Abstract:
The invention relates to a spray can comprising a can member (12) for holding a material that is to be sprayed, and a spray head (14) which is plugged onto a can valve located on the top face of the can member (12) and is fitted with a discharge tube (24). The spray can has an adapter which connects the spray head (14) to the discharge tube. The discharge tube (22) is connected to the adapter (16) by means of a plug-on and/or screwed connection.
Abstract:
The invention relates to a device for applying a fluid, comprising an application container (12) limiting a receiving space (34), the application container being equipped at a first end (14) with an application unit (16), and being connected via a valve unit (20) at a second end to a reservoir container (22) having a reservoir space (38), the reservoir container being embodied of a sleeve which is guided at a plunger-like cylindrical body (26) of the valve unit (20) via an annular collar (24) that has a lateral channel (30), which is connected to an axial channel (32), which leads to the receiving space (34) of the application container (12). The reservoir container (22) is detachably embodied as opposed to the application container (21) such that in a closed position of the reservoir container (22) a fluid flow between the reservoir space (38) of the receiving space (34) is blocked, and that in an activating position of the reservoir container (22) the reservoir space (38) and the receiving space (34) are connected via the lateral channel (30) and the axial channel (32).
Abstract:
The invention relates to an apparatus for applying a free-flowing substance, comprising a one-piece pipetting tube (12) which is manufactured from plastic, has an exit orifice (14) leading to the environment at one end and is closed at the other end. In the region of the exit orifice (14), an application device (22) which can be charged with the free-flowing substance is provided.
Abstract:
A device for retaining and dispensing a free-flowing substance includes a syringe-like retaining body (12) in which a retaining space (46) is formed. A displaceable piston (22) is axially introduced into the retaining space (46) and the retaining body (12) is provided with a dispensing nozzle (18) on its front end facing away from the piston (22). A locking pin (36) through which at least one transverse channel (44) passes, with an axial channel (42) branching off therefrom, is provided on the inside of the dispensing nozzle (18). In a closed position of the locking pin (36), a flow connection between the retaining space (46) and the transverse channel (44) is blocked. In an activation position of the locking pin (36), the transverse channel (44) is connected to the retaining space (46), so that the free-flowing substance can be dispensed from the retaining space (46) via the transverse channel (44) and the axial channel (42).
Abstract:
An applicator device for a free-flowing substance includes a carrier body provided with an application device at one end and a pin at an opposing end. A transverse channel penetrates the pin, and an axial channel branching off from the transverse channel leads to the application device. A reservoir device having a ring-shaped edge seal sealingly engages the pin, whereby the applicator device is activated by displacing the reservoir device on the pin toward the application device to open a flow connection between the reservoir device and the transverse channel. The reservoir device has a receptacle segment that is elastically deformable at least in portions so that, when the applicator device is activated and a flow connection between the transverse channel and the receptacle segment exists, the free-flowing substance is discharged via the application device by manual compression of the elastically deformable area of the receptacle segment.
Abstract:
A multichamber ampoule with a locking and dispensing mechanism to store several substances and to dispense a mixture consisting of several substances, possessing a multiple-plug closure (140) with several plugs to selectively close and open several outlet openings in the multichamber ampoule, and an adapter (130) for mixing the substances and dispensing the mixture, wherein the multiple-plug closure (140) and the adapter (130) are connected to each other in an assembly designed to be removed from the multichamber ampoule (FIG. 23).
Abstract:
An apparatus for applying a powdery or liquid substance includes a delivery device having a delivery pressurant connector and a substantially tubular applicator. The tubular applicator has an upstream portion for connecting to the delivery pressurant connector (16) and a downstream delivery orifice for delivering the powdery or liquid substance. The applicator is provided with at least one reservoir for the powdery or liquid substance and at least one valve permitting, when opened, delivery of the powdery or liquid substance by means of the pressurant via the delivery orifice.
Abstract:
A device for retaining and dispensing a free-flowing substance includes a syringe-like retaining body (12) in which a retaining space (46) is formed. A displaceable piston (22) is axially introduced into the retaining space (46) and the retaining body (12) is provided with a dispensing nozzle (18) on its front end facing away from the piston (22). A locking pin (36) through which at least one transverse channel (44) passes, with an axial channel (42) branching off therefrom, is provided on the inside of the dispensing nozzle (18). In a closed position of the locking pin (36), a flow connection between the retaining space (46) and the transverse channel (44) is blocked. In an activation position of the locking pin (36), the transverse channel (44) is connected to the retaining space (46), so that the free-flowing substance can be dispensed from the retaining space (46) via the transverse channel (44) and the axial channel (42).
Abstract:
A device for the storage and extrusion of a flowable substance (A) includes a loading unit (13) for an application tool (14). The loading unit has a pot-shaped insert (15) for a holder (17). Through axial pressure on the holder (17) the flowable substance A can be extruded from a chamber (12) of the holder through openings (20A) made on the perimeter of the insert (15) into a chamber (16) of the loading unit (13), so that the application tool (14) set at right angles to the axis of the insert (15) is loaded with the substance (A).