Abstract: Disclosed are methods and apparatus for providing and installing electrical wire connector clamps that may be inserted into knockout holes from the inside of an electrical box or panel, that are capable of holding multiple wires or cables, that may be run through the connector before it is slotted into the hole, and that use only a minimal amount of interior space of the electrical box or panel. Embodiments of the present invention include semi-cylindrical units that may be folded together around one or more wires for secure engagement with the wires and with a knockout hole of an electrical box or panel. Embodiments may be used in new construction, and to replace existing connector clamps in an electrical box or panel from the inside without damaging the walls surrounding the box or panel, in order to securely hold wires in an electrical box or panel, add new wire(s), hold multiple wires, and/or increase available space inside the box or panel.

Abstract: A low-PIM, self-tightening cable tie anchor in which tightening the cable tie enhances the gripping force applied to the mounting structure. The grip enhancing cable tie anchor includes a pair of anchor levers connected by a fulcrum. Each anchor lever includes an interface cleat that extends above the fulcrum, a cable tie slot that extends through the interface cleat, a flange positioned below the cable tie slot, and a leg extending from the flange. Each leg includes a barb spaced apart from the flange. The flange and barb form a mounting structure slot for removably attaching the cable tie anchor to the mounting structure. The barbs are inserted through a receptacle, typically a mounting hole, on the mounting structure. The barbs capture the mounting structure, while the fulcrum and cable tie slots capture the cable tie, without the use of hands, to facilitate tightening the cable tie with both hands.

Abstract: A wire harness having a bent router configured to be routed in a bent manner in a vehicle, the wire harness including: a wire; an exterior tube enclosing an outer peripheral surface of the wire; and a heat transfer tube having a rectangular tubular shape, provided between the wire and the exterior tube, and contacting an entire periphery of both the outer peripheral surface of the wire and an inner peripheral surface of the exterior tube, wherein the wire has an exposed part not covered by the heat transfer tube.

Abstract: A fastener for communication lines includes a flat metallic body having an opening for a metallic mounting screw. A distal end of the body is configured to capture a line previously installed along a building surface via an adhesive or other non-metallic fastener. A cover has an open top, and a bottom wall having an opening that aligns with the opening in the fastener body when the cover is disposed over the body. The screw is inserted through the top of the cover, and the openings in the bottom wall and the fastener body, to mount the fastener body together with the cover at a position on the building surface where the fastener captures the line securely. The line is thus prevented from collapsing and interfering with responders if the adhesive fails during a building fire. The fastener is concealed by closing the cover top with an associated cap.

Abstract: A pipe or like support moulded as a unitary item having a region of concertinaing, serpentine or otherwise longitudinally variable nature between end regions, for example having a longitudinally extensile linking region extending between at least a pair of the end regions the linking region can be of a concertina or serpentine type configuration. The end regions can both have passageways extending there through in a direction perpendicular to the axis of the pipe or like member to be supported.

Abstract: A pipe clamp comprises a mounting post having a flexible arm extending laterally therefrom in a semi-circular arc. The arm defines with the mounting post an arcuate recess having spaced apart opposite ends between which different size pipe is selectively insertable into the recess. Opposed flexible fingers extend radially inwardly adjacent opposite ends of the recess. The fingers are axially angled between opposite sides of the clamp to facilitate bending of the fingers when contacted by the pipe during insertion of the pipe into the recess.

Abstract: A support collar for long articles, in particular cables, pipes and/or the like, includes a sheet-like structure provided with a flat top end portion, having an opening, and two side portions perpendicular to the top end portion, each having a respective engaging element for engaging the support collar on a support plate or on a top end portion of another support collar. The side portions and the top end portion delimit an area for partially housing an article to be supported. The collar also includes a retainer for keeping the long article stably joined to the sheet-like structure, which includes at least one retaining clip provided with two gripping arms which extend inside the housing area. The gripping arms can be elastically splayed so as to engage with and retain the long article inside the housing area, pressing it elastically in directions transverse to the longitudinal extension thereof.

