Intelligent counting medicine storage device as well as intelligent counting method and device

Abstract

The invention provides an intelligent counting medicine storage device. The intelligent counting medicine storage device comprises a drawer shell, a medicine storage box, a sensor supporting block and a pressure sensor, wherein the medicine storage box is nested in the drawer shell; the pressure sensor for detecting the weight of medicines is arranged between the drawer shell and the medicine storage box; the sensor supporting block is arranged between the medicine storage box and the pressure sensor; one end of the sensor supporting block is glued to the bottom of the medicine storage box, and the other end of the sensor supporting block is glued to the pressure sensor; and a human-computer interaction module is arranged on the medicine storage device and is electrically connected to the pressure sensor. The intelligent counting medicine storage device has the beneficial effects that the functions of using a medicine storage container for acquiring the weight information of the medicines and automatically identifying medicine quantity is realized; and generally, a weighing drawer is used in coordination with a medicine storage cabinet, so that when an operator puts the medicines in the medicine storage cabinet or takes out the medicines from the medicine storage cabinet, the accurate quantity of the medicines can be known without the need for manual counting, thereby avoiding the risk of making mistakes resulting from manual counting and facilitating the management and control of medicines.

Description

technical field [0001] The invention relates to a medical device, in particular to an intelligent counting drug storage device, an intelligent counting method and a device Background technique [0002] When the existing drug storage facilities take or put in drugs, the number of drugs is manually counted and then input into the system or intelligently put in one by one to realize the record of the number of drugs. In the case of manual counting, the objective accuracy of the counting quantity cannot be guaranteed , It also increases the input of operation manpower and supervision manpower, and there is also the risk that the management and control will be wrong and cannot be traced back. [0003] Another is to use sensors to identify the shortage of medicines put in one by one. Although this method has objective records, there is a risk of error. If other foreign objects are put in, the system will still count them and put them one by one. The input requires a certain amoun...

AI Technical Summary

Problems solved by technology

[0002] When the existing drug storage facilities take or put in drugs, the number of drugs is manually counted and then input into the system or intelligently put in one by one to realize the record of the number of drugs. In the case of manual counting, the objective accuracy of the counting quantity cannot be guaranteed , also increased the input of manpower for operation and supervision, and there is also the risk of incorrect management and control that cannot be traced back

[0003] Another is to use sensors to identify the shortage of medicines put in one by one. Although this method has objective records, there is a risk of error. If other foreign objects are put in, the system will still count them and put them one by one. The input requires a certain amount of manual input, which is a semi-automated technology.

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