RU2424063C1 - Method to do water jet procedures of dynamic type in domestic bath tub - Google Patents

Abstract

FIELD: personal use articles. ^ SUBSTANCE: invention relates to sanitaryware industry and is designed for use mostly in domestic bath tubs or in domestic shower cabins. In method of doing water jet procedures of dynamic type in a domestic bath tub, prior to start of water jet procedures, using a unit of automatic control and/or according sensors, a zone of a specific human body section is set for treatment, as well as speed, time and/or number of reciprocal movements. A guide of reciprocal movement device is realised as a stand with a through slot capable of being arranged at the side or at the end in a domestic bath tub. The stand comprises a geared belt or an endless chain, moving in two geared wheels fixed on bearings in upper and lower parts of the stand. An axis of one wheel is directly or via a reducer connected to a reversible motor, which ensures reciprocal motion of a switching element with the help of the automatic control unit and/or according sensors. The switching element is arranged in the form of a T-shaped device. The horizontal section of the element comprises fixtures for detachable coupling with a connecting element, which is rigidly connected to the geared belt or the endless chain in the stand of the reciprocal movement device and is equipped with rollers. Rollers move in slots of at least one additional guide installed in the stand and serving to damp possible side and end oscillations. The vertical section of the switching element is arranged in the form of detachably and undetachably coupled directly or via an intermediate connecting element with a horizontal section of the switching element, moved in a through slot of the plate stand - for the case of the side version of stand arrangement in the domestic bath tub or a vertical section of the T-shaped element for the case of end version of the stand arrangement in the domestic bath tub with appropriate holes used to install a header with elements of jet flows generation via yokes fixed in holes. ^ EFFECT: expansion of functional capabilities, increased reliability, efficiency and quality of water jet procedures realised in the domestic bath tub, with achievement of maximum water needle therapeutic effect. ^ 9 cl, 5 dwg

Description

The invention relates to the sanitary industry and is intended for use mainly in domestic bathtubs or as part of home showers, in order to automate hydromassage procedures implemented in various places of the human body, with the latter in a vertical position in the bathtub or cabin and the presence of a centralized water supply line.

Widely known methods for conducting dynamic hydromassage procedures in domestic baths, including the use of a blasting device connected by a hose to a water source, made in the form of a shower head, manually moved relative to the human body [1, 2].

These methods involve the use of manual operations and make it extremely difficult and / or inconvenient to jet the processing of inaccessible areas (back, buttocks, etc.) of the surface of the human body.

In addition, the use of cylindrical, conical, or conical-cylindrical openings in spraying grids of shower heads does not provide the maximum kinetic energy of the jets [3], which, in turn, does not allow to achieve the maximum effect of hydromassage procedures in terms of achieving the corresponding water acupuncture effect due to the lack of the ability to obtain maximum hydrodynamic pressure of the jets on the treated surface.

There is also a known method for conducting dynamic hydromassage procedures in a household bath, including the use of a blasting device connected by a hose to a water source, made in the form of a shower head with conoidal profile openings and output diameters of the submillimeter range in a spray grid manually moved relative to the surface of a human body [4 ].

This method also involves the use of manual operations to move the blasting device in the form of a shower head and makes it extremely difficult and / or inconvenient to blast hard-to-reach areas (back, buttocks, etc.) of the surface of the human body.

In addition, the known method does not allow to provide:

- the same speed of movement made in the form of a shower head device for blasting relative to the surface of the human body, including in certain areas of the human body (back, buttocks, etc.);

- the possibility of using other types of devices for blasting, in particular with a wider zone of blasting, providing processing of the entire width of the surface of the human body,

which can reduce the quality and increases the time and flow rate of hydromassage procedures.

This is because in the known method, only manual operations are used to move the blasting device connected by a hose to a water source, made in the form of only a shower head with holes in the conoidal profile and output diameters of the submillimeter range in its spray grid having relatively limited dimensions (such as rule: 50-70 mm in diameter).

