Abstract: A fluid switching valve comprising a valve housing, an inlet area, a first outlet and a second outlet out of the valve housing, a first fluid connection, a second fluid connection, a counter pressure chamber, a first valve unit, a second valve unit and a user-operable switching body for switching the valve closure bodies between their closed position and their open position. Here, the counter pressure chamber is fluid-connected through an inlet link duct to the inlet area. The valve units each have a valve closure body, which is movable between a closed position and an open position for the respective fluid connection and is arranged so as to be subjectable to fluid pressure on the one hand via the inlet area and on the other hand via the counter pressure chamber. The switching body is switchable between different operating positions by a switching movement.

Abstract: A fluid switching valve comprising a valve housing, an inlet area, a first outlet and a second outlet out of the valve housing, a first fluid connection, a second fluid connection, a counter pressure chamber, a first valve unit, a second valve unit and a user-operable switching body for switching the valve closure bodies between their closed position and their open position. Here, the counter pressure chamber is fluid-connected through an inlet link duct to the inlet area. The valve units each have a valve closure body, which is movable between a closed position and an open position for the respective fluid connection and is arranged so as to be subjectable to fluid pressure on the one hand via the inlet area and on the other hand via the counter pressure chamber. The switching body is switchable between different operating positions by a switching movement.

Abstract: A shower head including a base body, a jet disc held on a shower jet discharge side of the base body and including at least one jet discharge opening, and a jet disc holding device for fixing the jet disc on a jet disc holding region of the base body. Illustratively, the jet disk holding device includes a plurality of plug connector pins and associated pin through-passage openings, across which a respective one of the plug connector pins is passed through, wherein the respective pin through-passage opening is provided on the jet disk holding region of the base body or on the jet disk, and wherein the plug connector pins and the pin through-passage openings are configured for latched retaining of the plug connector pins within the pin through-passage openings.

Abstract: A shower head, illustratively for a sanitary shower, including a shower head housing, a fluid inlet into the shower head housing, a shower jet outlet out of the shower head housing, a fluid duct within the shower head housing from the fluid inlet to the shower jet outlet, and an overpressure valve pressure-coupled to the fluid duct, including a movable valve body which, in case of an overpressure in the fluid duct, moves from a normal position to an overpressure position. The valve body is illustratively configured to be self-retaining in the overpressure position and returnable to the normal position by user operation, and/or the valve body acts position-dependent on a passage cross-section of the fluid duct, wherein the valve body reduces the passage cross-section in the overpressure position relative to the normal position.

Abstract: A pull-out hose guiding device for guiding a pull-out hose having at least one hose bend of variable hose bend length, wherein the pull-out hose guiding device includes a hose guiding box configured for accommodating the hose bend in an anti-twist manner in a box-inwards hanging position, and a guide weight roller arrangement including at least one guide weight roller which is insertable into a bend reversion zone of the hose bend for rotary motion about a roller rotational axis. The guide weight roller with its roller rotational axis is capable of translational motion in a hose bend lengthwise direction box-outwards with decreasing hose bend length and box-inwards with increasing hose bend length. A sanitary shower device may be equipped with such a pull-out hose guiding device.

Abstract: A fluid switch-over device illustratively for use in a sanitary shower device, including at least one fluid inlet, at least two fluid outlets, and a movable switch-over body for controlling fluid connections of the at least two fluid outlets to the at least one fluid inlet. The switch-over body is switchable between at least three different operating positions. An actuation device is configured for sequential and bidirectional switching-over actuation of the switch-over body both in a forward switch-over direction and in a backward switch-over direction inverse to the forward switch-over direction. The actuation device illustratively includes a first actuation unit for sequential switching-over actuation of the switch-over body in the forward switch-over direction and a second actuation unit for sequential switching-over actuation of the switch-over body in the backward switch-over direction, wherein the two actuation units comprise operating elements that are user-operable independently of each other.

