Abstract: Non-invasive to early detect myocardial inschemia is a very important problem in the medical profession. The invention used the method introduced in U.S. Pat. No. 5,509,425 and U.S. Pat. No. 5,649,544 to acquire positive (occurrence) indexes in every case of a sufficient amount database. Used the database empirically screening the said EMPI indexes, to select the CAD related indexes “Ic” and the NCI related indexes “In”, according to the positive rate of those indexes in the CAD patients and NCI patients which one is higher. Combined the “Ic” and “In” as “one Group” (Cluster), namely “Icn” to get the “index patterns” constructed by “Icn”, called “Pcn”.

Abstract: Animal EKG analysis is still done by veterinary doctors, it is not only difficult but also subjective. EMPI (EKG Multiphase Information Diagnosis) Technology has been successfully used for the human heart, it is reasonably think that use this new technology into animal EKG analysis shall be effective and makes the animal EKG analysis to be automatic and objective. This patent introduces the inventor's new invention for computerized analysis of animal EKG based on the computerized EKG wave-form analysis technology and EMPI technology.

Abstract: Software in a dedicated computer is protected from physical and electronic unallowable interrogation (i.e. any physical and electronic interrogation which is not set up by the designer). When the unallowable interrogation is attempted, a destruction signal is generated to destroy the software protected, so that the unallowable interrogation can not be realized, therefore the unallowable interrogation is forbidden.

Abstract: Heart disease is non-invasively, accurately diagnosed at an early stage. A plurality of functions descriptive of the patient are mathematically determined. A set of indices for each function is established in advance. Each index has two states indicative of the patient's condition. An integrated pattern of the states of the indices from a plurality of the functions is generated and matched against a stored collection of index patterns whose diagnosis is known.

Abstract: An enclosure having a horizon line, a scene, and lights is moved relative to a pilot to simulate vertigo during on-ground training of the pilot to overcome in-flight vertigo. Gravitational vertigo is simulated by a seat cushion inflatable to change the seated orientation of the pilot.

Abstract: Heart/brain disease is non-invasively, accurately diagnosed at an early stage. A plurality of functions descriptive of the patient are mathematically determined. A set of indices for each function is established in advance. Each index has two states indicative of the patient's condition. An integrated pattern of the states of the indices from a plurality of the functions is generated and matched against a stored collection of index patterns whose diagnosis is known. The diagnosis is optimized with the aid of weighting factors for such parameters as patient's age and medical history. In addition, the diagnosis is also checked doctors' opinion.

Abstract: Disease is non-invasiveIy, accurately diagnosed at an early stage. A plurality of functions descriptive of the patient are mathematically determined. A set of indices for each function is established in advance. Each index has two states indicative of the patient's condition. An integrated pattern of the states of the indices from a plurality of the functions is generated and matched against a stored collection of index patterns whose diagnosis is known. The diagnosis is optimized with the aid of weighting factors for such parameters as patient's age and medical history.

Abstract: Heart/drain disease is non-invasively, accurately diagnosed at an early stage. A plurality of functions descriptive of the patient are mathematically determined. A set of indices for each function is established in advance. Each index has two states indicative of the patient's condition. An integrated pattern of the states of the indices from a plurality of the functions is generated and matched against a stored collection of index patterns whose diagnosis and attack condition is known.

Abstract: The present invention, by using computer network technique to remotely treat EKG and EEH data, provides a useful way to make the EEMPI (EKG AND EEG MULTIPHASE INFORMATION DIAGNOSIS SYSTEM) to be used popularly in common people's home.

Abstract: Brain disease is non-invasively, accurately diagnosed at an early stage. A plurality of functions descriptive of the patient are mathematically determined. A set of indices for each function is established in advance. Each index has two states indicative of the patient's condition. An integrated pattern of the states of the indices from a plurality of the functions is generated and matched against a stored collection of index patterns whose diagnosis is known.

Abstract: An apparatus and method for detecting and processing bioelectric signals, such as ECG, VCG, EEG, etc, comprising: a plurality of electrodes for detecting electric signals from different locations on a human or animal body; a signal collecting device for synchroneously collecting multi-channel signals via the electrodes; a signal processing device for performing time domain, frequence domain and space domain processing on the collected signals; and a signal output device including a CRT and a graphic printer. In addition, the apparatus further comprising an external memory, a keyboard and an alarming device. By using the apparatus and method of the present invention, the examination of heart brain and other organs may be performed simultaneously by way of synchronized sampling multi-domain processing, curves and parameters tables displaying an automatic judgement, thereby accomplishing a quick detection and processing of the bioelectric signals.