Plug-in type monitor

Abstract

The invention discloses a plug-in type monitor which comprises a monitor host machine with a display screen, wherein a moving monitor interface is arranged on the monitor host machine and connected with a moving monitor which is provided with a battery and can be independently operated; and the moving monitor can independently monitor a human physiological parameter and / or control medical equipment and upload the monitoring parameter to the monitor host machine for display. The plug-in type monitor comprises the monitor host machine, the moving monitor and special parameter measuring modules. The monitor host machine used as terminal equipment with most powerful function can plug various special parameter measuring modules as required to realize various medical monitoring functions; and the moving monitor is provided with the battery, has small size, can be independently operated and move along with patients to realize continuous real-time monitoring on the patients and is flexible, convenient and quite practical. The invention used as the plug-in type monitor is widely applied to the medical process.

Description

technical field [0001] The invention relates to a medical device, in particular to a plug-in monitor. Background technique [0002] Most of the traditional medical monitors are integral monitors, which integrate some physiological parameter measurement circuits (modules), human physiological parameter measurement circuits (modules) and sensors to collect human physiological parameters, and then display them on the monitor. The waveform and data are displayed on the screen. This traditional monitor host is generally used in the operating room to monitor the physiological changes of the patient during the operation. After the patient has completed the operation, due to factors such as cost and expense, it is no longer possible to continuously monitor and measure the patient's physiological parameters in real time. Undoubtedly, sudden lesions of patients cannot be detected in time and effectively implemented for diagnosis and treatment, and the physiological parameters of the...

AI Technical Summary

Problems solved by technology

After the patient has undergone surgery, due to factors such as cost and expense, it is no longer possible to continuously monitor and measure the patient's physiological parameters in real time

Undoubtedly, it is impossible to timely detect and effectively implement diagnosis and treatment for patients with sudden lesions, and it is also impossible to obtain the physiological parameters of the patient's entire disease process, which is not conducive to finding out the cause of lesions and carrying out effective diagnosis and treatment.

The traditional ordinary physiological parameter measurement module has no battery, so it cannot work independently, and must be connected to the monitor host to use it

The configuration of this traditional monitor is inflexible, and it is insufficient to monitor complex patients

At present, there are also a small number of plug-in monitors on the market. The biggest problem with the current plug-in monitors is that patients cannot be continuously monitored during the transfer process, resulting in monitoring blind spots and even problems.

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