Abstract: A portable travel guitar that can be quickly disassembled to fit in a business briefcase. A string keeper disengages from the end of the neck and maintains the strings in order when disassembled. This feature allows the neck to be separated from the body for compact storage when disassembled. The body includes string storage flanges for stowing the strings that are wound around the storage flanges. The portable travel guitar is assembled by unwrapping the strings from the storage flanges, setting the neck in place, and attaching to the body with bolts and wing nuts. The string keeper is set into place at the top of the neck and attached with thumbscrews or other appropriate attachment method. The guitar is then tuned as normal. The assembly and/or disassembly process takes about five minutes and requires no tools.

Abstract: A portable travel guitar that can be quickly disassembled to fit in a business briefcase. A string keeper disengages from the end of the neck and maintains the strings in order when disassembled. This feature allows the neck to be separated from the body for compact storage when disassembled. The body includes string storage flanges for stowing the strings that are wound around the storage flanges. The portable travel guitar is assembled by unwrapping the strings from the storage flanges, setting the neck in place, and attaching to the body with bolts and wing nuts. The string keeper is set into place at the top of the neck and attached with thumbscrews or other appropriate attachment method. The guitar is then tuned as normal. The assembly and/or disassembly process takes about five minutes and requires no tools.

Abstract: A housing (202, 602) for an electronic device (700) comprises a battery compartment door (604) having a one-piece molded latch (100). The latch (100) comprises a slide member (102) coupled to a snap member (104) formed substantially in the shape of a U. The snap member (104) comprises a mounting end (106) forming the bottom of the U, and two snap arms (108) forming the two sides of the U. The snap member (104) is supported at a distance from the slide member (102), the distance being sufficient to clear walls of the housing (202). The latch (100) further comprises a header block (112) coupled to the slide member (102) between the two snap arms (108) for minimizing deflection of the two snap arms (108) towards the slide member (102) during assembly of the latch (100).

Abstract: A multi-channel transceiver uses a single high-stability crystal to generate a signal that is multiplied to a frequency near a desired transmitting and receiving frequency. The multiplied frequency is mixed with the output of an offset oscillator having a frequency selected so that the sum or difference of the two frequencies is a desired transmission frequency and the other of the sum or difference is an appropriate frequency for a local oscillator. The offset oscillator may use crystals of lower frequency stability than that of the single high-stability crystal.