Digitalized medical cart based on RFID (Radio Frequency Identification Device) technology

Abstract

The invention relates to a digitalized medical cart based on RFID (Radio Frequency Identification Device) technology. When a patient enters in a hospital, the information of a patient is stored in an RFID chip by a hospitalization office when the patient is accepted, an attending doctor accepting the hospitalization patient inputs the basic information of examination found into the RFID chip, and all the medical record data of the patient can be downloaded via Wi-Fi, and transmitted to a data terminal of the digitalized medical cart. The existing database and the existing system of the original HIS (Hospital Information System) are integrated. The medical records and the prescription diagnosis and treatment information of the patient can be rapidly searched in a hospitalization database in the data terminal server of a background by applying the workstation of the data terminal, and reading a corresponding patient number in the RFID chip on the wrist of the patient via a reader-writer, and the data can be uploaded and downloaded via the data terminal server. Connection for the information of the data terminal server and the background server of the digitalized medical cart is finished, the preparation for ward round and drug delivery by the digitalized medical cart is realized.

Description

technical field [0001] The present invention relates to a kind of medical trolley, especially relates to a kind of based on wireless local area network technology and RFID technology, through the wireless network and the RFID radio frequency card reader installed on the trolley and the HIS network connection of the hospital, for doctors and nurses in real time To provide patient information, the function application of the cart data module is input on the data terminal of the workstation equipped with the cart through the set authority, and after the authority is set in the management center through the extremely simple combination of numbers and letters. Digital medical carts based on RFID technology that directly access different work interfaces. Background technique [0002] With the increase of national investment in the medical and health industry and the gradual improvement of the medical system, the degree of hospital informatization has been greatly improved, and var...

AI Technical Summary

Problems solved by technology

[0004] 1. The original manual operation, pushing the trolley with the medical record folder, one medical record for each patient, the clinician cannot fully access the patient's image, the query of the medical history is not comprehensive, and the condition analysis is incomplete, resulting in misdiagnosis and mistreatment or delayed treatment

[0005] 2. Preoperative discussion of surgical patients. Due to the incomplete data in the ward rounds, the plan analysis is insufficient, and the incidence of postoperative accidents increases, resulting in a decline in the recovery rate of some inpatients. Medical accidents occur from time to time, medical expenses increase, and medical errors and common disputes

[0006] 3. The management of dispensing medicines is weak. Nurses do not have detailed electronic documents for the whole process of dispensing medicines. As a result, it is difficult to determine the responsibility when individual errors occur, and hidden dangers of accidents often occur

[0007] 4. The timeliness for the execution and processing of doctor's orders is not timely. Traditional ward rounds doctors have to complete the ward rounds, return to the office to make unified doctor's orders, and then hand them over to the nurses on duty for execution. In many cases, it affects the timely treatment of serious patients

[0008] 5. The most important thing is the rescue of critically ill patients. Such emergencies happen from time to time. Due to the rotation system of doctors on duty in the ward, critically ill patients are rescued at any time. Or missed the best time to rescue

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