Abstract: A fixing clamp for anchoring a component within a hole in a support plate includes an anchoring part having two side walls and a transverse wall, a generally planar locating strip projecting outwardly, an expanding tab projecting upwardly that defines a window in the side wall, and an inwardly bent edge strip on an end of the expanding tab. The fixing clamp also includes a movable threaded plate initially supported by the edge strip. The fixing clamp further includes a holding plate for the component and a fixing screw, and the fixing screw is threaded onto the threaded casing of the threaded plate, such that tightening of the fixing screw displaces the threaded plate downwardly along a longitudinal axis of the threaded portion of the fixing screw while deforming the expanding tabs outwardly until the expanding tabs are clampingly engaged with the support plate.

Abstract: The invention relates to a fixing element for fixing a component to a support part. The element comprises a retaining part (1) for the component to be fixed and a hollow anchor foot (2), which is used to anchor the fixing element in a continuous bore of the support part. Two spring arm pairs (5, 6), which widen towards the retaining part (1), run from the lower edge in opposing openings (4) in the wall of the anchor foot (2), one short and one long spring arm (5 and 6) respectively lying adjacent to one another in one of the openings (4) and being offset in relation to the short and long spring arm (5 and 6) in the other opening (4). As both spring arm pairs (5, 6) are graduated towards the retaining part (1), starting from a respective outer edge (11, 12) that lies at the greatest radial distance from the central axis (M) of the fixing element, front faces (7, 8) and step faces (9, 10) are created on different horizontal planes. The faces can rest on the underside of a support part.

Abstract: Proposed is a quick coupling unit (1) for lines conducting flowable or pourable media, in which a check valve (5) is integrated for controlling the pressure of the medium or for venting the lines conducting the medium. Said check valve (5) is arranged in an auxiliary branch (4) that comes off the main line of the quick coupling unit (1) and is open to the outside, and its valve body (10) is moved against a restoring force from its position blocking the passage of the medium into its position allowing the passage of the medium by means of a valve stem (12) that can be accessed from the outside. The auxiliary branch (4) is at the same time the valve housing (4) of the check valve (5).

Abstract: A fixing element of plastic is provided which includes a foot part for insertion into an oblong hole of a carrier plate. The foot part includes of a head corresponding to the edge of the oblong hole and of a shaft adapted to the width of the oblong hole. The fixing element can be locked in the oblong hole after the insertion of the head by a quarter turn under elastic deformation of the shaft. The shaft includes a middle strut connecting the head to the fixing element. The strut has the width of the oblong hole. A shank is formed on each of the two edges of the middle strut at a right angle and in opposite directions. The shank is elastically bent towards the middle strut during the screwing in of the shaft through the edge of the oblong hole and after a quarter turn returns to its original position due to the elastic return force of the plastic and prevents a rotation in the opposite direction.

Abstract: The invention relates to a plastic clip, for the detachable connection of a trim plate to a support piece, in particular, to the door frame of a motor vehicle. The clip comprises a head piece (1) and an anchoring foot (2), which may be inserted in an opening in the support piece (4) and an upper part (3), for fixing to the trim plate (6), which may be connected to the head piece (1) in a snap-fastening manner. The head piece (1) has the form of an open cylinder, with a central recess (7), on the edge (8) of which inwardly-projecting support segments (9) are formed, in order to guarantee application of the clip, even with variations in tolerance between the fixing site on the trim plate (6) and the fixing opening (5) in the support piece (4). Furthermore, a support plate (10) is provided above the anchoring foot (2), above which a T-shaped support pin (11) extends.

Abstract: A tubular coupling element for producing a glued joint with a fluid line and a method for producing such a glued joint. The coupling element includes an inner tube that is insertable into a fluid line and an outer tube that is constructed concentric to the inner tube and integrally connected to the rear end of the inner tube by a connecting wall. An annular gap is present between the two tubes and is designed to receive an end section of the fluid line and a hot-melt type adhesive in a compacted solid form shaped as a ring. A connection between the coupling element and the fluid lines can be easily established by first introducing the adhesive in the annular gap and then melting it by rapidly supplying heat while the end section of the fluid line is pressed into the annular gap of the coupling element.