Closest to the claimed technical essence and the achieved result, the known solution, selected as a prototype, is a method for carrying out hydromassage procedures of a dynamic type in a domestic bath, including the formation of jet streams in the form of at least one or formed of two angled to each other to each other the rulers of at least one or two rows of parallel jets and their automatic movement in a vertical plane relative to individual sections of the human body are carried out x, respectively, using the corresponding jet-forming panels with openings of the conoidal profile and the reciprocating device, along or inside the guide installed between the upper frame of the bathtub and the bathroom ceiling, a switching element in the form of a spider, tee or corner connected, via a detachable sleeve, to the collector for placement of the device for blasting of the appropriate type and water supply, connected by a hose to a water source, its other end which is connected with a guide used to limit the lateral displacement of the collector with the device for blasting and located on the opposite side of the bath [5].

In this case, the reciprocating device is made in the form of a crank-sliding mechanism including an electric motor with a reducer, the crank of which, corresponding to the selected length processing zone, is kinematically connected with a cross that is moved in a vertical plane along or inside the guide mounted between the upper bathtub frame and the bathroom ceiling room, and connected, through a detachable sleeve, with a collector for placement of the device for blasting of the appropriate type and water supply, each m of its ends releasably connected to the area, is rigidly connected to the rollers mounted on an endless belt, being placed in the guide, situated on the opposite side of the bath.

Moreover, the range of variation of the blasting zone, carried out using the appropriate jet-forming panels and the mechanism of reciprocating movement of the jet streams in the vertical plane, is realized using at least two sizes of the lengths of the cranks used or the corresponding design of the latter for massaging the cervical spine and buttocks with the back of the human thighs, respectively.

The disadvantages of the known method selected as a prototype are the following:

- the complexity of changing the boundaries of the blasting zone and a relatively limited selection of the parameters of the latter;

- a relatively limited choice of location of the guide;

- a relatively limited number of types of nozzles used - only jet forming panels;

- the difficulty of installing a guide between the upper frame of the bathtub and its ceiling, given the significant difference in the height of the bathrooms up to 0.5-1.0 m in different residential buildings;

- the unreliability of the reciprocating device due to possible misalignment associated with the possible variability of the start of movement of the switching element, connected, via a detachable sleeve, with a collector for placing the blasting device of the corresponding type and the other end of the latter fixed in the guide used to limit the transverse displacement of the collector with the device for blasting and located on the opposite side of the bath;

- poor adaptation of the installation parameters to various anthropometric user data, etc.

A new technical result consists in expanding functional capabilities, increasing the reliability, efficiency and quality of hydromassage procedures implemented in a domestic bathtub or household shower.

This is achieved by the fact that in the method of carrying out dynamic hydromassage procedures in a domestic bath, including the formation of jet streams in the form of at least one or formed from two rulers arranged at an angle to each other, at least one or two rows of parallel jets and their automatic movement in the vertical plane relative to individual sections of the human body, carried out respectively using the corresponding jet-forming panels with holes of the conoidal profile, respectively elements of the formation of jet streams and a reciprocating device, inside the guide of the latter installed between the upper frame of the bathtub and the bathroom ceiling, equipped with a switching element connected to a collector for accommodating the formation elements of jets of the corresponding type and water supply, according to the invention, before starting the hydromassage process procedures, using the automatic control unit and / or appropriate sensors, specify the processing zone of a particular area of the human body, the speed, time and / or number of reciprocating movements, and the guiding device of the reciprocating movement is implemented in the form of having both lateral and end placement in the household bath rack with a through groove containing a toothed belt or endless a chain moving along two gear wheels fixed in the upper and lower parts of the rack, the axis of one of which is connected directly or through an intermediate device to a reversing motor an element providing, with the help of the automatic control unit and / or corresponding sensors, the reciprocating movement of the switching element made in the form of a T-shaped device, the horizontal section of which contains fasteners for releasable articulation with a connecting element rigidly connected to the toothed belt or an endless chain in the rack of the reciprocating device, and is equipped with rollers moving in the grooves of at least one additional rack a solid guide, which serves to damp possible lateral and end vibrations, and the vertical section of the switching element is made in the form of releasably or indivisibly articulated directly or via an intermediate connecting element, with a horizontal section of the switching element and plates respectively moved in the through groove of the rack, for the case of a side variant placing the rack in a household bath, or a vertical section of a T-shaped element - for the case of an end variant of placing the rack Appliance bath, with corresponding holes used for mounting through holes fastened in clamps, with collector elements form jet streams.

