A unitary steel bracket has an arced portion and a hanger appendage extending perpendicularly from a convex perimeter of the arced portion. The arced portion has two opposed planar surfaces with parallel mount holes through each end. The hanger appendage has two opposed planar surfaces coplanar with the arced portion planar surfaces. A portion of the hanger appendage is bent at a 90-degree angle and has a support mount hole perpendicular to the parallel mount holes. the bracket is prefabricated to a predetermined bracket size corresponding to a predetermined pipe flange size. A method of hanging joined flanged includes providing the bracket; aligning the parallel mount holes with holes on a pipe flange; inserting connection bolts through the holes; threading nuts onto the bolts to a predetermined torque; and attaching the support mount hole to a building structure.

A through-air apparatus for drying or bonding paper, tissue, or nonwoven webs is provided. The apparatus includes a web-carrying structure configured to move and a first component having at least one sealing element adjacent the web-carrying structure, where the sealing element is configured to reduce the infiltration of ambient air into the through-air apparatus. The apparatus also includes at least one channel configured to direct air to the sealing element to reduce the infiltration of ambient air into the through-air apparatus. A method of operating a through-air apparatus for drying or bonding paper, tissue, or nonwoven webs is also provided. The method includes directing air to a sealing element to reduce the infiltration of ambient air into the through-air apparatus.

A through-air apparatus for drying or bonding paper, tissue, or nonwoven webs is provided. The apparatus includes a web-carrying structure configured to move and a first component having at least one sealing element adjacent the web-carrying structure, where the sealing element is configured to reduce the infiltration of ambient air into the through-air apparatus. The apparatus also includes at least one channel configured to direct air to the sealing element to reduce the infiltration of ambient air into the through-air apparatus. A method of operating a through-air apparatus for drying or bonding paper, tissue, or nonwoven webs is also provided. The method includes directing air to a sealing element to reduce the infiltration of ambient air into the through-air apparatus.

A flexible cable support includes a first elongated member, a second elongated member and a base. The first elongated member and the second elongated member extend along a longitudinal axis. The base may connect the first elongated member and second elongated member. The first elongated member, the base, and the second elongated member define a longitudinal recess which is configured to receive a cable.

A flexible cable support includes a first elongated member, a second elongated member and a base. The first elongated member and the second elongated member extend along a longitudinal axis. The base may connect the first elongated member and second elongated member. The first elongated member, the base, and the second elongated member define a longitudinal recess which is configured to receive a cable.

A system for the display and support of apparel includes a support arm which is attached to an horizontal surface such as a clothing bar or shelf. The support arm extends perpendicularly relative to the horizontal surface such that hanging apparel hung from the support arm is displayed with its front showing rather than from the side.

An aspect of the present disclosure provides a support member for wire harnesses for which the range of compatibility with positional tolerances of bolts can be easily expanded. A support member 13 in accordance with an aspect of the present disclosure is provided with a main body part 15 which has a holding part 14 for holding electric cables; and a bolt fixing member 16 which is a separate body from the main body part 15. The bolt fixing member 16 is provided with: a fixing hole 21 through which a bolt provided on the vehicle side is to be passed so as to be fixed; and an insertion part 24 serving as a support-receiving part. The main body part 15 is provided with a groove 31 which is formed along a direction (height direction Z) intersecting the axial direction of the bolt. The groove 31 supports the insertion part 24 in a movable manner along the length direction (height direction Z) of the groove 31.

A hose support includes: a body defining at least one concave surface configured to receive a concrete slurry hose, the body including at least one support surface configured to rest on pavement; where the at least one concave surface is displaced from the at least one support surface to support the concrete slurry hose above the pavement; and where: the at least one concave surface is configured to slidably receive the concrete slurry hose; or the at least one support surface is configured to slidably rest on the pavement while the body receives the concrete slurry hose; or a combination thereof.

A hose support includes: a body defining at least one concave surface configured to receive a concrete slurry hose, the body including at least one support surface configured to rest on pavement; where the at least one concave surface is displaced from the at least one support surface to support the concrete slurry hose above the pavement; and where: the at least one concave surface is configured to slidably receive the concrete slurry hose; or the at least one support surface is configured to slidably rest on the pavement while the body receives the concrete slurry hose; or a combination thereof.

A cable fixing device includes an upper body to contact a cable, a lower body to travel through an opening of a plate-shaped structure along an engagement direction, and a middle body positioned between the upper body and the lower body along the engagement direction, the middle body to contact a side wall of the opening of the plate-shaped structure, where a height H1 of the sidewall of the opening of the plate-shape structure along the engagement position is smaller than a height H2 of the middle body along the engagement direction, and where a height difference ΔH between H2 and H1 decreases as the cable travels through the upper body along the engagement direction.