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Device contains a case (1) with a central channel (2), made in the form of a blind hole, located in the case (1) means for control of a liquid flow, which contains, at least, three elements, an outflow element (3), made with a possibility of its rotary and axial travel. Means for restriction of the axial travel (7) of the outflow element (3) relative to the case (1) is located in the central channel (2). The device is made with a possibility of the outflow element (3) travel along the central channel (2) axis, without losing contact in all working positions with the lower sealing element (19) of means of the liquid flow control. The central channel (2) and the outflow element (3) are made with a variable cross section, increasing to their upper part (5). |
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Decorative element for plumbing fittings and method of its manufacture Decorative element comprises tubular section made of synthetic material by means of which the decorative element can be put on plumbing fittings. In this case, the tubular section is made of composite material containing a cured polymeric binder and filler incorporated in it in the form of crumbs, at that the content of filler particles in the outer half of thickness of tubular section is more than 2% greater than in the inner half of thickness of the tubular section. |
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Mixer of water flows comprises a water mixing unit with a cavity for mixing of water flows arriving along supply lines and having mostly different values of parameters and at least one stop and control device, hydraulically connected to the cavity and supply lines, variation of the position of which regulates flows arriving to the cavity and provides for values of such collecting reservoir parameters as water level and temperature. The water mixing unit is equipped with at least one contactless sensor to monitor at least one parameter in the collecting reservoir, and a control unit, which is connected to the sensor and is made as capable of generating a control signal for its transfer along a wireless communication channel to the stop and control device on the basis of a logic implemented in the control unit, providing for variation of the position of the stop and control device by signals from the sensor to the value that is adequate to the specified one. The stop and control device is adapted to receiving a signal from the control unit sent along the wireless communication channel. |
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Box for hidden installation of sanitary engineering elements Box is designed to fix sanitary engineering elements on an assembly wall having water supply connecting pipelines and is made as capable of connection with it. The box comprises a lower plate, an external wall connected with it, and a cross-shaped reinforcement-bearing body. The body is made as capable of insertion into the box at the open side and capable of installation in the internal part of the box. In the external wall of the box there are through holes for installation of fixing elements that fix the body in the external wall. Through holes are made as extended for pulling of the body made with larger transverse length compared to the internal dimensions of the box. Fixing elements are made as capable of placement onto ends of leads from the body installed in the box protruding via extended holes and as capable of fixation in extended holes. The box after insertion of the body is closed by means of a fixed cover on the external wall incapable of rotation with geometric closure. |
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Group of inventions relates to drain bellows, more specifically, to sets of flexible drain bellows, having a flexible part with a preferably smooth surface, and methods of assembly and installation of such flexible devices. According to one of versions of realisation, the set of drain bellows comprises a bellows having the first and second ends and a catching part between the first and second ends, a connector with a sanitary device, a Y-shaped fitting and a drain connection, comprising a flexible hose, having preferably a smooth inner surface. One of versions of the method for installation of the drain bellows between the drain of the sanitary device and the outlet end of the drain pipe consists in the fact that they assemble a drain bellows, a connector with a sanitary device is connected to the drain of the sanitary device. The drain connection is matched with the outlet end of the drain pipe, and it is connected to the outlet end of the drain pipe. The first combined end, the second combined end and the outlet end of the Y-shaped fitting determine the first, second and third longitudinal axes. The first and third longitudinal axes determine the first plane, and the second and third longitudinal axes determine the second plane, which is different from the first one. |
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Fittings with electronic controls Invention relates to fittings, namely to fittings for wash basins or baths. Fitting includes electronic control device for control of mixer mixing cold and hot water, and service device for control device servicing. Control device is comprised of a touch-sensitive card and/or card with contact-free switches. The card is designed so that sliding touch on its surface can adjust at least temperature and water volume parameters simultaneously. The card is formed by a touch screen and/or screen with contact-free switches. When touched, the screen shows a symbol of setting mark. When shifted around the screen, the symbol changes colour depending on the temperature set, and size and/or area depending on the water volume. |
