Abstract: In a method for the manufacture of a cartridge, in a first step, a storage chamber for the reception of a filler material, a neck which contains an outlet passage for the filler material, and a closure stopper are manufactured in a single workstep in an injection molding process. The outlet passage has an end, wherein an outlet opening is arranged at the end of the outlet passage. The closure stopper has an arm, wherein the outlet opening is held at least partly closed by the arm of the closure stopper. The arm has a first end, wherein the first end of the arm is connected to the neck by a bridge element. A desired break point is formed by the bridge element and the closure stopper is connected to the cartridge in one piece via the bridge element.

Abstract: A dispensing apparatus for mixing and dispensing multi-component masses including a multi-component cartridge or syringe having a plurality of chambers, a mixer element having a longitudinal axis and a mixer housing placed over the mixer element. The outer surface of the mixer element and the inner wall of the mixer housing have a cooperating guide element which only allows a displacement of the mixer housing at the mixer element along the longitudinal axis of the mixer element. The mixer housing is axially displaceably connected to the multi-component cartridge. The mixer housing and the mixer element are displaceable against one another in an axial direction in the closed and dispensing positions. A rotary element, the mixer housing and the multi-component cartridge have a cooperating interaction element in which the rotary element rotates such that an axial relative movement results between the mixer housing and the multi-component cartridge.

Abstract: A syringe (1) which is designed for the single metering of a filler material (15) contains a storage chamber (5, 6, 7) for the reception of the filler material (15), wherein the storage chamber (5) has a discharge end (28) for the dispensing of the filler material and a conveying end (29) which is disposed opposite the discharge end (28), wherein the storage chamber (5, 6, 7) contains a closable discharge element (13) so that the filler material is storable in the storage chamber (5, 6, 7). A docking element (10) is provided for the connection of the storage chamber (5, 6, 7) to a cartridge (2) for the filling of the storage chamber (5, 6, 7) with the filler material (15).

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 internally fed applicator for applying a fluid is provided having a closure piece for a preferable locking fixing of the applicator of a dispensing apparatus and having an internally hollow lip section connected to the closure piece in a fluid conducting manner, which lip section has, at least one of its borders which bound its free outlet, a bristle stock made of bristles injection molded at the lip section each having a diameter of ?0.8 mm to which bristle stock the supplied fluid is delivered via the lip section.

Abstract: A dual dispensing apparatus for dispensing two flowable components having a first storage chamber for the first component, and a second storage chamber for the second component. The two storage chambers are arranged next to one another and each have an outlet for the first or the second component respectively at their distal ends. The apparatus also has a first plunger for penetrating into the first storage chamber and a second plunger for penetrating into the second storage chamber. A respective piston for dispensing the respective component is molded to each plunger and is sealingly guided by the respective wall of the storage chamber. Each storage chamber has at least one first guide element at its end remote from the outlet and each plunger has at least one second guide element adjacent to the respective piston. The first and the second guide elements are configured for mutual engagement.

Abstract: A multicomponent cartridge includes a first storage chamber for a first component and a second storage chamber for a second component. The first storage chamber is separate from, and arranged next to, the second storage chamber. A first piston is movably received in the first storage chamber. A second piston is movably received in the second storage chamber. Each of the first or second storage chambers has a respective filling end and a respective discharge end. The storage chambers are connected to one another at at least the discharge end. The storage chambers have inner walls with the discharge end opening into a discharge element in an opening aperture. A venting element is upstream of the corresponding opening aperture at at least one of the inner walls, with the venting element extending over a maximum of one third of a longitudinal dimension of the storage chamber.

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 with several plugs to selectively close and open several outlet openings in the multichamber ampoule, and an adapter for mixing the substances and dispensing the mixture, wherein the multiple-plug closure and the adapter are connected to each other in an assembly designed to be removed from the multichamber ampoule.

Abstract: A multicomponent cartridge designed for single use includes a first storage chamber for a first component and a second storage chamber for a second component. The first storage chamber being separate from the second storage chamber. The first storage chamber is arranged coaxially around the second storage chamber and forms a ring space, with a first piston being movably received in the first storage chamber and a second piston being movably received in the second storage chamber. The first and second pistons are movable by means of a plunger to dispense the two components simultaneously. The plunger is held in a housing element (and a guide element is provided to guide the first piston in the first storage chamber and to guide the second piston in the second storage chamber, with the housing element including an engagement element which can be brought into engagement with the guide element.

Abstract: A childproof closure for a dispensing apparatus (5) having first bayonet fastening means (20), wherein the closure (40, 50, 80, 100) has second bayonet fastening means (21). One of the two bayonet fastening means (20, 21) has bayonet lugs (30, 32) which can be introduced into corresponding socket elements (25, 27) of the other bayonet fastening means (20, 21). Both bayonet fastening means (20, 21) moreover have coding elements (13, 23, 35, 38) for a preset alignment of the closure (40, 50, 80, 100) and of the dispensing apparatus (5). The closure (40, 50, 80, 100) has a closure element (40, 50) having first engagement elements (43, 70) and a securing cap (80, 100) which at least partly covers the closure element (40, 50) and has second engagement elements (75, 130). The securing cap (80, 100) and the closure element (40, 50) are connected cohesively strongly, but rotatably with respect to one another, by means of shape-matched elements (58, 60, 90, 120).

