Nonlineal crossarm for bracketing electrical devices
阅读：817发布：2023-09-13
专利汇可以提供Nonlineal crossarm for bracketing electrical devices专利检索，专利查询，专利分析的服务。并且A nonlineal or arcuate crossarm, preferably formed from extruded material such as an aluminum alloy, is anchored to a utility pole, and a series of brackets connecting proximate each end and at the midpoint of said crossarm support electrical devices such as arresters, switches, potheads, or the like; the spatially disposed brackets undertake various forms and modifications, but in general each bracket is constructed having a mounting surface which is held by support means comprising an angle or a plate to the crossarm, with a brace securing the downward portion of said mounting surface to said supporting or anchor means. Other spatially arranged brackets include a combination of one or more angles, including multi-flanged angles or structural tees, that are secured to the crossarm, and have exposed mounting surfaces to which either the electrical devices, or various pads and hangers for holding such devices may be connected.，下面是Nonlineal crossarm for bracketing electrical devices专利的具体信息内容。
1. An electrical equipment mount for use upon a utility pole of the like comprising an arcuate elongated crossarm being curved for partially surrounding the utility pole, an anchor means fixing said arcuate crossarm to said utility pole, at least one bracket connecting to the crossarm and disposed for mounting electrical equipment upon said arcuate crossarm away from the utility pole, each bracket including a support means connecting to said arcuate crossarm, a mounting surface being relatively flat for holding the electrical equipment connecting to said support means, the upward edge portion of said mounting surface being connected to one end of said support means, and a brace connecting the downward edge portion of said mounting surface to the opposite end of said support means.
2. The invention of claim 1 wherein said surface for mounting electrical equipment is disposed approximately vertical.
3. The invention of claim 1 wherein said surface for mounting electrical equipment is disposed at an angle to the vertical.
4. The invention of claim 3 and wherein said mounting surface is inverted when angularly disposed for holding electrical equipment at an angle to the vertical, with the normally downward portion of said surface being connected directly to one end of the support means, and the brace connecting the normally upward portion of said mounting surface to the opposite end of said support means.
5. An electrical equipment mount for use upon a utility pole or the like comprising, an arcuate elongated crossarm being curved for partially surrounding the utility pole, an anchor means fixing said arcuate crossarm to said utility pole, at least one bracket connecting to the crossarm and disposed for mounting electrical equipment upon said arcuate crossarm away from the utility pole, each bracket including a support means connecting to said arcuate crossarm, a mounting surface for holding the electrical equipment connecting to said support means, the upward portion of said mounting surface being connected to one end of said support means, and a brace connecting the downward portion of said mounting surface to the opposite end of said support means, said arcuate elongated crossarm comprising a channel, one of each bracket connecting to either end of said channel, said support means of each bracket comprising a length of structural angle that secures approximately at its center To each proximate end of the channel, the mounting surface having inturned edge portions, the normally upward inturned edge of said mounting surface being secured to one end of said angle, the normally downward inturned edge of said mounting surface being secured to said brace, and said brace connecting to the opposite end of said angle.
6. The invention of claim 5 wherein said normally upward inturned edge of said mounting surface is formed at an approximate 90* angle, and said normally downward inturned edge of said mounting surface is bent to an acute angle.
7. The invention of claim 1 and including a bracket connecting approximately centrally to the crossarm, said bracket including a support means connecting to said arcuate crossarm, a mounting surface connecting to said support means and being relatively flat for holding electrical equipment, the upward edge portion of said mounting surface being connected to said support means, and a brace connecting the downward edge portion of said mounting surface to the anchor means.
8. An electrical equipment mount for use upon a utility pole or the like comprising, an arcuate elongated crossarm being curved for partially surrounding the utility pole, an anchor means fixing said arcuate crossarm to said utility pole, at least one bracket connecting to the crossarm and disposed for mounting electrical equipment upon said arcuate crossarm away from the utility pole, each bracket including a support means connecting to said arcuate crossarm, a mounting surface for holding the electrical equipment connecting to said support means, the upward portion of said mounting surface being connected to one end of said support means, and a brace connecting the downward portion of said mounting surface to the opposite end of said support means, a bracket connecting approximately centrally to the crossarm, said bracket including a second support means connecting to said arcuate crossarm, said mounting surface for holding electrical equipment connecting to said support means, the upward portion of said mounting surface being connected to said support means, a brace connecting a downward portion of said mounting surface to the anchor means, said arcuate elongated crossarm comprising a channel, said second support means comprising a plate that secures approximately to the midpoint of said channel, the mounting surface having inturned edges, the normally upward inturned edge of said mounting surface being connected to said plate, the normally downward inturned edge of said mounting surface being connected to said brace, and said brace connecting to the anchor means.