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Handle for cranes and valves, providing cleanliness of hands after washing Handle for cranes and valves has a surface that is visually divided into two or more parts, e.g. as a strip or multiple strips, or (and) has one or more protrusions, or (and) one or more recesses, for example, in the form similar to the form of the handle. The protrusion or protrusions may be above or (and) below, or (and) sideways or (and) in front, or (and) behind the handle. |
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Water heater (1) with a water supply system includes at least one water supply (2) leading from wall connection (5) of a water pipe to heater (1), as well as at least one water discharge (3) leading from the heater to place (6) of water disposal system, as well as at least one heating device (4) located between them. With that, water heater (1) in the area of water supply (2) has at least one dosing device (7) of additives intended for chemical change of water quality. In the water supply system, in water discharge area (3) there is at least one second dosing device (10) for additives representing treatment means. |
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Water flow rate control device Proposed device is composed of pipeline shutoff valves and accessories. It is arranged between mixing chamber and outlet and includes shutoff element and drive. It is composed of two communicating chambers articulated with hinge joint sealed from ambient medium. First fixed chamber is rigidly connected with mixing chamber. Second moving chamber is rigidly connected with outlet. Shutoff element drive responds to relative position of aforesaid chambers. Proposed device is controlled manually by varying said relative position of said chambers at revolving or reciprocating said outlet. The latter performs the control function. |
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Device comprises a channel having an inlet hole connected to a drain discharge, and an outlet hole connected to a sewage pipe; a check valve in the form of a duckbill arranged between the inlet and outlet holes. Besides, the valve is made as capable of letting liquid through only in one direction from the inlet hole into the outlet one. The device also comprises a lock made as capable of formation of a hydraulic seal between the inlet hole and the outlet hole, at the same time in case of normal use at least a section of the valve is submerged into a hydraulic seal. Another version of device realisation differs from the previous one only by the fact that during normal use at least a section of the valve is arranged below the outlet hole. The lock comprises a channel having an inlet hole connected to the drain discharge, and an outlet one, connected to the sewage pipe, besides, the lock is made as capable of formation of a hydraulic seal between the inlet and outlet holes and holds a check valve in the form of a duckbill. During normal use at least a section of the valve is submerged into the hydraulic seal. |
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System of potable or technical water System has a connection to a water supply utility, at least one supply or lifting riser, at least with one branching floor pipeline and/or at least one branching circular pipeline in direction of water flow from the riser and/or the floor pipeline. The system is also equipped with a return riser, where the supply rise and/or the lifting riser and/or the floor pipeline and/or the circular pipeline end. At least one consumer is connected to the lifting riser and/or floor pipeline and/or circular pipeline. The system of pipelines forms a closed circulation pipeline from the supply riser or the lifting riser and the return riser. A device is integrated into this pipeline for cooling of flowing water, with the help of which a capability is provided for cooling, or potable or technical water is cooled to the specified temperature. The connection to the water supply network is on in direction of the flow upstream the inlet of the cooling device into the circular pipeline. A control valve, depending on the established temperature, at temperature above the specified value for water flowing via the pipeline, opens the flow to the maximum value, and if the temperature is below, it limits the flow to the minimum value. |
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Method for water supply to facility and device for its realisation Method for water supply to a facility consists in the fact that a flow of potable quality water is supplied to the facility along a pipeline. Then the flow is divided into two auxiliary flows. One is heated to temperature permissible according to norms in a system of hot water supply. Then these auxiliary flows along independent routes are supplied to loads. When opening a hot water supply tap, water temperature is measured. If the specified temperature is available, supply of hot water supply water is provided to the tap. If the hot water supply water temperature is below the specified one, its supply is provided to a reservoir for water collection, provided that the water level in the reservoir is below the maximum level. Provided that the water level in the reservoir is higher than the maximum one, hot water supply water provision to the tap is ensured. If water level in the reservoir is lower than the minimum one, cold water supply is provided into the reservoir for water collection. The water supply device comprises a tap, a toilet tank, a hot water manifold and a hot water tap. The hot water manifold is connected via the hot water tap, a temperature sensor and a water switch to the tap inlet. The second outlet of the water switch is connected with the first inlet of the reservoir, the second inlet of which via an electronic tap is connected with the cold water manifold. The outlet of the first water level sensor is connected with a control inlet of the electronic tap. The outlet of the second water level sensor and the temperature sensor is connected with inlets of the AND element. The outlet of the reservoir for water collection is connected to the inlet of the toilet tank. |