In this case, the processing zone of a specific section of the human body, the essence of the zone of reciprocating movement of the collector with the elements of the formation of jet streams, is set using sensors mounted directly on the rack with the possibility of vertical movement along it and interacting with the plates mounted on the plate of the switching element, or the plate itself of the switching element.

Moreover, as sensors for setting the desired zone of reciprocating movements of the collector or shower head (head), non-contact inductive position sensors interacting with the plates fixed on the plate of the switching element or with the plate of the switching element are used.

And as an element of the formation of the jet stream, a shower head with conoidal holes and output diameters of the submillimeter range in the spray grid is used, fixed through a clamp on a plate or horizontal section of a T-shaped element of a switching element with corresponding holes and placed behind one or formed from two Rulers of at least one or two rows of parallel jets located at an angle to each other.

At the same time, hydromassage treatment of parts of the human body, after establishing the necessary temperature and velocity pressure of the water jets, begins from the lower point of the reciprocating movement of the jet streams.

As the motor for reciprocating movements of the collector or shower head (head), a gear motor or a DC stepper motor for a voltage of 6-12 volts is used.

Moreover, at least the jet-forming panels of the elements of the formation of jet streams are made by casting thermoplastic materials and performed with a T-shaped profile, a vertical section of which is used to accommodate the nozzle holes of the conoidal profile with output diameters of the submillimeter range, and horizontal - to accommodate rectangular o-rings installed along the perimeter of the lower vertical part of the T-shaped profile of the jet-forming panels, and the necessary mounting holes tii formed around the perimeter of the horizontal section of the panels.

And the collector for installing the elements of formation of the jets is implemented in the form of parts that are sequentially joined together by welding and made of thermoplastic material, in particular polypropylene, of standard and connected parts of the pipe: plugs, mechanically modified transition tees or cross pieces, a split sleeve, a combined angle or a tee with an outlet threaded element for detachable connection with a nut supplying water from a hose mixer.

In this case, in the case of a lateral variant of placing the rack in the household bath, the corresponding outlet of the combined tee with a threaded element is connected by welding of the corresponding length to a pipe with a plug made of polypropylene, which can be moved along the surface of a vertical rail mounted on the opposite wall of the bathroom and facing to the side blasting areas.

Comparative analysis with the prototype shows that the inventive method has enhanced functionality that allows for a wider and more easily adjustable set range of the blasting zone, with a relatively wider range of locations of the guide and the types of jet nozzles used.

In addition, the inventive method has a wider range of options for installing the guide between the upper frame of the bath and its ceiling and a higher reliability of the reciprocating device, due to the lack of the need to fix the second end of the collector directly to the guide used to limit the lateral displacement of the collector.

Finally, the inventive method has a better adaptation of the installation parameters to various anthropometric user data.

Thus, the claimed method meets the criteria of the invention of "novelty."

Comparison of the claimed solution not only with the prototype, but also with other technical solutions in other areas of technology showed that there is a known method for carrying out hydromassage procedures of a dynamic type, including reciprocating movement of collectors with elements of forming “packets” of parallel jets with diameters of the submillimeter range formed in staggered or pyramidoid order and the ability to change the angle of attack and / or angular displacement of at least the extreme “packets” of jets from parallel The direction of movement relative to the vertical plane of the shower reservoir [6].

However, the design of the mechanism of reciprocating movement of jet streams in the vertical plane is not adapted to the conditions of a domestic bath, in particular due to the relatively limited location of the manipulator for reciprocating movement of collectors, which greatly complicates the application of this method at home.

