초록 ▼

A power distribution system for an air handler is reconfigureable by way of selectively connectable plug-in connectors. The air handler includes a blower associated with a first plug-in connector that is selectively connectable to a second plug-in connector of a heater and a third plug-in connector

A power distribution system for an air handler is reconfigureable by way of selectively connectable plug-in connectors. The air handler includes a blower associated with a first plug-in connector that is selectively connectable to a second plug-in connector of a heater and a third plug-in connector of an electric air cleaner. If the air handler includes a heater but not the electric air cleaner, then the blower connector plugs into the heater connector. If the air handler includes an electric air cleaner but not a heater, then the blower plugs into the connector of the air cleaner. And if the air handler includes both a heater and an electric air cleaner, then a three-way electrical connector couples the blower to both the heater and the air cleaner.

대표청구항 ▼

A power distribution system for an air handler is reconfigureable by way of selectively connectable plug-in connectors. The air handler includes a blower associated with a first plug-in connector that is selectively connectable to a second plug-in connector of a heater and a third plug-in connector

A power distribution system for an air handler is reconfigureable by way of selectively connectable plug-in connectors. The air handler includes a blower associated with a first plug-in connector that is selectively connectable to a second plug-in connector of a heater and a third plug-in connector of an electric air cleaner. If the air handler includes a heater but not the electric air cleaner, then the blower connector plugs into the heater connector. If the air handler includes an electric air cleaner but not a heater, then the blower plugs into the connector of the air cleaner. And if the air handler includes both a heater and an electric air cleaner, then a three-way electrical connector couples the blower to both the heater and the air cleaner. in the first sensor intensifies the first band of radiation; a second optical element for receiving the intensified first band of radiation and directing the intensified first band of radiation to the first eyepiece; a second objective lens for imaging a second band of radiation; and a second sensor for receiving the second band of radiation, wherein the second sensor images the second band of radiation on a first and a second display device, wherein the second band of radiation is imaged from the first display device onto the second optical element, along with the intensified first band of radiation, and is directed to the first eyepiece and the second band of radiation is imaged from the second display device onto a second eyepiece. 8. The multiple-band radiation imaging binoculars of claim 7, wherein the first band of incoming radiation is VIS/NIR radiation. 9. The multiple-band radiation imaging binoculars of claim 7, wherein the second band of incoming radiation is mid-wavelength infrared radiation. 10. The multiple-band radiation imaging binoculars of claim 7, wherein the second band of incoming radiation is long-wavelength infrared radiation. 11. The multiple-band radiation imaging binoculars of claim 7, wherein the second sensor is an uncooled infrared focal plane array. 12. The multiple-band radiation imaging binoculars of claim 7, wherein the first optical element is a prism. 13. The multiple-band radiation imaging binoculars of claim 7, wherein the second optical elements is an image combiner. 14. The multiple-band radiation imaging binoculars of claim 7, wherein the first sensor is an image intensification device. 15. A method for imaging multiple bands of radiation onto at least one eye of a viewer comprising: receiving a first band of radiation onto a first imaging element; imaging the first band of radiation onto a first directing element wherein the first directing element directs the first band of radiation to a an intensifier element; intensifying the first band of radiation to form an intensified first band of radiation; receiving a second band of radiation onto a second imaging element; imaging the second band of radiation onto a sensor; imaging the second band of radiation from the sensor onto each of a first and second display device; imaging the intensified first band of radiation and the second band of radiation from the first display device onto a first eyepiece, wherein the first eyepiece images the combined bands onto the at least one eye of the user; and imaging the second band of radiation from the second display device onto a second eyepiece. 16. The method according to claim 15, further comprising combining the intensified first band of radiation with the second band of radiation from the first display device prior to imaging the combined bands of radiation onto the first eyepiece. 17. Multiple-band radiation imaging system for imaging at least two bands of radiation comprising: an objective lens for imaging a first and a second band of radiation, wherein the objective lens includes a first optical element for reflecting the at least two bands of incoming radiation and a second optical element for reflecting a first of the at least two bands of radiation and transmitting a second of the at least two bands of radiation; a third optical element for receiving the first band of radiation from the objective lens and directing the first band of radiation onto a first receiving device; a sensor for receiving the second band of radiation, wherein the sensor images the second band of radiation onto a first and a second display device, wherein the second band of radiation is imaged from the first display device onto a fourth optical element and is subsequently directed to a second receiving device; and further wherein the second band of radiation is directed from the second display device through the third optical element and onto the first receiving device. 18. The imaging system