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Device for emergency disconnection of water supply Device comprises a stop element installed on the water way and connected by a movable part of the device with an accumulator 7, and a stop 9. The stop 9 prevents change of stop element position under action of the accumulator 7 from open for water motion to closed, and is connected at one side with the movable part of the device, and at the other side - with the fixed 10a, 10b part of the device, and loses the stop function when interacting with emergency water. At the same time the stop 9 is exposed to stretching force from movable and fixed parts of the device acting at it. |
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Sink and system of sanitaryware fittings installed on sink Sink comprises a bowl and boards that surround it, stretching on a considerable part of their length at the identical level above the bowl. The sink is equipped with at least two raised steps, preferably with the flat upper surface. At the same time steps are arranged at a higher level in respect to boards that surround the bowl and are made at the lower side as hollow or non-solid. The system of sanitaryware fittings comprises a spout and two functional elements such as valves and similar, installed separately from the spout on the above sink. At the same time at least one functional element is installed on a step that differs from the one, where the spout is installed. |
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Water heater is designed for installation in a shower cabin adjacent to a wall and comprising a vertical panel. The water heater comprises vertical and horizontal structures joined with their ends to form a common L-shaped structure, besides, the horizontal and vertical structures are arranged as hollow and contain water supply tubes inside. At the same time the horizontal structure is fixed with its one end to the wall with the help of fastening facilities, and the vertical one - to the vertical panel also with the help of fastening facilities in order to retain the water heater in a suspended position and distant from the vertical panel. The shower cabin is characterised by the fact that it comprises the above column. |
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Universal water-dispensing nozzle Invention refers to sanitaryware water supply devices. A universal water-dispensing nozzle comprises a hollow bushing, inside which there a body and a disc with through channels. A body comprises flanging on the outer upper surface and an inner ledge, onto which the disc with through channels is installed as inclined to its end surface. Between the disc and the body bottom there is a swirling chamber installed. There are outlet holes arranged in the body bottom, length of which exceeds the diameter at least twice. |
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Plumbing device and fixture for installation of such device Plumbing device comprises a reservoir body fixed in a suspended position, besides, at the side of the wall for fixation there are at least two wall brackets in the form of pins, at least one fixture, which in the assembly position has at least one transverse slot stretching in direction along the wall brackets, for placement of a wall bracket in it, and a threaded hole for placement of a set screw in it, arranged perpendicularly to the transverse slot and accessible in the assembly position at the bottom, the fixture is fixed in at least one hole, available in the wall of the plumbing device, and is arranged in the form of a crosspiece, ends of which enter horizontal slots arranged oppositely to each other in side walls of the reservoir body. A fixture of a plumbing device is also disclosed. |
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In the method a liquid is drained from a sink along a drain nozzle into a siphon flask with an outlet nozzle for liquid outflow from the flask cavity. At the same time the liquid in the siphon flask cavity is twisted relative to the longitudinal axis of symmetry as the twisted liquid flows from the sink cavity into the siphon flask cavity via a drain nozzle, creating a centrifugal pressure force at the siphon flask wall in area, where an outlet nozzle hole is located, as well as difference of pressures at its inlet and outlet. |
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Complex comprises a bath with a sink and a small oven on a foundation with a boiler built into it to heat water and a receiving hopper for used water, to which a sewage pipe is laid as inclined in the ground from the bath and the sink. The receiving hopper is located near the foundation for the small oven. At the same in the foundation in earth at the side of the receiving hopper there is a canopy deepened additionally by 0.5-1 m. |
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Method to drain spent water from wash basin Method includes drainage of spent water via an additional drain hole into a toilet flush tank, and after its filling spent water is drained into a sewage drain via a drain hole. |
