevent the floor portion where the footbath 1 is installed from getting wet due to spilling of footbath water when wiping off, etc., a drain pan 46 having a plane area larger than the plane area of the bathtub body 2 or the base 3 is provided. It is provided and the base 3 can be placed on this. The drain pan 46 is formed with ribs 47 that divide the inner bottom portion surrounded by the wall 46 </ b> A surrounding the peripheral portion into a plurality of regions 50, and the base 3 is placed on the ribs 47. The rib 47 is formed with a communication passage 48 at an appropriate position so that the respective regions 50 communicate with each other.

このため、浴槽本体２から零れた足浴用水は、ドレンパン４６で受け止められてそれぞれの領域５０に入り、その領域５０に入った足浴用水は、連通路４８を通って隣の領域５０に流れるため、各領域５０の足浴用水レベルは低下する。このような構成によって、足浴器１を移動する際やドレンパン４６を持ち上げた際に、溜まった足浴用水が左右に揺れて零れ落ちることを防止できる。ドレンパン４６を合成樹脂製とすることもできるが、檜材で作ることによって、温かい足浴用水が零れることによって、檜特有の香りが発せられ、癒し効果も得られるものとなる。ドレンパン４６の左右には、運搬用取っ手４９が設けられているため、浴槽本体２を載せた基台３を載置した状態で、ドレンパン４６を持ち上げて運搬できると共に、ドレンパン４６のみでも運搬できる。   For this reason, the footbath water spilled from the bathtub body 2 is received by the drain pan 46 and enters each region 50, and the footbath water entering the region 50 flows to the adjacent region 50 through the communication path 48. The foot bath water level in each region 50 decreases. With such a configuration, when the foot bath 1 is moved or when the drain pan 46 is lifted, it is possible to prevent the accumulated foot bath water from shaking to the left and right and falling down. The drain pan 46 can be made of synthetic resin. However, when the drain pan 46 is made of cocoon material, the warm footbath water spills, so that a scent peculiar to heel is emitted and a healing effect is obtained. Since the transport handles 49 are provided on the left and right sides of the drain pan 46, the drain pan 46 can be lifted and transported while the base 3 on which the bathtub body 2 is placed is placed, and the drain pan 46 alone can be transported.

浴槽本体２を合成樹脂製とすれば、拭き取りによる傷つきも生じ易く、この傷に汚れが溜まり易くなり、不衛生になり易いが、上記のように、浴槽本体２を陶磁器（セラミックス）製とすることによって、そのような虞はなくなる。また、合成樹脂製に比して、アンダーカット形状も作り易くなり、カバー部分２９や連通部８などの部分も形成し易い。また、表面の色彩や光沢によって高級感も得られるものとなる。また、重量が増すため、設置した状態での安定性が増し、足浴中に足先を動かしても安定感が得られる。また、下側の収納部６や中仕切り７に配置する電気部品の電気的な絶縁も取り易くなる。   If the bathtub main body 2 is made of a synthetic resin, it is easy to cause damage due to wiping, and it is easy for dirt to accumulate on the scratch and unsanitary, but as described above, the bathtub main body 2 is made of ceramics (ceramics). As a result, such a fear disappears. In addition, it becomes easier to make an undercut shape as compared with the synthetic resin, and it is easy to form portions such as the cover portion 29 and the communication portion 8. In addition, a high-class feeling can be obtained by the color and gloss of the surface. Moreover, since the weight increases, the stability in the installed state increases, and a sense of stability can be obtained even if the foot tip is moved during the foot bath. In addition, electrical insulation of electrical components arranged in the lower storage 6 and the partition 7 can be easily obtained.

足浴部５Ａ、５Ｂの先端部分には、紫外線を伴う青色発光のＬＥＤが設けられ、この光が足浴部５Ａ、５Ｂの足浴用水中を通って足浴用水の除菌と足浴中の足先の除菌などを行う。また、この光が乱反射して足浴部５Ａ、５Ｂの足浴用水を青色に見せることによって、清潔感を与えることができる。   Blue light emitting LEDs with ultraviolet rays are provided at the tip of the foot baths 5A and 5B, and this light passes through the foot bath water of the foot baths 5A and 5B to disinfect the foot bath water and remove the foot tips during the foot bath. Do fungus. Moreover, a clean feeling can be given by reflecting this light irregularly and making the foot bath water of the foot bath portions 5A and 5B appear blue.