Another disadvantage of this method is the relatively limited number of types of nozzles used - only jet forming panels, which in a centralized highway, with limited flow characteristics of the latter, can lead to a lack of proper acupuncture therapeutic effect.

This allows us to conclude that the claimed technical solution meets the criterion of "significant differences".

Figure 1 presents a variant of the device that implements the proposed method, with the lateral placement of the rack in the household bath.

Figure 2 presents a variant of the device that implements the proposed method, with the end placement of the rack in the household bath.

Figure 3 presents the design of figure 2, a top view.

Figure 4 presents the design of the device for blasting, formed from two angled to each other elements of the formation of jet streams.

Figure 5 presents the design of figure 4, a top view.

A device that implements the proposed method includes a bath 1, a mixer tap 2, one of the outputs of which is connected to the input of the splitter 3 of the stream in at least two directions, the first output of which is connected to the first hose 4 connected to the device for blasting, made in in the form of a shower head 5 with openings of a conoidal profile in the spray grid (not shown in FIG. 1, 2), a guide of the reciprocating device, implemented in the form of having both lateral (see FIG. 1) and end face Vogo (see figure 2, 3) placement in a household bath 1 rack 6, equipped with a through groove (not shown in Fig.1-3) and containing a timing belt or an endless chain (not indicated in Fig.1), moving in two mounted to the upper and lower parts of the rack 6 bearings (not shown in FIGS. 1, 2) toothed wheels 7, 8, the axis of one of which is connected directly or through a gearbox (not shown in FIGS. 1, 2) to a reversing motor 9, which provides , using the automatic control unit (not shown in FIGS. 1-3) and / or corresponding sensors 10, 11, reciprocating the defective movement of the switching element made in the form of a T-shaped device, the horizontal section of which is made (in this case) in the form of a trihedral prism 12 and contains fasteners (not shown in FIGS. 1, 2) for detachable connection with the connecting element 13, rigidly connected (see 1) with a toothed belt or an endless chain in the rack 6 of the reciprocating device, and is equipped with rollers (not shown in FIGS. 1, 2) moving in grooves (not shown in FIGS. 1, 2) of at least one placed in the rack 6 additional guide 14, which serves to damp possible lateral and end vibrations, and moved in the through groove of the rack 6, the vertical section of the switching element is made in the form of detachable or inseparable articulated with it (directly or via an intermediate connecting e element 15), respectively, of the plate 16 — for the case of a lateral variant of placing the rack in the household bath, or of the T-shaped element 17 (see FIG. 3) —for the case of the end variant of placing the rack 6 in the bath 1, with corresponding holes (in FIG. 1, 2 are not shown) used for installation, through the clamps 18, 19 fixed in the holes, of the corresponding pipe sections (not indicated in FIGS. 1-5) of the collector 20 with the element (s) 21 of the formation of jet streams (EFSP) and / or shower head 5 with openings of a conoidal profile and output diameters submi limetrovogo range in a spray grid.

At the same time, the collector 20 (for installing one EFSP) is implemented in the form of sequentially joined together by welding and made of thermoplastic material, such as polypropylene, standard and connected by the corresponding sections of the pipe (not shown in Figs. 1-5): plugs 22, mechanically modified tees 23, 24 transitional, detachable couplings 25, angle 26 combined with the output threaded element 27 for detachable connection with a nut (not shown in Fig.1, 2) supplying water from the mixer 2 of the hose 28.

The installation of the elements 21 of the formation of jet streams in the respective outputs of the tees 23, 24 of the transitional collector 20 is carried out through the sealing rings (not shown in FIGS. 1-5) using the elements 21 formed in the bodies 29 of the formation of the jet streams of the landing bushes and two supply holes (in FIG. .1-5 not shown) used to accommodate the bushings (key 39 in Figs. 4, 5) and connecting studs 30 with fixing nuts 31 and water supply, as well as for connecting (through the sealing rings) the bodies 29 of the elements 21 of the formed Ia jet streams to each other in a staggered manner.

