Pulmonary evaluation device
First Claim
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1. A pulmonary volume evaluation device comprising:
- an item worn over the user'"'"'s body for following body movements caused by the user'"'"'s lung operation;
said item comprising;
a front panel corresponding to the user'"'"'s front;
a rear panel corresponding to the user'"'"'s back;
an upper aperture sized and shaped to allow the user'"'"'s head to be outside the item when worn;
a lower aperture sized and shaped to allow the user'"'"'s legs to be outside the item when worn;
said front panel extending from said upper aperture to said lower aperture and being sized and shaped to substantially entirely cover the anterior chest wall and at least the upper abdomen;
a sensor for sensing fluctuations in a user'"'"'s lung operation; and
feedback means, driven by said sensor, for determining successive values representative of the user'"'"'s lung fluctuations and for translating said values into appropriate lung-evaluating information;
wherein said item has at least one chamber located in both said front and rear panels formed between an inner wall and an outer wall, said at least one chamber having a substantially enclosed volume of gas disposed therein, said at least one chamber being sized and shaped so as to substantially entirely cover the chest wall and at least the upper abdomen of the user'"'"'s body, said inner wall being spaced from said outer wall throughout the entire lung region and being substantially flexible to remain in contact with the entire lung region in order to follow, in use, the displacement of the entire lung region; and
said outer wall is substantially rigid in order to remain in position during the displacement of the lung region;
whereby said inner wall and said outer wall combine to compress said volume of gas as said flexible inner wall is pushed towards said rigid outer wall during inspiration as the lungs expand and to decompress said volume of gas as said flexible inner wall relaxes during expiration as the lungs contract; and
said sensor senses changes in pressure within said chamber throughout inspiration and expiration.
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Abstract
Pulmonary evaluation device has sensor means adapted to sense fluctuations in a user'"'"'s lung operation and feedback means, driven by said sensor means, for determining successive values representative of the user'"'"'s lung fluctuations and adapted to translate said values into appropriate lung-evaluating information. Optionally, the sensor means comprises or forms part of an item suitable to be worn by or carried adjacent the user so as to follow body movements caused by the user'"'"'s lung operation to evaluate the user'"'"'s lung operation.
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Citations
14 Claims
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1. A pulmonary volume evaluation device comprising:
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an item worn over the user'"'"'s body for following body movements caused by the user'"'"'s lung operation; said item comprising; a front panel corresponding to the user'"'"'s front; a rear panel corresponding to the user'"'"'s back; an upper aperture sized and shaped to allow the user'"'"'s head to be outside the item when worn; a lower aperture sized and shaped to allow the user'"'"'s legs to be outside the item when worn; said front panel extending from said upper aperture to said lower aperture and being sized and shaped to substantially entirely cover the anterior chest wall and at least the upper abdomen; a sensor for sensing fluctuations in a user'"'"'s lung operation; and feedback means, driven by said sensor, for determining successive values representative of the user'"'"'s lung fluctuations and for translating said values into appropriate lung-evaluating information; wherein said item has at least one chamber located in both said front and rear panels formed between an inner wall and an outer wall, said at least one chamber having a substantially enclosed volume of gas disposed therein, said at least one chamber being sized and shaped so as to substantially entirely cover the chest wall and at least the upper abdomen of the user'"'"'s body, said inner wall being spaced from said outer wall throughout the entire lung region and being substantially flexible to remain in contact with the entire lung region in order to follow, in use, the displacement of the entire lung region; and
said outer wall is substantially rigid in order to remain in position during the displacement of the lung region;
whereby said inner wall and said outer wall combine to compress said volume of gas as said flexible inner wall is pushed towards said rigid outer wall during inspiration as the lungs expand and to decompress said volume of gas as said flexible inner wall relaxes during expiration as the lungs contract; and
said sensor senses changes in pressure within said chamber throughout inspiration and expiration. - View Dependent Claims (2, 3, 4, 5, 6, 7)
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8. A device for determining pulmonary volume of a user, the device comprising:
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an item; said item comprising; a front panel corresponding to the user'"'"'s front; a rear panel corresponding to the user'"'"'s back; an upper aperture sized and shaped to allow the user'"'"'s head to be outside the item when worn; a lower aperture sized and shaped to allow the user'"'"'s legs to be outside the item when worn; said front panel extending from said upper aperture to said lower aperture and being sized and shaped to substantially entirely cover the anterior chest wall and at least the upper abdomen; said item comprising an inner wall and an outer wall, the inner wall and the outer wall bounding at least one chamber therebetween located in both said front and rear panel, a substantially enclosed volume of gas being disposed within the at least one chamber, the item being configured to be worn over the body of the user and the chamber being sized and shaped so as to substantially entirely cover the chest wall and at least the upper abdomen of the user when the item is worn over the body of the user, said inner wall being spaced from said outer wall throughout the entire lung region and being substantially flexible to remain in contact with the entire lung region in order to follow in use the displacement of the entire lung region, and said outer wall being substantially rigid in order to remain in position during the displacement of the lung region;
whereby the inner wall and the outer wall are configured to compress the volume of gas as the inner wall is pushed towards the outer wall as a result of the lungs of the user expanding during inspiration and to decompress the volume of gas as the inner wall relaxes as a result of the lungs of the user contracting during expiration;a sensor being configured to sense changing pressure values of the volume of gas within the chamber; and means for capturing and evaluating successive pressure values from the sensor to determine values representative of lung fluctuations of the user and for translating said values into appropriate lung-evaluating information. - View Dependent Claims (9, 10, 11, 12, 13, 14)
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Specification