Abstract: The inventive multicomponent cartridge (1) for separately storing and for jointly pressing out at least two components of a free-flowing substance comprises at least one cylinder (2) for holding the substance with at least one pressing plunger (4) for pressing out the substance and at least one outlet (5) for the substance. The components of the substance are stored in separate chambers (8, 9) inside the cylinder (2) that extend in the longitudinal direction of the cylinder (2). An inner area (12) of a film (7) forms a partition (13) of the cylinder (2) between the chambers (8, 9) of the multicomponent cartridge (1). An outer area (11) of the film (7) is integrally joined to the cylinder. According to the inventive method for producing the inventive multicomponent cartridge (1), the outer area (11) of the film (7) is encapsulated during the injection molding of the cylinder (2) for the multicomponent cartridge (1).

Abstract: A connecting node for fixing a mounting rail in abutting relationship to another mounting rail includes a connecting device having at least one holder into which the mounting rail is inserted and fixed to the other mounting rail in transverse relationship; an opening provided above the at least one holder; and an angle member having two limbs including a first limb inserted into the opening above the at least one holder and a second limb fixed to the one mounting rail inserted in the at least one holder.

Abstract: A multi-component kit for a curable composition for fixing purposes, comprising an epoxy component (a), which comprises curable epoxides, and a hardener component (b), which comprises a Mannich base formulation, and the use of Mannich base formulations and, especially, further additives in hardener components for epoxy resins, the Mannich base formulation having specific properties (viscosity, H equivalents, content of free phenol derivatives). The multi-component kits according to the invention can be used within a broad temperature range and enable mortar compositions to be produced which, after curing, exhibit a particularly large tolerance range for temperatures and exhibit particularly high bond stress values at low temperatures and, especially, also at high temperatures.

Abstract: The invention relates to an anchoring arrangement (1) having an anchor rod (2) which is anchored with mortar (3) in a bore (4) in an anchoring substrate (5) (concrete). The anchoring arrangement (1) is crack-resistant when the following conditions are fulfilled: bore ? ? diameter diameter ? ? of ? ? anchor ? ? rod * bond ? ? stress ? 14 ? N mm 2 ? ? and ( I ) 0.4 ? diameter ? ? of ? ? anchor ? ? rod bore ? ? diameter ? 0.85 .

Abstract: The invention relates to an injection fixing arrangement (1) having an anchor sleeve (5) and an anchor rod (6), the anchor sleeve (5) having an anchoring region (9) with outlet apertures (10) for the outlet of mortar injected into the anchor sleeve (5), and the injection fixing arrangement (1) having a nut (7) as abutment for the article (2) being fixed. Injection fixing arrangements (1) of such a kind for proud-standing mounting are known. The invention proposes an injection fixing arrangement (1) for push-through mounting, wherein a transverse-force sleeve (11) follows the anchoring region (9) of the anchor sleeve (5).

Abstract: A holding device for a beverage container intended for installation in a holdable arm rest in a motor vehicle, has a carriage guidable as a drawer to be displaceable back and forth between a pushed-in position and a pulled-out position so that a beverage container can be inserted into the holding device when the carriage is in the pulled-out position, a guide for guiding the carriage during its displacement between the positions, a gravity locking device which locks the carriage in the pushed-in position when the carriage is not in an approximately horizontal position.

Abstract: The invention relates to a holding device (10) for a drinks container. For space-saving housing of the holding device (10), the invention proposes constructing the holding device (10) as a recess (14), for example, in a dashboard (12) of a motor vehicle, and providing it with an ashtray (20) pivotable into and out of the recess (14). In the holding position pivoted out of the recess (14), the ashtray (20) closes the recess (14) laterally, so that, for example, a beaker (44) can be inserted in the recess (14). The invention has the advantage that the installation space for the ashtray (20) is simultaneously used also for insertion of the beaker (44) (FIG. 5).

Abstract: The invention relates to a connection element (1) for connecting constructional components (2, 3) or the like mechanically, consisting of two coupling halves (4, 5) arranged to be brought into engagement, each of which is arranged to be fastened by means of screws (6) or the like to the constructional components (2, 3) to be connected. In order to make a connection element (1) of such a kind highly stable and simple to install, the invention proposes that each of the coupling halves (4, 5) comprise a tubular part (7, 8), which tubular parts have different cross-sections and can be inserted one into the other, and that the tubular parts (7, 8) be arranged at an angle with respect to the contact faces (16) of the constructional components (2, 3).

Abstract: The invention relates to a fixing element (10) for double pane insulating glass (42, 44), which is anchored by expansion of an expansible ring (16) in a drilled hole having a conical undercut in an outer glass pane (42) of the insulating glass (42, 44). The invention provides for the fixing element (10) to be sealed with two sealing rings (30, 40) on both sides of an inner glass pane (44) of the insulating glass (42, 44) and additionally for an injection opening (41) to be provided, through which a sealing compound, for example, silicone, can be introduced into a gap at the point at which the fixing element (10) passes through the inner glass pane (44) in order to provide an extra seal at the passage point. The fixing element (10) ensures a permanent seal of the passage point.

Abstract: The invention relates to a fixing element (10) for anchoring in a drilled hole (30, 32) having an undercut (28) in a laminated body (24, 26), for example, laminated glass. The fixing element (10) has an expander cone (14), onto which an expansion ring (16) can be pushed. To be able to compensate for misalignment between the layers (24, 26) of the laminated body (24, 26), the drilled hole (30) in an outer layer (24) is drilled with a larger diameter than in a further layer (26) of the laminated body (24, 26). The invention proposes constructing a washer (18) of the fixing element (10) with an injection opening (22), through which the gap between a threaded shank (12) of the fixing element (10) and the wall of the drilled hole (30) in the outer layer (24) of the laminated body (24, 26) can be filled with a sealing compound (26)2. (FIG. 2).