Abstract: The present invention is used for setting and bonding fasteners to support surfaces. The fasteners are provided with connecting surfaces which are coated with a dry hot-melt-type adhesive on the bare side thereof. The adhesive can be reactivated by means of heat treatment. The setting device includes a housing (1) having a receiving component (2) that is displaceably guided therein and is used for the fastener (3) as well as means for quickly heating the hot-melt-type adhesive, lowering the receiving component (2) and pressing the adherent (25) after the adhesive has been melt on. Heating is carried out by means of hot air (H) which is supplied passing the housing (1) and in that the receiving component (2) is surrounded by a closed wall (7) that extends from the hot air discharge location in the housing (1) to the fastener (3). The hot air (H) can thus be conveyed to the adhering hot-melt-type adhesive before or while the fastener (3) rests on the support surface (25).

Abstract: The retaining spring is used for detachably connecting two components. The retaining spring includes a retaining plate attached to one component and an engagement spring which is moveably guided on the retaining plate between an engagement position and a released position in the direction of attachment. The engagement spring is provided with a catch edge for securing over an engagement projection which is provided on the other component. A slanted insert limb used to raise the engagement spring when the slidable component is moved in the direction of attachment. In order to connect and detach the two components with greater ease, even when space is lacking in the area immediately surrounding the connection points, the engagement spring is maintained in a position of engagement on the retaining plate by an engagement means acting against the resistance of the spring in the direction of attachment.

Abstract: A clip system for fixing an attachment to a support part is provided using a connecting clip (1) consisting of a resilient material. The connecting clip (1) can be clamped to a retaining rib (8) of the attachment (6) and can be inserted into an essentially rectangular orifice (9) of the support part (7). The connecting clip (1) has two springloaded limbs (3), which originate from a central segment (2) and are bent back on themselves, whose free ends (4) are bent outwards and backwards in such a way that when the external limbs (5) formed by the bend are introduced into the orifice (9), they are pressed together in a spring-loaded manner between the edges (10) and snap into the opening, thus securing the connecting clip (1) in a non-positive fit. Once the connecting clip (1) has been introduced into the orifice (9), additional tension is exerted on the claws (16) by the pressure of the external sprig-loaded limbs (5), thus further increasing the retaining force on the retaining rib (8).

Abstract: The present cover is used for permanent sealing of an oval-shaped processing hole (7) in aluminum sheet metal (8) by means of an adhesive joint. The cover consists of a circular cover plate (1) of aluminum with a concentric cover edge (2) and a ring-shaped strip (3) of hot-melt adhesive applied within the cover edge (2). The interior region of the cover plate (1) is connected to a spring plate (5) aligned plane-parallel with the cover plate at a spacing of the thickness of the aluminum sheet metal (8). The outer edge (6) of the spring plate (5) has a contour that corresponds to the shape of the oval processing hole (7) and includes quarter-circular spring tongues (11) which are brought to a tight fit by spring force against the back side of the aluminum sheet metal (8) by a quarter turn of the cover plate to produce the necessary pressure on the adhesive strip (3).

Abstract: The invention relates to a holding element for holding a fastener to be secured to a carrier plate. The holding element includes a holding plate having a hole that is adapted to receive a fastener. An intermediate portion extends from the holding plate substantially parallel to an axis of the hole. An end portion extends from the intermediate portion substantially parallel to the holding plate. A mounting element extends from the holding plate in a direction away from the carrier plate and is adapted to hold a construction element wherein the mounting element is integrally formed on the holding plate.

Abstract: A separable rapid-action coupling serves for connecting fluid lines includes a tubular plug-in part with a circumferential holding rib, a coupling housing with a cylindrical receptacle cavity for the plug-in part and a separate holding element. The holding element has elastically expandable holding edges that are radially directed into the receptacle cavity. The holding edges engage behind the holding rib after insertion of the plug-in part. A safety clip with a second locking mechanism is situated in front of the plug-in opening of the housing in case the snap-in mechanism of the holding element fails. The safety clip includes a frame that fits on the end face of the coupling housing and two elastically expandable clips that engage corresponding projections on the coupling housing. The safety clip has snap-in fingers that can be inserted into the receptacle cavity.

Abstract: A rotatable stopcock for a plug-type coupling with an angled piece for connecting fluid lines. The stopcock including a turning knob portion and an integrally formed hollow pin portion. The knob portion includes two opposing ring segments having detent catches that positively engage a flange ring formed on the coupling housing wall. The pin portion is dimensioned to be received into a contact hole of the plug-type coupling such that rotating the stopcock after insertion causes the hollow pin portion to regulate the fluid flow through the plug-type coupling.

