Abstract:
Disclosed is a temperature control system of an electronic shower. The system (1) comprises an electro-hydraulic control housing (2) connected to a cold water inlet (17), to a hot water inlet (18) and to a plurality of water outlets (19, 20, 21, 22). The housing (2) comprises: a control circuit (3); a temperature regulating valve (4); a temperature sensor (5); a selector valve (6) for the water outlets (19, 20, 21, 22). The system additionally comprises a luminous control device (8) electrically connected to the control circuit. The luminous control device (8) comprises at least one input interface (10, 11, 12, 13, 14, 15, 16), the control circuit being configured to select a temperature of at least 65 °Celsius for the water outlet, by means of a coded activation that can be entered through the input interface for the prevention or disinfection of legionella.
Abstract:
The thermostatic tap comprises a housing 1 with three independent chambers (5, 6, 7) that are connected to their respective outlets (5a, 6a, 7a) of liquid fluid. The tap is able to direct the flow of liquid fluid towards one of the three possible outlets of the thermostatic tap: shower mode, cascade shower, or jet mode. It also includes a protective nozzle (23) used to protect at least one of the outlets of liquid fluid in order to prevent a rim that forms part of the housing of the thermostatic tap from deteriorating. The thermostatic tap that is the object of the invention is also able to reduce the noise made by the flow of liquid fluid as it travels inside the housing of the thermostatic tap towards its outlets.
Abstract:
The object of the invention is a device to fasten and level sanitary fittings onto walls (8), comprising: a laminar body (1), which comprises a front side and a rear side (1.2); two profiles (7) which are part of the laminar body (1); fastening orifices (2, 3) to fasten the device to the wall (8), comprising: a central orifice (2), lateral orifices (3), levelling means (5, 6) arranged in the laminar body (1), each of which being individually adjustable throughout its length with respect to the rear side (1.2) and providing support against the wall (8); such that the device has fastening and levelling features with respect to the three coordinate axes (X, Y, Z) by means of the combined adjustment of the fastening orifices (2, 3) and the levelling means (5, 6).
Abstract:
The present invention discloses a wall tap (1) comprising: an escutcheon (2); a piston (13) that can be fixed to a wall installation (18) for the water inlet (8); a spout (3), which can be fixed to the piston (13) at one end of the spout (3) where the water inlet (8) is housed; a solenoid valve (4); a proximity sensor (5); a battery (6); a microcontroller (7) connected to the proximity sensor (5); and, a cover (14). As a novelty, the proximity sensor (5) and the microcontroller (7) are located in the escutcheon (2), and the solenoid valve (4) and the battery (6) are in the spout (3). Moreover, the battery (6) is located at another end of the spout (3), which is closed by the cover (14).
Abstract:
The invention relates to a vertical tap fastening device, located in one end of a column (6) that houses water pipes (13, 13'), with a main body (1) that houses water conduits (11, 11'), the conduits (11, 11') being intended to connect the water pipes (13, 13') to the corresponding water systems of the general installation, the device comprising attachments (2) that incorporate a levelling element (4) and an opening (3) for fastening to the floor, a watertight container (5) for the installation of the tap (22) in the device, a first adjusting part (7) with a mouth intended for coupling the column (6), and a second adjusting part (8) with a pair of ducts intended to house joints (14) located in the ends of the water pipes (13, 13') of the column (6).
Abstract:
It is intended to be installed in a passage for liquids to maintain a constant flow and comprises a first piece (1) to control the liquid flow, having a through orifice (2) with a controllable passage section (2a) of the liquid flow, wherein the controllable passage section (2a) varies based on the water pressure affecting a deformable tubular extension (3) defining said controllable passage section (2a) which composes the through orifice (2). In this situation, the pressure difference of the circulating liquid between an inner surface and an outer surface of the tubular extension (3) modifies the controllable passage section (2a) maintaining a constant flow of the liquid.
Abstract:
The invention relates to a coupling of a flexible sanitary hose to a shower support comprising a bushing by means of which said flexible sanitary hose is joined to a head containing a shower head, where the bushing comprises at its lower end with an annular piece of soft material, the diameter of which is greater than the diameter of the lower end of the bushing to protect said bushing when it is located in a housing of the support and simultaneously protects said housing.