Abstract:
A faucet system comprises a first user interface connected to a first valve, a first inlet conduit and/or a second inlet conduit, and a first outlet conduit, and a second user interface connected to a second valve, a third inlet conduit, and a second outlet conduit. The second valve is operated by a selection unit that outputs an electrical signal. A third user interface is connected to an electrically operated pump that conveys liquid via a fourth inlet conduit upstream of the pump to a third outlet conduit downstream of the pump. The third user interface comprises an input unit that outputs an electrical signal based on which the pump is operated with respect to the conveying rate and/or the operation time of the pump. Each selection possibility of the input unit is associated to a different electrical signal. A liquid additive is supplied via the fourth inlet conduit.
Abstract:
A water treatment apparatus that includes: at least one module which operatively and selectively treats one or both of an original household hot water received from the household hot water line and water flowing through the module and treats cold water received from an original household cold water line that flows through; a process control unit whereby a user selects a desired treatment option for the water flowing through the apparatus to be dispensed to the user; one or more plumbing connections which operatively divert the original household hot and cold water flow to the user selected watertreatment module so as to dispense to the user the selected treated water; and one or more valves which operatively cooperate with the process control unit to direct the water flow within the apparatus so as to provide the user with the selected treated water.
Abstract:
The system comprises a valve unit connected to a filtering unit for the selective delivery of cold, hot and mixed sanitary water, respectively either refrigerated or boiling purified water with optional carbonation. The valve unit comprises a base body for housing a first mixer tap, of the cartridge type, which is connected to a first delivery duct of the sanitary water, as well as a second control tap for the purified water, connected to a second delivery duct internal to the previous one. The outlet or each outlet of the purified water of the filtering unit is connected to an inlet of the second control tap, whereas the inlet of the cold water of the filtering unit is directly connected to the inlet of the cold water of the first mixer tap, by means of a branched channel that is provided inside the base body of the valve unit.
Abstract:
An affordable plumbing device that uses a compressed gas and a burst disk having a relatively even surface of substantially uniform thickness to produce a sudden discharge of energy to forcibly act against any obstruction that may interfere with the proper function of a drain. The plumbing device has a cylindrical chamber for receiving the compressed gas and may generally take the shape of a plunger, which is flexible to use and is easy to store. A portion of the chamber forms a receiving chamber with the burst disk for harnessing and directing the energy of the compressed gas to clear the drain.
Abstract:
An affordable plumbing device that uses a compressed gas and a burst disk having a relatively even surface of substantially uniform thickness to produce a sudden discharge of energy to forcibly act against any obstruction that may interfere with the proper function of a drain. The plumbing device has a cylindrical chamber for receiving the compressed gas and may generally take the shape of a plunger, which is flexible to use and is easy to store. A portion of the chamber forms a receiving chamber with the burst disk for harnessing and directing the energy of the compressed gas to clear the drain.
Abstract:
The sanitary fitting is intended for two different qualities of water and, for this purpose, has outlet connecting branches (20, 21) which are separate from one another and into which two channel systems (50, 56), which are routed separately from one another through a common fitting housing (1), open out. Each channel system (50, 56) is provided with a valve arrangement (53, 17), each valve arrangement being functionally separate from the other and of which the top valve arrangement (17), assigned to the channel system (56), has a closure body (41) which executes a lifting movement and of which the actuating element (44) forms the top termination of the sanitary fitting. In order for it to be possible for the actuating element to be easily operated even with a comparatively high pressure in the channel system (56) which is to be closed, as is the case, for example, in drinking water enriched with carbon dioxide, a pressure-equalizing channel (82), which is routed through the valve closure body (41), connects the channel system (56) to a pressure-equalizing space (80), which is provided on the rear end surface (81) of the valve closure body (41).