Abstract: A heatable windshield washer nozzle is designed for mounting on the windshield wiper of a motor vehicle. The washer nozzle has a housing with a connection adapter. This connection adapter connects to a spray water hose that is electrically heatable via cables or woven wires molded into it. The ends of the heating cables are electrically bridged across just before the end of the hose. The housing is further equipped with a chamber for receiving a nozzle body and a heating plate above the nozzle body. A cover closes the chamber. The nozzle body is a flat chip with several channels fanning outward from a central water input opening. A bar is formed on the rim of the heating plate, which completely covers the surface of the nozzle chip. This bar extends along the connection adapter, so that when the heated spray water hose is slipped onto the connection adapter, the ends 23 of the heating cables extend over the bar of the heating plate without making direct contact.

Abstract: A holding clip for mounting on a longitudinally ribbed bolt having an indicator for providing an audible signal when the bolt is fully inserted. The holding clip has a flexible rod having a free end which extends transversely across a receptacle chamber. The receptacle has a transverse wall situated slightly above the rod. When the bolt is inserted, the free end of the rod is pressed upwardly to audibly impact the transverse wall. The rod may be provided with a tab which protrudes through the transverse wall so that the tab end may be tactilely sensed or visually seen.

Abstract: The present invention provides an arrangement of fastening elements for holding bundles retained by cable ties, and a method therefor. The arrangement of elements includes a pair of strips removably attached to a sequence of fastening elements, whereby the pair of strips facilitate the transport, readying, and positioning of each fastening element prior to interaction with the cable tie. Also provided is a method for molding the arrangement of cable ties in which the cable ties are advantageously used for retaining bundles of cables, pipes, and similarly elongated items.

Abstract: The invention relates to a cover device for sealing assembly recesses on roof-drip moldings of motor vehicle bodies that run in the longitudinal direction of the vehicle. The device consists of a cover holder (9) that can be placed in the roof-drip molding (1) in the area of the recess and a cover (8), which is mounted in such a way that it can pivot crosswise to the longitudinal direction of the roof-drip molding, for sealing the recess (5). Said cover holder (9) also has a recess (16) in its floor part (10). Mountings (17) are molded on both sides at one end of the recess (16) and have bearing journals (18) that face each other and that engage in corresponding, lateral bearing holes (19) that are provided at one end of the cover (8), in such a way that they can expand elastically. A support (20) on which the cover (8) rests in its closed position is located at the other end of the recess (16).

Abstract: The releasable plug coupling is used for connecting fluid lines, particularly, fuel lines of motor vehicles. The plug coupling comprises a tubular plug-in part (3) with an annular retaining lip (4) as well as a coupling housing (1) with a cylindrical receiving space (2) for inserting the plug-in part (3) and a separate retaining element (7) with elastic retaining edges (11) that project radially into the receiving space (2) and that grip behind the retaining lip (4) after the plug-in part (3) is inserted into the receiving space (2). The retaining edges (11) are attached to support bodies (12) that are connected at their ends by elastic connecting pieces (14) that form a V to pressure plates (15). These plates extend outwards through corresponding openings (16) in the housing wall (17) and are pressed together from the outside for releasing the coupling.

Abstract: A detachable coupling includes a housing having wall, an end that has an inner wall, and a receiving space that has an opening in the end. The opening and the receiving space receives a tubular insertion part that has a retaining rib. An indicating part is removably mounted to the end of the receiving housing and includes a support ring and a lever. The lever has a free end and a inner end and is pivotally mounted to the support ring and extends into the receiving space. A support projection is positioned on the inner end of the lever and contacts the inner wall. Insertion of the tubular insertion part causes the retaining rib to contact the free end of the lever and results in the pivoting of the lever. Pivoting of the lever disengages the support projection from the inner wall and dismounts the indicating part from the housing.

Abstract: The present cover is used for permanent sealing of an oval-shaped processing hole (7) in aluminum sheet metal (8) by means of an adhesive joint. The cover consists of a circular cover plate (1) of aluminum with a concentric cover edge (2) and a ring-shaped strip (3) of hot-melt adhesive applied within the cover edge (2). The interior region of the cover plate (1) is connected to a spring plate (5) aligned plane-parallel with the cover plate at a spacing of the thickness of the aluminum sheet metal (8). The outer edge (6) of the spring plate (5) has a contour that corresponds to the shape of the oval processing hole (7) and is somewhat smaller than the diameter of the hole (7).