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Water-saving system for domestic water pipelines and similar networks System comprises a reservoir (3) to collect used water, from which water is sent to a toilet flush tank, an inlet connector (1), installed in a place, where pipes meet for repeatedly used water, and attached to the main pipe (5), on which the following components are arranged one after another - a filter (9) for particles, a flow breaker (11), a circulation pump (14), an ozone injector (16) connected to a recirculation pump (15), and a stop valve (18), downstream which there is the second connector (19) installed, via which the device is connected to the reservoir (3) for water, a programmable automatic device (12), connected to a digital screen (13) and controlling the system on the basis of information received from the flow breaker (11). |
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System of water resources conservation while using mixer taps in public restrooms System comprises cold and hot water supply lines (2) supplying to a mixer tap (1), a mixer tap (1), a water-saving nozzle to accumulate water. The mixer tap (1) is equipped with an output nozzle to supply mixed water. The mixer tap (1) is built into the system as a single and common mixer tap (1) for all washing areas. The output nozzle of the mixer tap (1) is connected to a single manifold supply line (2). The manifold pipeline (2) is equipped with a ball cock (4) near each washing area - a basin. The ball cock (4) has two fixed ledges at the body and two movable ledges on a rotary part. The cock (4) is connected via an adapter (5) with a water-saving nozzle (6) and is provided with a limiting plate with a slot and an end bent inside. The limiting plate is fixed on one of movable ledges of the rotary part of the cock (4) with the capability of resting the plate against a fixed ledge whenever the cock (4) opens by a limited angle for washing in the mode of water-saving outflow of water. The system is arranged with the capability of setting the temperature of mixed water on the common mixer tap (1). |
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Method and equipment for detecting seal defects in sewage and ventilation systems of buildings Low-amplitude air pressure pulse is transmitted into the sewage and ventilation system of a building so that the pressure wave passes through the connecting pipe into the riser pipe and sewage network. Passage of said pulse is picked up with an air pressure sensor lying near the connecting pipe or origin of the pulse. Pressure of pulses successively reflected from each drain pipe of the sewage network is measured. Signatures of pressure variation with time are formed and these signals are transmitted to a central data collection system. The pressure pulse moves through the network at the speed of sound and is reflected from each end of the pipe into the network, owing to which the characteristic reflection coefficient for each end of the pipe can be determined. This reflection coefficient is compared with test results obtained beforehand for an ideal network without dry gully traps or leakages, and in case of difference with the recorded pressure signature, based on the point of deviation, which corresponds to the moment in time when the reflected pulse arrives at the pressure sensor from the changed end of the pipe, that time is determined, and since the speed of the wave is known, the distance from the sensor to the faulty gully trap is determined. |
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Valve body consists of three parts in the form of sleeves inserted one into another. One sleeve has the seat for seal and inlet hole in the middle and is rigidly fixed in upper part of the main sleeve having outer thread. The second sleeve has symmetrical cuts in the form of triangles and is inserted in the main sleeve in movable manner from below. The inserted sleeves have movable connection between themselves due to the fact that collar of upper sleeve is engaged with shoulder of lower sleeve. Arms with buffer spring and a hole in its middle slide along the end part of the cuts. Valve stock projecting beyond its limits along its axis with filter screens put on it passes through the hole of the balance arm. |
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The plug-in element (1) contains at least one by-pass or oxidation port connected with a valve (when the valve is open, at least one by-pass or oxidation port is connected to it), a filter screen (4) with at least one outlet (5). The outlet (5) has larger cross-section in clear if compared to the filter screen (4) outlets, and at least one outlet (5) is goes to at least one by-pass or oxidation port. Furthermore, the outlet (5) is positioned along the flow direction, and the opening of at least one by-pass or oxidation port is positioned along the flow direction behind at least one water-directing component of at least one functional device located in the plug-in element (1). |
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Sump equipped with a perforated filter for discharge of drains from a floor well via an outlet nozzle mounted under the floor level into a sewage system, comprises a case of sheet material, a residue level link combined with an outlet hole, the edge of which is located below the ledge in the outlet nozzle, forming a hydraulic lock adjacent to the case bottom arranged at the angle of 45° to the horizon. The outlet hole is made in the inclined bottom, and the residue level link mounted above has a shape of a "П"-shaped pocket open at the side of the hydraulic lock, at the same time the mount flange of the outlet nozzle, which has the shape of a connecting elbow, is bevelled at the angle of 45° to the longitudinal axis and is attached to the inclined bottom coaxial-outlet hole. |
