Respiratory distress stimulator system

Claim 2

A patient care system for monitoring and treating respiratory distress problems, comprising: a. first means for sensing respiratory activity and generating electrical signals corresponding thereto; b. second means responsive to said respiratory activity signals for detecting a respiratory distress problem; and c. stimulating means, including fluid-inflatable means adapted for placement under a patient, and responsive to said second means for inducing a startling loss of equilibrium in the patient through a rapid momentary lowering action of a non-oscillatory type of said fluid-inflatable means.

Claim 3

The system according to claim 1 wherein said fluid-inflatable means is normally inflated to a predetermined extent, and said stimulating means further includes fluid supply and control means, electrically coupled to said second means and pneumatically coupled to said fluid-inflatable means, for causing a rapid momentary deflation of said fluid-inflatable means in response to a detection of a respiratory distress problem.

Claim 4

The system according to claim 2 wherein said stimulating means comprises a closed pneumatic system which includes means for simultaneously inflating said fluid-inflatable means to said predetermined extent and preparing a partially evacuated exhaust path adapted for assisting the rapid momentary deflation of said fluid-inflatable means.

Claim 5

The system according to claim 3 wherein said fluid supply and control means includes fluid reservoir means operatively coupled to said fluid-inflatable means and pumping means operatively coupled between said fluid-inflatable means and said fluid reservoir means.

Claim 6

The system according to claim 4 wherein said fluid supply and control means includes means for maintaining a predetermined fluid pressure for inflating said fluid-inflatable means.

Claim 7

The system according to claim 4 wherein said stimulating means further includes pneumatic switching means operatively coupling said fluid reservoir means and said pumping means to said fluid-inflatable means, whereby in response to a respiratory distress condition being detected by said second means, said pneumatic switching means is caused to directly couple said predeterminably-inflated fluid-inflatable means to said fluid reservoir means, the latter comprising said partially evacuated exhaust path, and thereby enable a rapid momentary deflation of said fluid-inflatable means.

Claim 8

The system according to claim 6 wherein said stimulating means includes timing means for causing said pressure-controlled switching means, following a predetermined time period in which said fluid-inflatable means is deflated, to couple said fluid-inflatable means to said pumping means and for actuating the latter and thereby reinflate said fluid-inflatable means to said predetermined fluid pressure level while simultaneously re-evacuating said fluid reservoir means.

Claim 9

The system according to claim 7 wherein said stimulating means further includes pressure-controlled switching means pneumatically coupled to said fluid-inflatable means and electrically coupled to said pumping means for causing the latter to be actuated upon the occurrence of a predetermined fluid pressure threshold being reached within said fluid-inflatable means.

Claim 10

A patient care system for monitoring and treating respiratory distress problems, comprising: a. first means for sensing respiratory activity and generating electrical signals corresponding thereto; b. second means responsive to said respiratory activity signals for detecting a respiratory distress problem; and c. stimulating means, including dual fluid-inflatable means each being adapted for placement on either side of and partially extending under a patient and third means for causing controlled alternate inflation and deflation of said dual fluid-inflatable means, and responsive to said second means for inducing a startling loss of equilibrium in the patient through a relatively rapid momentary rocking motion of a preselected portion of the patient's body by the alternate inflation and deflation of said dual fluid-inflatable means.

Claim 11

A patient care system for monitoring and treating respiratory distress problems, comprising: a. first means for sensing respiratory activity and generating electrical signals corresponding thereto; b. second means responsive to said respiratory activity signals for detecting a respiratory distress problem; and c. stimulating means, including dual fluid-inflatable means each being adapted for placement on either side of and partially extending under a patient and third means for causing controlled alternate inflation and deflation of said dual fluid-inflatable means, and responsive to said second means for inducing a startling loss of equilibrium in the patient through a relatively rapid momentary rocking motion of a preselected portion of the patient's body by the alternate inflation and deflation of said dual fluid-inflatable means.

Claim 12

The system according to claim 9 wherein said third means includes fluid supply and control means coupled to said detecting means for predeterminably inflating and deflating said dual fluid-inflatable means periodically.

Claim 13

The system according to claim 10 wherein said fluid supply and control means includes fluid reservoir means for maintaining a predetermined fluid pressure for inflating said dual fluid-inflatable means.

Claim 14

The system according to claim 10 wherein said dual fluid-inflatable means comprises an inflatable pneumatic unit which includes a pair of inflatable mattresses adjustably coupled together to provide predetermined separation therebetween, each of said pair of mattresses being adapted to be situated on either side of, and extend partially under, a preselected portion of the patient.

Claim 15

The system according to claim 12 wherein said fluid supply and control means includes means for alternately inflating and deflating said pair of inflatable mattresses for a predetermined duration in a cyclic pattern following the detection of a respiratory distress situation.

Claim 16

The system according to claim 13 wherein said means for alternately inflating and deflating said pair of inflatable mattresses includes a pair of pneumatic switching means intercoupled to a pressurized fluid source and fluid motive means, each of said pair of pneumatic switching means being coupled additionally to one of said inflatable mattresses, and control means coupled to said detecting means and to each of said pair of pneumatic switching means, for causing in response to the detection of a respiratory distress problem said pair of pneumatic switching means to alternately be actuated in a switching sequence having predetermined timing and duration, and for causing in response thereto each of said pair of mattresses to be correspondingly coupled alternately to the pressurized fluid source and then to an exhaust, with the switching sequence of the one switching means and the inflatable mattress associated therewith being delayed by a predetermined portion of the period of a switching cycle relative to the other of said pair of pneumatic switching means and its associated inflatable mattress.

Claim 17

The system according to claim 14 wherein said control means includes means for providing a predetermined termination of the switching sequence prior to the earliest possible arrival time of a second indication of respiratory distress, and thereby effect an interval of switching inactivity of predetermined minimal duration preceding the arrival of said earliest possible second indication of respiratory distress.

Claim 18

The system according to claim 9 wherein said dual fluid-inflatable means include means configured to be in cooperative relationship to the patient's body for effectively causing a falling sensation to be imparted alternately to either side of the preselected portion of the patient's body.