Abstract: A sanitary fitting including a water conduit channel. The sanitary fitting illustratively further includes an insertion duct extending into the water conduit channel and including a user-accessible insertion opening, and an insertion plate including at least one sanitary utility element and exhibiting, in a flow-through region in which the plate has flow-through capability from its one plate main side (H1) to its other plate main side (H2), a smaller plate thickness (PD) as compared to its lateral plate dimension (PL), the insertion plate being insertable in a lateral insertion direction (SL) into the insertion duct via the insertion opening and extractable from the insertion duct counter the insertion direction. The insertion duct remains stationary in an operating position, when the insertion plate is inserted or extracted, and the insertion opening remains user-accessible in the stationary operating position of the insertion duct.

Abstract: A fluid switch-over device of the type that may be used in sanitary shower devices, the fluid switch-over device including a housing body which includes a fluid inlet channel and a plurality of fluid outlet channels arranged fluidically in parallel, a switch-over body which includes a fluid inlet, at least one fluid outlet and a fluid duct from the fluid inlet to the fluid outlet and is disposed within the housing body to be translationally movable axially parallel and rotationally movable in a combined manner in relation to a longitudinal axis between at least two different operating positions. The switch-over body in each of the different operating positions is in fluid connection with the fluid inlet channel via its fluid inlet and differentially unblocks or blocks at least partially a fluid connection of its fluid outlet to the respective fluid outlet channel. An actuation unit for actuating the switch-over body includes an operating element disposed on the housing body to be user-operable.

Abstract: A shower head including a base body, a jet disc held on a shower jet discharge side of the base body and including at least one jet discharge opening, and a jet disc holding device for fixing the jet disc on a jet disc holding region of the base body. Illustratively, the jet disk holding device includes a plurality of plug connector pins and associated pin through-passage openings, across which a respective one of the plug connector pins is passed through, wherein the respective pin through-passage opening is provided on the jet disk holding region of the base body or on the jet disk, and wherein the plug connector pins and the pin through-passage openings are configured for latched retaining of the plug connector pins within the pin through-passage openings.

Abstract: A shower head, illustratively for a sanitary shower, including a shower head housing, a fluid inlet into the shower head housing, a shower jet outlet out of the shower head housing, a fluid duct within the shower head housing from the fluid inlet to the shower jet outlet, and an overpressure valve pressure-coupled to the fluid duct, including a movable valve body which, in case of an overpressure in the fluid duct, moves from a normal position to an overpressure position. The valve body is illustratively configured to be self-retaining in the overpressure position and returnable to the normal position by user operation, and/or the valve body acts position-dependent on a passage cross-section of the fluid duct, wherein the valve body reduces the passage cross-section in the overpressure position relative to the normal position.

Abstract: A pull-out hose guiding device for guiding a pull-out hose having at least one hose bend of variable hose bend length, wherein the pull-out hose guiding device includes a hose guiding box configured for accommodating the hose bend in an anti-twist manner in a box-inwards hanging position, and a guide weight roller arrangement including at least one guide weight roller which is insertable into a bend reversion zone of the hose bend for rotary motion about a roller rotational axis. The guide weight roller with its roller rotational axis is capable of translational motion in a hose bend lengthwise direction box-outwards with decreasing hose bend length and box-inwards with increasing hose bend length. A sanitary shower device may be equipped with such a pull-out hose guiding device.

Abstract: A fluid switch-over device illustratively for use in a sanitary shower device, including at least one fluid inlet, at least two fluid outlets, and a movable switch-over body for controlling fluid connections of the at least two fluid outlets to the at least one fluid inlet. The switch-over body is switchable between at least three different operating positions. An actuation device is configured for sequential and bidirectional switching-over actuation of the switch-over body both in a forward switch-over direction and in a backward switch-over direction inverse to the forward switch-over direction. The actuation device illustratively includes a first actuation unit for sequential switching-over actuation of the switch-over body in the forward switch-over direction and a second actuation unit for sequential switching-over actuation of the switch-over body in the backward switch-over direction, wherein the two actuation units comprise operating elements that are user-operable independently of each other.