Abstract: Disclosed is a dispensing device comprises a dispense mechanism and a multicomponent syringe. The fastening parts of the syringe are embodied such that the syringe can be inserted into a holder on the dispense mechanism on the plane of the reservoirs thereof and perpendicular to the plane formed by the handle and the triggering lever of the dispense mechanism. The fastening parts on the syringe and the insertion opening on the syringe holder of the dispense mechanism are provided with coding elements that ensure that the syringe is inserted in only one direction, thus preventing non-certified syringes from being dispensed by the dispense mechanism. In a preferred embodiment, ergonomically shaped syringe flanges can optionally be used for dispensing the syringe in an optimal manner by hand with the aid of a dispense mechanism.

Abstract: A device for applying a liquid, pasty or other flowable substance includes a pack with a receiving section comprising a wet portion for receiving the substance and a closure section defining a dry portion. The closure section is separated from the receiving section by a tear line. The wet portion is separated from the dry portion by means of a separation element comprising an orifice closed off by a closure element which is releasable from the separation element after tearing open the pack along the tear line.

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).

Abstract: The dispensing device for single use includes a multicomponent cartridge with a closure and a mixer. The cartridge and the mixer form an interconnected unit and the closure, arranged between the outlets of the cartridge and the inlets of the mixer, is configured as a valve arrangement in order to establish a connection between the cartridge outlets and the mixing elements of the mixer after performing a relative movement between the mixer and the cartridge or syringe. In certain embodiments of the invention the connection is effected by rotation of the mixing unit relative to the cartridge, and in other embodiments of the invention by axial displacement of the mixing unit relative to the cartridge. This results in a disposable dispensing unit that can be economically produced and is particularly easy to use.

Abstract: The multicomponent cartridge has a container with chambers for the reception of different fluid components, a mixer element fixed on the container for the mixing of the components and a dispensing tube placed onto the mixer element and connected to the container for the dispensing of the mixed components. The mixer element is configured as a guide element for the axial displacement of the dispensing tube between an open position for dispensing of the mixed components and a closed position.

Abstract: A disposable dispensing device for liquid, paste and other flowable or free-flowing materials, includes a fillable and sealable plastic enclosure (12) with an absorption section (16) having a storage compartment (18) and a sealing section (20). The sealing section (20) may be separated from the absorption section (16) by a tear seam (22). A fitted applicator (14) and a channel (40) assist with dispensing the material from the plastic enclosure (12). A sealing device (38), which closes the channel (40), is molded to the applicator (14) by a separating section (42) forming part of the sealing section (20) of the plastic enclosure (12). In order to dispense the material through the channel (40) of the applicator (14), the sealing device (38) can be detached from the applicator (14) at the separating section (42).

Abstract: The dispensing appliance for a double syringe includes double plungers (4) connected by a thrust plate (5) and a flange holder (6) having a guiding slot (8) for receiving the retaining flange (9) of the double syringe (1) and at least one finger rest grip (7). Such a dispensing appliance allows an easier dispensing especially of smaller double syringes.

Abstract: The invention relates to a multicomponent foil-type container comprising a first chamber (5) for accommodating a first component, at least one second chamber (5?) for accommodating a second component, a discharge duct (6) that can be connected to said chambers (5, 5?), deflection elements (11) for mixing the components within the discharge duct (6), and a seal (12; 12?; 21; 25, 25?; 36, 36?) which prevents the components from being mixed before being used and can be opened for discharging the components. The deflection elements (11) of the inventive multicomponent foil-type container are disposed on a separate mixing element (9) that is located in the discharge duct (6) such that the multicomponent foil-type container is easy to produce while allowing different components to be mixed in a particularly effectively manner. The invention further relates to a device for squeezing a multicomponent foil-type container in a particularly effective fashion.

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 static spray mixer is proposed for the mixing and spraying of at least two flowable components, having a tubular, one-piece mixer housing (2) which extends in the direction of a longitudinal axis (A) up to a distal end (21) which has an outlet opening (22) for the components, having at least one mixing element (3) arranged in the mixer housing (2) for the mixing of the components as well as having an atomization sleeve (4) which has an inner surface which surrounds the mixer housing (2) in its end region, wherein the atomization sleeve (4) has an inlet (41) for a pressurized atomization medium. A plurality of grooves are provided in the outer surface of the mixer housing (2) or in the inner surface of the atomization sleeve (4) which respectively extend in the direction of the longitudinal axis (A) and through which the atomization medium can flow from the inlet (41) of the atomization sleeve (4) to the distal end (21) of the mixer housing (2).