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: A discharge device for media has a housing (10), an operating member (88) manually movable relative to the housing (10) and which, for performing a discharge can be transferred from an unoperated starting position in the direction of an operating direction (1a) into an operated end position and with a locking member (52), which is displaceable relative to the housing (10) between a locked position where it prevents the displacement of the operating member (88) into the end position and a release position in which it permits the displacement of the operating member (88) into the end position.

Abstract: A metering device with an applicator housing having an application orifice for medium discharge. A metering pump conveys medium from a medium store to the applicator. An electronic counting module having a stroke detection means operatively engageable with a relatively movable pump portion of the metering pump. A data processing processor evaluates signals from the stroke detection means, and an indicator unit indicates data produced by the data processing processor. A current source supplies the data processing processor with current. A module housing houses an electronic counting module. The external dimensions of the module housing are conformed to the internal dimensions of a reception space. The reception space is open on one side of the applicator housing, so that the module housing can be inserted completely into the reception space through the opening and be fastened therein.

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: A dashpot featuring amplitude-dependent shock absorption, especially intended for the wheel of a vehicle and including a hydraulically parallel cylindrical pressure-compensation chamber (8). The pressure-compensation chamber is partitioned by an axially displaceable floating piston (10). At least one face (25) of the floating piston is provided with a resilient bumper (18). The object is a dashpot with a floating piston that arrives more gently at its limit inside the pressure-compensation chamber (8). The bumper is accordingly accommodated in an axial hollow (17) that extends through the body (15) of the floating piston.

Abstract: A metering device, with an applicator housing which has at least one application orifice for the discharge of the medium, with a metering pump which conveys medium out of a medium store to the applicator, and with an electronic counting module which has at least one stroke detection means, assigned to a relatively movable pump portion of the metering pump, and a data processing processor which detects and evaluates signals from the stroke detection means, and also with an indicator unit which indicates data produced by the data processing processor, and with a current source which supplies the data processing processor with current, is known.

Abstract: A dashpot featuring amplitude-dependent shock absorption, especially intended for the wheel of a vehicle and including a hydraulically parallel cylindrical pressure-compensation chamber (8). The pressure-compensation chamber is partitioned by an axially displaceable floating piston (10). At least one face (25) of the floating piston is provided with a resilient bumper (18). The object is a dashpot with a floating piston that arrives more gently at its limit inside the pressure-compensation chamber (8). The bumper is accordingly accommodated in an axial hollow (17) that extends through the body (15) of the floating piston.

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.

Abstract: 1. Microdosing device. 2.1 A microdosing device for a medium is known, with an energy store for electrical energy, a medium reservoir, and a dosing chamber which at least temporarily receives a quantity of liquid and to which at least one dispensing opening and one vibration unit are assigned, said vibration unit being operatively connected at least to one boundary surface of the dosing chamber in order to cause this boundary surface to oscillate for the purpose of a dispensing operation. 2.2 According to the invention, a quantity of energy stored in the energy store and an energy demand required to dispense a quantity of medium stored in the medium reservoir correspond at least almost to one another. 2.3 Use for dosing of medium. 3.

Abstract: 1. Dosing device with electromechanical interface. 2.1 A dosing device is known with an electrically driven delivery means for at least one medium, a medium reservoir for storing the medium and an applicator for dispensing the medium, and with a control unit for acting on the delivery means and an electrical energy store for powering the control unit and/or the delivery means. 2.2 According to the invention, the delivery means, medium reservoir and applicator, on the one hand, and the control unit and electrical energy store, on the other, are accommodated respectively in separate structural units, and guide means are provided for fitting the structural units one into the other, said guide means having an electromechanical interface for coupling and/or uncoupling relative to the control unit and/or energy store without using tools. 2.3 Use for dispensing of medium.

Abstract: A microdosing device includes 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: A dosing device for dispensing a medium into an environment is disclosed, with a dosing space which is formed by contiguous wall portions and is substantially closed off from an environment; with at least one inlet which passes through at least one wall portion for a communicating connection between the dosing space and a medium reservoir, with a dosing aperture arrangement which passes through at least one wall portion for a communicating connection between the dosing space and the environment, and with at least one vibration means which is fitted on at least one wall portion and which is provided to cause oscillation of at least one wall portion of the dosing space. The dosing aperture arrangement is designed as a separate component and is integrated in a wall portion.

Abstract: 1. Microdosing device and method for dosing small liquid quantities.

Abstract: The smart fragrance dispensing device (1) has an airless fragrance reservoir (1a) containing a principal medium (8), a flow channel (3) for receiving the principal medium (8), a liquid spray dispenser (2) connected to the reservoir (1a) for dispensing the principal medium (8) as a spray into the flow channel (3), a programmable driving circuit (5) for operating the liquid spray device so as to create the spray consisting of monodispersive droplets, a memory device (4) carrying and communicating identification information about at least the principal medium (8), its dispensing and diffusing characteristics, the liquid spray dispenser (2) and the reservoir (1a), and a programmable control and communication micro-controller unit (7) linked to the reservoir (1a), the information being used to adapt to the individual perception of a user by adjusting to a desired level and memorizing the level.