초록 ▼

There is provided a radio telephone having an arcuate support (114, 1008, 1506) positioned at an upper portion (104, 1002, 1502) of the radio telephone's housing (102) for attachment to a loop-shaped object, such as a belt loop, bag strap and the like. The arcuate support (114, 1008, 1506) includes

There is provided a radio telephone having an arcuate support (114, 1008, 1506) positioned at an upper portion (104, 1002, 1502) of the radio telephone's housing (102) for attachment to a loop-shaped object, such as a belt loop, bag strap and the like. The arcuate support (114, 1008, 1506) includes a first section (110, 1004, 1504) that is stationary relative to the housing (102), and a second section (112, 1006, 1506) that pivots away from the first section (110, 1004, 1504) to open the support (114, 1008, 1506) and returns back to the first section (110, 1004, 1504) to close the support (114, 1008, 1506). Depending upon the embodiment of the radio telephone, the arcuate support (114, 1008, 1506) may open by moving the second section (112, 1006, 1506) inward from the first section (110, 1004, 1504), outward from the first section (110, 1004, 1504) or both inward and outward relative to the first section (110, 1004, 1504). In addition, an antenna (904) for the radio telephone may be positioned within the arcuate support (114, 1008, 1506) to provide protection for the antenna (904) and maintain the antenna (904) at a desired position above the radio telephone.

대표청구항 ▼

There is provided a radio telephone having an arcuate support (114, 1008, 1506) positioned at an upper portion (104, 1002, 1502) of the radio telephone's housing (102) for attachment to a loop-shaped object, such as a belt loop, bag strap and the like. The arcuate support (114, 1008, 1506) includes

There is provided a radio telephone having an arcuate support (114, 1008, 1506) positioned at an upper portion (104, 1002, 1502) of the radio telephone's housing (102) for attachment to a loop-shaped object, such as a belt loop, bag strap and the like. The arcuate support (114, 1008, 1506) includes a first section (110, 1004, 1504) that is stationary relative to the housing (102), and a second section (112, 1006, 1506) that pivots away from the first section (110, 1004, 1504) to open the support (114, 1008, 1506) and returns back to the first section (110, 1004, 1504) to close the support (114, 1008, 1506). Depending upon the embodiment of the radio telephone, the arcuate support (114, 1008, 1506) may open by moving the second section (112, 1006, 1506) inward from the first section (110, 1004, 1504), outward from the first section (110, 1004, 1504) or both inward and outward relative to the first section (110, 1004, 1504). In addition, an antenna (904) for the radio telephone may be positioned within the arcuate support (114, 1008, 1506) to provide protection for the antenna (904) and maintain the antenna (904) at a desired position above the radio telephone. erface further allows access to the first column dimension. 11. The synchronous flash memory device of claim 8 wherein the extended address interface further comprises an additional address interface to the first row dimension of the synchronous flash memory device. 12. The synchronous flash memory device of claim 11, wherein the additional address interface has two address lines for access into the first row dimension of the synchronous flash memory device. 13. The synchronous flash memory device of claim 8, wherein the plurality of array banks further comprise a plurality of segments, and wherein the extended address interface further comprises an additional address interface to select a segment of an active bank of the synchronous flash memory device. 14. The synchronous flash memory device of claim 3, wherein the additional address interface has two address lines for selection of the segment of the active bank of the synchronous flash memory device. 15. The synchronous flash memory device of claim 13, wherein the additional address interface allows associating an active row of a selected segment with any other segment in the active bank of the synchronous flash memory device. 16. A method of operating a synchronous flash memory device comprising: dividing a memory array with a first memory array dimensionality into a plurality of sections; logically adapting the plurality of sections of the memory array to form an emulated virtual second memory array dimensionality; wherein dividing the memory array into a plurality of sections further comprises dividing the memory array into a plurality of array banks; and wherein dividing the memory array into the plurality of array banks further comprises dividing each array bank into a plura