Abstract: A pipe support is disclosed for restraining a pipe at a position in close proximity to a joint formed by the pipe and a pipe fitting. The pipe support includes a base configured to be secured to a support surface and to interface with an outer surface of the pipe. The pipe support also includes a clamp operable with the base to restrain the pipe. Additionally, the pipe support includes a hinge coupling the base and the clamp, operable to facilitate relative movement between the base and the clamp. The base positions the outer surface of the pipe at a pre-determined distance from the support surface sufficient to at least offset a distance between the outer surface of the pipe and an outer surface of the pipe fitting, thereby preventing a bending load from occurring at the joint upon securing the pipe support to the support surface.

Abstract: An adjustable conduit clamp to secure a conduit to a structure has a clampback and a strap that interfits therewith. The clampback has sidewalls configured to be placed against a structure and a portion of each sidewall configured to support a conduit. A first spacer is positioned between the sidewalls at a first region of the sidewalls and a second spacer positioned between the sidewalls at a second region. A cantilever member extends from the second spacer and is positioned between the first and second sidewalls, the cantilever member having a free end movable relative to the sidewalls and spaced from an end of the first spacer so as to form an opening therebetween for passage of the strap. The strap has a first end portion shaped to contact a conduit and a second end portion dimensioned for passage through the opening in the clampback.

Abstract: A bracket part and a securing part are provided to connect an add-on part to a carrier part. The securing part is displaceable relative to the bracket part. The bracket part includes a carrier part receptacle that receives an edge region of the carrier part that is adjacent a carrier-part opening. In a final mounting arrangement, the securing part secures the bracket part via a mounting operation that can be performed by displacing the bracket part and the securing part. The final mounting arrangement can be easily checked for proper execution.

Abstract: A bracket for attaching a hose comprising a strip adapted to surround a hose, an end portion connected to the strip and a locking portion to close the strip about the hose, in which the locking portion is configured to cooperate with a threaded fastening device to fasten the bracket to a support is provided. The bracket further comprises at least one anti-rotation device adapted to cooperate with one of the threaded fastening device and the support.

Abstract: A beam clamp includes a clamp base and a rotational portion. The base includes an interior cavity and an external surface. The base and the rotational portion are pivotably connected by a mateable device. The rotational portion extends into the interior cavity of the base and the rotational portion includes a torsion spring.

Abstract: A self-secure mount for a tubular object includes an outer holder and an inner holder. The outer holder includes two spaced apart holding panels and an arc-shaped cornering panel extended between the two holding panels for applying an elastic clipping force between the holding panels. The inner holder includes two spaced apart clipping panels overlapping with each other to define a clipping channel therebetween, wherein two inner edges of the clipping panels are extended towards a closed end of the clipping channel. The two inner edges of the clipping panels are adapted for pressing against an outer surface of the tubular object to retain the tubular object in position, such that when the holding panels are pressed to minimize a distance therebetween, the clipping force of the outer holder is substantially increased towards the inner edges of the clipping panels to hold the tubular object within the cornering panel.

Abstract: Disclosed is an improved mounting assembly for securely supporting elongated items against a surface. The assembly includes a device to attach at least one elongate object to the mount, a spring section, and a mount section. The mount section is in the form of a rectangular fir tree mount. The rectangular fir tree mount has a tapered tip and a generally rectangular shape. The center segment of the rectangular fir tree mount includes a number of curved branches. The spring section includes flexible springs extending downwardly from the mount. The flexible springs provide tension and resistance when the mount is inserted into a supporting surface. The flexible springs and the branches allow the rectangular fir tree mount to be utilized on panels of varying thicknesses.

