Abstract: A sleeve assembly for supporting flexible duct includes a frame with first and second frame sections. The frame sections are secured together by fastener subassemblies. The sleeve assembly accommodates flexible duct in various angular and straight configurations. The frame can comprise various suitable materials and skeletal or solid-exterior construction. The sleeve assembly is adapted for various installations in air distribution systems of heating, ventilating and air conditioning systems.

Abstract: A locking device installed in a cargo support to lock a retractable tube, including a holder frame fastened to the outer tube of the retractable tube, a rack moved in a longitudinal sliding way defined between two parallel lugs of the holder frame, a driving lever pivoted to the holder frame for moving the rack, and a locking block pivoted to the holder frame and retained by a spring to lock the driving lever, wherein a L-shaped locating plate is mounted in the holder frame for the positioning of the outer tube of the retractable tube, having a round hole on a transverse section thereof through which the inner tube is inserted into the outer tube, two stop flanges bilaterally extended from a longitudinal section thereof and respectively engaged with respective end notches on the holder frame, and a lug extended from one stop flange and fastened to a lug at the holder frame; the holder frame and the locking block are respectively made of iron.

Abstract: Slidable-contact portions 10, 24 of a fixing tool 1 are engaged with the concave grooves 11 of a corrugated tube 2 which is circular in section so that the corrugated tube is supported rotatably in its circumferential direction by the fixing tool 1. Where the corrugate tube is oval in section, it is fixed inside a rotating member 33 with a circular outer periphery, and the rotating member is held rotatably in its circumferential direction inside a body of the fixing tool 1. The rotating member may be moved along a cam groove, or may hold the corrugated tube in a state decentered in an oblique direction. The fixing tool 1 is composed of a receiving part 3 and covering part 2 which have slidable-contact supporting portions 10, 24 to be engaged with the concave grooves 11 of the corrugated tube 2.

Abstract: A U-clamp which has an adapter plate attached to the U-clamp to securely mount the U-clamp to a supporting surface.

Abstract: A novel support system is disclosed for supporting pipes conducting fluid in service galleries, particularly in the chemical, petrochemical or nuclear industry. The support system includes at least one pre-assembled, movable portal frame including metal tubes welded together and set out as a main framework and rungs intended to support said pipes having a horizontal or inclined longitudinal axis. After moving the support system to a service gallery, an anchoring structure is used to anchor the pre-assembled, movable portal frame to structural works in the service gallery.

Abstract: The device comprises a collar consisting of two shells, designed to provide a link with the load-transmitting element. The cable has an assembly of tensioned strands contained, at the level of the collar, in a matrix filling the interstices between the strands. This matrix is totally or partially made from a plastic material susceptible to creep under the effect of the clamping action of the collar. The clamping action is applied by elongate elements transmitting a clamping force to the shells of the collar. These elongate elements are stressed so as to produce a longitudinal elastic deformation that is much greater than the maximum settlement of the matrix due to creep. This prevents any undesirable loosening of the collar.

Abstract: Clamp for a cable or pipe, comprising a bottom shell and a top shell, in which shells the sides facing each other are provided with a recess for accommodating at least one cable or one pipe. The underside of the bottom shell provides for a flat support surface, and Me top shell has a substantially outward cured top surface. The top side of the top shell is provided with a flat supporting surface, which runs parallel to the support surface of the bottom shell.

Abstract: A cable-tubing organizer system is provided for storing and organizing wire leads and tubing extending from monitoring equipment used in an operating room or other patient care environment. The organizer system includes a monitoring lead assembly, a transducer support device, and a transport plate. The monitoring lead assembly includes a plurality of clips, mounted on a base plate, for containing one or more coils of wire or tubing extending from operating room monitoring equipment. The monitoring lead assembly includes an attachment mechanism for securing the assembly to an operating table or any suitably convenient structure. The transducer support device includes a transducer bracket for securing a transducer holder that contains several different transducers. The transducer bracket translates vertically on a slotted plate for adjustment to patient chest level.

Abstract: In a flat circuitry mounting structure for connection of one end portion of a flat circuitry that is mounted with a surplus length between a molded panel and a body panel at a position in a vehicle, the flat circuitry is supported by a flexible support member that is mounted on a back face of the door trim in such manner that one end in a longitudinal direction thereof is fixed while the other end is free.

Abstract: A grounding clamp includes mechanical features for electrically interconnecting two or more shielding layers of shielded cables, and/or for interconnecting the shielding layer of one or more shielded cables to an electrically grounded chassis. The grounding clamp includes two elongated brackets, each having a first end and a second end, and each being formed of an electrically conductive material. The two brackets include undulating surfaces, and are interconnected to each other at their first ends by a tab and slot arrangement. When the two brackets face each other the undulations on their undulating surfaces are offset relative to one another. The second ends of the brackets are connected by a threaded fastener arrangement, so that cables may be pinched between the undulating surfaces to establish electrical conductivity between shielding layers of the cables and the grounding clamp.

Abstract: A gripper device made of rigid material and having only two members. The two members are basically shaped alike, each having a single, longitudinal axis edge that faces and interlocks slidingly with the other. One of the members has a number of cord or cable retaining cut-outs cut through an axis perpendicular to the sliding axis of the facing members. Provision is made for preventing the relative sliding of the members when cords or cables are being retained by the device, which can be secured by a single lock. The gripper device is small, easy to use and economic to produce.

Abstract: A rod rack supporting structure comprises two support frames, a rod, and two locating members. The support frames are provided with a cross rod which is in turn provided with a plurality of retainers for retaining the rod. The retainers are provided in both plate surfaces of the opening thereof with a slide block. The locating members are provided in the inner side thereof with an arcuate slot and a slide slot corresponding to the slide block. The rod rack is securely located by the two slide blocks which are engaged with the two slide slots.

Abstract: An improved clamping device for securing a thin-walled tube against movement in the axial direction during cold forming operations performed on the tube end, the clamping device having a base member and a clamping member each containing semi-circular channels which combine to define a generally circular bore to receive a tube, where the channel walls are provided with plural annular grooves, each groove having a recess bounded by two raised shoulders which extend into the interior from the channel wall and are pressed into the outer wall of the tube to provide a frictional grip against axial movement of the tube.

Abstract: A tube clamping assembly for securing tubes against movement has a bracket and a strap clamp for clamping a tube to the bracket. The strap clamp is configured to be sufficiently flexible so as to close large clamp gaps. In one embodiment, the strap clamp has a generally U-shaped portion having a pair of angled leg sections connected to a flat section. Each one of the angled leg sections forms an obtuse angle at about its midpoint so as to define an inner segment, which is connected to the flat section, and an outer segment. The inner segment of each angled leg section forms an obtuse angle with the flat section, and the outer segments are substantially perpendicular to the flat section. The U-shaped portion has a mounting flange extending from each one of the angled leg sections for bolting the strap clamp to the bracket.

Abstract: The clip includes a body and a lid slidably mounted on tracks on the sides of the lid. A trough formed in the body receives a cylindrical item, such as a rod, pipe or conduit. The lid slides between an open or pre-driven position wherein the lid does not cover the trough, and a closed position wherein the lid covers the trough. The tracks are somewhat inclined with respect to the body so that the lid does not contact the rod in the trough until immediately prior to the closing of the lid. Sloped stop ramps on the body detent engage apertures in the lid in both the open position and the closed position. The underside of the body includes a second trough with a “rabbit ear” detent mechanism to engage a second cylindrical item, such as a rod, pipe or conduit.