Abstract: A clip has a clip strap which has a first edge and a second edge and a clamping device for clamping the clip strap. The clip strap has recesses which are arranged between the first edge and the second edge and are spaced apart. The clamping device has a guide channel designed so as to complement the clip strap, for guiding through the clip strap. The clamping device has at least one first sprung detent tongue having a first free end, which protrudes into the guide channel and is oriented obliquely with respect to a clamping direction of the clip strap predefined by the guide channel in such a way that when the clip strap is guided through the guide channel in the clamping direction, the first free end latches successively into recesses of the clip strap.

Abstract: A hose clamp comprising a clamping strip extending in a circumferential direction (L) and a tensioning device for tensioning the clamping strip. The clamping strip is provided with at least one clip element, by means of which the hose clamp can be secured on a hose at an axially determinable distance from a hose end. In order to prevent the clip element from canting during the tensioning of the hose clamp, the clip element is held on the clamping strip so that said element can move in the circumferential direction (L).

Abstract: A hose clamp comprising a clamping strip extending in a circumferential direction (L) and a tensioning device for tensioning the clamping strip. The clamping strip is provided with at least one clip element, by means of which the hose clamp can be secured on a hose at an axially determinable distance from a hose end. In order to prevent the clip element from canting during the tensioning of the hose clamp, the clip element is held on the clamping strip so that said element can move in the circumferential direction (L).

Abstract: The present disclosure relates to a hose clamp with a clamp band (1), in which plurality of thread teeth (2) are formed which follow one another at a respective spacing and with which a clamping screw (3) of a clamping device of the hose clamp can be brought into engagement, in order to tension the clamp band (1). The clamping screw (3) has a screw thread (4) with a pitch (p). In order to ensure a reliable engagement of the screw thread with the thread teeth even in the case of small diameters, the spacing of the thread teeth (2) corresponds to an adapted pitch (p?) which is adapted to the pitch (p) of the screw thread (4) in the curved state of the clamp band (1).

Abstract: The invention relates to a hose connector with an inner sleeve (2) and an outer sleeve (3) between which an annular space (5) is formed at least in a first end region (4), in which annular space one end (7) of a fluid line (8) is received. Furthermore, the invention relates to a method for the fluid-tight connection of one end of a fluid line to a hose connector. The hose connector is intended to be permanently and securely connected to the fluid line with little effort. Therefore, by means of crimping the inner sleeve (2) and the outer sleeve (3) in the end region (4), a force-fitting and form-fitting connection between the end (7) of the fluid line (8) and the hose connector (1) is formed.

Abstract: Profile clamp has a base and flanks facing radially inwards. The clamp utilizes a tensioning device that connects two ends of the clamp band to one another. The clamp band has in a circumferential direction at least a first part and a second part. The first part has in at least one of its flanks a first connection geometry and the second part in at least one of its flanks has a second connection geometry. The first connection geometry and the second connection geometry are engagable with one another.

Abstract: Connection assembly includes two pipe end sections arranged to face each other, a profiled clamp including a clamping band with a base and two tilted side walls with ends, and at least one perimeter pleat projecting outwards on each of the pipe end sections. The side walls are engagable with the pleats on sides of the pleats facing away from one another.

Abstract: Profiled clamp that includes a clamping element, a sealing element having elastically deformable spacers on a radial outside, and a profile band on which the sealing element is held secured against loss. The elastically deformable spacers bear against an inside of the profile band in a non-positive manner.

Abstract: A profile clamp (1) is disclosed with an annular clamping band (2) that comprises on its axial ends flanks sloped radially inwards and in the region of its circumferential ends respectively one tensioning head (5, 6), wherein the tensioning heads (5, 6) can be tightened towards one another by a head (8) of a threaded bolt (7) and a mating thread element (9). The object is to specify a profile clamp with which a reliable coned flange connection is possible even at changing temperatures. For this purpose, it is provided that at least one spacer piece (10) is arranged between the head (8) and the mating thread element (9).

Abstract: Clamping element and method of forming clamping element. Clamping element includes a spring bracket, which is locked to the clamping element, a polygonal threaded nut, and a tightening screw, which is interacteable with the polygonal threaded nut. The threaded nut is held secured against rotation in the spring bracket.

