Defecation nursing apparatus

Abstract

The invention relates to a defecation nursing apparatus which comprises a closestool device (1) which comprises a closestool body with an opening, and a dirt discharging pipe connected to the bottom of the closestool body. The opening is positioned above the closestool body. One or more electrode apparatuses (2) are used for acquiring electric signals which indicate the defecation state of a user, and a monitoring module (3) communicates with the electrode apparatuses (2) to receive the electric signals acquired by the electrode apparatuses (2) and determine the defecation state of the user according to the electric signals. The electrode apparatuses acquires the electric signals of the defecation state of the user and conveys the electric signals to the monitoring module, and the monitoring module determines the defecation state of the user according to the electric signals. The starting work of a deodorizing device and a nursing device can be further controlled, and deodorizing and nursing functions can be realized automatically.

Description

technical field [0001] The present invention relates to a defecation care device, more specifically, to a defecation care device with a defecation monitoring function. Background technique [0002] With the improvement of people's living standards and the arrival of an aging society, intelligent defecation care machines for paralyzed or disabled persons (hereinafter referred to as patients) have been more and more widely used. Nursing devices currently used on nursing machines generally have the function of urine and stool monitoring, and the basic principles are: [0003] 1) Stool detection: In the area near the stool excretion opening, an infrared light sensor is installed. When there is no stool, the infrared light is transmitted normally, and when there is stool, the infrared light is blocked; [0004] 2) Detection of urination: In the area near the excretion of urine, metal sheets or probes are used to form two electrodes, and the impedance changes are monitored. When ...

AI Technical Summary

Problems solved by technology

[0006] 1) Stool detection: The existing stool monitoring technology can only be detected after the stool has been discharged, and the odor will spread to the surrounding air; and the infrared light path monitoring range is limited, once the stool does not fall into the monitoring area , or the stool is loose, or the stool is small particles, it will not be detected;

[0007] 2) Detection of urination: metal sheet electrodes or probe electrodes are in direct contact with urine and feces, which are easily polluted and corroded by urine and feces, and must be cleaned or replaced frequently; will fall into the monitoring area, resulting in missed detection

Images