Bedside monitoring system

Abstract

The invention discloses a split-type digital bedside monitoring system with a quality control system and an identity identification system. The bedside monitoring system comprises a host, a slave computer and a detection reagent, wherein the host is used for analyzing and processing data and reporting an ultimate result, the slave computer is used for collecting the data and the detection reagent is matched with the slave computer to obtain measured original data; the slave computer is connected with the host. By means of the perfect quality control system, quality control conditions and the efficacy time of the detection reagent can be automatically tested, clinic hidden risks caused by the fact that quality control is omitted and accordingly abnormal equipment is used clinically or out-of-date detection reagents are used can be avoided, and medical hidden risks caused by mistakes made due to artificial factors are reduced. Due to the split-type structure, once a certain component is damaged, the component can be replaced immediately to enable the bedside monitoring system to be used, and clinical work can be carried out normally; due to a synchronous backup storage, when a major failure happens to the equipment, all information can be restored through the backup storage; the bedside monitoring system can be extended to be the combination of a detection instrument and a PDA, clinical operations are facilitated, and digital management of a hospital is achieved.

Description

technical field [0001] The invention relates to the field of clinical detection, in particular to a bedside monitoring system. Background technique [0002] At present, bedside detection instruments (such as blood glucose meters) are widely used in hospitals, but because there is no corresponding operator and patient identification system, doctors or nurses must re-transcribe the measurement results into the medical records or manually enter them into the computer system. The volume is large and prone to recording errors. Moreover, the detection reagents (such as blood glucose test strips) of the existing bedside detection instruments inevitably have batch-to-batch differences in the production process, and the way to eliminate the batch-to-batch differences is to enter the correction code, and at present, the correction code is basically entered manually , often forget to enter or enter the wrong situation. [0003] During the use of the testing reagents (such as blood gl...

AI Technical Summary

Problems solved by technology

[0002] At present, bedside detection instruments (such as blood glucose meters) are widely used in hospitals, but because there is no corresponding operator and patient identification system, doctors or nurses must re-transcribe the measurement results into the medical records or manually enter them into the computer system. Large volume and prone to recording errors

Moreover, the detection reagents (such as blood glucose test strips) of the existing bedside detection instruments inevitably have batch-to-batch differences in the production process, and the way to eliminate the batch-to-batch differences is to enter the correction code, and at present, the correction code is basically entered manually , often forget to enter or enter the wrong situation

[0003] During the use of the testing reagents (such as blood glucose test strips) of bedside testing instruments, the expiry date of the reagents may not be noticed, resulting in the use of expired test strips for testing. The current bedside testing instruments do not have a single reagent There is a well-established quality system that cannot completely prevent the use of expired test strips for testing

[0004] Although the national health department requires that clinical bedside inspection and testing operations must be carried out by trained professionals, but because the current bedside testing instruments (such as blood glucose meters) do not have the operator's identification function, there are many clinically untrained Professional personnel can also use the instrument to perform detection and test operations on patients. If the operation is not standardized, the measurement value may be inaccurate, resulting in medical hazards.

At present, the clinical quality control of bedside testing instruments (such as blood glucose meters) is completely based on manual records and manual judgments of whether they are qualified, etc., which cannot guarantee that the equipment suspected of failure will be withdrawn from clinical use, and there are large medical risks.

[0005] The bedside detection items will be affected by HCT and interfering substances during the test process, and a very accurate result cannot be obtained, which is easy to mislead the clinical treatment

[0006]At present, the bedside detection equipment is basically an all-in-one machine. If a certain part is damaged, it needs to be replaced by the whole machine, which brings a lot of inconvenience to the clinic

Images