Abstract: A holistically integrated ultrasonic system for examining, mapping, diagnosing, and treating diseases of the prostate gland in a male human includes an ultrasonic transrectal probe and an ultrasonic transurethral probe. Each of these probes is adapted to pulse and to receive, as well as to produce and operate within a liquid-filled volume of the lumen into which they are inserted. Each probe is in operative communication with an integrated patient support platform and an integrated expert system. The integrated expert system collects data transmitted by sensors in the transrectal and transurethral probes and produces level-of-suspicion mapping of the prostate gland with cancer probability assessments for areas contained within the level-of-suspicion mapping. The integrated expert system communicates with, and provides targeting coordinates for operation of an automated slave biopsy subsystem and directs a biopsy needle to a selected point within the prostate gland.

Abstract: A holistic, automated, personalized telephone call management system is capable of responding to all incoming calls. The system employs customized software, computer chips, printed circuit board, ANI, where available, and a data input/output module, which are applied in an integrated manner to accomplish a broad array of functions important to modem household communication needs. System accepts operational time factors and telephone numbers as stored data to be matched automatically with the telephone numbers of incoming calls. The telephone rings under certain qualifying criteria, and an incoming call is passed in silent mode to a smart answering machine under other criteria. The smart answering machine is capable of handling emergency call situations, and the integration of call-waiting options. System also has a smart software function to deal with a state of delinquency on any lease/rent contract for the system.

Abstract: A holistically integrated ultrasonic system for examining, mapping, diagnosing, and treating diseases of the prostate gland in a male human includes an ultrasonic transrectal probe and an ultrasonic transurethral probe. Each of these probes is adapted to pulse and to receive, as well as to produce and operate within a liquid-filled volume of the lumen into which they are inserted. Each probe is in operative communication with an integrated patient support platform and an integrated expert system. The integrated expert system collects data transmitted by sensors in the transrectal and transurethral probes and produces level-of-suspicion mapping of the prostate gland with cancer probability assessments for areas contained within the level-of-suspicion mapping. The integrated expert system communicates with, and provides targeting coordinates for operation of an automated slave biopsy subsystem and directs a biopsy needle to a selected point within the prostate gland.

Abstract: A holistic, automated, personalized telephone call management system is capable of responding to all incoming calls. The system employs customized software, computer chips, printed circuit board, ANI, where available, and a data input/output module, which are applied in an integrated manner to accomplish a broad array of functions important to modem household communication needs. System accepts operational time factors and telephone numbers as stored data to be matched automatically with the telephone numbers of incoming calls. The telephone rings under certain qualifying criteria, and an incoming call is passed in silent mode to a smart answering machine under other criteria. The smart answering machine is capable of handling emergency call situations, and the integration of call-waiting options. System also has a smart software function to deal with a state of delinquency on any lease/rent contract for the system.

Abstract: A computer controlled rectal biopsy probe is employed to receive an ultrasonic signal from an ultrasonic transmitter which may be carried by a prior art urethral examination and mapping probe. The mapping probe signal is employed by the biopsy probe to position a biopsy needle within the rectal wall in alignment with a suspect prostate tumor detected by the mapping probe. The biopsy needle is computer controlled to penetrate the rectal wall, extend into the center of the suspect tumor, and cut a tissue sample therefrom. The tissue sample is removed through the rectal probe, to an analysis station, without removal of the rectal probe. If found malignant, suitable treatment (medical, radiation or surgical) may be directly applied to the tumor through the rectal probe. Computer analysis of the tissue sample may be performed by optical analysis or by ultrasonic density examination apparatus.

Abstract: A compound system and process for mapping the urethra of a male patient to detect prostate and urinary problems; evaluation of any problems found; a reinforcement insert for the prostate custom fabricated from the mapped data to alleviate any problems found; means for placing the reinforcement insert into position within the patient; and means for removing the reinforcement insert when needed; are disclosed.