Abstract: Tension clamp and a method of clamping with the tension clamp. The tension clamp includes a clamping band formed in an annular manner with two ends adjacent to one another, and a clamping fixture, structured and arranged to connect the two ends to one another, comprising a tightening screw with a screw head and a mounting section and a mating thread element into which the tightening screw is screwable. The mounting section includes at least one flexible region along its length.

Abstract: Profile clamp has a base and flanks facing radially inwards. The clamp utilizes a tensioning device that connects two ends of the clamp band to one another. The clamp band has in a circumferential direction at least a first part and a second part. The first part has in at least one of its flanks a first connection geometry and the second part in at least one of its flanks has a second connection geometry. The first connection geometry and the second connection geometry are engagable with one another.

Abstract: A connection arrangement for a coned flange connection and coned flange connection. The connection arrangement includes a tensioning device bent in a ring shape having a changeable inner diameter, legs projecting radially inwardly from the tensioning device and forming, in an axial direction, an accommodation space, and an insert on which the legs are formed being arranged inside the tensioning device. The insert has a back bearing against an inside of the tensioning device and is arranged to connect the legs. The legs have multiple gaps in a circumferential direction.

Abstract: Tension clamp and a method of clamping with the tension clamp. The tension clamp includes a clamping band formed in an annular manner with two ends adjacent to one another, and a clamping fixture, structured and arranged to connect the two ends to one another, comprising a tightening screw with a screw head and a mounting section and a mating thread element into which the tightening screw is screwable. The mounting section includes at least one flexible region along its length.

Abstract: Clamping element and method of forming clamping element. Clamping element includes a spring bracket, which is locked to the clamping element, a polygonal threaded nut, and a tightening screw, which is interacteable with the polygonal threaded nut. The threaded nut is held secured against rotation in the spring bracket.

Abstract: The present invention refers to a hermetic compressor and, more specifically, a hermetic compressor comprising a centrifugal pump (1) to provide oil for the moving parts of said compressor. In the compressor of the present invention, the vertical shaft (7) extends axially from the rotor to form a free end (8) in its inferior portion, and said free end (8) is sized to be received in a corresponding end (12) of the centrifugal pump (1).

Abstract: Connecting assembly and method of forming connection assembly. Connection assembly includes two pipe end sections arranged to face each other, a profiled clamp including a clamping band with a base and two tilted side walls with ends, and at least one perimeter pleat projecting outwards on each of the pipe end sections. The side walls are engagable with the pleats on sides of the pleats facing away from one another.

Abstract: The mounting arrangement is applied to a refrigeration compressor having a shell (1) externally carrying energizing pins (2) and comprises: a connector (10) to be mounted to the shell (1) and having a non-electric conducting base body (11) which houses and retains electric terminals (4) attached to an electric supply cable (3) and which are designed to fit said energizing pins (2), one of the parts of shell (1) and base body (11) of the connector (10) carrying locking means (20) to be engaged to respective locking receiving means (30) provided in the other part, when the connector (11) is mounted to the shell (1); and an elastic sealing means (40) carried by one of the parts of shell (1) and connector (11) and to be pressed between said parts, around the energizing pins (2), when the connector (11) is mounted to the shell (1).

Abstract: The mounting arrangement is applied to a refrigeration compressor having a shell (1) externally carrying energizing pins (2) and comprises: a connector (10) to be mounted to the shell (1) and having a non-electric conducting base body (11) which houses and retains electric terminals (4) attached to an electric supply cable (3) and which are designed to fit said energizing pins (2), one of the parts of shell (1) and base body (11) of the connector (10) carrying locking means (20) to be engaged to respective locking receiving means (30) provided in the other part, when the connector (11) is mounted to the shell (1); and an elastic sealing means (40) carried by one of the parts of shell (1) and connector (11) and to be pressed between said parts, around the energizing pins (2), when the connector (11) is mounted to the shell (1).

Abstract: A wind power installation includes a nacelle, and energy conversion system for converting wind power into electric energy. The energy conversion system includes a heat-generating source which is disposed in the nacelle and constructed to include a closed primary cooling system using air for dissipating generated heat. Further provided is an open secondary cooling system which uses ambient air for cooling heated air from the primary cooling system.