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Liquid drain method is implemented by liquid flowing to the surface, liquid drain through the hole of pipeline with gas plugs, and liquid swirling. Liquid flowing to the surface is performed at an angle to the surface, at which liquid flow velocity vector will have the projection on tangent to the circle with the centre along the pipeline symmetry axis. A cavity free from liquid is formed at liquid swirling in the liquid drain volume along the pipeline hole symmetry axis. A cavity free from liquid is formed in liquid drain volume along the pipeline hole symmetry axis owing to setting the liquid flow velocity on surface at liquid swirling. A cavity free from liquid is formed in drain volume of liquid along the pipeline hole symmetry axis owing to setting the liquid flow angle on surface at liquid swirling. |
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Washing device and its operating method Washing device 10 is meant for water supply in sanitary plants, namely in shower or wash stand. Device includes at least one outlet element 1 for sprinkling of fluid media at low flow rate and increased pressure, and at least one pressure 6 unit for increasing the fluid media pressure prior to sprinkling to working pressure in outlet element. At that, outlet element 1 includes one or two groups of nozzles 3. At that, each group contains at least two nozzles 3, mainly three nozzles 3 for creation of impinging jets of fluid medium and for sprinkling of fluid medium or fluid media. Operating method of device 10 involves water or fluid medium pressure increase to working pressure of outlet element 1 and water or fluid medium sprinkling by means of outlet element 1 at increased pressure and low flow rate. For sprinkling of water or fluid medium there created are at least two impinging jets by means only of one group of nozzles 3 of outlet element 1 at least with two, preferably, three nozzles 3. |
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Jet control is detachable and has the possibility of being installed on the drain side to water discharge of sanitaryware drain valves and fixed. In the control the deaeration channel of water jet is restricted on some part of the surface turned away from visible side of drain valves, between external surface of jet control and internal surface of valves. |
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System of erection and adjustment of tap as to height System includes coupling inside which there installed is tap, deformable gasket located inside the coupling and containing the contact surface to external surface of tap, and clamping ring interacting with deformable gasket in order to provide radial pressure on external surface of tap. The other invention includes tap and the above system. |
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Integral system for hydro-thermo-sanitary devices System for hydro-thermo-sanitary devices, such as a tap, a shower head, a shower cabin, a radiator in a heating system, a toilet bowl, arranged along a hydraulic channel, comprises a facility of electric current generation supplied by water flowing along a pipeline, light indication facilities energised with this current generation facility. The system also comprises electronic control facilities to control electric current and to monitor water temperature in a pipeline, and at least one sensor of water temperature in the channel connected to electronic facilities. At the same time facilities of current generation and control facilities are installed in the same body placed in the pipeline. The system also comprises an acoustic indicator adapted for indication of water temperature, besides, the indicator is controlled by electronic control facilities, and light indication facilities are arranged on a flexible membrane. The shower cabin comprises a distribution device equipped with the above-described system. A radiator in a heating system comprises a distribution device equipped with the above-described system and arranged along the channel of the radiator water supply. A bowl for a toilet comprises a distribution device equipped with the above-described system near an outlet hole for water. |
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Valve for automatic shutoff of water with external sensor Valve comprises an external sensor 1 of water availability, at the same time in a body 3, having a faceted shape, there is a support plate 4, having the shape similar to the shape of the body 3, where a drive screw 5 is fixed with an angle of thread inclination to the axis of rotation making less than 30 degrees, and around the screw 5 there is a spring 6, resting at one side against the support plate 4, and at the other side - against a cover 7 of a bearing 8, placed onto the screw 5. The bearing 8 with its lower cover 9 rests against a nut 10 of the screw 5, fixed on an internal body 11, having two and more pins with a mushroom head 13 on a flange 12. The body 11 with its flange 12 rests against the bearings 14, 15, which limit its displacement along the axis of the body 3 and retained in the body 3 with the brackets 16, 17. The mushroom heads 13 of the pins enter a steering control 18 of the valve, and via a window 20 in the body 3 a lever 21 of the first or the second type with its sear 22 retains a body 11 against rotation, having slots 23 on the flange 12. The second end of the lever 24 rests against a movable stop 25, connected with a slider 26 of the water sensor 2 with a rope 27, where there is an incompressible shell 28, which rests with one end 29 against a bracket 30 on the body 3, and with the second 31 end - against the body of the water sensor 2, inside which there is a spring 33, which rests against the slider 26, retained from displacement by the sear 34 of the lever 35 of the first or second type of the water sensor 2 via a window 36 of the body 32 of the water sensor. The second end 37 of the lever 35 rests against a readily soluble plate 38. At the same time the lever 35 is arranged in a bracket 39 installed on the body 32 of the water sensor 2. Also in the body 3 there are slots for the valve with pipes 40 and the steering control 18 and a hole 41 for a special screw 42. |