足浴を終了したとき、足浴終了後に足先をタオルなどによって拭き取る代わりに、ドライヤによって乾燥させるようにすれば便利である。これを達成するために、中仕切り７内にドライヤ５５が収納され、このドライヤ５５からの温風が吹き出す温風吹き出し口５６が、カバー部２９によって覆われる中仕切り７の左右両側部に開口している。これによって、足浴を終了し足浴用水を排水した状態で、中仕切り７の上面のスイッチ操作部３１の一部分に設けたドライヤ用スイッチをＯＮすることによってドライヤ５５が作動し、温風吹き出し口５６から吹き出す温風によって、左右の足浴部５Ａ、５Ｂ内で足先を乾燥できる。この乾燥に伴って、足浴部５Ａ、５Ｂ内の乾燥もできるため、足浴部５Ａ、５Ｂ内の水滴の拭き取りも簡単になるか拭き取りを省くことができるようになる。   When the foot bath is finished, it is convenient to dry it with a dryer instead of wiping the tip of the foot with a towel or the like after the foot bath. In order to achieve this, a dryer 55 is accommodated in the partition 7, and warm air outlets 56 through which the warm air from the dryer 55 blows open at both left and right sides of the partition 7 covered by the cover portion 29. ing. Thus, in the state where the foot bath is finished and the foot bath water is drained, the dryer 55 is operated by turning on the dryer switch provided in a part of the switch operation portion 31 on the upper surface of the partition 7, and the hot air blowing port 56 The feet can be dried in the left and right foot baths 5A and 5B by the hot air blown out. Along with this drying, the foot baths 5A and 5B can be dried, so that the water droplets in the foot baths 5A and 5B can be easily wiped off or can be omitted.

浴槽本体２の形状や色彩を選択することによって、種々の足浴器を市場に提供できるため、本発明は上記実施例に示した構成に限定されず、種々の形態の足浴器に適用できるものであり、本発明の技術範囲において種々の形態を包含するものである。   By selecting the shape and color of the bathtub main body 2, various foot baths can be provided to the market. Therefore, the present invention is not limited to the configuration shown in the above embodiment, and can be applied to various types of foot baths. In the technical scope of the present invention, various forms are included.

本発明に係る足浴器の正面斜視図である。（実施例１）It is a front perspective view of the foot bath device concerning the present invention. Example 1 本発明に係る足浴器の分解斜視図である。（実施例１）It is a disassembled perspective view of the footbath according to the present invention. Example 1 本発明に係る足浴器の背面斜視図である。（実施例１）It is a back perspective view of a foot bath device concerning the present invention. Example 1 本発明に係る足浴器の浴槽本体部分の平面図である。（実施例１）It is a top view of the bathtub main-body part of the foot bath which concerns on this invention. Example 1 本発明に係る足浴器の浴槽本体の底面斜視図である。（実施例１）It is a bottom perspective view of the bathtub main body of the foot bath according to the present invention. Example 1 本発明に係る足浴器の縦断背面視図である。（実施例１）It is a vertical rear view of the footbath according to the present invention. Example 1 図４のＡ−Ａ断面図である。（実施例１）It is AA sectional drawing of FIG. Example 1 本発明に係る足浴器を中仕切り部分で切断した縦断側面図である。（実施例１）It is the vertical side view which cut | disconnected the footbath concerning this invention in the partition part. Example 1 本発明に係る銀イオン発生装置の構成を示す断面図である。（実施例１）It is sectional drawing which shows the structure of the silver ion generator which concerns on this invention. Example 1

符号の説明Explanation of symbols

１・・・・・足浴器
２・・・・・浴槽本体
３・・・・・基台
４・・・・・排水タンク
４Ｂ・・・・排水受け口
５・・・・・浴槽
５Ａ、５Ｂ・・・左右の足浴部
６・・・・・収納部
７・・・・・中仕切り
８・・・・・連通路
９・・・・・吐出口
１０・・・・吸い込み口
１１・・・・浴槽の底壁
１２・・・・足浴用水循環パイプ
１３・・・・電気ヒータ
１４・・・・熱伝導材
１７・・・・ヒータユニット
１８・・・・金属イオン発生装置
１９・・・・ヒータユニット支持部材
２０・・・・排水部
２０Ａ・・・排水孔
２１・・・・コック
２９・・・・カバー部
３０・・・・制御部
３１・・・・スイッチ操作部
３１・・・・スイッチ部
３１Ｃ・・・ＬＥＤ表示部
３３・・・・案内部
４６・・・・ドレンパン
４７・・・・リブ
４８・・・・連通路
５０・・・・区画領域 DESCRIPTION OF SYMBOLS 1 ... Foot bath 2 ... Bathtub body 3 ... Base 4 ... Drain tank 4B ... Drain outlet 5 ... Bathtub 5A, 5B ..Left and right foot bath 6 ... Storage 7 ... Partition 8 ... Communication passage 9 ... Discharge port 10 ... Suction port 11 ... Bathtub bottom wall 12 .... Water circulation pipe for foot bath 13 .... Electric heater 14 .... Heat conduction material 17 .... Heater unit 18 .... Metal ion generator 19 .... Heater Unit support member 20 ... Drain 20A ... Drain hole 21 ... Cock 29 ... Cover 30 ... Control unit 31 ... Switch operation unit 31 ... Switch Part 31C ... LED display part 33 ... Guide part 46 ... Drain pan 47 ... Rib 48 ... communication passage 50 .... compartment area

