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OwnerEin-Yiao Sheninventor
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A human physiological symptom detecting and processing device incorporated into transportation or moving facility comprising two touch and press strips and a detecting and processing units. The former are used to detect the operator's physiological symptoms/signs by touch and press action and send related information to the latter with a signal. The detecting and processing unit converts this signal to individual signals decipherable to a display terminal for displaying and alarming, and optionally to a communication device for transmitting the data to a remote place, and further optionally to a GPS for positioning. The device can detect the physiological condition of the operator(s) of the transportation or moving facility in a timely manner to minimize potential for accidents.
Human physiological symptom detecting and processing device incorporated into transportation or moving facility comprising:
Human physiological symptom detecting and processing device incorporated into transportation or moving facility comprising:
The device of any of the claims from 1, wherein said touch and press strips are electrically conductive stripswhich form an electrical circuit when being pressed.
The device of any of the claims from 2, wherein said touch and press strips are electrically conductive stripswhich form an electrical circuit when being pressed.
The device of any of the claims from 1, wherein said detecting and processing device is able to detect and record the electrocardiac phenomenon of Lead 1 and heart-rhythm to establish a cardiogram, and also able to monitor ST segment to detect diminished oxygen supply to the heart early.
The device of any of the claims from 2, wherein said detecting and processing device is able to detect and record the electrocardiac phenomenon of Lead 1 and heart-rhythm to establish a cardiogram, and also able to monitor ST segment to detect diminished oxygen supply to the heart early.
The device of any of the claims from 1, wherein the detecting and processing range of said device covers from Lead II, III,AVR, AVF, AVL to V1˜V6 for achieving further effect.
The device of any of the claims from 2, wherein the detecting and processing range of said device covers from Lead II, III,AVR, AVF, AVL to V1˜V6 for achieving further effect.
The device of any of the claims from 1, wherein said device is able to identify human finger prints.
The device of any of the claims from 2, wherein said device is able to identify human finger prints.
The device of any of the claims from 1, wherein said device is able to detect and record data with pressing action.
The device of any of the claims from 2, wherein said device is able to detect and record data with pressing action.
The device of any of the claims from 1, wherein said device is able to detect blood sugar, blood pressure, blood oxygen, body temperature, sweat, aspiration and electroencephalogram.
The device of any of the claims from 2, wherein said device is able to detect blood sugar, blood pressure, blood oxygen, body temperature, sweat, aspiration and electroencephalogram.
The device of any of the claims from 1, wherein said device is able to record image and voice.
The device of any of the claims from 2, wherein said device is able to record image and voice.
The device of any of the claims from 1, wherein said device is able to record and store the physiological symptoms of said transportation or moving facity operator for further study.
The device of any of the claims from 2, wherein said device is able to record and store the physiological symptoms of said transportation or moving facity operator for further study.
The device of any of the claims from 1, wherein an alarm is installed at a marked location on the automobile to warn the tailing vehicles to avoid traffic accident.
The device of any of the claims from 2, wherein an alarm is installed at a marked location on the automobile to warn the tailing vehicles to avoid traffic accident.
Dependencies are inferred from the claim text.