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Drain outlet pipe with built in holder implemented in sanitary equipment Pipe in form of one piece drain structure connected to outlet hole of sanitary equipment consists of drain pipe on one axial end, of connecting bush with external thread on opposite axial end and of flange positioned between them and projecting in radial direction. Also, the drain structure has an axial channel passing through the connecting bush, flange and drain pipe for flow of liquid when the drain structure is connected to the outlet hole of the equipment. Connection of the sanitary unit and the drain pipe consists of a wash basin with a drain outlet hole having an internal axially running and threaded channel from the wash basin and of a one-piece drain structure identical to the above described. Also, in the first position the flange can form a holding element when the structure is assembled by means of a table top, while in the second position it can form a base for the sanitary unit. This positions are facilitated with different degree of screwing the connecting bush into the internal threaded channel of the outlet orifice. |
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Proposed method is intended for high-efficiency draining of pipelines with foreign impurities and may be used in sanitary devices. Fluid flows onto water sink surface 1 at an angle and swirled relative to drain pipeline hole axis 2. Foreign impurities 3 are swirled and centrifugal force is created lower than gravity of particles of said foreign impurities to displace the latter into pipeline cross section area at higher fluid speed, hence, with higher dynamic pressure on foreign impurities. Displacement of foreign impurities in cross section plane into area of higher dynamic pressures creates conditions for cleaning draining pipeline of deposits on its inner surface. |
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Siphon system realised directly in process of sanitary ware making Sanitary ware item with a siphon system comprises an outer frame, at least one inclined partition, a receiving channel, a siphon chamber and a drain hole arranged at the side of the siphon chamber. The siphon chamber is communicated with a receiving channel and with the drain hole, and has a horizontal bottom formed by a bottom of the sanitary ware item. At the same time the end of the inclined partition is distant from the bottom at the distance, which is less than the distance between the lowest point of the drain hole and the bottom, so that the specified end when used is submerged into water. The other version of the device realisation differs from the first one by the fact that there is an intermediate partition that divides the siphon chamber into setting and drain chambers, which communicate with each other. At the same time the setting chamber is communicated with the receiving channel, the drain one - with the drain hole, and the end of the inclined partition is distant from the bottom at the distance, which is less than the height of the intermediate partition so that the end when used is submerged into water. |
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Sink comprises a bottom and vertical walls, stretching upwards along the sink periphery to the edge at the first height from the bottom, and has the first and second bowls separated with a separator, stretching right up to the second height, which is smaller than the first height. The first reservoir of the sink may hold the first volume of liquid in the first or second bowls to the level, which is not higher than the second height. The second reservoir of the sink may hold the second volume of liquid into the combined first and second bowls to the level, which is higher than the second height, so that a sufficient volume of liquid is formed in the sink between the first and second heights, used to submerge an object, which is too large to be submerged into any of the first and second bowls separately, into the sink above the separator. According to the other version of realisation, the sink differs from the first one by the fact that the second reservoir of the sink may hold the second volume of liquid into combined first and second bowls to the level, which is higher than the second height, which makes not more than 70% of the first height. The method to wash objects in the sink consists in supplying liquid into the first and second areas of the sink and into the third area of the sink, corresponding to the sink volume along the vertical line above the first and second bowls and the specified separator, and in submersion of an object, which is large to be submerged into any bowl, into liquid so that at least a part of an object is in the third area. |
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Mixer consists of stop valves to supply and adjust flows of cold and hot water connected to apartment water supply piping, reservoirs for water mixing, devices for water outlet. The reservoir is equipped with a cover fixed on it with a hole, outlets of hot and cold water supply pipes are arranged in a reservoir and are directed vertically downwards. Water outlet from the reservoir is arranged in its lower part and is equipped with a locking device, comprising a vertical stem, pulled through the hole in the cover and arranged with the possibility of limited reciprocal movement with a plug rigidly fixed in it in the lower part and two float plugs placed on the stem, which are rigidly connected between each other. Plugs are arranged with the possibility of the limited movement relative to the stem, are placed on the stem coaxially with each of water-supplying vertical outlets of pipes, and the stem is connected in the upper part with a flexible link thrown over upwards through a unit, fixed on the body cover, and joined at the bottom with a spring-loaded pedal. |
