A combined system for supporting industrial insulation systems and photovoltaic plates on pipes and equipment goods, formed by support assemblies along the pipe, each assembly having an inner ring that is fixed to the pipe and an intermediate ring, joined to the inner ring by spacer legs, on which the liner of the pipe is arranged, the insulation being between both rings. Each assembly has an outer profile connected to the intermediate ring by at least one support leg sliding on the outer profile along a guide profile. The system has an outer support structure arranged on the outer profiles of the support assemblies along the pipe, which will support at least one photovoltaic plate.

A combined system for supporting industrial insulation systems and photovoltaic plates on pipes and equipment goods, formed by support assemblies along the pipe, each assembly having an inner ring that is fixed to the pipe and an intermediate ring, joined to the inner ring by spacer legs, on which the liner of the pipe is arranged, the insulation being between both rings. Each assembly has an outer profile connected to the intermediate ring by at least one support leg sliding on the outer profile along a guide profile. The system has an outer support structure arranged on the outer profiles of the support assemblies along the pipe, which will support at least one photovoltaic plate.

A dielectric cover for a first type of insulator, supporting a conductor in an electrical distribution system, has a first height for covering high voltage portions of the first type of insulator. Thus, wildlife is protected from electrocution. In the event a second type of insulator is used, such as a K-Line type insulator having a relatively large top metal, an inexpensive dielectric shell is fitted over top of the cover to extend the dielectric height by at least one inch to fully laterally cover the top metal of the of the K-Line type insulator. Thus, different covers are not needed for covering both types of insulators, since only the shell is added for covering the second type of insulator. The shell may be provided in different sizes to accommodate different lengths of the top metal. Retaining pins are used to secure the cover over the insulator and conductor.

A dielectric cover for a first type of insulator, supporting a conductor in an electrical distribution system, has a first height for covering high voltage portions of the first type of insulator. Thus, wildlife is protected from electrocution. In the event a second type of insulator is used, such as a K-Line type insulator having a relatively large top metal, an inexpensive dielectric shell is fitted over top of the cover to extend the dielectric height by at least one inch to fully laterally cover the top metal of the of the K-Line type insulator. Thus, different covers are not needed for covering both types of insulators, since only the shell is added for covering the second type of insulator. The shell may be provided in different sizes to accommodate different lengths of the top metal. Retaining pins are used to secure the cover over the insulator and conductor.

The Device for Supporting an Electrified Wire is a device for supporting an electrified elongate conductor on a fence or other structure, the device comprising: an insulating base for attaching said device to a fence or other structure, a spring connectively attached to said base, and an elongate member connectively attached to said spring positioned to extend away from said fence or other structure, wherein said spring is configured to deform elastically to allow the elongate member to move from an un-deflected position with a distal end laterally away from the fence or other structure to a deflected position towards the fence or other structure in at least a sideways direction upon application of a force lateral to the elongate member, and to spring back again to the un-deflected position once the force is removed. It is used to contain and alter the movement activity of livestock.

A bracket for mounting cables on an antenna pole includes: a pair of L-shaped members, each of the L-shaped members including a main panel, a pair of jaws extending from opposite edges of the main panel, and a flange extending generally perpendicularly to the main panel, wherein the main panel includes a plurality of first mounting apertures, and wherein the flange includes a plurality of second mounting apertures; a pair of rods, each rod extending through a first mounting aperture of each of the L-shaped members; and a securing component that engages each rod to fix the members relative to each other.

A cable separator includes a body, and the body includes a polycarbonate-based material that is at least a partially foamed. Cables and methods of manufacturing such cables having a separator are also provided.

A cable separator includes a body, and the body includes a polycarbonate-based material that is at least a partially foamed. Cables and methods of manufacturing such cables having a separator are also provided.

A hollow insulator for high electric voltages has an insulating tube and a covering of the insulating tube made from a fiber-reinforced plastic. The covering is placed on an outer surface of the insulating tube. There is also described a method for producing the type of hollow insulator.

A hollow insulator for high electric voltages has an insulating tube and a covering of the insulating tube made from a fiber-reinforced plastic. The covering is placed on an outer surface of the insulating tube. There is also described a method for producing the type of hollow insulator.