Moreover, each of the buildings 29 of the elements 21 of the formation of jet streams contains an opening for detachable (in this case) fastening (through the sealing rings of a rectangular shape (not shown in Fig. 5)) installed along the perimeter of the lower vertical part, for example, a T-shaped profile, jet forming panel 32, with the corresponding number of nozzle openings of the conoidal profile.

, «шахматное» подключение элементов 21 формирования струй производится, наряду с уже указанными элементами (см. фиг.4, 5), с помощью сочленяемых между собой с помощью сварки и/или разъемного соединения выполненных из термопластичного материала, например полипропилена, стандартных и соединенных соответствующими участками трубы (на фиг.4, 5 не обозначены) деталей: тройников 33÷36, дополнительной втулки 37 и крестовины 38, а также проходных втулок 39 и соответствующих уплотнительных колец (на фиг.4, 5 не показаны).If it is possible and / or necessary to implement the design of a device for blasting, formed from two rulers located at an angle to each other, at least one or two rows of parallel jets, for example, when the specific water flow rate from the tap is sufficient for hydromassage mixer 2

, "Chessboard" connection of the elements 21 of the formation of jets is made, along with the already mentioned elements (see Figs. 4, 5), using articulated to each other by welding and / or detachable connection made of thermoplastic material, such as polypropylene, standard and connected the corresponding pipe sections (not indicated in FIGS. 4, 5) of the parts: tees 33 ÷ 36, additional sleeve 37 and crosspiece 38, as well as bushings 39 and the corresponding o-rings (not shown in FIGS. 4, 5).

, или при необходимости струйной обработки узкой зоны, например позвоночника тела человека, используется душевая головка с отверстиями коноидального профиля и выходными диаметрами субмиллиметрового диапазона в распылительной сетке, закрепляемая через хомут на пластине или горизонтальном участке элемента Т-образной формы коммутационного элемента с соответствующими отверстиями и располагаемая за одной или сформированной из двух расположенных под углом друг к другу линеек, по крайней мере, одно- или двухрядных параллельных струй.And in case of insufficient for hydromassage values of the specific flow rate of water coming from the mixer tap 2

or, if necessary, jet treatment of a narrow zone, for example, the spine of a human body, a shower head is used with conoidal openings and output diameters of the submillimeter range in the spray grid, fixed through a clamp on a plate or horizontal section of a T-shaped element of a switching element with corresponding holes and located behind one or formed of two lines located at an angle to each other, at least one - or two-row parallel jets.

In this case, in the case of lateral (see Fig. 1) placement in the household bath 1 of the rack 6, the latter is fixed between the upper frame of the bath and the ceiling of the bathroom with the help of an installation mechanism - a “spacer", not indicated in Fig. 1, and is equipped with holes (for example threaded) for fastening the elements (not shown in FIG. 1) to place the support used to place the curtain screen (not shown in FIG. 1) to prevent water splashes outside the bath volume.

A device for carrying out dynamic hydromassage procedures in a domestic bath works as follows.

First, experimentally determine the value of the actual specific water flow rate necessary for the temperature procedure (usually not higher than 36 ° C ÷ 40 ° C) attributable to one EFSP and constituting to achieve an acupuncture effect, depending on the number of nozzle openings with a submillimeter output diameter, in a specific bath, from 0.05 to 0.2 l / s, for which use a measured capacity and a stopwatch.

In accordance with this, the appropriate type of ESPP and / or their quantity are installed.

Then the following operations are performed sequentially or can be performed:

- specifying the required angle of attack of the formed “bundles” of EFSP parallel jets with diameters of the submillimeter range (usually from 15 ° to 30 °), carried out using clamps 18, 19, by sequential mechanical disconnection and connection of their components, and using detachable the couplings 25 set the vertical position of the corner 26 with the threaded element 27 for connecting the nut of the hose 28;

- setting the required height of the zone of jet-dynamic processing by appropriate movement of the sensors 10 and 11 (see figure 1, figure 2, 3 are not shown);

- task on the remote control unit of automatic control of speed values, the required number of reciprocating and / or time of movement of the EFSP relative to the human body;

- supply voltage (about 6-12 volts) to the automatic control unit (BAU) from the battery or voltage converter;

- presetting the position of the ESPF in the bath from the upper to the lower (before the sensor 11 is triggered) by applying the corresponding control signal to the reversing motor 9.