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Sanitary wear fittings with block of several light sources Fittings include a block of several light sources to illuminate water going out of sanitary ware fittings or arriving in it. Light sources generate light of various colours. In front of the light sources there is a collecting optics arranged to focus and mix the light generated by the sources. The collecting optics mixes several light beams, besides, the light sources generate light beams, being at least mainly rotary-symmetrical relative to the axis of radiation corresponding to this source of light. Axes of the light source radiation pass in parallel to each other, and at least one source of light is located relative to its according optical element so that axis of radiation of at least one light source passes in parallel and with displacement relative to the axis of symmetry of the appropriate optical element. |
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Sanitary-technical fittings with assembly of light-emitting elements Unit of light-emitting elements is arranged in the space surrounded with a circular channel for water, with provision of water illumination, which spreads as a light beam inside. The assembly comprises light-emitting elements, which generate light coloured at least in three main colours, and at least one light-emitting element, which generates light coloured with a mixed colour that differs from the main colours. |
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Wall bracket for hand shower comprises wall stand, at least one wall support to fix stand at the distance from vertical surface, at least one holder for introduction of hand shower installed on stand with the possibility of rotation around longitudinal axis of stand or around parallel axis. At the same time holder is arranged in the form of bracket extension. In other version of bracket arrangement the holder is bent with formation of stand extension and is arranged in the form of tubular element with cone, equipped with hole open backwards and/or aside for arrangement of shower hose leading to hand shower. At the same time when handle of hand shower is inserted into cone, hose is guided inside tubular element. In one of versions of bracket design the holder is bent to form extension of stand. At the same time at least one wall support is displaced aside relative to stand at least by half of diametre of shower hose, leading to hand shower. There is also an option of bracket design, in which wall support has shape with double bend. |
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Invention is related to the sphere of sanitary ware equipment. Drain device comprises extended drain unit, having substantially the shape of rectangular parallelepiped. At the same time upper side of drain unit has a drainage inclination relative to its lower side across its longitudinal direction. Width of drain unit complies with at least diameter of inlet hole of bottom drain arranged with the possibility of installation into drain unit. Length of drain unit many times exceeds diameter of inlet hole of bottom drain. At the same time inlet hole of bottom drain is connected preferably with lined upper side of drain unit and is coated with a cover plate. |
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Proposed method comprises feeding water to drive of the valve that signals to shut off water flow in case power supply for illumination of water bleed from water supply system is cut off. Valve and its drive are mounted on water supply line to be shut off. There is a version of proposed method. It comprises feeding signal to the valve to shut off water flow in case illumination pickup operates because of insufficient illumination of the water bleed point. Valve and its drive are mounted also on water supply line to be shut off. |
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Sanitaryware weir with flow guide at weir side, which has at least one perforated plate and/or latticed or plate structure with a row of drain openings or drain holes, which are surrounded by walls of flow guide. Besides weir has hinged coupling in the form of ball layer, arranged in additionally formed hinged support with the possibility of shifting or swinging. Flow guide is provided inside hinged coupling. Hinged support is provided at the side of weir in end area of weir in screwed bushing arranged with the possibility of its assembly on sanitaryware drain valves at the side weir, in drain nozzle or in body of flow controller. Flow guide provided inside hinged coupling is arranged in the form of perforated plate, having a row of drain openings or drain holes surrounded by walls of flow guide. |
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Multifunctional lavatory basin includes flushing box, mounted on the lavatory basin, containing a body, a concave lid, made in the form of a sink, the device of filling with the inlet valve, device of flushing the toilet, the device of overflow, mixer tap, and the first diverter placed above the sink. In addition, the device has a second diverter made in the form of a tube gimbaled on one side of the flushing box body, which under the external influence has the possibility of moving in space, as close to the toilet bowl or away from it. Also the lavatory basin has a switch the water flow direction of the mixer tap, which first and second outputs are connected respectively with the first and second diverters, and the device for the switch control. |
