Implantable biosensor delivery system and implantation activation method

Abstract

The invention discloses an implantable biosensor delivery system and an implantation activation method, the system comprises a sensing wireless signal transmitter and an applicator, the wireless signal sensing transmitter is provided with a mechanical switch, the applicator is provided with an application system and a mechanical trigger mechanism, and the mechanical trigger mechanism is provided with a mechanical trigger. The applying system is used for pushing out the wireless signal transmitter and releasing the wireless signal transmitter to a human body; the mechanical triggering mechanism is connected with the applying system, and the mechanical triggering mechanism is used for operating a mechanical switch in the process that the applying system pushes out the wireless signal transmitter and releases the wireless signal transmitter to a human body, so that the implantable biosensor continuous blood glucose monitoring system is switched from a storage mode to a working mode. In the storage mode, the corresponding processing circuit is simple, and the standby power consumption is low; a mechanical triggering mode is adopted, a mechanical mechanism is tightly surrounded and firmly fixed in a storage mode, false triggering is prevented, and compared with photo-electromagnetic triggering, standby power consumption is low, and interference resistance and false touch resistance are high.

Description

technical field [0001] The invention relates to an implantable biosensor delivery system and an implantation activation method. Background technique [0002] Some medical devices carry electronic devices and batteries inside due to functional requirements. Due to volume cost and other reasons, the size and capacity of batteries are limited. After the production of medical devices, they are usually not used by users immediately, but go through links such as transportation and sales. In these links, medical devices need to be maintained in an ultra-low power storage mode to prevent excessive battery consumption. [0003] When the medical device reaches the user and is used, it is switched from storage mode to working mode and all functions are activated. [0004] Implantable biosensor delivery systems, such as the continuous glucose monitoring CGM (Continues Glucose Monitoring) system, because it needs to be attached to the user's body, in order not to affect the user's norma...

AI Technical Summary

Problems solved by technology

However, the photoelectric switch is easy to interfere, easy to trigger by mistake, and easy to fail

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