Abstract: A fluid switch-over device of the type that may be used in sanitary shower devices, the fluid switch-over device including a housing body which includes a fluid inlet channel and a plurality of fluid outlet channels arranged fluidically in parallel, a switch-over body which includes a fluid inlet, at least one fluid outlet and a fluid duct from the fluid inlet to the fluid outlet and is disposed within the housing body to be translationally movable axially parallel and rotationally movable in a combined manner in relation to a longitudinal axis between at least two different operating positions. The switch-over body in each of the different operating positions is in fluid connection with the fluid inlet channel via its fluid inlet and differentially unblocks or blocks at least partially a fluid connection of its fluid outlet to the respective fluid outlet channel. An actuation unit for actuating the switch-over body includes an operating element disposed on the housing body to be user-operable.

Abstract: A sanitary fitting including a water conduit channel. The sanitary fitting illustratively further includes an insertion duct extending into the water conduit channel and including a user-accessible insertion opening, and an insertion plate including at least one sanitary utility element and exhibiting, in a flow-through region in which the plate has flow-through capability from its one plate main side (H1) to its other plate main side (H2), a smaller plate thickness (PD) as compared to its lateral plate dimension (PL), the insertion plate being insertable in a lateral insertion direction (SL) into the insertion duct via the insertion opening and extractable from the insertion duct counter the insertion direction. The insertion duct remains stationary in an operating position, when the insertion plate is inserted or extracted, and the insertion opening remains user-accessible in the stationary operating position of the insertion duct.

Abstract: The invention proposes a shower head, in particular for showers that are fixed in position, for example an overhead shower. The shower head has various options for the water to exit the jet disk. A switching device is provided to engage these different options individually or in combination. This may function in a way known as such with the use of sloping surfaces that slide along one another. The jet disk itself serves to actuate the switching device, and pressure is exerted by the user in the direction opposite that in which the water jets exit.

Abstract: A shower head contains a shower head housing with a jet disc having jet outlet openings. A water inlet leads into the shower head housing and adjoins a changeover valve that switches between three water supplies. Each water supply leads to a different group of jet outlet openings in the jet disc. An opening closed by a seal of deformable material is provided between each two groups of jet outlet openings. The seal is designed such that the opening opens when pressure is applied from one side and the opening closes when pressure is applied from the other side.

Abstract: A shower device according to the invention includes a shower head housing having a jet disk and a multiplicity of jet outlet openings. The jet outlet openings are divided into multiple groups of jet outlet openings. For each group of jet outlet openings, a distinct chamber is formed in the shower head housing. A water inlet can for example be connected by means of a change-over valve to in each case one of the chambers fluidic in parallel. The two chambers are arranged consecutively in the shower head housing. The water exiting the rear chamber as viewed relative to the jet disk can for example pass through the front chamber in a sealed channel or as a jet, which passes through a larger opening of the jet disk.

Abstract: The invention proposes a shower head, in particular for showers that are fixed in position, for example an overhead shower. The shower head has various options for the water to exit the jet disk. A switching device is provided to engage these different options individually or in combination. This may function in a way known as such with the use of sloping surfaces that slide along one another. The jet disk itself serves to actuate the switching device, and pressure is exerted by the user in the direction opposite that in which the water jets exit.

Abstract: A shower head contains a shower head housing with a jet disc having jet outlet openings. A water inlet leads into the shower head housing and adjoins a changeover valve that switches between three water supplies. Each water supply leads to a different group of jet outlet openings in the jet disc. An opening closed by a seal of deformable material is provided between each two groups of jet outlet openings. The seal is designed such that the opening opens when pressure is applied from one side and the opening closes when pressure is applied from the other side.

Abstract: A shower device according to the invention includes a shower head housing having a jet disk and a multiplicity of jet outlet openings. The jet outlet openings are divided into multiple groups of jet outlet openings. For each group of jet outlet openings, a distinct chamber is formed in the shower head housing. A water inlet can for example be connected by means of a change-over valve to in each case one of the chambers fluidic in parallel. The two chambers are arranged consecutively in the shower head housing. The water exiting the rear chamber as viewed relative to the jet disk can for example pass through the front chamber in a sealed channel or as a jet, which passes through a larger opening of the jet disk.