Abstract: A hand fixation band includes a fastening band, a sliding arm and a damping element. The fastening band has a main portion, and a connecting portion protruded outward from one end of the main portion. A bottom surface of the connecting portion is defined as a contact surface. The sliding arm is connected with the fastening band. One end of the sliding arm disposed under the connecting portion is recessed downward to form an accommodating groove. A top of a peripheral wall of the accommodating groove is inclined outward from bottom to top to form a first inclined surface. The damping element is disposed in the accommodating groove and contacts with the contact surface. A periphery of a bottom surface of the damping element is inclined outward from bottom to top to form a second inclined surface. The first inclined surface contacts with the second inclined surface.

Abstract: A hand fixation band includes a fastening band, a sliding arm and a damping element. The fastening band has a connecting portion. A bottom surface of the connecting portion is defined as a contact surface. The sliding arm is connected with the fastening band. A top surface of one end of the sliding arm is recessed downward to form an accommodating groove. Several portions of a top surface of a bottom wall of the accommodating groove protrude upward to form a plurality of buckling blocks. The damping element is disposed in the accommodating groove and contacts with the contact surface. Several portions of a bottom surface of the damping element are recessed upward to form a plurality of buckling holes. The plurality of the buckling blocks are buckled in the plurality of the buckling holes.

Abstract: An exhaust-gas turbocharger (1) having a turbine housing (2), having a compressor housing (3), having a bearing housing (4), which has a bearing housing axis (L), and having a connecting device (5), for connecting the bearing housing (4) to the compressor housing (3) and/or the turbine housing (2). The connecting device has a plurality of connecting elements (6) which each have a connecting element end face (7). The number of bores (8) in the compressor housing (3) corresponds to the number of connecting elements (6). The bores (8) and the connecting elements (6) inserted into the bores (8) are arranged at an acute angle (?) with respect to the bearing housing axis (L), and the connecting element end faces (7) rest on an associated bearing surface (9) of the bearing housing (4) and/or turbine housing (2).

Abstract: A storage tank orifice flexible center mount sealing device comprising a first annular member being substantially flexible having a annular channel, a central orifice and a mating surface, wherein the mating surface is operably configured to be disposed against a wall of a container; and, a second annular member being substantially rigid having a central orifice, wherein the second annular member is disposed in the annular channel and the members are coaxially aligned. The sealing device further comprises a sealing boot disposed on the first annular member, wherein an enclosed environment is defined by the first annular member, the wall and a conduit, which passes through the wall, the central orifices of the first and second members and the sealing boot, wherein mounting hardware used to secure the first and second members to the wall are protected in the enclosed environment and first annular member has a boot mounting area.

Abstract: A seal assembly comprising an elastomeric gland having insert openings and fastener openings. Elastomeric inserts are removably disposed in the gland insert openings. The inserts have removable portions to form cable openings. Cable(s) can be placed in the cable openings. End plates are disposed at each end of the inserts and gland. The end plates are formed of complementary plate members, which, when mated together, form an unitized end plate having fastener openings and cable openings. Upon installing the seal assembly in an elongate container opening, fasteners, which extend through the gland and end plates, are tightened. The gland expands outward and contacts the wall forming the container opening. The gland constricts on the inserts, and, in turn, the inserts constrict on the cable(s) located in an insert.

Abstract: A high pressure seal consists of a minimal convex excess which induces a plastic-elastic deformation on the flat opposing surface. The excess can also be formed by means of a ring with a circular cross section which after tightening of the screw coupling likewise forms a small convex excess. Removal of the ring without damage is accomplished by application of pressure by means of a smaller additional groove and a pressure feeding bore discharging into the additional groove.

Abstract: A sealing device for installation between a partition and at least one cable or conduit passing through a hole in the partition, includes two half-shells together forming a cylindrical body which completely surrounds the cable or conduit and is fixed to the partition. The device also includes a sealing joint and sealant to fill the space between the cable or conduit and the cylindrical body and to immobilize them relative to each other. The sealing means includes at least one sealing gasket of a flowable elastomeric material disposed about the cable or conduit, a radial gripping device in the form of a resiliently deformable split ring, which is disposed about the sealing gasket in the cylindrical body. The sealing gasket includes a skirt which is radially retractable in a substantially uniform manner about its entire circumference.

Abstract: A sealing arrangement relating to cable and pipe lead-throughs that extend through a wall. The arrangement includes a frame and one or more modules made from a compressible material and including an axially-extending channel through which a cable or a pipe is adapted to pass in sealing abutment with respective module channels. The frame includes one or more modules that are mounted within and sealed relative to the frame, and also includes a first part and a second part, each provided with a respective opening, intended to be fitted on both sides of a wall in which an opening has been formed. A third frame part in the form of a body formed from a compressible material, such as rubber, and having an opening that has generally the same size as the openings in the respective first and second frame parts, is positioned between the first frame and second frame parts, wherein the third frame part accommodates the modules.