Abstract: The present invention provides a system of manually linked fastening clips for electrical cables. The manually linked clips are preferably linked to one another by way of a tongue-and-groove joint. Since the clips of the present invention are manually linkable via the tongue-and-groove joint, an installer may manually link electrical cable fasteners into numbered groupings of the installer's own choosing. The tongue-and-groove joint of the clips permits the installer to easily separate linked clips from one another by simply rotating one linked clip with respect to the other. This rotating action quickly and effortlessly disengages the tongue portion of one linked fastener from the corresponding groove portion of the other linked fastener, thereby facilitating the installation of electrical cable. The manually linked clips may be inserted into a clip dispensing sleeve to provide the installer with a continuous feed of cable fastening clips during installation.

Abstract: A battery cable organizer (22) is associated with a battery box (10) to route battery cables (18, 20) coming out of the box and secure them to the organizer using cable ties (44).

Abstract: A tool is provided for maintaining alignment of watering heads installed on a conduit comprising a pliable elongate strip of a length suitable to overlap the outside diameter of a conduit, a catch sleeve affixed to one end of the strip, the catch sleeve for accepting the other end of the strip and retaining that end of the strip, a plurality of gripping elements strategically located on one surface of the strip that interfaces with the outer surface of the conduit, and a stake sleeve affixed to a surface opposite the surface supporting the gripping elements.

Abstract: Pipe brackets and a pipe hanging system are provided for supporting fluid-carrying ducts or pipes along a wall or suspended from a ceiling of a building structure. The pipe hanging system can position and support a pipe or system of pipes in any position and to provide a constant centerline path of each pipe segment irrespective of changes in the diameter of the pipe.

Abstract: A corrosion inhibiting liner for a pipe support includes a flexible mat containing spaced-apart slots; and a cylindrically-curved buffer in tight engagement with the mat in each slot, wherein the cylindrically-curved buffer is made of a non-metallic, non-elastomer material that can withstand compressive strength of at least 8,000 psi, and has a friction coefficient less than 0.35. The slots are dove-tail slots, and the greatest thickness of the mat combined with a buffer is less than three-fourths of an inch. The length of each buffer is substantially the same, and is within the range of 1.5 inch to 24 inches.

Abstract: This invention's suspensory fastener for piping is characterized in that the fastener is arranged from the two members of a long band and short band, a coupled state maintaining means, which maintains a state wherein a bolt of a bolt-and-nut set that is provided at a lower end coupling portion of the above-mentioned long band is engaged with an opening with guiding entrance of lower end coupling portion of the above-mentioned short band and the two lower end coupling portions are overlapped with each other, is provided, and coupling and releasing of the coupling of the lower end coupling portion of the above-mentioned long band with the fastener coupling portion of the above-mentioned short band are enabled without separation of the bolt-and-nut set provided at the lower end coupling portion of the above-mentioned long band.

Abstract: A bicycle frame member (102c) includes a wire support (13) fixed thereto and formed as a bracket or coupler to receive and retain an electrical wire unit (EW2, 11a). An apparatus (15) is used to at least partially cover the wire support (13) and comprises a wire support cover member (15b) that is integrally formed with a locking unit (15f). The wire support cover member (15b) is to be placed onto the frame member and over the wire support (13) and the locking unit is to become locked to one of the wire support (13) and the electrical wire unit (EW2, 11a). The electrical wire unit may include electrical wiring (EW2) and a rigid cover member (11a).

Abstract: A housing assembly for a printed circuit board is mounted on a vehicle body by pressing a collar nut or the head of a collar screw past a plurality of fingers of a housing assembly so that the fingers retain the nut or screw head in place. The module is then pressed against the vehicle body so that the collar nut or collar screw is lifted while the retainers are deflected outwardly and a tool is used to tighten the screw into a nut or the nut onto the shank of a screw to clamp the printed circuit board on the housing against the vehicle body.