Closing the shutter-screen (to prevent water splashes outside the volume of the household bath), moving the switch (not shown in Fig.1,2) of the splitter 3 and the mixer tap 2 to the appropriate position and adjusted using the corresponding valves (in Fig. 1, 2 are not indicated) of the mixer tap 2, the flow rate and the required temperature of the water used during the hydromassage and supplied through the hose 28 to the EFSP 21, the device is prepared for hydromassage procedures.

Next, the electric motor 9 is switched on with a gearbox (not shown in FIGS. 1, 2), for example, by means of a switch located directly in the bath zone and operated by means of a cord, the output of which is electrically connected to the BAU (in FIGS. 1, 2 shown), thereby realizing the implementation of the Start command.

In this case, the output shaft of the reversible electric motor 9 with the gearbox starts sequentially, according to signals from the BAU, to rotate the gear 7 fixed in the bearing and connected to it through the gear belt or an endless chain, and also the gear 8 fixed in the bearing, in that direction, in turn, it makes the connecting element 13 rigidly connected to the toothed belt or an endless chain to make reciprocating movements, and hence the trihedral prism 12 rigidly connected to the last located in the grooves (not shown in FIGS. 1-3) of at least one additional guide 14, which is located in the rack 6, used to damp possible lateral and end vibrations, and can be permanently or permanently articulated with it (directly or via an intermediate connecting element 15) and plates 16, respectively, moved in the through groove of the rack 6, respectively, for the case of a lateral variant of placing the rack in a household bath, or a vertical section of a T-shaped element 17 (see figure 3) - for the case of the end option of placing the rack 6 in the household bath 1, with the corresponding holes (not shown in FIGS. 1, 2) used for installation, through the clamps 18, 19 fixed in the holes, of the corresponding pipe sections (in FIG. .1-5 are not indicated) of the collector 20 with the element (s) 21 of the formation of jet streams (EFSP) and / or shower head 5 with holes of the conoidal profile and output diameters of the submillimeter range in the spray grid.

струй воды значительной протяженности, кратной, например, 200 мм, и высокой кинетической энергии, подаваемых на выбранный для обработки (в данном случае с помощью датчиков 10, 11) участок поверхности тела человека.Thus, throughout the entire time of the movement of the ESPF 21 relative to the human body, the supply of (depending on the type of EFSP and / or the available water flow in a particular bath 1) is ensured

water jets of considerable length, multiple, for example, 200 mm, and high kinetic energy supplied to the selected for processing (in this case using sensors 10, 11) surface area of the human body.

или при необходимости увеличения ширины зоны струйной обработки), возможно использование конструкции, представленной на фиг.4, 5, угол между струеформирующими элементами 32 в которой может быть задан соответствующим показанным на фиг.4, 5 расположением и соединением (например, сваркой) крестовины 38, тройников 33-36 и сочленяемых с последними (например, через уплотнительные кольца) дополнительной втулки 37 и проходных втулок 39, а также соответствующих участков трубы.If the value of the actual specific flow rate of water, with the temperature necessary for the procedure per one EFSP 21, is sufficient to accommodate the structure of the ∧-shaped form (for example, when

or if it is necessary to increase the width of the blasting zone), it is possible to use the design shown in Figs. 4, 5, the angle between the jet-forming elements 32 in which can be defined by the corresponding arrangement and connection (for example, by welding) of the spider 38 shown in Figs. 4, 5 , tees 33-36 and articulated with the latter (for example, through the sealing rings) of the additional sleeve 37 and the bushings 39, as well as the corresponding sections of the pipe.

In addition, in the case of a lateral variant of placement of the rack 6 in the bath 1, the stable position of the ESPF 21, violated by the presence of the reactive component from the jet streams formed by the latter, is also achieved by the fact that the output of the detachable sleeve 25 is connected not with corner 26, but with a combined tee a threaded element, the other end of which is equipped with a corresponding length pipe with a plug that moves along a vertical guide mounted on the opposite wall of the bathroom.

