Claims Analysis
Total Claims: 16
Claim 1
Independent Claim
95 words
A respiration-controlled cardiac pacemaker comprising: a stimulating pulse generator for generating stimulating pulses at a controllable basic stimulation rate; a rheography pulse generator for generating rheography pulses in synchronism and at a predetermined timed interrelationship with said stimulating pulses; a respiration detector responsive to said rheography pulses and generating a respiration signal indicative of a patent's respiration rate; means for providing a predetermined respiration signal-basic stimulation rate-characteristic; and control means for controlling said basic stimulation rate of said stimulating pulse generator according to said predetermined respiration signal--basic stimulation rate--characteristic in response to said repiration signal.
Claim 2
Dependent Claim
95 words
A respiration-controlled cardiac pacemaker comprising: a stimulating pulse generator for generating stimulating pulses at a controllable basic stimulation rate; a rheography pulse generator for generating rheography pulses in synchronism and at a predetermined timed interrelationship with said stimulating pulses; a respiration detector responsive to said rheography pulses and generating a respiration signal indicative of a patent's respiration rate; means for providing a predetermined respiration signal-basic stimulation rate-characteristic; and control means for controlling said basic stimulation rate of said stimulating pulse generator according to said predetermined respiration signal--basic stimulation rate--characteristic in response to said repiration signal.
Claim 3
Dependent Claim
28 words
Cardiac pacemaker according to claim 1, wherein said control means comprises means for causing said rheography pulse generator to generate a single rheography pulse for each stimulating pulse.
Claim 4
Dependent Claim
144 words
A respiration-controlled cardiac pacemaker comprising: a stimulating pulse generator for generating stimulating pulses at a controllable basic stimulation rate; means for detecting cardiac action potential and for generating, each time, an inhibiting pulse; a rheography pulse generator for generating rheography pulses; a respiration detector responsive to said rheography pulses for generating a respiration signal indicative of a patient's respiration rate; means for supplying a predetermined respiration signal-basic stimulation rate-characteristic; and control means for controlling the basic stimulation rate of said stimulating pulse generator according to said predetermined respiration signal-basic stimulation rate-characteristic in response to said respiration signal, said control means stopping said stimulating pulse generator from generating a stimulating pulse in response to each inhibiting pulse, and for causing said rheography pulse generator to generate said rheography pulses in synchronism and at a predetermined timed interrelationship with said stimulating pulses and said inhibiting pulses.
Claim 5
Dependent Claim
144 words
A respiration-controlled cardiac pacemaker comprising: a stimulating pulse generator for generating stimulating pulses at a controllable basic stimulation rate; means for detecting cardiac action potential and for generating, each time, an inhibiting pulse; a rheography pulse generator for generating rheography pulses; a respiration detector responsive to said rheography pulses for generating a respiration signal indicative of a patient's respiration rate; means for supplying a predetermined respiration signal-basic stimulation rate-characteristic; and control means for controlling the basic stimulation rate of said stimulating pulse generator according to said predetermined respiration signal-basic stimulation rate-characteristic in response to said respiration signal, said control means stopping said stimulating pulse generator from generating a stimulating pulse in response to each inhibiting pulse, and for causing said rheography pulse generator to generate said rheography pulses in synchronism and at a predetermined timed interrelationship with said stimulating pulses and said inhibiting pulses.
Claim 6
Dependent Claim
70 words
Cardiac pacemaker according to claim 3, wherein said control means comprises means for blocking said stimulating pulse generator from generating pulses within a first predetermined refractory time interval associated with each of said inhibiting pulses, and means for causing said rheography pulse generator to generate said rheography pulses within said first predetermined refractory time interval and within a second predetermined refractory time interval associated with each of said stimulating pulses.
Claim 7
Dependent Claim
23 words
Cardiac pacemaker according to claim 4, wherein said second predetermined refractory time interval, in each case, immediately precedes each of said stimulating pulses.
Claim 8
Dependent Claim
28 words
Cardiac pacemaker according to claim 3, wherein said control means comprises means for causing said rheography pulse generator to generate a single rheography pulse for each stimulating pulse.
