RU194651U1 - Foot spa bath - Google Patents

Abstract

This utility model relates to the field of medical technology and can be used for hydromassage of the legs. The foot hydromassage bath includes a water tank, hydromassage means, a pump and a flow-through electrochemical reactor. The flow-through electrochemical reactor is configured to conduct electrolysis of water. The specified reactor is connected to the water tank through a pumping circuit, the pressure of which is provided by the pump in such a way as to ensure the transfer of water from the tank to the reactor and vice versa. The utility model allows to increase the therapeutic effect. 4 s.p. f-ly, 1 ill.

Description

Technical field

This utility model relates to hydromassage devices and can be used for hydromassage of the legs.

State of the art

Known hot tub disclosed in the patent of the Russian Federation for invention No. 2 368 370 (publication date 09/27/2009, IPC A61H9 / 00, A61H 35/00). A well-known bath contains a body with an internal cavity, a pump, a foot massage system mounted on the bottom of the bath body. The massage system has electrodes connected to an electric charge generator or to a ground loop. When the known device is in operation, the water in the bath is at an electric potential equal, for example, to the potential of the earth.

Known foot bath disclosed in Chinese patent No. CN106859443A (publication date 06/20/2017, IPC A47K3 / 022, A61H33 / 02, C25B1 / 04, C25B9 / 06). The known bath contains a housing and a hydrogen generation device located in the housing, which consists of a cathode and anode. The bath is also equipped with a unit for dispersing hydrogen in water.

A disadvantage of the known devices is the insufficient therapeutic effect due to the fact that the electrodes of the generator are located inside the body of the spa bath. This arrangement of electrodes can lead to insufficient hydrogen saturation of the water.

Utility Model Disclosure

The technical problem underlying this utility model is to create a simple and reliable hydromassage device for legs, providing a positive therapeutic effect through the use of hydrogen water during hydromassage.

The technical result achieved by the implementation of this utility model is to increase the therapeutic effect.

The technical result is achieved due to the fact that the hot tub for legs contains a water tank, hydromassage means and a pump, while, in contrast to the prototype, the claimed bath contains a flowing electrochemical reactor configured to conduct electrolysis of water, while the said reactor is connected to the tank through the pumping circuit, the pressure in which is provided by the pump in such a way as to ensure the transfer of water from the tank to the reactor and vice versa.

The hydromassage agent may be represented by massage rollers or a bubble generator, however, it is not limited to these examples of hydromassage agents.

The pumping circuit includes a water intake pipe for collecting water from the tank and supplying water to the flow electrochemical reactor, and a water supply pipe for supplying treated water from the reactor to the tank.

The flow-through electrochemical reactor can be isolated from the user to avoid unwanted contact of the electrodes with the feet.

The present utility model is illustrated by one figure, which shows a schematic representation of a spa bath.

Utility Model Implementation

In accordance with FIG., The foot spa 1 comprises a water tank 2, hydromassage means, a pump (not shown in the diagram), a flow-through electrochemical reactor 3, a transfer circuit that includes a water intake pipe 4 and a water supply pipe 5. for hydromassage can be represented by massage rollers or a bubble generator. Flow electrochemical reactor 3 can be represented by a plate reactor, one of the plates of which is the anode and the other a cathode. In particular, the reactor may consist of more plates to accelerate the progress of the electrolysis reaction. The electrodes can be made of insoluble material during electrolysis. As anodes, titanium electrodes coated with a mixture of ruthenium dioxide and titanium dioxide (ORTA) or titanium electrodes coated with noble metals can be used. As a material for the cathode, polished VT 1-0 titanium can be used.

A hot tub for legs works as follows. The water tank 2, which is preferably hermetically connected to the flow-through electrochemical reactor through a pumping circuit, is pre-filled with water. After turning on the pump, water under pressure begins to flow into the reactor 3 through the intake pipe of the pumping circuit. At the same time, voltage is applied to the anode and cathode of the reactor. Due to this, the streams of water entering the reactor 3 undergo a chemical reaction of electrolysis. As a result of electrolysis, water molecules decompose into molecular hydrogen and oxygen, hydrogen water is formed. The water obtained after electrolysis is fed back to the water tank 2 through the water supply tube of the pumping circuit. The characteristics of the pump are selected in such a way as to ensure the passage through the reactor of the entire volume of water filling the tank 2.

Due to the contact of the feet with hydrogen water and a hydromassage, a positive therapeutic effect is provided, which consists in reducing muscle fatigue, accelerating wound healing, and strengthening skin health. The use of a flowing electrochemical reactor 3 allows electrolysis of water during the hydromassage procedure in a continuous mode, which positively affects the value of the redox potential (ORP) of hydrogen water, which can vary from 0 to -1500 mV. The use of the pumping circuit allows for the repeated pumping of the entire volume of water through the reactor 3 in order to maintain the ORP of hydrogen water at the required level during the hydromassage procedure.

Thus, due to an inexpensive and simple constructive improvement, a foot spa can improve a beneficial therapeutic effect.

Claims (5)

1. A hydromassage bath containing a water reservoir, a hydromassage means and a pump, characterized in that it further comprises a flowing electrochemical reactor configured to conduct electrolysis of water, wherein said reactor is connected to the reservoir through a pumping circuit, the pressure of which is provided by a pump such in such a way as to allow the transfer of water from the tank to the reactor and vice versa. 2. The hot tub according to claim 1, characterized in that the means for hydromassage represented by massage rollers. 3. The whirlpool bath according to claim 1, characterized in that the whirlpool is represented by a bubble generator. 4. The hot tub according to claim 1, characterized in that the pumping circuit includes a water intake pipe for collecting water from the tank and supplying water to the flow electrochemical reactor, and a water supply pipe for supplying treated water from the reactor to the tank. 5. The hot tub according to claim 1, characterized in that the flow-through electrochemical reactor is isolated from the user.

Images