Abstract: A dispenser provides measured doses of at least two components using a common pump. Each of the components is stored in its own separate container; each of which is connected to the common piston pump through an inlet valve. A metering device is disposed between the inlet valves and the pump chambers. The metering device is rotatable around an axis and controls the volume of each component disposed by either changing to flow rate of the component through its inlet valve or by changing the stroke length of the piston associated with its inlet valve.

Abstract: For the straightforward, easy-to-assemble construction of a metering dispenser (1) for dispensing a substance consisting of a number of components, having at least two containers (6a, 6b) in an outer sleeve (8) for accommodating the components of the substance, and having a pumping unit (2a, 2b) on each of the containers (6a, 6b), and having an adjusting device (3), which makes it possible to adjust the quantity ratio of the components in relation to one another, and having a movable actuating device (4) for the pumping units (2a, 2b) and/or containers (6a, 6b), and having a dispenser element (5) for the substance which is to be dispensed by the metering dispenser (1), it is proposed to provide a force-transmission element (7), in particular in the form of an intermediate wall, which, with the actuating device (4) activated, can be displaced relative to the outer sleeve (8) and in the axial direction (A) of the metering dispenser (1).

Abstract: For a cost-effective design of a metering dispenser for dispensing a substance (12), which is poured into a container (1) that is open at an end face and which can be removed from the container (1) by means of a pump unit (10), wherein a piston (5) is inserted in the container (1), the piston (5) has smaller dimensions than the inner contour of the container (1) and a film (5a) of the pasty substance (12) is provided in order to seal between the piston (5) and the inner contour of the container (1).

Abstract: A dispenser provides measured doses of at least two components using a common pump. Each of the components is stored in its own separate container; each of which is connected to the common piston pump through an inlet valve. A metering device is disposed between the inlet valves and the pump chambers. The metering device is rotatable around an axis and controls the volume of each component disposed by either changing to flow rate of the component through its inlet valve or by changing the stroke length of the piston associated with its inlet valve.

Abstract: A bearing block has a screw guided through a bore of the bearing block as well as a bearing sleeve which has an internal thread which is in engagement with the external thread of the screw and whose outer surface serves as a door support.

Abstract: A bearing block has a screw guided through a bore of the bearing block as well as a bearing sleeve which has an internal thread which is in engagement with the external thread of the screw and whose outer surface serves as a door support.

Abstract: A proportioning dispenser for proportioning at least two components which are each supplied via a pump unit from an associated accommodating compartment is disclosed. The adjustment of the mixing ratio is effected via a transmission member the point of application of which is adjustable with respect to the two pump units.