Abstract: In a support part (1), it is provided that a liquid outlet (9) is to be laid with a connection line (12) in a line guide (11) within the support part (1), wherein the liquid outlet (9) opens outwards at a lower side (5) of the support part (1).

Abstract: In a fluidic arrangement (2) which can be mounted inside a sanitary fitting (1), a hose (5) which connects an outlet piece (3) to a valve (4) is designed such that a length of the hose (5) projects from an interior (6) which spatially connects the valve (4) to the outlet piece (3). This projecting portion of the hose (5) is fluidically connected to the valve (4) outside the interior (6).

Abstract: A sanitary insert (1) having a housing (2), in which at least one functional unit (3) is arranged, having an outlet side (4), which is formed by an outlet structure (5), the sanitary insert (1) having at least one identifier (6) by which a product form of the sanitary insert (1) can be identified.

Abstract: A sanitary construction kit (1) having at least one outflow element (2), at least one control element (3), and at least one connection element (4) by way of which the outflow element (2) is fluidically connectable to the control element (3). At least two functionally dissimilar control elements (3) which selectively, individually or together, are fluidically connectable to the outflow element (2) are provided.

Abstract: In a sanitary outlet unit (1), it is provided that a contact surface (6) is formed on a valve element (4) which is adjustable between an open position and a closed position in a flow path (2), which contact surface (6), in the open position, covers a corresponding, stationary counterpart surface (7) and, in the closed position, frees said counterpart surface (7), such that the valve element (4) is automatically held in the open position by the pressure in the flow path and returns to the closed position in the event of a pressure drop.

Abstract: A sanitary outflow unit (1) to be used in a water dispensing device (20), having a water supply (3) and a water outlet (4), which sanitary outflow unit includes at least one holding element (11) that can be switched between a release position and a holding position, wherein, in the holding position, a peripheral contour (18) of the sanitary outflow unit (1) is enlarged by the holding element (11). The holding element (11) includes in particular a bending element (12) having a holding lug (13) which, in the holding position of the holding element (11), engages behind a wall (22) of an installation opening (21) in the water dispensing device (20).

Abstract: A jet regulator (1) for use in a sanitary outflow fitting. The jet regulator (1) has a housing (2), a jet accelerator device (3), and a jet aeration device (5) which is mounted downstream of the jet accelerator device (3) in a flow direction (4). The stream aerating device (5) has a chamber (6) that has at least one aeration opening (7) through which air can be suctioned into the chamber (6) from the outside. An aperture plate (8) is arranged within the chamber (6), with the aperture plate dividing the chamber (6) into an air inlet part (9) and a mixing part (10), and air is suctioned from the outside in the air inlet part (9) and is mixed with liquid in the mixing part (10).

Abstract: The invention relates to a jet regulator (1) having at least one jet splitter (2) which divides the inflowing waterflow, having a sleeve-shaped internal housing (3) which is encased by an external housing (4), and having at least one ventilation duct (5) which is disposed between the internal housing (3) and the external housing (4) and has at least one inflow opening (6) and at least one passage opening (7) which is provided on the housing circumference of the internal housing (3).

Abstract: An aerator (1) having a housing (2) and a jet-splitting device (3) arranged or formed in the housing (2) for splitting an individual jet into a plurality of separate liquid components. The aerator (1) has at least two flow channels (4), which are oriented obliquely in such a way that the outlet directions (12) defined by the flow channels (4) meet each other. An insert part (5) is inserted into a hole (6) in the main body (28) of the jet-splitting device (3), which hole is oriented in particular in the longitudinal direction of the housing (2), such that the hole (6) is divided into the at least two obliquely extending flow channels.

Abstract: In a support part (1), it is provided that a liquid outlet (9) is to be laid with a connection line (12) in a line guide (11) within the support part (1), wherein the liquid outlet (9) opens outwards at a lower side (5) of the support part (1).

Abstract: A water-carrying line section having at least one aerating duct (2), the aerating duct (2), on the inlet side, having at least one duct opening (5) open to atmosphere and, on the outlet side, having at least one duct opening (6) that can be flushed by the water flowing past and/or is adjacent thereto, and in which aerating duct (2) a water jet aerator (7) is provided. The line section is characterized in that the water jet aerator (7) has a filtering or separating device (8) which is configured to be permeable to air in the direction from the at least one duct opening (5) on the inlet side toward the at least one duct opening (6) on the outlet side but is impermeable to water in the opposite direction. With the aid of the water jet aerator (7) which is used in the line section (1) and which serves to aerate the water flowing through a sanitary outlet fitting or the like, the undesired emergence of water can be prevented with certainty in any installation situation.

Abstract: A microdosing device with a dosing chamber for the at least temporary reception of a liquid quantity, and with which is associated at least one discharge opening is provided. A vibrating unit in operative connection with at least one boundary surface of the dosing chamber is provided in order to vibrate the same for a discharge process, and with a delivery function unit connected to the vibrating unit for activating the latter during a delivery time period. A drying function unit is additionally provided and can be activated in time-separated manner with respect to the delivery function unit in order to free the dosing chamber from liquid residues.

Abstract: A metering device for dispensing a medium to an environment is provided. The metering device includes a housing, a shallow metering chamber within the housing which is of planar design and is essentially closed off from the environment by wall sections, a first media inlet which is connected to the metering chamber and can be connected to a media reservoir, and a vibration mechanism which is arranged in such a manner that vibrations generated by the vibration mechanism cause pulsing changes in volume of an internal volume of the metering chamber. A wall section which is designed as an outlet wall section has metering openings so that the metering chamber is connected to the environment. The vibration mechanism forms a vibration wall section so that the metering chamber is delimited.

Abstract: A dosing device with an electromechanical interface is provided. The dosing device includes delivery means, a medium reservoir and an applicator, on the one hand, and a control unit and electrical energy store, on the other hand, in separate structural units. Guide means are provided for fitting one of the structural units into the other structural unit. The guide means has an electromechanical interface for coupling and/or uncoupling relative to the control unit and/or energy store without using tools.

Abstract: The invention relates to a metering device (20) for dispensing a medium to an environment, with a housing (30), a shallow metering chamber (60) within the housing (30), which metering chamber is of planar design and is essentially closed off from the environment by wall sections (40, 50), a first media inlet (60a) which is connected to the metering chamber (60) and can be connected to a media reservoir (12), and a vibration mechanism (40) which is arranged in such a manner that vibrations generated by it cause pulsing changes in volume of an internal volume of the metering chamber (60), wherein a wall section which is designed as an outlet wall section (50) has metering openings (62) by means of which the metering chamber (60) is connected to the environment. According to the invention, the vibration mechanism (40) forms a vibration wall section (40) by means of which the metering chamber (60) is delimited. Use for the discharge of media in mist-like form.

Abstract: A microdosing device includes a dosing chamber which at least temporarily receives a quantity of liquid, and to which at least one dispensing opening is assigned. A vibration unit is operatively connected to at least one boundary surface of the dosing chamber in order to cause this boundary surface to oscillate for the purpose of a dispensing operation. At least two admission channels spaced apart from one another are provided on the dosing chamber.

Abstract: 1. Dosing device. 2.1 A dosing device for a medium, with a medium reservoir, with at least one medium channel for delivering the medium, and with at least one dispensing opening for dispensing the medium, is known. 2.2 According to the invention, the medium channel is assigned a control unit which comprises a measurement means for detecting an actual value of a stream of medium, a memory for desired values of the stream of medium, a comparator for comparison between actual values and desired values, and an actuating means for acting on the stream of medium as a function of evaluations performed by the comparator. 2.3 Use for dosing of medium.