MICROPHONE MODULES

Brand Owner (click to sort) Address Description
COLT Stampede Presentation Products, Inc. 55 Woodridge Drive Amherst NY 14228 Microphone modules; Microphones; Microphones for communication devices; Communications headsets for use with communication radios, intercom systems, or other communications network transceivers;
CRISPMIC Li Creative Technologies, Inc. 23 Vreeland Road, Suite 115 Florham Park NJ 07932 Microphone modules; Microphones; Microphones for communication devices; Binaural microphones; Speaker microphones;CRISP MIC;
HIXMAN Jianhong Fan 114-502 Mabang Garden, No 68 Huashan Rd, Huqiuqu Suzhou 215000 China Microphone modules; Microphones; Loudspeakers, headphones, microphones and CD players; Public address (PA) and sound system accessories, namely, microphone stands, speaker stands, microphone cables, speaker cables, speaker boxes and sound mixers;HIX MAN;
KOMODO PRODUCTS Auragen Technologies 507 Norton Pkwy Apt 21C 507 Norton Pkwy Apt 21C New Haven CT 06511 Microphone modules;PRODUCTS;
NEVER MISS A MOMENT. Noopl, Inc. 1210 G Street, Suite B Sacramento CA 95814 Microphone modules; Microphones for communication devices;
NOOPL Noopl, Inc. 1210 G Street, Suite B Sacramento CA 95814 Microphone modules; Microphones for communication devices;The wording NOOPL has no meaning in a foreign language.;
PHENYX PRO PHENYX TECHNOLOGY 2638 22nd Ave, San Francisco CA 94116 Microphone modules; microphone stands; microphone cables; musical instrument amplifiers; sound amplifiers; sound mixers; headphones; headsets for telephones; headsets for use with computers; headsets for use with mobile phones; earphones; earphones and headphones; in-ear monitors not for medical purposes; power amplifiers; soundboards; graphic equalizers; stereo crossovers; sound equalizers and crossovers; audio faders in the nature of audio apparatus that increase or decrease the level of audio signal; cases for music, namely, cases for MP3 music players, cases for headsets, and cases for wireless microphones; audio and related electronic equipment, namely, cases for audio tuners, audio receivers, amplifiers, tape players, compact disc players, mp3 controllers/players, audio mixers, audio speakers in the nature of music studio monitors, microphones, audio speakers, compact discs, audio tape, portable computers, antennas, phonographic record players, audio recording equipment, and the cables associated with all of the foregoing equipment; electric audio playback units with lights and speakers; audio cables; wireless microphones; wireless microphone modules; wireless musical instrument amplifiers; wireless sound amplifiers; wireless sound mixers; wireless headphones; wireless headsets for telephones; wireless headsets for use with computers; wireless headsets for use with mobile phones; wireless earphones; wireless earphones and headphones; wireless in-ear sound, music and/or noise monitor system primarily comprised of wireless transmitter and receiver not for medical purposes; wireless power amplifiers; wireless sound boards; wireless graphic equalizers; wireless stereo crossovers; wireless sound equalizers and crossovers; wireless audio faders in the nature of in the nature of audio apparatus that increase or decrease the level of audio signal;PHOENIX PRO;PRO;
RADIGS FU SHENZHI 3th Floor, 6 Enjun Road Enping 529400 China Microphone modules; Microphone stands; Microphones; Microphones for communication devices; Hand-held microphone sleeves; Speaker microphones;
RK-47 Roswell Pro Audio 125 S. Main St #118 Sebastopol CA 95472 Microphone modules;R K FORTY SEVEN; R K FOUR SEVEN;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A microphone enclosure for reducing the intensity of sound waves that reach a microphone is presented. The enclosure may be a solid mass with a cavity, designed so that most of the microphone is surrounded by the solid mass when the microphone is inserted into the cavity. The solid mass is dense enough to reduce much of the sound waves that are first mechanically and then acoustically coupled with the microphone. The microphone may be inserted into the cavity so that a sound receiving section is exposed at the entrance of the cavity. Also, the microphone may not be inserted to the end of the cavity so that there is a space between the end of the cavity and the microphone. A hole may be located on the cavity sidewall so that sound can reach the microphone through this space. The sound receiving sections of the microphone are aligned with openings in the communications device.