Abstract:
A mixer valve 1 has a first pair of inlets 8 and a second couple of inlets 10. The spacing between the first pair of inlets is greater than the distance between the second pair. One of the first pair of inlets and one of the second pair may be connected to the water supply while the remaining inlets may be provided with blanking plugs 14. The first and/or the second couple of inlets may be adjustable, such that a linear or angular spacing between the first and/or second pair is variable. The inlets may be provided in an adjustable sleeve 16. The valve may include an inlet connector comprising a nipple 20 secured to either pair of inlets. A method of fitting said mixer valve to a pair of water supply pipes is also disclosed. Moreover, a faucet connector for connecting a faucet to a fluid supply is claimed.
Abstract:
The present disclosure discloses a counter-top rapid installation device for a faucet, comprising a faucet body (1) positioned on a counter (7), a screw sleeve (3) fitted inside an installation hole on the counter (7) and used to install the faucet body (1), an mounting seat (4) and at least two sliders (5) for limiting axial displacement between the counter (7) and the screw sleeve (3), the mounting seat (4) is in sleeving connection to the periphery of the screw sleeve (3), the periphery of the screw sleeve (3) corresponding to the position below the counter (7) is provided with at least two through holes (3.2) that allow the slider (5) to slide outward from the inner cavity of the screw sleeve (3), wherein the installation device further comprises an auxiliary installation tool (2) for driving the sliders (5) to protrude from the through hole (3.2) to achieve the axial limiting function of the sliders (5); and the screw sleeve (3) is provided with a hollow inner cavity in which the auxiliary installation tool (2) can slide so as to drive the sliders (5). The device can be installed on a counter rapidly and conveniently, and achieves improved axial limiting effect relative to the counter.
Abstract:
Die Erfindung betrifft ein Verfahren zum Bereitstellen einer geschlossenen Wasserführung von einem zylinderartig ausgebildeten Anschlussstutzen 5 eines Unterputzrohrs 50 einer Wasserleitung, der an einer Unterputzseite einer Wandverkleidung angeordnet ist, durch die Wandverkleidung hindurch zu einer Raumseite der Wandverkleidung, wobei zur Vorbereitung eines Aufbaus der Wandverkleidung der Anschlussstutzen 5 des Unterputzrohrs 50 mit einem Baustopfen 2 wasserdicht verschlossen wird. Zum Vorbereiten des Aufbaus der Wandverkleidung wird eine Dichthülse 1 mit einem Montageabschnitt 11, der an einem ersten axialen Ende der Dichthülse 1 angeordnet ist, umfänglich um den Anschlussstutzen 5 des Unterputzrohrs 50 angeordnet und der den Anschlussstutzen 5 wasserdicht verschließende Baustopfen 2 wird innerhalb der Dichthülse 1 angeordnet, wobei nach dem Aufbau der Wandverkleidung durch die Dichthülse 1 eine durchgehende Führung von dem Anschlussstutzen 5 des Unterputzrohrs bis zur Raumseite der Wandverkleidung bereitgestellt wird und der Baustopfen 2 von einem zweiten axialen Ende der Dichthülse 1 aus, das an der Raumseite der Wandverkleidung angeordnet ist, zugängig ist.
Abstract:
What is disclosed is a mounting device for a fitting panel, which mounting device comprises a base element (20) and at least one fluid connection element (50), wherein the base element comprises, at a front side, means (21, 22) for fastening a fitting panel and, at a rear side, an at least substantially planar bearing surface, at least one through-opening (23) for a fastening means being arranged in the base element and extending from the rear side of the base element to the front side of the base element in such a way that a fastening means can be guided through the base element at the at least one through-opening, wherein furthermore the fluid connection element has a throughflow channel (51) and a pressing surface (53), wherein the pressing surface is dimensioned such that at least its maximum entire cross-sectional extent is greater than at least a cross-sectional extent of the through-opening, and wherein the at least one through-opening is configured and arranged such that a stub (52) of the fluid connection element can be guided as a fastening means through the base element at at least two different positions on the base element.
Abstract:
The present invention relates to a device for sealing in fluid-tight manner a connection between two conduit parts aligned at an angle relative to each other, comprising: - a first sealing part comprising an inner wall and an outer wall, a substantially flat side and a diverging side lying opposite the flat side and diverging from the inner wall toward the outer wall; - a second sealing part comprising an inner wall and an outer wall, a substantially flat side and a converging side lying opposite the flat side and converging from the inner wall toward the outer wall; and - wherein the diverging side of the first sealing part and the converging side of the second sealing part have substantially the same chamfering and are configured to be arranged against each other such that the diverging side of the first sealing part and the converging side of the second sealing part can be shifted along each other and the inner walls of the first sealing part and the second sealing part enclose a continuous recess through which a fluid can be transported.
Abstract:
Eine Wandarmatur (1) umfasst eine an einem ortsfest angeordneten Lagerteil (2) befestigbare Anschlusseinrichtung (3), die mindestens ein Leitungsstück (4) mit einem Leitungsstückeingang (5) und einem Leitungsstückausgang (6) umfasst, und einen Armaturenkörper (7) umfassend einen Wasserkanal (8) mit einem Wasserkanaleingang (9) und einem Wasserkanalausgang (10), wobei der Wasserkanaleingang (9) mit dem Leitungsstückausgang (6) fluidisch verbindbar ist. Die Wandarmatur (1) umfasst weiter ein mit dem Lagerteil (2) in Verbindung bringbares Supportelement (11), welches Supportelement (11) eine sich entlang einer Mittelachse (M) erstreckende Führungsöffnung (12) aufweist, und wobei der Armaturenkörper (7) einen Führungsabschnitt (13) aufweist, wobei der Führungsabschnitt (13) in Einbaulage in die Führungsöffnung (12) einragt und in flächigem Kontakt mit der Führungsöffnung (12) steht.
Abstract:
A covering rosette (16) for a concealed sanitary fitting (10) comprises a covering hood (18) and a rosette support (20) which supports the covering hood. The covering hood (18) and the rosette support (20) comprise a clip mechanism (32, 46) configured such that the covering hood (18) can be mounted to the rosette support (20) while allowing a rotation around a central axis (28). In order to better adjust and fix a desired rotational alignment of the covering hood (18), the covering hood (18) and the rosette support (20) comprise a cam mechanism (40, 60) having a cam curve (60) and a cam follower (40), wherein the cam curve (60) is arranged on one of the covering hood (18) or the rosette support (20) and the cam follower (40) is arranged on the respective other of the covering hood (18) or the rosette support (20). The cam mechanism (40, 60) further is configured such that it sets an angular relation between the covering hood (18) and the rosette support (20) and that this angular relation can be changed by moving the cam curve (60).
Abstract:
An outlet box (20) housing (22) a stop valve (44) that is connected to a water supply line of a building. The outlet box enables a user to control the internally housed stop valve by axial movement of a handle assembly (62) linked to a handle (60) on the valve. The outlet box has a faceplate (32) with at least one aperture through which the handle assembly and water outlet line can pass. Valve inlet shanks (50) (or adaptors) connect the stop valve (44) to the water supply line and allow for quick and easy replacement of the stop valve.