Abstract: A method for producing a preassembled cable having at least one electrical plug connector includes: inserting a free end of a cable through a sleeve part of the plug connector, connecting a signal conductor at the free end of the cable to an electrical contact of a contact carrier of the plug connector, introducing the connected contact carrier into the sleeve part, located on the cable, of the plug connector, introducing an insert into the sleeve part of the plug connector for relieving strain on the cable and for sealing off the sleeve part of the plug connector at the cable end, and encapsulating by injection-moulding at least a portion of the sleeve part of the plug connector with injection-moulding material.

Abstract: The invention relates to a method, wherein a line connector (1), in particular a plug connector, by a fastening device (2) is fastened to a line (3) for liquid and/or gaseous media, wherein during or after the fastening of the line connector (1) to the line (3), a blocking body (4) already present on the line connector (1) and/or on the line (3) is removed from the line connector (1) and/or from the line (3) by means of the fastening device (2), wherein the blocking body (4) prevents a mating connector (5) from being connected to the line connector (1) as long as the blocking body is present on the line connector (1) and/or on the line (3).

Abstract: A method for molding a plug and a hose or a pipe, wherein the plug is part of a pipe connection and the pipe connection is constructed as a sealing plug-in connection between a connecting piece and the plug. The plug includes an outer part and an inner part connected to each other in one piece and a rear free end of the plug forms an annular gap. The deformation forces acting on expanding jaws of an expanding device during the molding of the plug and the hose or the pipe are directly recorded and the molding of the plug and the hose or the pipe is performed in dependency on these directly recorded deformation forces. As a result, a constant molding degree is achieved in case of plugs and hoses or pipes with varying wall thicknesses.

Abstract: A jack socket to produce a electrical plug connection with a jack plug includes housing (10) with a space, in which the plug shaft can be inserted; a sleeve contact (20) to contact the contact sleeve of the jack plug; a tip contact (30) with a contact section (32) which, in the inserted state of the jack plug, can be contacted from the contact tip and a tip switching contact (40) with a contact section (42), which, without the inserted jack plug, lies against a tip switching contact contact point of the contact section (32) of the tip contact (30) and is lifted off the contact section of the tip contact (30) during the insertion of the jack plug. The connecting sections (21, 31, 41 51, 61) of the contacts (20, 30, 40, 50, 60) project from an attachment end (14) of the plug housing (10) and have a longitudinal extension.

Abstract: The invention relates to a method, wherein a line connector (1), in particular a plug connector, by a fastening device (2) is fastened to a line (3) for liquid and/or gaseous media, wherein during or after the fastening of the line connector (1) to the line (3), a blocking body (4) already present on the line connector (1) and/or on the line (3) is removed from the line connector (1) and/or from the line (3) by means of the fastening device (2), wherein the blocking body (4) prevents a mating connector (5) from being connected to the line connector (1) as long as the blocking body is present on the line connector (1) and/or on the line (3).

Abstract: A jack socket to produce a electrical plug connection with a jack plug includes housing (10) with a space, in which the plug shaft can be inserted; a sleeve contact (20) to contact the contact sleeve of the jack plug; a tip contact (30) with a contact section (32) which, in the inserted state of the jack plug, can be contacted from the contact tip and a tip switching contact (40) with a contact section (42), which, without the inserted jack plug, lies against a tip switching contact contact point of the contact section (32) of the tip contact (30) and is lifted off the contact section of the tip contact (30) during the insertion of the jack plug. The connecting sections (21, 31, 41 51, 61) of the contacts (20, 30, 40, 50, 60) project from an attachment end (14) of the plug housing (10) and have a longitudinal extension.

Abstract: A device and method for the molding of plugs as part of a pipe connection wherein the pipe connection is constructed as a sealing plug-in connection with a connecting piece and a plug that can be locked with the connecting piece. A molding slot is placed in the material of the plug with an expanding tool acting in a radial direction and a sensor subject to the radial deformation is arranged in the expanding jaw. The sensor records the radial deformation work of the expanding jaw and regulates the expanding drive.

Abstract: The invention relates to a device for the molding of plugs as part of a pipe connection and a method used for the device, wherein the pipe connection is constructed as a sealing plug-in connection with a connecting piece and a plug that can be locked with the connecting piece, wherein the plug exhibits an outer part and an inner part that are connected to each other in a single piece and forms an annular gap on the rear free end. The invention is characterized in that a molding slot is placed in the material of the plug with an expanding tool acting in radial direction, said molding slot engaging in the material of the pipe or hose and that a sensor subject to a radial deformation is arranged in at least one location of the expanding jaw, said sensor recording the radial deformation work of the expanding jaw and regulating the expanding drive with it.