Abstract: A mounting bracket and insert for use in mounting mountable devices to a mounting pole including a first section and a second section, each of said first and second sections having a concave surface, each concave surface having at least a one longitudinally extended groove, the first and second sections being joinable to one another, with such joining forming a cylindrical area between the first and second sections, said cylindrical area formed by said concave surfaces, and at least a pair of inserts, each insert having a convex surface sized to fit within the concave surface of one of the two sections, the convex surface of each insert having at least one protrusion aligned along the longitudinal axis of the insert and shaped to fit into at least one groove of the concave surfaces of the sections is described.

Abstract: A cleat for securing a rope includes a main component and a secondary component. The main component has an aperture formed therein and a pair of cleat horns. The secondary component has an aperture that is alignable with the main component aperture. Each of the main component and secondary component has a connectable surface and a mountable surface. The connectable surfaces are adapted to cooperate such that the secondary component is engageable with the main component. The mountable surfaces are adapted to cooperate such that the mountable surfaces secure the cleat to a support when assembled. A rope is secured to the cleat by first securing the cleat to a support, then threading the rope through the aperture, and then tying the rope around the cleat horns.

Abstract: A two-piece clamping arrangement for engaging and holding an elongated element, such as a tubular conduit for fluids, or the like. An upper and a lower clamp member are provided to engage oppositely-facing surfaces of the elongated element. One of the upper or lower clamp members includes at least one longitudinally-arranged alignment surface to assure proper alignment of the clamp members when the clamp is assembled about the elongated element. The alignment surface also serves to stiffen the clamp member against bending and thereby serves to increase the holding force of the clamp assembly.

Abstract: A cleat that can be clamped onto a bow rail or spring rail of a boat, using a cylindrical C-clamp. The cleat has two horns that bend inward toward the bow rail at their ends. A middle section joins the clamp and the horns. In the preferred embodiment, the C-clamp has a fixed lower semi-cylindrical member and a pivoting upper semi-cylindrical member. The upper member can be raised to place the clamp around a rail, or to remove it from a rail. Flanges extend from the upper and lower members opposite the side at which the members are pivotally connected and attached to the middle section. Holes pass through the flanges, so that the flanges may be bolted together to secure the clamp on the rail. Rope can be wound around the cleat to keep the rope clean and out of the way when the rope is not being used.

Abstract: An adjustable, removable, strap device primarily for use in bundling and holding electrical cords and cables, such as from office equipment or kitchen appliances, in a compact position above the floor or kitchen counter. Such compact, elevated position in an office helps to prevent tripping and in a kitchen keeps the cords off of the wet counter to reduce the risk of electrical shock, and which also provides a neat, tidy appearance. The device includes a flexible strap member having a plurality of headed pins at a top end and a plurality of mating holes in a bottom end thereof. A transverse slot is disposed adjacent the pins toward the bottom end of the flexible strap member. The strap device is used by doubling over on itself and inserting the bottom end through the transverse slot forming a cable support loop. The pins are engaged into the holes to secure the loop around the cables. The strap device is attached to a wall or other such vertical surface using a nail, double-sided adhesive tape, or adhesives.

Abstract: The invention relates to a mounting clamp for a tubular part such as a cable, a hose, a coupling, or a tube, the clamp having a loop region for surrounding the tubular part, said loop region being open and terminating in fixing tabs, each provided with at least one fixing hole, wherein at least one of said fixing holes presents at least one claw enabling a fixing element of a fixing device to be tightened in preliminary manner by being moved in translation.

Abstract: In order to achieve the object that a connector connected with a branch line from the trunk line of a wire harness is fixed to the trunk line utilizing a clamp, a clamp having a rectangular shaped base member is provided. The base member is arranged along one side of the outer periphery of a group of electric wires of the wire harness trunk line, and the opposite ends, in a longitudinal direction of the base member, are fixed to the wire harness by tape wrapping. The clamp also includes an automobile body hooking part protruding from an outer face of the base member, and an electric wire guide protrudes from an inner face of the base member. The wire guide is provided with concave portions for insertion of electric wires, and a connector locking part is provided on the upper face of the electric wire guide.