, и в случае необходимости уменьшения ширины, но увеличения плотности зоны струйной обработки, возможно формирование струйных потоков в виде двух располагаемых один над другим ЭФСП 21, соединяемых между собой с помощью шпилек 30 соответствующей длины.If the specific flow rate of water coming from the mixer tap 2 is sufficient for hydromassage

, and if it is necessary to reduce the width, but increase the density of the blasting zone, it is possible to form jet streams in the form of two ESPPs 21 arranged one above the other and connected to each other by means of pins 30 of a corresponding length.

If necessary, it is also possible to connect a T-shaped element fixed in a collar 18 (19) or installed in a conical socket with a slot on a plate 16 or a horizontal section 17 and located at EFSP 21 with a shower head 5 with openings of a conoidal profile and output diameters of the submillimeter range in spray grid, to ensure the possibility and its automatic reciprocating movement.

If there is a significant amount of splashes generated during hydromassage, the likelihood of them getting inside the rack 6 can be minimized by equipping the through groove of the rack 6 with curtains located on both sides, made of, for example, plastic.

Thus, the proposed method for carrying out dynamic hydromassage procedures in a domestic bath, in comparison with the well-known one selected as a prototype, has enhanced functionality, increased reliability, efficiency and quality of hydromassage procedures implemented in a domestic bath in automatic mode with a wider and more variable a blasting zone, in the presence of an aqueous acupuncture effect.

The implementation of the proposed method does not meet fundamental difficulties.

Thus, jet forming panels can be manufactured according to RF patent No. 2046685 with a nozzle hole structure formed in accordance with RF patent No. 2296672 using appropriate thermoplastic material, molds and equipment, for example, an automatic molding machine of the ARBURG type A 270-21-500.

And as a thermoplastic material for hydromassage panels, you can use polystyrene, ABC - plastic, polycarbonate, polypropylene or acrylic.

The collector for water supply can be made of standard components made of polypropylene: adapter tee (with mechanical modification), combined and detachable couplings, tees and / or crosspieces, as well as pipes supplied by AQUART.

Taking into account the relatively small mass of the transported load (about 2–3 kg), an IG-52GM series geared motor with a supply voltage of 12 (24) V or a step-by-step motor for voltage can be used as an electric motor with a gearbox of the reciprocating movement 6-12 volts of direct current, powered by a battery or a standard converter of alternating voltage ~ 220 V into the corresponding constant.

A standard three-way ball valve can be used as a flow splitter in at least two directions.

A comparison of the technical characteristics and functionality of the proposed method for hydromassage procedures in a domestic bath with domestic and foreign methods of similar purpose and the numerous reviews already received from consumers of handheld shower heads "Alexeyev’s Douche" for domestic use in domestic bathtubs indicate the guaranteed achievement of the new technical result presented in the invention .

INFORMATION SOURCES

1. A.S. USSR No. 1636059, M. cl. B05B 1/18, 1988

2. J. “Water supply and sanitary equipment”, No. 9, 1993, pp. 24-27, fig. 30-32.

3. Kozlov Yu.S. and others. Cleaning products in mechanical engineering. - M.: Mechanical Engineering, 1982, p.102.

4. Promotional material of the company "Roksolana."

5. A positive decision of the Federal State Institution FIPS on 03/26/09 on the application No. 2208113283/12 (014394) on 04/09/08 - a prototype.

6. Positive decision of the Federal State Institution FIPS dated March 13, 2009 on the application No. 2008102853/12 (003120) dated January 30, 2008, M. cl. B05B 1/18, A47K 3/20.

