Abstract: The present invention concerns a compression wedge of a lead-through system. The wedge is moveable between two extremes and has distinct stops at the extremes. The distinct stops are given by co-operating stop edges (16, 17, 18, 23). In one embodiment two of the stop edges (16, 17) are provided on a screw (6). One end of the screw (6) is received inside a socket (7) fastened to a first wedge element (1). A second end of the screw (6) is fastened to a second wedge element (2). The socket (7) and screw (6) are mutually moveable in an axial direction of the screw (6). One stop edge (23) is provided in an inner opening (35) of the socket (7) and one stop edge (18) is provided in an opening of the first wedge element (1).

Abstract: The present invention concerns an indication means using the positions of two mutually moveable parts of an element. In one embodiment the indication means is used for a compression wedge of a lead-through system. The wedge comprises a first and a second wedge element (1, 2) moveable towards and away from each other between two extremes. A socket (7) is fastened in a rotatable way to the first wedge element (1) and a screw (6) is fixed to the second wedge element (2). One coloured end (11) of the screw (6) is received in a through opening (17) of the socket (7). The inner surface of said through opening has another colour than the coloured end (11) of the screw (6). The mutual position of the first and second wedge elements (1, 2) are controlled by rotation of the socket (7) on the screw (6).

Abstract: The present invention concerns a wedge comprising four wedge elements (1, 2, 3, 4). A first wedge element (1) and a second wedge element (2) are arranged moveable towards and away from each other. A third wedge element (3) and a fourth wedge element (4) are placed on opposite sides of the first two wedge elements (1, 2) abutting the two first wedge elements (1, 2) along sloping surfaces. The third and fourth wedge elements (3, 4) will be moved away from each other when the first and second wedge elements (1, 2) are moved toward each other and will be free to move toward each other when the first and second wedge elements (1, 2) are moved away from each other. The movement is accomplished in that a first part (7) is fixed rotatable in the first wedge element (1) and that a second part (6, 40) is fixed non-rotatable in the second wedge element (2).

Abstract: The present invention concerns a compression wedge of a lead-through system. The compression wedge comprises a number of wedge elements (1, 2, 3, 4). At least one of the wedge elements (1, 2, 3, 4) has a core (9, 10, 11, 12) of a harder material than an outer part surrounding the core (9, 10, 11, 12). The part surrounding the core (9, 10, 11, 12) is made of an elastic material. The wedge is moved between a non-compression state and a compression state by means of one single screw (6) co-operating with a socket (7).

Abstract: The present invention concerns a wedge comprising four wedge elements (1, 2, 3, 4). A first wedge element (1) and a second wedge element (2) are arranged moveable towards and away from each other. A third wedge element (3) and a fourth wedge element (4) are placed on opposite sides of the first two wedge elements (1, 2) abutting the two first wedge elements (1, 2) along sloping surfaces. The third and fourth wedge elements (3, 4) will be moved away from each other when the first and second wedge elements (1, 2) are moved toward each other and will be free to move toward each other when the first and second wedge elements (1, 2) are moved away from each other. The movement is accomplished in that a first part (7) is fixed rotatable in the first wedge element (1) and that a second part (6, 40) is fixed non-rotatable in the second wedge element (2).

Abstract: The present invention concerns a compression wedge of a lead-through system. The wedge is moveable between two extremes and has distinct stops at the extremes. The distinct stops are given by co-operating stop edges (16, 17, 18, 23). In one embodiment two of the stop edges (16, 17) are provided on a screw (6). One end of the screw (6) is received inside a socket (7) fastened to a first wedge element (1). A second end of the screw (6) is fastened to a second wedge element (2). The socket (7) and screw (6) are mutually moveable in an axial direction of the screw (6). One stop edge (23) is provided in an inner opening (35) of the socket (7) and one stop edge (18) is provided in an opening of the first wedge element (1).

Abstract: The present invention concerns an indication means using the positions of two mutually moveable parts of an element. In one embodiment the indication means is used for a compression wedge of a lead-through system. The wedge comprises a first and a second wedge element (1, 2) moveable towards and away from each other between two extremes. A socket (7) is fastened in a rotatable way to the first wedge element (1) and a screw (6) is fixed to the second wedge element (2). One coloured end (11) of the screw (6) is received in a through opening (17) of the socket (7). The inner surface of said through opening has another colour than the coloured end (11) of the screw (6). The mutual position of the first and second wedge elements (1, 2) are controlled by rotation of the socket (7) on the screw (6).