9. The invention of claim 8 wherein said mounting surface for holding electrical equipment is disposed approximately vertical.
10. The invention of claim 9 wherein said mounting surface for holding electrical equipment is inverted to provide for and angular disposition of said equipment, the normally downward inturned edge of said mounting surface being secured to said plate, the normally upward inturned edge of said mounting surface being connected to said brace, and said brace connecting to the anchor means.
11. An electrical equipment mount for use upon a utility pole or the like comprising, a nonlinear elongated crossarm partially encircling the utility pole, an anchor means fixing said crossarm to said utility pole, a series of brackets connecting to the crossarm and disposed for mounting electrical equipment upon said crossarm away from the utility pole, said brackets connecting to either ends and at the approximate midpoint of said crossarm, each bracket including a relatively flat mounting surface for holding electrical equipment, means supporting the upward edge portion of said mounting surface upon the crossarm, and means structurally bracing the downward edge portion of said mounting surface with respect to said crossarm and anchor means.
12. The invention of claim 11 wherein said non-lineal elongated crossarm is arcuate and partiallY surrounding the utility pole.
13. An electrical equipment mount for use upon a utility pole or the like comprising, a nonlinear elongated crossarm partially encircling the utility pole, an anchor means fixing said crossarm to said utility pole, a series of brackets connecting to the crossarm and disposed for mounting electrical equipment upon said crossarm away from the utility pole, said brackets connecting to either ends and at the approximate midpoint of said crossarm, each bracket including a mounting surface for holding electrical equipment, means supporting the upward portion of said mounting surface upon the crossarm, means structurally bracing the downward portion of said mounting surface with respect to the said crossarm and anchor means, the mounting surface of each bracket integrally includes inturned edges, the means supporting the upward portion of the mounting surface of each end connecting bracket comprising a length of angle, the normally upward inturned edge of each end bracket mounting surface connecting to one end of said angle, the means bracing the downward portion of each said mounting surface being a brace that connects at one end to the normally downward inturned edge of said mounting surface, and said brace connecting at its other end to the opposite end of said structural angle, the means supporting the upward inturned edge of the mounting surface of the bracket connecting at the midpoint of said crossarm comprising a plate that connects to both said crossarm and said inturned edge, and the means bracing the downward portion of said mounting surface being a brace that connects at one end to the normally downward inturned edge of said surface, and said brace connecting at its other end to the anchor means.
14. The invention of claim 13 wherein at least one mounting surface for holding electrical equipment is disposed approximately vertical.
15. The invention of claim 14 wherein at least one mounting surface of a bracket is inverted for disposing the connecting electrical equipment at an angle to the vertical, with the normally downward inturned edge of said mounting surface being secured to said structural angle, and the normally upward inturned edge of said mounting surface being connected to said brace for securement to the other end of said structural angle.
16. The invention of claim 14 wherein the mounting surface of the bracket connecting at the midpoint of the crossarm is inverted for disposing the connecting electrical equipment at an angle to the vertical, with the normally downward inturned edge of said mounting surface being secured to said plate, and the normally upward inturned edge of said mounting surface being connected to said brace for securement to the anchor means.
17. An electrical equipment mount for use upon the utility pole or the like comprising, a bracket, an anchor means fixing said bracket to the utility pole, said bracket including a mounting surface for holding electrical equipment, means supporting the upward portion of said mounting surface to the anchor means, means structurally bracing the downward portion of said mounting surface to said anchor means, the upward and downward portions of said mounting surface of the bracket including inturned edges, the means supporting the upward portion of said mounting surface comprising a plate that connects to the upward inturned edge of said mounting surface and to the anchor means, and the means bracing the downward portion of said mounting surface being a brace that connects at one end to the downward inturned edge of said mounting surface and connects at its other end to the anchor means.
