Mobile diagnosis device
First Claim
1. A mobile diagnosis device comprising:
- an ECG unit to record an ECG signal, with the ECG unit being connected to two or more ECG electrodes to measure electrical signals from a patient'"'"'s body;
a pulsoximetry unit for simultaneous recording of a volume pulse signal, the pulsoximetry unit comprising at least one light source and at least one light sensor for optical measurement of blood perfusion in the vascular system of a patient'"'"'s body tissue;
a program-controlled evaluation unit to evaluate the ECG signal and the volume pulse signal; and
a casing that accommodates the ECG unit, the pulsoximetry unit and the evaluation unit, wherein the ECG electrodes and the light source and the light sensor of the pulsoximetry unit are arranged on an exterior surface of the casing, the ECG electrodes being connected to the device without a cable connection, wherein the light source and the light sensor of the pulsoximetry unit are integrated in a first ECG electrode of the ECG electrodes in such a manner that a patient can touch the first ECG electrode with one hand and a second ECG electrode with the other hand, while touching the light source and the light sensor at the same time;
wherein said evaluation unit is appropriately equipped to allow forautomatic recognition of R peaks in the ECG signal,automatic recognition of extreme levels in the volume pulse signal,and for determination of the time difference between an R peak in the ECG signal and a successive extreme value in the volume pulse signal.
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Accused Products
Abstract
A mobile diagnosis device comprised of an ECG unit (1) to record an ECG signal (55), with the ECG unit (1) being connected or connectible to two or more ECG electrodes (27, 28) to dissipate electrical signals from a patient'"'"'s body, and comprised of a pulsoximetry unit (2) for simultaneous recording of a volume pulse signal (56), with the pulsoximetry unit (2) comprising at least one light source (17, 18) and at least one light sensor (20) for optical measurement of blood perfusion in the vascular system of a patient'"'"'s body tissue, and comprised of a program-controlled evaluation unit (4) to evaluate the ECG signal (55) and the volume pulse signal (56). To provide such a diagnosis device that is suitable for auto-diagnosis of cardiovascular diseases, the device proposes that the evaluation unit (4) be appropriately equipped to allow for automatic recognition of R peaks (57) in the ECG signal (55), automatic recognition of extreme levels (58) in the volume pulse signal (56), and for determination of the time difference (60) between an R peak (57) and a successive extreme level (58) in the volume pulse signal (56). Furthermore, the evaluation unit (4) can be appropriately equipped to allow for determination of the time difference (61) between the main and secondary peak values (58, 59) in the volume pulse signal (56).
24 Citations
11 Claims
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1. A mobile diagnosis device comprising:
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an ECG unit to record an ECG signal, with the ECG unit being connected to two or more ECG electrodes to measure electrical signals from a patient'"'"'s body; a pulsoximetry unit for simultaneous recording of a volume pulse signal, the pulsoximetry unit comprising at least one light source and at least one light sensor for optical measurement of blood perfusion in the vascular system of a patient'"'"'s body tissue; a program-controlled evaluation unit to evaluate the ECG signal and the volume pulse signal; and a casing that accommodates the ECG unit, the pulsoximetry unit and the evaluation unit, wherein the ECG electrodes and the light source and the light sensor of the pulsoximetry unit are arranged on an exterior surface of the casing, the ECG electrodes being connected to the device without a cable connection, wherein the light source and the light sensor of the pulsoximetry unit are integrated in a first ECG electrode of the ECG electrodes in such a manner that a patient can touch the first ECG electrode with one hand and a second ECG electrode with the other hand, while touching the light source and the light sensor at the same time; wherein said evaluation unit is appropriately equipped to allow for automatic recognition of R peaks in the ECG signal, automatic recognition of extreme levels in the volume pulse signal, and for determination of the time difference between an R peak in the ECG signal and a successive extreme value in the volume pulse signal. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10)
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11. A method for recording and evaluating a patient'"'"'s cardio-vascular parameters, wherein
an ECG signal is captured by means of an ECG unit which is connected with two or more ECG electrodes for measurement of electrical signals from a patient'"'"'s body, a volume pulse signal is simultaneously captured by a pulsoximetry unit which is comprised of at least one light source and at least one light sensor for optical measurement of blood perfusion in the vascular system of a patient'"'"'s body tissue, wherein the ECG signal and the volume pulse signal are evaluated by means of a program controlled evaluation unit, wherein a casing is provided for accommodating the ECG unit, the pulsoximetry unit and the evaluation unit, wherein the ECG electrodes and the light source and the light sensor of the pulsoximetry unit are arranged on an exterior surface of the casing, the ECG electrodes being connected to the device without a cable connection, wherein the light source and the light sensor of the pulsoximetry unit are integrated in a first ECG electrode of the ECG electrodes in such a manner that a patient can touch the first ECG electrode with one hand and a second ECG electrode with the other hand, while touching the light source and the light sensor at the same time, and, wherein by means of said evaluation unit R peaks in the ECG signal are automatically recognized, extreme levels in the volume pulse signal are automatically recognized, and that the time difference between an R peak in the ECG signal and the successive extreme level in the volume pulse signal is determined.
Specification