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Part-I - Controller General of Patents Designs and Trademarks

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(12) PATENT APPLICATION PUBLICATION (21) Application No.1586/CHENP/2012 A<br />

(19) INDIA<br />

(22) Date <strong>of</strong> filing <strong>of</strong> Application :21/02/2012 (43) Publication Date : 21/06/2013<br />

(54) Title <strong>of</strong> the invention : SYSTEM AND METHOD FOR QUANTIFYING LUNG COMPLIANCE IN A SELF-<br />

VENTILATING SUBJECT<br />

(51) International classification :A61B5/08<br />

(31) Priority Document No :61/238782<br />

(32) Priority Date :01/09/2009<br />

(33) Name <strong>of</strong> priority country :U.S.A.<br />

(86) International Application No<br />

Filing Date<br />

(87) International Publication No : NA<br />

(61) Patent <strong>of</strong> Addition to Application<br />

:NA<br />

Number<br />

:NA<br />

Filing Date<br />

(62) Divisional to Application Number<br />

Filing Date<br />

:PCT/IB2010/053491<br />

:30/07/2010<br />

:NA<br />

:NA<br />

(71)Name <strong>of</strong> Applicant :<br />

1)KONINKLIJKE PHILIPS ELECTRONICS N.V.<br />

Address <strong>of</strong> Applicant :GROENEWOUDSEWEG 1<br />

EINDHOVEN 5621 BA NETHERLANDS<br />

(72)Name <strong>of</strong> Inventor :<br />

1)BALOA WELZIEN Leonardo Alberto<br />

2)OCONNOR Nathan Francis<br />

(57) Abstract :<br />

The lung compliance <strong>of</strong> a subject that is at least partially self-ventilating is determined. The quantification <strong>of</strong> lung compliance<br />

may be an estimation a measurement <strong>and</strong>/or an approximate measurement. The quantification <strong>of</strong> lung compliance may be<br />

enhanced over conventional techniques <strong>and</strong>/or systems for quantifying lung compliance <strong>of</strong> self-ventilating subjects in the lung<br />

compliance may be quantified relatively accurately without an effort belt or other external sensing device that directly measures<br />

diaphragmatic muscle pressure <strong>and</strong> without requiring the subject to manually control diaphragmatic muscle pressure.<br />

Quantification <strong>of</strong> lung compliance may be a useful tool in evaluating the health <strong>of</strong> the subject including detection <strong>of</strong> fluid<br />

retention associated with developing acute congestive heart failure.<br />

No. <strong>of</strong> Pages : 27 No. <strong>of</strong> Claims : 15<br />

The Patent Office Journal 21/06/2013 13913

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