Abstract: A cable restraining bracket for restraining a cable relative to a frame. The bracket comprises a first leg section; a second leg section; and a loop section connecting the first and second leg sections to each other. The first and second leg sections each comprise a receiving area for receiving an edge of the frame therein and making a snap-lock attachment therewith. The loop section is resiliently deformable to locate the first and second leg sections at different positions relative to each other.

Abstract: An insulating pipe clamp for supporting one or more pipes within an aperture in a metal wall stud and the like includes an annular body portion having a radially outwardly protruding flange at one end. Extending axially through the body portion are a plurality of different diameter holes for accommodating different size pipes. The axes of the holes are offset from the axis of the body portion to permit rotation of the clamp to compensate for any misalignment between a pipe extending through one or more of the holes and a respective aperture in a metal wall stud in which the clamp is inserted. On the rearwardly facing end wall of the flange are a plurality of tabs for grasping by an installer for ease of insertion of the clamp into a respective aperture in a metal wall stud and for ease of rotation of the clamp within the aperture.

Abstract: A generator rotor lead path configuration includes a plurality of electrically conductive components attached to each other. These components may include a cleat and a wedge. The improved lead path inhibits, if not prevents, lead path failure. A method of assembling or fitting the lead path into a generator is also provided, as well as a method of replacing or retrofitting a lead path that is susceptible to failure with the improved lead path configuration. Assistance in determining causes of lead path failure and ways to overcome lead path failure are also provided.

Abstract: The invention allows upper and lower plates of a harness clip to be aligned simply, irrespective of the diameter of a wire harness. A wire harness fixing clip (11) has a ring-like frame through which a wire harness is passed, fixing holes (12a, 13a) being provided on upper and lower plates, and a retaining member being passed through these fixing holes to fix the wire harness clip (11) to a fixture. The clip has an L-shaped side locking member (16) on one of the upper and lower plates, the other of these plates catching from the side with the locking member, the pair of plates thereby resting one above the other, on the locking member and thereby becoming aligned.

Abstract: The invention is a two pronged push tack fastening pin having rigid metal wire forming two straddling attaching pins and a weather resisting pin encasement, the device utilized in hanging pictures, as a substitute for a thumb tack, for fastening Christmas lighting, telephone lines, wire cable, water lines, small tubing or any other linear wire, cable or string to walls, baseboards, house siding, facing boards or other surfaces where temporary or permanent installation is desired by using either the pushing force of the user, similar to a thumb tack, or a hammer, similar to a wire brad.

Abstract: A novel cable anchor for retainment and attachment of cables and tubing which utilizes a one-piece A-shaped rigid body (11) comprising of a U-shaped top (12) having the front, back and bottom open having two extensions one W-shaped left side extension (13) and one W-shaped right side extension (14) both extensions extending in a downward direction having 40 degrees more or less between the extensions. The W-shaped extensions having a barb surface located at the extreme outer surfaces of the W-shape. The U-shaped top (12) having an attachment hole (15) located at the top center. When manual pressure is applied on the outer surfaces of the extensions causing the extensions to move closer towards each other until the extensions are touching each other in the closed position thereby allowing the A-shaped rigid body (11) to be received in a bored hole of a substructure. The U-shaped top (12) may be flattened to facilitate the attachment of a separate cable clip or the like.

Abstract: A cylindrical component is secured in a slot of a mechanical assembly. The slot is defined by two registration surfaces which meet at a vertex and a third surface which meets one of the registration surfaces. The securing method includes: placing the cylindrical component into contact with the two registration surfaces; applying a force F1 against the cylindrical component causing compression of the cylindrical component into the two registration surfaces; and applying an anti-rotational force against the third surface to prevent redirection of the force F1. One fastener which uses the above method includes: a surface which contacts the cylindrical component; a threaded engagement mechanism which secures the fastener to the mechanical assembly through a clearance hole in the fastener; and a protruded section which prevents rotation of the fastener by engagement with the third surface.