Physiology situation information acquisition device

Abstract

The invention discloses a device for acquiring physiological condition information, which mainly comprises a physiological parameter detector and a communication module. The physiological parameter detector is used for detecting the physiological parameters of an organism and generating physiological parameter data. The communication module is used for wirelessly accessing a communication networkcapable of accessing an information management server, communicating with the information management server via the accessed communication network and transmitting the physiological parameter data asthe physiological condition information to the information management server. With the device, the remote acquisition of the physiological condition information can be implemented, therefore, the remote management of the physiological condition information can be further implemented, and the acquisition management process of the physiological condition information is simplified, which facilitatesto the application convenience of users.

Description

technical field [0001] The invention relates to the field of electronic medical information processing, in particular to a physiological condition information collection device. Background technique [0002] At present, for patients with chronic diseases, such as diabetes patients, hypertensive patients, hyperlipidemia patients, etc., it is necessary to regularly measure the physiological status information of the patients representing their health status as a reference for the doctor's treatment plan. For example, for diabetic patients, it is very necessary to check blood sugar levels frequently. For example, for type II diabetic patients, blood sugar levels need to be checked at least 3 to 5 times a week. For type I diabetic patients with good blood sugar control, it is necessary to check at least two For patients with type 1 diabetes who have poor blood sugar control, blood sugar levels need to be checked at least 7 times a day. [0003] Since chronic disease is a lifelo...

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Problems solved by technology

[0007] But, the shortcoming of this prior art scheme is: operation is complicated, and the record information of blood glucose meter is transmitted to computer and needs user to have professional computer operation skill, and the use of inconvenient general user, wastes time; Moreover, this mode can only The recorded information of the blood glucose meter can only be transmitted to the computer through a cable when the patient visits a doctor, and the patient must visit the medical staff face to face. It can only detect and transmit blood sugar levels, but cannot record other physiological information that affects blood sugar levels, such as medication information, diet information, exercise information, etc. The current main treatment for diabetes is to combine drug therapy, diet therapy, and exercise therapy. Therefore, the patient's medication information, diet information, and exercise information are as important as the patient's blood sugar level and need to be recorded in real time

However, in view of the technical shortcomings of the above-mentioned blood glucose collection and management scheme, the blood glucose collection and management of diabetic patients is very complicated, and it is difficult for the patient to operate the recording device, and it is also difficult to persist in recording the blood glucose value for a long time; The blood sugar information recorded by the patient can only be viewed when seeing a doctor, and the physiological state of the patient cannot be often understood, so that the treatment plan cannot be made in time, so that the timing of treatment for the patient is delayed and the patient's condition is aggravated

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