RU24918U1 - UNIVERSAL SHOWER INSTALLATION - Google Patents

Description

Universal shower unit

The utility model relates to sanitary - hygienic equipment, namely to shower units for operation in roadside, field conditions, in garden areas and so on.

Known walk-in shower installation containing a water tank having a bottom with an opening in which a seal is mounted, placed in the seal with the ability to move and fix a water pipe that carries a shower nozzle at one end and a tube limiter at the other, while the tank has a cover with a through hole for passing the end of the tube and fixing it on the cover by means of a stop (see AS USSR No. 1764622, class A47K 3/22).

The disadvantage of this shower installation is the inconvenience of use.

A shower cabin and a ceiling are known for it, while the cabin with the rear and side walls has a ceiling that is a flat plate with at least one closed cavity connected to the supply water pipe. The dimensions and designs of the plate ensure its installation on the rear and side walls of the shower cabin as a ceiling. The lower surface of the cavity with water holes is formed by a flat plate. The body of the cavity is hermetically mounted on a flat plate (see US Pat. No. 5060322, class A47K 3/22).

The disadvantage of this shower is its limited functionality.

The closest in technical essence and the achieved positive effect and accepted by the authors for the prototype is a shower unit containing a water tank made in the form of a bellows with a base, I have directing guides, and a roof, carrying a foot pedal, a blowing grid connected to the tank, means for filling the tank water, valve and inlet pipelines, while

   MPKA47KZ / 22

it is equipped with a mixer, removable rods for holding the bellows in the working position, one ends of which are installed in the guide rails of the base, and friction couplings mounted in the lid for interaction with other ends of the rods and regulate the water pressure in the bellows, while the lid has openings for passage of other ends rods, the tank is equipped with a partition with a heat-insulating layer dividing it into compartments of hot and cold water, each of which is connected via a pipe through a mixer to a shower net, and en razmep; ene on the baffle and spring-loaded relative thereto (cf. USSR AS № 1621871, cl A47K 3/22..).

The disadvantage of this shower installation is the complexity of the design, inconvenience in use.

The technical result that can be achieved using the proposed utility model is to expand the functionality, namely the ability to use heated water, both with the help of sunlight, and due to a full-flow automatic electric water heater, improving ease of use, saving water consumption, saving energy due to the use of solar energy, environmental cleanliness.

The technical result is achieved using a universal shower installation containing a container for heated water connected via hot and cold water pipelines equipped with taps with a spray gun, while it is equipped with a shower cubicle with a locker room, a solar boiler, a full-flow automatic electric water heater, a tank for used water with adjusting taps and an entrance platform, while a container for heated water is installed in the upper part of the shower, and the solar boiler and full-flow automatically The first electric water heater is installed below the level of the tank for heated water, and the solar boiler is installed below the level - for the possibility of natural circulation and at an angle of 25-30 ° to the horizontal surface.

a container for used water and an entrance platform are installed at the bottom of the shower.

The solar boiler is installed on the roof of the tank for heated water and is equipped with a circulation pump.

In FIG. 1 is given a universal dumbing installation, a general view.

In FIG. 2 given a universal shower installation, water supply scheme.

The universal shower unit consists of a shower cabin 1 and a dressing room 2, while in the upper part of the shower cabin 1 a tank 3 for heated water is installed, connected to a water boiler 4 and a full-flow automatic water heater 5 and using a hot water pipe 6 and a cold water pipe 7 with a spray 8, while the solar boiler 4 and the electric heater 5 are installed below the level of the tank 3 for heated water, and the solar boiler is installed below the level for natural circulation and at an angle of 25-30 to the horizontal or a solar boiler 4, equipped with a circulation pump (not shown in Fig.) is installed on the roof of the tank 3. On the hot water pipe 6 at the junction of the solar boiler 4 with the tank 3 is located point 9, from which the hot water is taken, the latter through the control valve 10 is fed to a full-flow automatic electric water heater 5 and atomizer 8. At the junction of the vessel 3 and the lower point of the solar boiler 4, there is a point 11 from which cold water is taken, the latter through the cold water pipeline 7 through intramural valve 12 is supplied to the nebulizer 8. Piping 6, 7 for hot and cold water valves 13,14 are provided for draining water during wintertime. In the lower part of the shower cabin 1, a container 15 for used water and an entrance platform 16 are installed. In the locker room 2, the Stop and Start buttons (not shown in Fig.) Are installed for controlling a full-flow automatic electric heater 5.

Pour water into the tank 3, then the water through pipelines 6,7 enters the solar boiler 4, in which it is heated by sunlight, while due to the location of the solar boiler 4 at an angle of 25-30 to the horizontal surface, the most complete capture of sunlight during the day and fast heating water and is supplied using pipelines 6.7 hot and cold water again to the tank 3 due to natural circulation. Using the control valve 10, hot water is taken for bathing from point 9 of the connection of the solar boiler 4 with a capacity of 3 ithout electric heater 5 to the nebulizer 8. The electric water heater 5 is turned off. From the bottom point 11, cold water is supplied through the cold water pipeline 7 using the control valve 1.2 to the spray gun 8. The client through the inlet 16 enters the locker room 2, then into the shower cabin 1. Using the control valve 10, he lets hot water into the spray 8 but if the water is hot with slip, then with the control valve 12 the client adds cold water. A full-flow automatic electric heater 5 is used if the water temperature is low, while using the start button, the water is heated, and using the stop button, it turns off and stops the flow of hot water. In the case of installing a solar boiler 4 on the roof of the tank 3, water is supplied through pipelines 6.7 using a circulation pump.

The proposed utility model in comparison with the prototype and other well-known technical solutions has the following advantages:

expansion of functionality, namely the ability to use heated water both with the help of sunlight, and due to a full-flow automatic electric water heater; increased usability; saving water consumption;

SAVING electric power through the use of solar energy; ecological cleanliness of the environment. Authors :( / R.G. Shakhzadov P.P. Shakhzadov

Claims (1)

A universal shower installation containing a container for heated water connected via hot and cold water pipelines equipped with faucets with a spray, characterized in that it is equipped with a shower cubicle with a locker room, a solar boiler, a full-flow automatic electric water heater, a tank for used water with control valves and an inlet at the same time, a tank for heated water is installed in the upper part of the shower cabin, and a solar boiler and a full-flow automatic electric heater are installed claimed below the container for heated water, wherein geliokotel installed below - to allow a natural circulation and 25-30 ^o angle to a horizontal surface, or mounted on the roof geliokotel vessel of heated water with a circulation pump and at the bottom of the shower installation installed capacity for used water and entrance area.