18. The invention of claim 17 wherein said mounting surface for holding electrical equipment is disposed approximately vertical.
19. The invention of claim 18 wherein the mounting surface for holding electrical equipment is inverted for disposition of said equipment at an angle to the vertical, with the normally downward inturned edge of said mounTing surface being secured to said plate, and the normally upward inturned edge of said mounting surface being connected to said brace for securement to the anchor means.
20. An electrical equipment mount for use upon a utility pole or the like comprising, an arcuate elongated crossarm being curved for partially surrounding the utility pole, an anchor means fixing said arcuate crossarm to said utility pole, a series of brackets connecting to the crossarm and disposed for mounting electrical equipment upon said crossarm, said brackets connecting to either end and at the approximate midpoint of said crossarm, each bracket comprising a support means being formed of structural angles, at least one flange of each angle being connected to the crossarm, and at least one flange of each angle providing a disposed mounting surface to which the electrical equipment may be attached.
21. The invention of claim 20 wherein each angle connecting to the ends of said crossarm are provided with horizontally and vertically disposed flanges, the horizontal flange being secured to the proximate end of the crossarm, and said flanges providing mounting surfaces for connection of electrical equipment.
22. the invention of claim 21 wherein the lateral edges of the vertical flange of each end connecting angle are formed on an incline.
23. The invention of claim 22 wherein the angle connecting proximate the midpoint of the crossarm comprises a multi-flanged angle, a pair of spaced apart flanges of said angle being connected to the crossarm, the other flange of said angle providing a mounting surface to which electrical equipment may be attached.
24. The invention of claim 22 wherein each angle connecting to either end and to the midpoint of said crossarm comprises multi-flanged angle, a pair of spaced apart flanges of each angle being connected to the crossarm, the other flange of each angle providing a mounting surface to which electrical equipment may be attached.
25. The invention of claim 24 wherein the equipment mounting flanges of each end connecting angle are horizontally disposed, and said flanges being in alignment with the curve of the arcuate crossarm.
26. The invention of claim 25 wherein the web of each end connecting angle is vertically disposed and provides coverage for the adjacent end of the arcuate crossarm.
27. The invention of claim 26 wherein each bracket comprises a pair of angles, one flange of each angle being connected to the crossarm, and the other flange of each angle extending above and below the crossarm to provide mounting surfaces to which electrical equipment may be attached.
28. The invention of claim 27 wherein each angle of each bracket is formed as a structural tee, the web of each tee being connected to the crossarm, the flanges of each tee being vertically disposed with respect to the crossarm, the downward extending flange of the upper tee being in abutting relationship with the upward extending flange of the lower tee, said abutting flanges being in overlying relationship with respect to the proximate end of the connecting crossarm.
29. The invention of claim 22 and including a pad attaching to the flange of at least one angle, said pad integrally having a flat portion for connecting to the flange, and said pad including a bent portion, said bent portion being bifurcated to facilitate the attachment and convenient disposition of electrical equipment with respect to the crossarm.
30. The invention of claim 27 and including a hanger attaching to the extending flanges of the angles of at least one bracket, said hanger having a base attaching to said flanges, a shank connecting to said base and extending angularly therefrom, and a clamp connecting to the other end of said shank and disposed for supporting electrical equipment.
31. An electrical equipment mount for use upon a utility pole or the like comprising, an elongated crossarm, an anchor means fixing said crossarm proximate its midpoint to said utility pole, a series of bracketS connecting to the crossarm and disposed for mounting electrical equipment upon said crossarm away from the utility pole, said brackets connecting to either ends and at the approximate midpoint of said crossarm, each bracket including a relatively flat mounting surface for holding electrical equipment, means for supporting the upward edge portion of said mounting surface upon the crossarm, and means for structurally bracing the downward edge portion of said mounting surface with respect to said crossarm and anchor means.
32. An electrical equipment mount for use upon a utility pole or the like comprising a bracket, an anchor means fixing said bracket to the utility pole, said bracket including a relatively flat mounting surface for holding electrical equipment, the upward and downward portions of said mounting surface of the bracket including inturned edges, means connecting to the inturned edge of the upward portion of said mounting surface for connecting it to the anchor means, and means connecting to the inturned edge of the downward portion of the mounting surface for structurally bracing said downward portion of the mounting surface to said anchor means.
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