Claims (9)

1. A method for carrying out dynamic-type hydromassage procedures in a domestic bath, comprising forming jet streams in the form of at least one or formed of two at least one-row or two-row parallel jets arranged at an angle to one another and their automatic moving in a vertical plane relative to individual sections of the human body, respectively carried out using jet-forming panels with holes in the conoidal profile of the corresponding elements of the formation of jet currents and devices for reciprocating movement, inside the guide of the latter installed between the upper bathtub frame and the bathroom ceiling, equipped with a switching element connected to a collector for accommodating elements of formation of jets of the corresponding type and water supply, characterized in that before starting the hydromassage process with Using the automatic control unit and / or corresponding sensors, the processing zone of a specific area of the human body is set, speed, time and / or the number of reciprocating movements, and the guiding device of the reciprocating movement is realized in the form of having both lateral and end placement in the household bath of a rack with a through groove containing a toothed belt or an endless chain moving along two fixed in the upper and the lower parts of the rack in the bearings of the gears, the axis of one of which is directly or through a gearbox connected to a reversing motor, which provides an automatic control unit legs and / or corresponding sensors reciprocating movement of the switching element made in the form of a T-shaped device, the horizontal section of which contains fasteners for detachable articulation with a connecting element rigidly connected to the toothed belt or an endless chain in the rack of the reciprocating device , and is equipped with rollers moving in the grooves of at least one rack mounted additional rail, which serves to dampen lateral and end vibrations, and the vertical section of the switching element is made in the form of one-piece or detachably articulated directly or through an intermediate connecting element with a horizontal section of the switching element, respectively, moved in the through groove of the rack plate — for the case of a side variant of placing the rack in a household bathtub or vertical section of the T-shaped element - for the case of the end option of placing the rack in the household bath with corresponding holes, we use for installation, through clamps fixed in the holes, collectors with elements of the formation of jet streams. 2. The method according to claim 1, characterized in that the processing zone of a specific area of the human body, the essence is the zone of reciprocating movement of the collector with elements of the formation of jet streams, set using sensors installed directly on the rack with the possibility of vertical movement along it and interacting with plates fixed to the plate of the switching element or with the plate of the switching element. 3. The method according to claim 2, characterized in that contactless inductive position sensors interacting with the plates mounted on the plate of the switching element or with the switching plate itself are used as sensors for setting the desired reciprocating zone of the collector or shower head (head) item. 4. The method according to claim 1, characterized in that a shower head with conoidal holes and output diameters of the submillimeter range in the spray grid is used as an element for forming a jet stream, fixed through a clamp on a plate or horizontal section of a T-shaped element of a switching element with corresponding holes and located behind one or formed of two, located at an angle to each other lines, at least one - or two-row parallel jets. 5. The method according to claim 1, characterized in that the hydromassage treatment of parts of the human body, after establishing the necessary temperature and speed pressure of the water jets, start from the bottom of the zone of reciprocating movement of the jet streams. 6. The method according to claim 1, characterized in that the motor-reciprocating movements of the manifold or shower head using a gear motor or DC stepper motor for a voltage of 6-12 V. 7. The method according to claim 1, characterized in that at least the jet forming panels of the jet stream forming elements are made by casting thermoplastic materials and are made with a T-shaped profile, the vertical portion of which is used to accommodate nozzle openings of the conoidal profile with output diameters of the submillimeter range, and horizontal - to accommodate rectangular o-rings installed around the perimeter of the lower vertical part of the T-shaped profile of the jet-forming panels, and necessary mounting holes formed around the perimeter of the horizontal section of the panels. 8. The method according to claim 1, characterized in that the collector for installing the jet forming elements is realized in the form of sequentially articulated to each other by welding and made of thermoplastic material, in particular polypropylene, of standard and connected parts of the pipe: plugs, mechanically modified tees of transitional or cross pieces, a detachable coupling, a combined corner or a tee with an output threaded element for detachable connection with a nut supplying water from a hose mixer. 9. The method according to claim 8, characterized in that in the case of a lateral variant of placing the rack in the household bath, the corresponding outlet of the combined tee with a threaded element is connected by welding of an appropriate length to a pipe with a plug made of polypropylene that can be moved along the surface of a vertical rail mounted on opposite the wall of the bathroom and facing towards the blasting zone.

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