Claims (6)

上面開口の浴槽に溜めた足浴用水に左右の足先を浸す足浴器において、上側に前記浴槽を形成し下側に下方に開口した収納部を形成した陶磁器（セラミックス）製浴槽本体と、前記収納部を覆って前記浴槽本体を載置する基台を備え、前記浴槽の前部と後部にはそれぞれ足浴用水の吐出口と吸い込み口を備え、前記収納部には前記足浴用水の吐出口と吸い込み口に連通した足浴用水循環パイプとこのパイプ内の足浴用水を加熱する電気ヒータを備え、前記足浴用水循環パイプは後部よりも前部が高く傾斜配置され、前記浴槽の排水部からの排水を受けるように前記基台に引き出し自在に排水タンクが収納支持され、前記電気ヒータによる前記足浴用水循環パイプの加熱によって足浴用水が前記浴槽へ循環することを特徴とする足浴器。   In a foot bath where the left and right feet are immersed in foot bath water stored in a bath having an upper opening, a ceramic (ceramics) bath main body in which the bath is formed on the upper side and a lower opening is formed on the lower side, and the storage A base for mounting the bathtub main body so as to cover a part, a front bath and a rear part of the bathtub are provided with a footbath water discharge port and a suction port, respectively, and the storage unit is provided with a footbath water discharge port and a suction port. A footbath water circulation pipe that communicates with the mouth and an electric heater that heats the footbath water in the pipe are provided, the footbath water circulation pipe is inclined higher than the rear part and receives drainage from the drainage part of the bathtub. A footbath is characterized in that a drainage tank is housed and supported so as to be freely drawn out to the base, and footbath water is circulated to the bathtub by heating the footbath water circulation pipe by the electric heater. 上面開口の浴槽に溜めた足浴用水に左右の足先を浸す足浴器において、上側に前記浴槽を形成し下側に下方に開口した収納部を形成した浴槽本体と、前記収納部を覆って前記浴槽本体を載置する基台を備え、前記浴槽本体は、前記浴槽が中仕切りによってそれぞれ左右の足浴部に区分され、前記左右の足浴部の前部と後部にはそれぞれ足浴用水の吐出口と吸い込み口を備え、前記収納部には前記足浴用水の吐出口と吸い込み口に連通した足浴用水循環パイプとこのパイプ内の足浴用水を加熱する電気ヒータを備え、前記足浴用水循環パイプは後部よりも前部が高く傾斜配置され、前記中仕切りには前記左右の足浴部の足浴用水が連通する連通路を設けると共に前記電気ヒータの通電制御を行う制御部が収納され、前記連通路には前記左右の足浴部の足浴用水を排水するための排水部が設けられ、前記排水部からの排水を受けるように前記基台には引き出し自在に排水タンクが収納支持され、前記電気ヒータによる前記足浴用水循環パイプの加熱によって足浴用水が前記浴槽へ循環することを特徴とする足浴器。   In a foot bath device in which the left and right feet are immersed in foot bath water stored in a bathtub having an upper surface opening, the bathtub body is formed on the upper side and the storage part opened downward on the lower side is formed. The bathtub body is provided with a base on which the bathtub body is placed, and the bathtub body is divided into left and right foot bath parts by a partition, respectively, and a foot bath water discharge port is provided at the front part and the rear part of the left and right foot bath parts, respectively. A suction port, and a footbath water circulation pipe communicating with the footbath water discharge port and the suction port, and an electric heater for heating the footbath water in the pipe. The front part is arranged with a high slope, and the partition is provided with a communication path through which the foot bath water of the left and right foot bath parts communicates, and a control part for controlling energization of the electric heater is housed. Feet A drainage part for draining the footbath water of the part is provided, and a drainage tank is housed and supported in the base so as to be able to be drawn out so as to receive the drainage from the drainage part. A footbath characterized in that water for footbath circulates to the bathtub by heating. 前記左右の足浴部の底面は後部よりも前部が高く傾斜し、前記連通路は前記傾斜の低部において前記中仕切りを貫通して形成されたことを特徴とする請求項２に記載の足浴器。   The footbath according to claim 2, wherein the bottom surfaces of the left and right foot bath parts are inclined with the front part higher than the rear part, and the communication path is formed through the partition at the lower part of the slope. vessel. 