A plastic clip for attaching a longitudinal element, particularly a fluid line, to a perforated sheet part, particularly a body part of a vehicle. The plastic clip comprises a base portion and a lid portion connectable or hingedly connected to the base portion so as to establish an open configuration or a closed configuration. The base portion has a semi-circular base receptacle for the longitudinal element. The lid portion has a semi-circular lid receptacle for the longitudinal element. The base receptacle and the lid receptacle, in the closed configuration, together form a circular holding portion for the longitudinal element. At least one of the base receptacle and the lid receptacle is provided with a jacket portion which is made from a material that is softer than the material of the respective receptacle. The base portion comprises a support portion from which projects a plastic rivet protrusion adapted to be inserted into a hole of the perforated sheet part.

This document describes a pipe clip for quick mount and release. In aspects, the pipe clip includes a base and an upper cover, with several arc-shaped cavities provided on the base. The outer side of the arc-shaped concave cavity is provided with connecting column and racks. The upper cover is provided with a pressing concave cavity corresponding to each arc-shaped concave cavity. The base and upper cover configured to form a pipe cavity by combining one arc-shaped concave cavity and one pressing concave cavity. The upper cover is provided with a perforation corresponding to the connecting column and the connecting column is configured to penetrate through the perforation so that the upper cover can rotate around the connecting column.

A gypsum slurry modifier device is provided for use with a gypsum mixer outlet boot having at least one tubular outlet leg, and includes a support bracket mountable to the outlet boot; at least one clamp member associated with the support bracket and constructed and arranged for engaging the at least one tubular outlet leg of the outlet boot. Each at least one clamp member is constructed and arranged for exerting a vertical compression force on the associated at least one tubular outlet leg for expanding a slurry outlet flow from the at least one leg laterally beyond an exterior surface of the leg.

A fitting for engaging a brace member can include a fitting body defining a body opening extending laterally therethrough, the fitting body further defining a top contact surface and a bottom contact surface; a first jaw connected to the fitting body at a proximal first jaw end, the first jaw oriented perpendicular to the body opening; a second jaw connected to the fitting body at a proximal second jaw end, a the second jaw perpendicular to the body opening and disposed between the top contact surface and the bottom contact surface, wherein the top contact surface extends between the proximal first jaw end and the proximal second jaw end; and a slot defined between the first jaw and the second jaw.

A pipe support assembly comprising: a body having a clamp device adapted to clamp the pipe within an aperture in the body, having first and second clamp arms and a fastening mechanism; a spacer adapted to be received within the aperture in the body having an inner face adapted to engage the pipe and an outer face adapted to engage at least one of the first and second clamp arms, to space at least one of the first and second clamp arms from the pipe. The spacer comprises at least two segments and the aperture is non-circular. Each spacer segment has a first circumferential end and a second circumferential end, and in at least two spacer segments in the spacer, the first circumferential end has a larger radial dimension than the second circumferential end. At least two spacer segments have a tapered arcuate profile between the first and second circumferential ends.

A retainer clip assembly includes a first retainer clip and a second retainer clip that, when attached to the first retainer clip, defines a first aperture and a second aperture with an opening therebetween. The opening between the first and second apertures provides thermal communication between first and second elongate elements, for example an electrical bus bar and a coolant conduit providing a heat sink for the bus bar, when they are secured within the first and second apertures.

A cable cleat (10) is disclosed. The cleat has a first portion (12) partially defining first apertures (14) for receiving a respective first cables and a second portion (18) partially defining said first apertures, and partially defining a second aperture (22) for receiving a second cable. The second portion is adapted to be mounted to the first portion to retain the first cables in the respective first apertures. The cleat also has a third portion (26) partially defining the second aperture and adapted to be mounted to the first and/or second portion to retain the second cable in the second aperture.

The present invention relates to a coupling assembly for branching a pipe, and more specifically to a coupling assembly for branching a pipe, which can reduce assembly man-hours, has a simplified configuration, thus enabling a reduction in construction costs, and can effectively prevent the leakage of branched fluid even when the diameter of a branch hole formed in an inlet pipe is increased in order to increase a flow rate inside a branch pipe for supplying fluid to a sprinkler.

Disclosed is a lockable pipe shield for a pipe support assembly, a pipe support assembly, and a method of securing a lockable pipe shield to a pipe hanger. Example aspects of the lockable pipe shield for a pipe support assembly can comprise a substantially semi-cylindrical shield body defining a first shield end, a second shield end opposite the first shield end, and an upper shield edge; and a lock tab coupled to the shield body at the upper shield edge, the lock tab bendable relative to the shield body between a first position and a second position, wherein, in the first position, the lockable pipe shield is in an unlocked configuration, and in the second position, the lockable pipe shield is in a locked configuration.

A slope adjusting and locking pipe hanger, and more particularly, a bracket style pipe hanger that includes a plastic or elastomeric insert that is configured to be rotated to a specified angle to adjust, align and secure a pipe at a percentage of slope to place at an angle for gravity drainage and to a series of interlocking tongue and groove ridges and indentations to adjust and secure the percentage slope of a pipe in place for gravity drainage. The pipe hanger provides for supporting a pipe in either a horizontal or vertical orientation along a ceiling, floor, wall, panel or equipment frame. The pipe hanger further provides a smooth contact surface to prevent bacterial build-up and other contaminants from collecting. The pipe hanger is therefore suitable for use in sterile clean room environments.