Claims Analysis
Total Claims: 7
Claim 1
Independent Claim
218 words
A respiration monitor comprising: an infrared camera for forming an image of a face; an operation section for selecting an imaging temperature to be set for said infrared camera, from a predetermined temperature range, and setting a selected imaging temperature; an image memory for storing a facial image signal output from said infrared camera; a control section for defining a facial region in said facial image signal, binarizing said facial image signal within said facial region, calculating and outputting a respiratory waveform signal from a change in an area of said facial region every respiration, and outputting an alarm signal upon detection of an apnea when a condition in which there is no change in the area of said facial region for a predetermined time; an alarm section for generating an alarm in response to said alarm signal; a synthesis section for synthesizing said facial image signal with said respiratory waveform signal; and a display apparatus for receiving said facial image signal and said respiratory waveform signal synthesized and output from said synthesis section, chronologically and continuously displaying said facial image with the area of said facial region of said facial image changing, and displaying a respiratory waveform so as to correspond to said facial image with the area of said facial region of said facial image changing.
Claim 2
Dependent Claim
218 words
A respiration monitor comprising: an infrared camera for forming an image of a face; an operation section for selecting an imaging temperature to be set for said infrared camera, from a predetermined temperature range, and setting a selected imaging temperature; an image memory for storing a facial image signal output from said infrared camera; a control section for defining a facial region in said facial image signal, binarizing said facial image signal within said facial region, calculating and outputting a respiratory waveform signal from a change in an area of said facial region every respiration, and outputting an alarm signal upon detection of an apnea when a condition in which there is no change in the area of said facial region for a predetermined time; an alarm section for generating an alarm in response to said alarm signal; a synthesis section for synthesizing said facial image signal with said respiratory waveform signal; and a display apparatus for receiving said facial image signal and said respiratory waveform signal synthesized and output from said synthesis section, chronologically and continuously displaying said facial image with the area of said facial region of said facial image changing, and displaying a respiratory waveform so as to correspond to said facial image with the area of said facial region of said facial image changing.
Claim 3
Dependent Claim
32 words
A respiration monitor according to claim 1, wherein said predetermined temperature range of said infrared camera is from 30° to 40° C., and said facial image is displayed in black and white.
Claim 4
Dependent Claim
45 words
A respiration monitor according to claim 1, wherein one portion of said facial region is defined and displayed as a black image corresponding to an inspiration and another portion of said facial region is defined and displayed as a white image corresponding to an expiration.
Claim 5
Independent Claim
178 words
A method for monitoring a respiration comprising the steps of: forming an image of a face by an infrared camera; storing a facial image signal output from said infrared camera; defining a facial region in said facial image signal; binarizing said facial image signal within said facial region; calculating and outputting a respiratory waveform signal from a change in an area of said facial region every respiration; outputting an alarm signal by judging an apnea when a condition in which there is no change in the area of said facial region for a predetermined time; generating an alarm in response to said alarm signal; synthesizing said facial image signal with said respiratory waveform signal; inputting to a display said facial image signal and said respiratory waveform signal synthesized and output from said synthesis section; chronologically and continuously displaying said facial image with the area of said facial region of said facial image changing; and displaying a respiratory waveform so as to correspond to said facial image with the area of said facial region of said facial image changing.
Claim 6
Independent Claim
178 words
A method for monitoring a respiration comprising the steps of: forming an image of a face by an infrared camera; storing a facial image signal output from said infrared camera; defining a facial region in said facial image signal; binarizing said facial image signal within said facial region; calculating and outputting a respiratory waveform signal from a change in an area of said facial region every respiration; outputting an alarm signal by judging an apnea when a condition in which there is no change in the area of said facial region for a predetermined time; generating an alarm in response to said alarm signal; synthesizing said facial image signal with said respiratory waveform signal; inputting to a display said facial image signal and said respiratory waveform signal synthesized and output from said synthesis section; chronologically and continuously displaying said facial image with the area of said facial region of said facial image changing; and displaying a respiratory waveform so as to correspond to said facial image with the area of said facial region of said facial image changing.
Claim 7
Dependent Claim
38 words
A method for monitoring a respiration as claimed in claim 4, further comprising the steps of: selecting an image temperature to be set for said infrared camera, from a predetermined temperature range, and setting a selected imaging temperature.