Multifunctional medical nursing vehicle and application thereof

Abstract

The invention discloses a multifunctional medical nursing vehicle and application thereof. The nursing vehicle comprises a cabinet body. the upper surface of the cabinet is an object table, A movableroller is arranged at the bottom of the cabinet body 1, the upper part of the cabinet body is provided with a two-layer medicine box drawer layer, A medicate box on that drawer lay of the single-layermedicated box is affixed with a patient's two-dimensional code, The cabinet body below the cabinet body is internally provided with a controller, a storage battery, a data acquisition card, a data storage, a driving motor and a wireless receiver, wherein the storage battery, the data acquisition card, the data storage, the driving motor and the wireless receiver are connected with the controller.A touch screen computer and a pole are arranged on the storage table, A micro-camera and a microphone are arranged on the vertical pole, A mini camera is connected with a data acquisition card, A radio frequency electronic lock is arranged on the drawer layer of the medicine box, An electromagnetic sensor is installed at the bottom of the cabinet, magnetic rubber strips and magnetic positioning nails are laid on the road of the hospital, a driving motor drives a moving roller, a controller is connected with a nursing station through a wireless receiver and an omni-directional antenna in turn,and a plurality of infusion quantity sensors are matched with each nursing vehicle, and the infusion quantity sensors are sleeved on the infusion bag and detect the infusion status. The invention effectively shares the work of the medical and nursing personnel and improves the nursing efficiency.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to a multifunctional medical care vehicle and its application. Background technique [0002] The current ward management system has scattered functions and relies mainly on manpower, which cannot form a closed loop, and there are loopholes in the management system. 1. At present, the infusion monitoring system in the ward monitors the remaining amount of infusion through a hook-type sensor, and feeds the information back to the fixed terminal (display screen). It cannot issue a warning to the nursing staff working in the ward, and cannot integrate information and analyze and make decisions by itself. . 2. The nursing car used by the nursing staff for infusion needs to be driven manually, the drug storage cabinet cannot be disassembled and assembled, and there is no video monitoring and call function on the nursing car. 3. After receiving the information, the nursing staff working ...

AI Technical Summary

Problems solved by technology

[0002] The current ward management system has scattered functions and relies mainly on manpower, which cannot form a closed loop, and there are loopholes in the management system

1. At present, the infusion monitoring system in the ward monitors the remaining amount of infusion through a hook-type sensor, and feeds the information back to the fixed terminal (display screen). It cannot issue a warning to the nursing staff working in the ward, and cannot integrate information and analyze and make decisions by itself.

2. The nursing car used by the nursing staff for infusion needs to be driven by manpower, the drug storage cabinet cannot be disassembled and assembled, and there is no video monitoring and calling function on the nursing car

3. After receiving the information, the nursing staff working in the ward need to return to the treatment room from the ward, take the patient's infusion bag and nursing car, and go to call the hospital bed again, which increases the round-trip path

4. There is a lack of central control system for ward management. Patients use the bedside call bell to make demands. The information can only reach the nursing station, but cannot reach the nurse in charge working in the ward. The nurse cannot judge the urgency of the patient's needs, which may lead to delays in decision-making

5. The PDA personal terminal used for infusion check has a single function and is only used for checking drug information and patient information, without video conversation and instruction sending functions

6. The patient’s medication is currently uniformly prepared by the pharmacy, and then distributed by the ward. After the ward receives the drug, it needs to be distributed for the second time (distributed to the corresponding patient’s medicine cabinet), which increases the workflow

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