Claim 9
Dependent Claim
96 words
A respiration-controlled cardiac pacemaker comprising: a stimulating pulse generator for generating stimulating pulses at a controllable basic stimulation rate; a rheography pulse generator for generating rheography pulses in synchronism and at a predetermined timed interrelationship with said stimulating pulses; a respiration detector responsive to said rheography pulses and generating a respiration signal indicative of a patent's depth of respiration; means for providing a predetermined respiration signal-basic stimulation rate-characteristic; and control means for controlling said basic stimulation rate of said stimulating pulse generator according to said predetermined respiration signal--basic stimulation rate--characteristic in response to said repiration signal.
Claim 10
Dependent Claim
96 words
A respiration-controlled cardiac pacemaker comprising: a stimulating pulse generator for generating stimulating pulses at a controllable basic stimulation rate; a rheography pulse generator for generating rheography pulses in synchronism and at a predetermined timed interrelationship with said stimulating pulses; a respiration detector responsive to said rheography pulses and generating a respiration signal indicative of a patent's depth of respiration; means for providing a predetermined respiration signal-basic stimulation rate-characteristic; and control means for controlling said basic stimulation rate of said stimulating pulse generator according to said predetermined respiration signal--basic stimulation rate--characteristic in response to said repiration signal.
Claim 11
Dependent Claim
28 words
Cardiac pacemaker according to claim 7, wherein said control means comprises means for causing said rheography pulse generator to generate a single rheography pulse for each stimulating pulse.
Claim 12
Dependent Claim
145 words
A respiration-controlled cardiac pacemaker comprising: a stimulating pulse generator for generating stimulating pulses at a controllable basic stimulation rate; means for detecting cardiac action potential and for generating, each time, an inhibiting pulse; a rheography pulse generator for generating rheography pulses; a respiration detector responsive to said rheography pulses for generating a respiration signal indicative of a patient's depth of respiration; means for supplying a predetermined respiration signal-basic stimulation rate-characteristic; and control means for controlling the basic stimulation rate of said stimulating pulse generator according to said predetermined respiration signal-basic stimulation rate-characteristic in response to said respiration signal, said control means stopping said stimulating pulse generator from generating a stimulating pulse in response to each inhibiting pulse, and for causing said rheography pulse generator to generate said rheography pulses in synchronism and at a predetermined timed interrelationship with said stimulating pulses and said inhibiting pulses.
Claim 13
Dependent Claim
145 words
A respiration-controlled cardiac pacemaker comprising: a stimulating pulse generator for generating stimulating pulses at a controllable basic stimulation rate; means for detecting cardiac action potential and for generating, each time, an inhibiting pulse; a rheography pulse generator for generating rheography pulses; a respiration detector responsive to said rheography pulses for generating a respiration signal indicative of a patient's depth of respiration; means for supplying a predetermined respiration signal-basic stimulation rate-characteristic; and control means for controlling the basic stimulation rate of said stimulating pulse generator according to said predetermined respiration signal-basic stimulation rate-characteristic in response to said respiration signal, said control means stopping said stimulating pulse generator from generating a stimulating pulse in response to each inhibiting pulse, and for causing said rheography pulse generator to generate said rheography pulses in synchronism and at a predetermined timed interrelationship with said stimulating pulses and said inhibiting pulses.
Claim 14
Dependent Claim
70 words
Cardiac pacemaker according to claim 9, wherein said control means comprises means for blocking said stimulating pulse generator from generating pulses within a first predetermined refractory time interval associated with each of said inhibiting pulses, and means for causing said rheography pulse generator to generate said rheography pulses within said first predetermined refractory time interval and within a second predetermined refractory time interval associated with each of said stimulating pulses.
Claim 15
Dependent Claim
23 words
Cardiac pacemaker according to claim 10, wherein said second predetermined refractory time interval, in each case, immediately precedes each of said stimulating pulses.
Claim 16
Dependent Claim
28 words
Cardiac pacemaker according to claim 9, wherein said control means comprises means for causing said rheography pulse generator to generate a single rheography pulse for each stimulating pulse.