Abstract: An insulation stripping tool for flat cables includes a clamping device adapted to be clamped to a flat cable and to provide a linear guide edge for guiding a knife holder to accurately sever the outer insulation sheath of the cable in a transverse direction. Upon removal of the clamping device from the cable, the knife holder is inserted into a chamber contained in the clamping device with the knife edge protruding from the chamber, whereupon a curved side of the flat cable is inserted within first guide grooves contained in the clamping device, and the clamping device is displaced circumferentially of the cable to sever the curved cable side transversely of the cable. The curved cable side is then inserted into a second pair of grooves contained in the clamping device, and the knife holder is displaced longitudinally to sever the insulation sheath longitudinally of the cable.

Abstract: An insulation stripping tool for flat cables includes a clamping device adapted to be clamped to a flat cable and to provide a linear guide edge for guiding a knife holder to accurately sever the outer insulation sheath of the cable in a transverse direction. Upon removal of the clamping device from the cable, the knife holder is inserted into a chamber contained in the clamping device with the knife edge protruding from the chamber, whereupon a curved side of the flat cable is inserted within first guide grooves contained in the clamping device, and the clamping device is displaced circumferentially of the cable to sever the curved cable side transversely of the cable. The curved cable side is then inserted into a second pair of grooves contained in the clamping device, and the knife holder is displaced longitudinally to sever the insulation sheath longitudinally of the cable.

Abstract: The invention relates to a device for the molding of plugs as part of a pipe connection and a method used for the device, wherein the pipe connection is constructed as a sealing plug-in connection with a connecting piece and a plug that can be locked with the connecting piece, wherein the plug exhibits an outer part and an inner part that are connected to each other in a single piece and forms an annular gap on the rear free end. The invention is characterized in that a molding slot is placed in the material of the plug with an expanding tool acting in radial direction, said molding slot engaging in the material of the pipe or hose and that a sensor subject to a radial deformation is arranged in at least one location of the expanding jaw, said sensor recording the radial deformation work of the expanding jaw and regulating the expanding drive with it.

Abstract: A method for converting an object code (OC1) for a source hardware (M1) into an equivalent program code (PC2) that comprises a program part (PT2) and a data part (DT2), whereby a code transformer (CT) analyzes each command of the object code (OC1) for the source hardware (M) and generates at least one corresponding entry in the program part (PT2) of the program code (PC2) from it is developed in that at least one data part (DT1) of the object code (OC1) for the source hardware (M1) and at most the complete object code (OC1) for the source hardware (M1) is accepted into the data part (DT2) of the program code (PC2). Such a method is flexible and offers high efficiency both in the conversion as well as in the running of the converted program code (PC2).

Abstract: To improve the strength, resistance to leaks, and formation of tears and fissures in the inner wall of a double-wall tank, the inner wall is formed, as described in the inventor's earlier U.S. Pat. No. 4,739,895 (U.S. Pat. No. Re. 33,421) by a plurality of foil or sheet elements which are overlapped at the edges, and covered by a plastic, preferably epoxy layer. The sheet elements are preferably aluminum foils of from 0.15 to 0.3 mm, preferably 0.2 mm thickness. The plastic layer is reinforced by a multi-ply, preferably two-ply, glass fiber fabric, which is so woven that the layers or plies of the fabric are interwoven or interlocked. The fabric is embedded in the plastic coating, before it is cured, for example by rolling it into the plastic coating. To assure good fitting of the inner wall against the outer wall, a vacuum is applied in the space formed by the projections or puckers of the sheet elements and the outer wall before the plastic coating has cured, and maintained until it is cured.

Abstract: To form a substance supported inner wall of a doublewall bottom and portion of the side wall of a tank, the inner wall is formed by a ridged, ribbed, puckered or embossed aluminum foil of, for example, 0.15 mm to 0.3 mm, preferably about 0.2 mm thickness, with protrusions or projections extending towards the outer or bottom wall. Since such foils are not available in sizes sufficient to lay out an entire tank in one unit, a plurality of foil units are placed adjacent each other, preferably with edge zones overlapped, and the overlap is bridged and connected by a fiber reinforced ribbon or tape, preferably glass fiber, the thus formed bottom wall being coated with an epoxy resin in which the glass fiber reinforced ribbon or tape is embedded.

Abstract: To form a substance supported inner wall of a double-wall bottom and portion of the side wall of a tank, the inner wall is formed by a ridged, ribbed, puckered or embossed aluminum foil of, for example, 0.15 mm to 0.3 mm, preferably about 0.2 mm thickness, with protrusions or projections extending towards the outer or bottom wall. Since such foils are not available in sizes sufficient to lay out an entire tank in one unit, a plurality of foil units are placed adjacent each other, preferably with edge zones overlapped, and the overlap is bridged and connected by a fiber reinforced ribbon or tape, preferably glass fiber, the thus formed bottom wall being coated with an epoxy resin in which the glass fiber reinforced ribbon or tape is embedded.