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Discharge device for wash sink Discharge device for wash sink includes the following: the main housing equipped with a drain hole made in it; discharge branch pipe connected by means of thread to the drain hole and provided with possibility of connecting a used water transportation hose to its lower section; filter screen for filtration of all food remnants; and cover for closing the drain hole. At that, the main housing includes annular supporting step totally formed on internal peripheral wall of the drain hole, bent inside and downwards from internal peripheral wall of the drain hole so that the cover fitting is provided. The housing has also the connecting element passing downwards from lower end of annular supporting step and having the section with external thread on external peripheral surface, provided with possibility of connecting the drain branch pipe to it by means of thread. |
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Group of inventions refers to sanitary ware accessories, particularly to water line taps and is designed for control over liquid consumption. The design of the tap for supply of liquid under pressure, for example water, consists of a discharge element, preferably, drain and of a shutoff mechanism. The discharge element has an initial position (A). Flow of liquid via the discharge element is shutoff in this position. The shutoff mechanism is designed like follows: the discharge element is automatically set into an open position (B) under effect of external force in the specified first direction. In this position (B) flow of liquid runs through the discharge element. When said force is not exerted, the said discharge element returns into its initial position (A) by means of self-reset facility. Additionally, the shutoff mechanism (20, 110, 210, 310) operates in such way, that when the discharge element (10, 100, 200, 300) is subject to effect of force in the second direction, different from the said first direction, it is freely maintained in the fixed position (C) letting liquid flow. There is also disclosed a method for supplying liquid under pressure by means of the tap. |
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Functional plumbing device used in the form of an insert cartridge is made with possibility of being placed in the guide for liquid of plumbing drain fittings and has the housing, as well as flow control. At that, housing has on the outside the external thread made with possibility of being screwed in internal thread of drain fittings. Length of the housing is chosen so that external thread and annular sealing, which is located on drain side, have such surface area that the housing edge located on inflow side is adjacent directly to external thread. Besides on inflow side there located is flow dispersion element made with possibility of being attached to the housing. |
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Invention is related to sanitary ware. Water seal for sanitary ware has inlet and outlet and comprises body, which consists of the following components: upper part, having inlet hole, intended for connection of drain pipe of sanitary ware, central part joined to upper part and having cylindrical passage space. Besides device comprises outlet hole, intended for connection to drain pipe of drainage system and arranged in lower extension part of central part, and body of valve arranged in upper zone and enclosing inlet air valve. Device also has lower part, which is connected to central part, in which main part of lock or seal is created. At the same time lower part has shape of oblong bowl, in which separating wall passes from lower surface of central part and leaves space between its lower edge and bottom of oblong part, which is sufficient for discharge of the whole volume of drain waste water through outlet hole. Moreover, water seal is created between lower edge of separating wall and outlet hole. |
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Invention is related to the field of water supply. Shower device comprises flat profile, back side of which is arranged with the possibility of support onto surface of wall, hidden reinforcing parts arranged on section of profile back side and closed by profile, which might be put in action from front side of profile, and at least one shower head. At the same time there are pipes arranged in profile internal part, on its back side there is cut provided for space arrangement for hidden reinforcing parts, and hidden reinforcing parts are enclosed in hidden box and partially protrude into profile. |
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System for monitoring rooms during flooding System for monitoring rooms during flooding includes sensors connected in parallel to an electric circuit and placed in places of possible water leakage, a signal processing unit connected to electromagnetic shutoff valves of a water-distribution pipe. The electric circuit of moisture sensors additionally includes a resistor of given resistance R1 and is electrically connected to a control unit made in form of a signal processing unit, as well as to an alarm unit and the power supply of the sensors. The system is made with possibility of transmitting two signals - one signal going to the alarm unit, and the other to the electromagnetic shutoff valves of the water-distribution pipe if resistance value R2 falls by a value less than the control value Δ2. The moisture sensors are made in form of two "Ш"-shaped metallic elements fitted into each other. The signal processing unit has optical switches, and the power supply of the moisture sensors is made with possibility of varying polarity of electric current with give frequency. The signal processing unit is made with possibility of measuring resistance R2 of the electric circuit and transmitting a system integrity violation signal to the alarm unit if resistance value R2 increases by a value greater than the control value Δ1. |
Another patent 2513947.