Abstract: The present invention concerns a compression wedge of a lead-through system. The compression wedge comprises a number of wedge elements (1, 2, 3, 4). At least one of the wedge elements (1, 2, 3, 4) has a core (9, 10, 11, 12) of a harder material than an outer part surrounding the core (9, 10, 11, 12). The part surrounding the core (9, 10, 11, 12) is made of an elastic material. The wedge is moved between a non-compression state and a compression state by means of one single screw (6) co-operating with a socket (7).

Abstract: A seal, lead-through or transit for cables, wires or pipes which seal, lead-through or transit has one or more compressible parts surrounding the cable, etc. and a position of an opening receiving the cable, etc. is adjustable. In one example, the opening may be placed off-center on a partition line between two module parts. In other example, an inner compressible body may be placed inside an outer compressible body or between two module parts. The inner compressible body has an opening receiving the cable, etc. which opening is placed off-center. By rotating the inner compressible body the position of the opening receiving a cable, etc. is adjusted.

Abstract: The present invention relates to modified oligonucleotides of 5-50 nucleotide residues, wherein at least 25% of the nucleotides are independently modified at the 2? position to comprise the structure of formula (I), wherein base is a purine or pyrimidine moiety; and R1, R2, R3, R4, p and q are as defined in the description. The modified oligonucleotides comprising said structures are useful as medicaments for enhancement of drug uptake in oligonucleotide based therapy in humans and animals.

Abstract: The present invention relates to modified oligonucleotides of 5-50 nucleotide residues, wherein at least 25% of the nucleotides are independently modified at the 2? position to comprise the structure of formula (I), wherein base is a purine or pyrimidine moiety; and R1, R2, R3, R4, p and q are as defined in the description. The modified oligonucleotides comprising said structures are useful as medicaments for enhancement of drug uptake in oligonucleotide based therapy in humans and animals.

Abstract: A compressible module having an axial groove for localization of a cable or pipe having at least two module sections or submodules having differing physical properties.

Abstract: A frame for receiving one or more modules for cable entries or pipe penetrations. A compression unit is an integrated part of the frame in at least one embodiment, which compression unit is to compress the modules inside the frame. The compression unit includes three compression wedges. An upper and a lower compression wedge have the same orientation, while a middle compression wedge has an opposite orientation. The middle compression wedge is oriented with a broad side facing an opening of the frame receiving the modules. At least one compression screw goes through openings of the upper and lower compression wedges and through a slot in the middle compression wedge.

Abstract: A cable lead-through is disclosed for a switch cabinet, electric cabinet or the like. In at least one embodiment, the cable lead-through is formed of two substantially identical lead-through halves. The lead-through halves are held together by way of two clamping devices. By placing the clamping devices in grooves of the lead-through halves, the cable lead-through is held together.

Abstract: A module forming a part of a lead-through or transit for cables, pipes or the like is disclosed. In at least one embodiment, the module includes two base parts forming an outer part of the module. Two holding parts form an inner part of the module. Inside the inner part, formed of the two holding parts a cable or the like is received. The inner part of the module is received turnable inside the outer part of the module.

Abstract: A compressible module having an axial groove for localisation of a cable or pipe having at least two module sections or submodules having differing physical properties.

Abstract: Blocks of a cable, wire or pipe transition that may be placed together to form a structure of a number of the blocks. Each block has a generally rectangular shape and forms a part of the cable, wire or pipe transition together with at least one further block. Each block has at least one recess placed in the middle of the block. Inside the recess a number of peelable sheets are received. The sheets may be peeled off to adapt the inner diameter of the block to the outer diameter of a cable, wire or pipe to be received in the recess. Each block has elements for fastening further blocks to the block above or below the block.

Abstract: A sealing system for cable entries or pipe penetrations including a frame receiving one or more compressible modules surrounding a cable or pipe, whereby a barrier is formed of the one or more modules and at least one compression unit in the frame. The compressible module may have at least one opening provided with at least one peelable layer for adapting to the diameter of a cable or pipe, which at least one peelable layer is placed in a profile. Each compressible module may include a movement preventing device that engages the frame and/or an adjacent compressible module in an axial direction, so as to obstruct movement in an axial direction.

Abstract: A seal, lead-through or transit for cables, wires or pipes comprises a base part having a groove for receiving the cable etc. and in which groove a number of peelable sheets is received. The seal etc. may be designed to automatically give low friction and enhanced sealing between a cable etc. and the sheets and between the base parts at installation.