System and method for installing a cross arm on a utility pole
A system is disclosed which provides the ability to install a cross arm on a power pole utilizing an electrically isolated bucket which is free of all hydraulic components used by an operator in the bucket to manipulate the bucket. The system also utilizes an in-the-bucket rechargeable battery powered electric tool such as a saw, drill etc. without a need for a hydraulic electric generator in the bucket. The system includes the ability to provide communication to and from and to supply electrical power to remote portions of an electrically isolated boom, by transmitting optical power and control signals through an electrically non-conductive optical fiber.
1. A method of installing a cross arm on a utility pole comprising the steps of:
providing an elevated work platform (EWP) on a mobile base;
where the EWP is isolated from electrical connection with the earth;
providing on said EWP a means for providing electric power to recharge a battery located on said EWP, said battery configured for providing battery power for use by an electric tool, where the means for providing electric power includes electrically generated optical energy and a predetermined optical path and excludes hydraulic power generating equipment.
2. The method of claim 1 wherein said means for providing electric power comprises:
a. a photovoltaic power convertor, configured to output said electric power from incident light;
b. said battery; and
c. a battery charging circuit.
3. The method of claim 2 wherein said battery charging circuit is configured to control a manner of providing said electric power to said battery.
4. The method of claim 1 wherein said means for providing electric power further excludes an independent battery which is not coupled to a photovoltaic power convertor.
5. The method of claim 1 wherein said electric tool is one of a plurality of independent electric tools disposed in said EWP, each with differing functional objectives and each being powered with aid of said means for providing electric power.
6. The method of claim 5 further comprising the steps of:
a. using a plurality of said plurality of independent electric tools to install a utility pole cross arm.
7. The method of claim 1 wherein said electric tool is a multi-purpose tool capable of performing differing functional objectives.
8. A system for installing a cross arm on a utility pole comprising:
a. an elevated work platform (EWP) on a mobile base, where said EWP is electrically isolated from the mobile base;
b. means for providing electric power to recharge a first battery on said EWP; said means for providing electric power includes means for generating optical energy from electric energy and means for transmitting said optical energy from electric energy; and
c. where said EWP is free of any hydraulic power generation equipment and free of any hydraulic control user interface system which is capable of effecting a change in a hydraulic system without generation of one of electrical and optical signals.
9. The system of claim 8 further comprising:
a. a plurality of electric tools each configured to utilize for operation said electric power and each further configured to perform differing functional objectives.
10. The system of claim 9 wherein said plurality of electric tools comprises an electric drill and an electric saw.
11. The system of claim 8 wherein said means for providing electric power comprises a photovoltaic power convertor (PPC).
12. The system of claim 11 wherein said means for providing electric power comprises a battery which receives electric power from said PPC.
13. A system for installing a cross arm on a utility pole comprising:
a. an elevated work platform (EWP) on a mobile base, where said EWP is electrically isolated from the mobile base;
b. a battery recharging power source on said EWP;
c. where said EWP is free of any hydraulic power generation equipment and free of any hydraulic control user interface system which is capable of effecting a change in a hydraulic system without generation of one of electrical and optical signals; and
d. where said battery recharging power source comprises:
i. a diode that generates light in response to an electric stimuli;
ii. an optical fiber for transmission of said light;
iii. a device configured to receive said light from said optical fiber and thereby generate light converted electric power therefrom; and
iv. an electric load.
14. A system of claim 13 wherein said electric load comprises:
a. a plurality of power distribution lines coupled to a source of power which receives said light converted electric power.
15. A system for installing a cross arm on a utility pole near live power lines comprising: a system for installing a cross arm on a utility pole comprising: an elevated work platform (EWP) on a mobile base, where said EWP is electrically isolated from the mobile base; a battery charger power source on said EWP; where said EWP is free of any hydraulic power generation equipment and free of any hydraulic control user interface system which is capable of effecting a change in a hydraulic system without generation of one of electrical and optical signals; and where said battery charger power source comprises: a diode that generates light in response to an electric stimuli; an optical fiber for transmission of said light; a device configured to receive said light from said optical fiber and thereby generate light converted electric power therefrom; and a proximity sensor, where said proximity sensor utilized said light converted electric power.
16. The system of claim 15 wherein said proximity sensor comprises one of electric field sensors, magnetic sensors, outputs from global positioning system receivers.