Intelligent real-time gauze counting and liquid metering device

Abstract

The invention relates to an intelligent real-time gauze counting and liquid metering device which comprises a solid collecting container, weight sensors, infrared counters, a human-computer interaction module, a voice broadcast module and a processor. The solid collecting container comprises at least one placement cavity, the placement cavities are internally provided with the infrared counters, and when the solid collecting container is provided with only one placement cavity, at least two solid collecting containers and at least two weight sensors are arranged; the infrared counters, the weight sensors, the voice broadcast module and the human-computer interaction module are all electrically connected with the processor. The intelligent real-time gauze counting and liquid metering devicecan independently count the quantity of solids of different sizes and independently meter or accumulatively meter liquids contained therein, can conduct real-time broadcasting on solid counting and liquid metering situations according to the set conditions (timing, quantifying or changing), improves the timeliness and accuracy of measurement data and can greatly reduce the labor intensity of medical workers.

Description

technical field [0001] The invention relates to the technical field of intelligent metering equipment, in particular to an intelligent real-time gauze counting and liquid metering device. Background technique [0002] Gauze is a common tool used for compression and hemostasis in surgical operations. Dozens of gauzes of different sizes may be used in a complex operation. In order to estimate the amount of bleeding and guide intraoperative treatment, itinerant nurses often need to repeatedly count different gauzes. Type gauze and give an approximate estimate of the amount of blood loss absorbed in the gauze. This approach may lead to two problems. First, even if the number of different types of gauze is accurately counted, it is still impossible to obtain an accurate value for the blood absorbed in the gauze if a rough estimate is made based on experience alone. Second, this method increases the labor intensity of medical staff. Therefore, it is more difficult to implement th...

AI Technical Summary

Problems solved by technology

This approach may lead to two problems. First, even if the number of different types of gauze is accurately counted, it is still impossible to obtain an accurate value for the blood absorbed in the gauze if a rough estimate is made based on experience alone.

Second, this method increases the labor intensity of medical staff. Therefore, it is more difficult to implement the method of repeated counting in clinical practice, and the counting is often not timely enough, so it is often impossible to obtain the quantity of different types of gauze effectively in real time and blood loss

However, in actual work, gauzes of different sizes are usually used, because gauzes of different sizes have different weights. If the same weight of gauze is generally used, the measurement results will be inaccurate.

Images