Abstract: The invention relates to an expansible anchor (10) for anchoring in a cylindrical drilled hole (40). The invention proposes constructing the expansible anchor (10) with a tubular basic anchor part (12), on which a hollow conical expansion portion (22) is formed by means of a forming procedure, on which expansion portion (22) an expansion sleeve (14) bent out of sheet metal is mounted. As a result of axial displacement of the expansion sleeve (14) on the expansion portion (22), the expansible anchor (10) becomes anchored in the drilled hole (40). The expansible anchor (10) exhibits subsequent expansion behaviour in the event of widening of the drilled hole (40), for example as a consequence of crack formation.

Abstract: A plug for fixing to hollow and to solid building materials has a plug body having a plurality of longitudinally extending expansible limbs that are expansible by screwing in of an expansion screw, the expansible limbs having a rear end and a leading end, a sleeve-shaped plug end which joins the expansible limbs with one another at the rear end and is formed so that the expansion screw is insertable through the plug end, a sleeve-shaped plug tip which joins the expansible sleeves with one another at the leading end and which is formed so that the expansion screw is screwable into the plug tip, and a stretchable material which joins the expansible limbs with one another circumferentially and which is pierced by several helically arranged slots.

Abstract: The invention relates to a drinks holder (10) intended for installation in a dashboard of a motor vehicle. The drinks holder (10) has a pull-out part (14), which is so guided as to be displaceable in the manner of a drawer and which is provided with insertion openings (32) for inserting drinks containers such as, for example, drinks cans, beakers or cups. The invention proposes providing, at the rear of the pull-out part (14), a pivotal part (22) capable of pivoting downwards, which, when the pull-out part (14) is pushed into a housing (12), pivots downwards so that the length of the pull-out part (14) in the direction of displacement is reduced. The invention makes possible a drinks holder (10) housing (12) of short dimensions, which in the direction of displacement can be shorter than the diameter of the insertion openings (32).

Abstract: The invention relates to a retaining means (10) for fixing panel-form material, for example, glass panes (12) of a glass facing, to a substructure (14). The invention proposes constructing the retaining means (10) with a support (16), in which supporting elements (22) projecting pivotally to the side are insertable, to which the glass panes (121) can be displaceably fixed. The invention has the advantage that in a simple and inexpensive manner it permits stress-free fixing of glass panes (12) so that thermal expansion is compensated.

Abstract: A beverage container holder for a shaped bottle has an insertion opening for insertion of a bottle, a spring element that pivots the diameter-compensating element into the insertion opening, wherein the diameter-compensating element being pivotable downwardly and upwardly.

Abstract: An expansible fixing plug (10) has an expansion screw (14), which is located in an expansible fixing plug sleeve (12). In accordance with the invention, a screw thread (30) is of saw tooth construction and a rear part (16) of the fixing plug sleeve (12) is axially extendable. When the expansible fixing plug (10) is subjected to axial loading the expansion screw (14) moves axially in the fixing plug sleeve (12) and the screw thread (30) expands the fixing plug sleeve (12). The expansible fixing plug (10) therefore has a subsequent-expansion behavior when a drilled hole becomes enlarged. The expansible fixing plug (10) can be mounted by hammering in without turning the expansion screw (14). The core diameter of the screw thread (30) enlarges from the front to the rear to increase the capacity of the expansion screw (14) to withstand transverse loading.

Abstract: An expansible plug has a plurality of expansible tongues which extend over an expansible region and are expandable radially away from one another under the action of an expanding member, the expansible region being radially oversized.

Abstract: The invention relates to a fastening element made from metal, having an expansion sleeve (2) and an expansion member (3), which expansion member (3) is axially displaceable on the shank of a threaded bolt (8), the threaded bolt (8) having on its forward end an end-stop in the form of an expander (9). On the threaded bolt (8), between the expander (9) and the expansion member (3), there is arranged a spacing element (10). In the event of a tensile load, the expander (9) enters the spacing element (10) and forms a deformation zone that corresponds to the length of the spacing element (10). As a result of the friction and deformation occurring in the deformation zone, overloads are absorbed and, consequently, the fastening element is prevented from coming out or the threaded bolt from breaking off.

Abstract: The invention relates to an expansible anchor (10) for fastening to a panel-shaped building material, having an anchor sleeve (12) with forwardly projecting expansion tongues (18) that can be spread open by drawing in an expander body (24) having an expander cone (26). The invention proposes to form the expansible anchor (10) with a locking connection (20, 36) which locks the expander body (24) on the expansible anchor (10) in a position in which the expander body (24) is drawn in between the expansion tongues (18) and holds the expansion tongues (18) in a spread-open position. The invention has the advantage that the expander body (24) remains in its position in which it is drawn in between the expansion tongues (18) and holds the expansion tongues in a spread-open position even when an expander screw is unscrewed from the expansible anchor (10).

Abstract: The invention relates to a holder (10) for a drinks container, for example a can, a beaker or a cup, which is intended for installation, for example, in a dashboard (12) of a motor vehicle. The invention proposes arranging, for example, a storage compartment (28) in the holder (10), which storage compartment (28) can be extended, for example in the manner of a drawer, when the holder (10) is not being used. The invention has the advantage that the installation space required for the holder (10) is additionally used for accommodating the storage compartment (28).