Inpatient ward cabinet

Abstract

The invention discloses an inpatient ward cabinet. The inpatient ward cabinet includes a main cabinet and multiple auxiliary cabinets, the main cabinet includes a main cabinet body, and the interior of the main cabinet body is divided into a normal temperature medicine area, a control panel area, a main expensive medicine area and a refrigerated medicine area sequentially from top to bottom; the control panel area is provided with a control panel, and the refrigerated medicine area is provided with a refrigerator; each auxiliary cabinet includes an auxiliary cabinet body, and the interior of each auxiliary cabinet body is divided into a normal temperature medicine area and an auxiliary expensive medicine area; the main expensive medicine area and each auxiliary expensive medicine area areinternally provided with multiple medicine taking drawers sequentially from top to bottom; the control panel is in communication connection with each medicine taking drawer. According to the inpatientward cabinet, through cooperation of the main cabinet and the auxiliary cabinets, the medicine storage quantity of the inpatient ward cabinet is increased, the control panel of the main cabinet can control the multiple auxiliary cabinets at the same time, taking wrong medicine is prevented, and the time for picking up medicine is reduced.

Description

technical field [0001] The invention relates to a sick area cabinet. Background technique [0002] At present, hospital inpatient pharmacies generally set up ward cabinets independently, but the number of medicines stored in the ward cabinets is limited. For large hospitals, there are many clinical departments, and each department has nurses who come to pick up medicines, while inpatient pharmacies have limited pharmacists. Especially during the peak period of taking medicines, the workload of pharmacists increases, and pharmacists have to communicate with the nurses who take medicines when dispensing medicines, and the conventional medicine boxes in the cabinets in the conventional wards have no indication function, so pharmacists have to find the location of medicines based on experience , affects the work efficiency and quality of pharmacists, and also increases the waiting time for nurses to take medicine. For some expensive or scarce medicines, the management is stricte...

AI Technical Summary

Problems solved by technology

[0002] At present, hospital inpatient pharmacies generally set up ward cabinets independently, but the number of medicines stored in the ward cabinets is limited. For large hospitals, there are many clinical departments, and each department has nurses who come to pick up medicines, while inpatient pharmacies have limited pharmacists. Especially during the peak period of taking medicines, the work intensity of pharmacists increases, and pharmacists have to communicate with the nurses who take medicines when dispensing medicines, and the conventional medicine boxes in the conventional ward cabinets have no indication function, so pharmacists have to find the location of medicines based on experience , affects the work efficiency and work quality of pharmacists, and also increases the waiting time for nurses to take medicines. For some expensive or scarce medicines, the management is stricter. In order to prevent wrong medicines, the signature confirmation process is cumbersome

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