上面開口の浴槽に溜めた足浴用水に左右の足先を浸す足浴器において、上側に前記浴槽を形成し下側に下方に開口した収納部を形成した陶磁器（セラミックス）製浴槽本体と、前記収納部を覆って前記浴槽本体を載置する基台を備え、前記浴槽は中仕切りによってそれぞれ左右の足浴部に区分され、前記左右の足浴部の底壁は後部よりも前部が高く傾斜し、前記傾斜の低部において前記中仕切りを貫通して前記左右の足浴部を連通する連通路が設けられ、前記左右の足浴部の前部と後部にはそれぞれ足浴用水の吐出口と吸い込み口を備え、前記底壁を上面として上方へ窪んだ収納部が形成され、前記収納部には前記足浴用水の吐出口と吸い込み口に連通した足浴用水循環パイプが前記底壁の傾斜に沿って配置されると共にこのパイプ内の足浴用水を加熱する電気ヒータが配置され、前記中仕切りには前記電気ヒータの通電制御を行う制御部が収納されると共に前記傾斜の低部において前記左右の足浴部の足浴用水が連通する連通路を設け、前記連通路には前記浴槽の足浴用水を排水するための排水部が設けられ、前記排水部からの排水を受けるように前記基台に引き出し自在に排水タンクが収納支持されたことを特徴とする足浴器。   In a foot bath where the left and right feet are immersed in foot bath water stored in a bath having an upper opening, a ceramic (ceramics) bath main body in which the bath is formed on the upper side and a lower opening is formed on the lower side, and the storage A base on which the bathtub main body is placed so as to cover a part, and the bathtub is divided into left and right foot bath parts by a partition, and the bottom walls of the left and right foot bath parts are inclined with the front part higher than the rear part, A communication passage that passes through the partition and communicates with the left and right foot baths at the lower part of the slope is provided, and a front bath and a rear portion of the left and right foot baths are respectively provided with foot bath water discharge ports and suction ports. A storage portion that is recessed upward with the bottom wall as an upper surface is formed, and a footbath water circulation pipe that communicates with the footbath water discharge port and the suction port is disposed along the slope of the bottom wall. A foot bath in this pipe with An electric heater that heats water is disposed, and a control unit that controls energization of the electric heater is housed in the partition, and a communication path that communicates the foot bath water of the left and right foot bath parts at the lower part of the slope. And a drainage portion for draining foot bath water of the bathtub is provided in the communication path, and a drainage tank is housed and supported so as to be freely drawn out to the base so as to receive drainage from the drainage portion. And a foot bath. 前記連通路内に足浴用水の温度検出部を設け、この温度検出部の検出に基づき前記制御部によって前記電気ヒータの発熱状態を制御することを特徴とする請求項２乃至４のいずれかに記載の足浴器。   The temperature detection part of the water for foot baths is provided in the said communicating path, The heat_generation | fever state of the said electric heater is controlled by the said control part based on the detection of this temperature detection part. Foot bath. 前記電気ヒータの通電は、温度検出部による前記浴槽の足浴用水温の検出に基づき制御され、前記浴槽の足浴用水温が所定温度に加熱されるまでは発熱量が大となる予備加熱モードで通電され、前記浴槽の足浴用水温が所定温度に上昇したときは適温に維持する保温モードで通電制御されることを特徴とする請求項１乃５のいずれかに記載の足浴器。   Energization of the electric heater is controlled based on detection of the water temperature for foot bathing of the bathtub by a temperature detection unit, and energization is performed in a preheating mode in which the amount of heat generation is large until the water temperature for foot bathing of the bathtub is heated to a predetermined temperature. The footbath according to any one of claims 1 to 5, wherein when the water temperature for footbath in the bathtub rises to a predetermined temperature, the energization is controlled in a heat retaining mode for maintaining the temperature appropriately.

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