Stands for a conduit are disclosed. In an embodiment, the stand includes a body including a receptacle configured to receive the conduit therein. In addition, the stand includes a leg pivotably coupled to the body. The leg is pivotable relative to the body between: a first position, wherein the leg extends along the body, and a second position, wherein the leg extends away from the body.

A pipe support for supporting a pipe section above a ground surface, the pipe support including an upper support surface and at least one sidewall extending from the upper support surface to a base member. The upper support surface and the at least one sidewall form a hollow interior. The pipe support further includes a saddle formed in the upper support surface, the saddle recessed within the support surface to support a pipe therein. The saddle includes a first end and an opposed second end such that at least one of the first end or the second end angularly extends toward the base member.

A pipe support for supporting a pipe section above a ground surface, the pipe support including an upper support surface and at least one sidewall extending from the upper support surface to a base member. The upper support surface and the at least one sidewall form a hollow interior. The pipe support further includes a saddle formed in the upper support surface, the saddle recessed within the support surface to support a pipe therein. The saddle includes a first end and an opposed second end such that at least one of the first end or the second end angularly extends toward the base member.

A cable support system includes a plurality of V-bracket assemblies spaced-apart from one another and aligned to form first and second sides defining an angle therebetween. A first cable support apparatus is disposed on the first side and secured to the plurality of V-bracket assemblies and a second cable support apparatus is disposed on the second side and secured to the plurality of V-bracket assembles such that the first and second cable support apparatuses defined the angle therebetween. Each of the first and second cable support apparatuses includes a plurality of horizontal supports of wire stock and a plurality of first vertical supports of wire stock. Each first vertical support includes a vertical segment joined to the horizontal supports at intersections therebetween and an upper cable-receiving element extending outwardly from the corresponding vertical segment. The upper cable-receiving elements of the first vertical supports cooperating to define a first upper cable-receiving channel extending therealong.

A cable support system includes a plurality of V-bracket assemblies spaced-apart from one another and aligned to form first and second sides defining an angle therebetween. A first cable support apparatus is disposed on the first side and secured to the plurality of V-bracket assemblies and a second cable support apparatus is disposed on the second side and secured to the plurality of V-bracket assembles such that the first and second cable support apparatuses defined the angle therebetween. Each of the first and second cable support apparatuses includes a plurality of horizontal supports of wire stock and a plurality of first vertical supports of wire stock. Each first vertical support includes a vertical segment joined to the horizontal supports at intersections therebetween and an upper cable-receiving element extending outwardly from the corresponding vertical segment. The upper cable-receiving elements of the first vertical supports cooperating to define a first upper cable-receiving channel extending therealong.

A split body, rotary C gate, removeable stem vacuum valve using an input assembly with handle extensions that allow for hand movement of the incoming pipe to access an inner aperture body with a curved sealing face that directly seals to a C shaped gasketless gate that can be rotated into and out of the inner body aperture for easy cleaning. The gasketless gate is held in position using gate axles with an outer axle stem connected to a polygon lower body that mates into a matching polygon aperture on the gasketless gate. The middle valve assembly's gasketless housing body defines upper and lower axle washer pockets for locating the axles for proper operation and simple axle pins for securing the axles in position.

A split body, rotary C gate, removeable stem vacuum valve using an input assembly with handle extensions that allow for hand movement of the incoming pipe to access an inner aperture body with a curved sealing face that directly seals to a C shaped gasketless gate that can be rotated into and out of the inner body aperture for easy cleaning. The gasketless gate is held in position using gate axles with an outer axle stem connected to a polygon lower body that mates into a matching polygon aperture on the gasketless gate. The middle valve assembly's gasketless housing body defines upper and lower axle washer pockets for locating the axles for proper operation and simple axle pins for securing the axles in position.

The invention relates to a mounting bracket (5) for a pipe (4) supplying fluid to a driving arm (1) of a motor vehicle wiper system (100), the driving arm (1) comprising at least one spring (14), the mounting bracket (5) comprising at least one sleeve (51) configured to hold the supply pipe (4). The mounting bracket (5) according to the invention comprises a substantially hollow cylindrical body (50) linked to the sleeve (51) and configured to be inserted into a space (141) surrounded by the spring (14) of the driving arm (1). The invention also relates to a driving arm (1) comprising such a mounting bracket (5) and to a method for assembling such a driving arm (1), comprising a preliminary step of inserting the body (50) of such a mounting bracket (5) into at least part of the aforementioned space (141).

The invention relates to a mounting bracket (5) for a pipe (4) supplying fluid to a driving arm (1) of a motor vehicle wiper system (100), the driving arm (1) comprising at least one spring (14), the mounting bracket (5) comprising at least one sleeve (51) configured to hold the supply pipe (4). The mounting bracket (5) according to the invention comprises a substantially hollow cylindrical body (50) linked to the sleeve (51) and configured to be inserted into a space (141) surrounded by the spring (14) of the driving arm (1). The invention also relates to a driving arm (1) comprising such a mounting bracket (5) and to a method for assembling such a driving arm (1), comprising a preliminary step of inserting the body (50) of such a mounting bracket (5) into at least part of the aforementioned space (141).

An underlayment system is provided that includes a plurality of bosses that emanate form a common base member. The bosses and bases preferably include an opening therethrough that will allow for subsequent layers of adhesive to interact and bond to each other. The bosses are also spaced in such a way to help secure a wire snugly therebetween.