Digital high-accuracy novopen injection data acquisition device and acquisition method

Abstract

The invention relates to a digital high-accuracy novopen injection data acquisition device and acquisition method thereof. The digital high-accuracy novopen injection data acquisition device comprisesa housing, a push rod, an angle acquiring device, a circuit supporting plate and a power supply module, wherein the housing comprises an upper housing and a lower housing; a through hole allowing thepush rod to penetrate through is formed in the top of the upper housing; and the angle acquiring device is used for acquiring the position change of a rotational movement component relative to an axial movement component during the injection of a novopen. According to the digital high-accuracy novopen injection data acquisition device disclosed by the invention, under the premise that a conventional mechanical injection novopen structure is not changed, the digital high-accuracy novopen injection data acquisition device is detachably and independently mounted at the end of the novopen; and when the digital high-accuracy novopen injection data acquisition device is used, the angle change data of the rotational movement component relative to the axial movement component is calculated through the angle acquiring device arranged in the digital high-accuracy novopen injection data acquisition device, so that propulsion data of the injection novopen is obtained, and the acquired data is automatically recorded and shared to an APP in a long-range manner through the digital high-accuracy novopen injection data acquisition device.

Description

technical field [0001] The invention relates to an insulin pen injection data collection device, in particular to a digital high-precision insulin pen injection data collection device and a collection method thereof, belonging to diabetes treatment auxiliary equipment. Background technique [0002] Diabetes is one of the three major chronic diseases recognized globally, and insulin injection is an effective treatment for blood sugar control. Insulin pens are widely used due to their lightness, portability, low price, and ease of use. At present, most insulin pens on the market are mechanical, without the function of automatically recording the injection dose and injection time, let alone remote sharing of data. In fact, with the development of diabetes patients, the insulin injection dose often needs to be adjusted, but the medical staff cannot know the insulin injection situation of the patient outside the hospital, and it is not convenient for the patient to record these ...

AI Technical Summary

Problems solved by technology

At present, most insulin pens on the market are mechanical, without the function of automatically recording the injection dose and injection time, let alone remote sharing of data

In fact, with the development of diabetes patients, the insulin injection dose often needs to be adjusted, but the medical staff cannot know the insulin injection situation of the patient outside the hospital, and it is not convenient for the patient to record these data at any time, resulting in the lack of adjustment of the insulin dose by the medical staff. data support

Images