30results about How to "Possible deformation" patented technology

A window shade arrangement for motor vehicles that includes plastic injection molded guide rails designed such that they may be formed with injection tools that do not require moveable cores for forming guide grooves therein. In one embodiment, the guide rail includes an outer part (41) formed with a guide groove and a support part (42) made from less deformable material than the outer part for preventing widening of and deforming of the guide groove during usage. In another embodiment, the first and second molded parts are interconnectable to define the guide groove.

A filter (10), particularly a spin-on filter, in particular for motor vehicles, industrial engines, notably an oil filter, fuel filter or coolant filter, comprising a filter housing (18), in which a filter element (30) is accommodated and which has an end face-side connecting end (16) comprising a cover (72), which connecting end can be sealingly connected to a connecting body (14) corresponding to the connecting end (16) by a plug and/or rotary movement (S, D), wherein the cover (72) has an opening (82) for a fluid connection between the connecting body (14) and the filter housing (18). At the connecting end (16) of the filter housing (18), a sealing region (72b) and a holding region (72a) are disposed, which run concentrically substantially axially to the plug direction (S) and are directed radially inward and which can interact with a radially outwardly directed holding region (110) of the connecting body (14) that runs substantially axially.

The present invention relates to a method of making supports for light emitting diodes, wherein rigid substrates are used as supports for light emitting diodes, it being proposed, in particular, to render the substrates more fragile in order to make certain zones of a lower layer of the said substrate more flexible so that the substrate is able to deform in the region of the zones thus made flexible, the deformation then taking place without causing the electrical conduction of a top layer, on which the diodes are disposed, to be broken. In one particular embodiment of the invention it is proposed to provide as many rigid substrate plates as there are support planes in the three-dimensional environment, and to connect these various substrate plates together by means of deformable conductive components disposed in accordance with surface mounted component technology

An angled cone of loudspeaker is pressed with heat to form a polygonal cone body, in which a plurality of turning points is arranged radially while a deflective line is disposed annually to thereby maintain the proper elasticity and the strength of the cone.

Provided is a hydraulic damper with a position dependent valve assembly (3) to prevent abrupt stop of a piston at the end of the compression stroke. The position dependent valve assembly (3) comprises a supporting member (31) partitioning damper (2) internal tube (22) and provided with an axial opening (312), an axial member (32) disposed slidably within said axial opening (312) of said supporting member (31), a rigid body (33) fixed on said axial member (32), a compression stroke disc assembly (35) and a rebound stroke disc assembly (34) fixed on said axial member (32).

A device for providing the edge of a starting sheet of an electrode used in the electrolytic refining or recovery of metals with a dielectric part comprises a die space, in which the edge of the starting sheet of the electrode can at least partly be fitted, and a feeding device of the dielectric material for feeding the dielectric material into the die space. The device comprises changing members of the volume of the die space for pressing the dielectric material in the die space to that edge of the starting sheet of the electrode, which is at least partly fitted in the die space.

An optical fiber cable having a polymeric component, in particular a buffer tube, suitable for both terrestrial and undersea uses. The polymeric material forming the component has a copolymer of propylene with a C₄-C₈ α-olefin and preferably a nucleating agent disbursed therein. The obtained component shows improved dimensional stability, which guarantees its non-deformability, and high transparency and can be extruded at lower extrusion temperatures.

A projectile (1) is composed of a body divided into a front part (2) and a rear part (3), the latter being hollow. An axial rod (4) is embedded and fixed in the front part under pressure. The axial rod (4) terminates in a hard tip (6), which is located towards the front, and which is conical in shape and terminates in the form of a cap (7). The tip (6) closes the front end of an air chamber (5) positioned axially in the front part (2) of the body (1) of the projectile. Upon impact, the tip (6) is displaced towards the inside of the chamber (5), which causes it to be compressed, thus converting the projectile (1) into pellets. The body of the projectile (1) is cylindrical and has helicoidal external grooves. The body is made of lead with high antimony content. The projectile is arranged within a container, which retains it and acts additionally as a shock-absorbing element and stopper for the gases generated upon firing.

A device for fastening includes a threaded rod, a nut that can be screwed on the rod and elements for locking the nut in rotation in relation to the threaded rod including an intermediary ring mounted between a skirt of the nut and an end of the threaded rod, this ring including rotational coupling elements with the end of the threaded rod and rotational coupling elements with the skirt of the nut. The nut is elastically deformable to tightening during the screwing on the threaded rod.

A flanged member for a pipe system, and a method of manufacturing same. The flanged member has a radially projecting flange part and a pipe part. The flange part has a front end surface connects to another flange part, and a radially planar rear end surface facing the pipe part which delimits the rear end of the flange part against the pipe part, together with a radially inward extension of the rear end surface. The pipe part has a free end, adapted to be welded into the pipe system. Before final machining of the front surface of the flange part, the pipe part has an axial length such that its mass is at least 35% of the mass of the flange part so that upon welding of the free end of the pipe part, there is substantially no distortion of the rear surface of the flange part.

Fastening system (1) for fastening an attachment (18) to a substrate (13) with an insulation layer (16), the fastening system (1) comprising an anchor bolt (2), with a first area (3) for anchoring in the substrate (13), a second area (4) to which the attachment (18) can be fastened, and a stop (5), a mounting tool (6) to form an opening in the insulation layer (16), and a sealing element (7) adapted to be disposed at the stop (5) after the mounting tool (6) has been removed and to seal the opening in the insulation layer (16) as well as a corresponding method.

Please replace the current Abstract with the below language:

A multi-layer material comprises a textile substrate layer, a functional layer arranged on the textile substrate layer, and a coating covering the functional layer and the textile substrate. The multi-layer material further includes a textile cover layer arranged between the functional layer and the coating. An adhesive layer is arranged between the functional layer and the textile cover layer. The textile substrate is woven or knitted from one yarn and the textile cover layer is woven or knitted from an identical yarn.

A stator-housing unit for an electric machine includes a housing and a stator connected to the housing and bordering a bearing shield. A deviation in shape for increasing a coefficient of friction between the stator and the housing is realized on at least one subarea of a contact area between the stator and the housing, with the subarea being realized at one end of the stator.

The present invention relates to a method for manufacturing a plate of a turbomachine having a plurality of receiving grooves, which are formed on the cylindrical peripheral surface of the plate in order to receive blade roots of blades of the turbomachine. The receiving grooves extend in a straight line from one face of the plate to the other face of the plate, such that a straight line delimits the receiving groove from each point on the cross section of the receiving groove on one of the faces to the corresponding point on the cross section on the other face. A circular plate is provided and a plurality of receiving grooves are introduced into the plate simultaneously on opposing regions relative to a central axis of rotation of the plate.

A component with an geometrically adapted contact structure and a method for producing such a component are disclosed. In an embodiment a component includes a contact structure including a contiguous contact layer having a plurality of openings and being assigned to a first electrical polarity of the component and a plurality of individual contacts at least in part having different vertical heights, wherein the contacts extend in the openings throughout the contiguous contact layer, wherein the contacts are laterally spaced from each other and assigned to a second electrical polarity of the component, and wherein the contacts are arranged with respect to their different heights and their positions such that a height distribution of the contacts is adapted to a predetermined geometrically non-planar contour profile.