Mounting and locating tool for automatically locking sensor into shell

Abstract

The invention discloses a mounting and locating tool for automatically locking a sensor into a shell. The tool comprises a jelly shell locating mechanism and a sensor locating mechanism; the jelly shell locating mechanism comprises a jelly shell locating base and a jelly shell driving assembly installed in the jelly shell locating base. The sensor locating mechanism comprises a sensor locating base and a sensor locking assembly installed in the sensor locating base. An annular jelly shell clamping groove is formed in the upper surface of the jelly shell locating base, a square sensor locatingbase groove is formed in the annular interior of the jelly shell clamping groove, and the sensor locating mechanism is embedded into the sensor locating base groove; a sensor locating and mounting groove is formed in the upper surface of the sensor locating base, and the sensor is automatically locked through clamping with the sensor locking assembly after being installed in the sensor locating and mounting groove; when the jelly shell is installed in the jelly shell locating base, the jelly shell driving assembly is driven by the jelly shell to act, and the sensor locking assembly is driven by the jelly shell driving assembly to act; and thus, the locking of the sensor is released.

Description

technical field [0001] The invention relates to the field of sealing tooling for blood glucose monitoring sensors, and more specifically relates to a tool for automatically locking the sensor into the housing for installation and positioning. Background technique [0002] The continuous blood glucose monitoring system (RGMS) is a new type of continuous continuous blood glucose monitoring system that has been put into clinical use in recent years. It is connected to a probe head similar to a needle, and the probe head is used to insert into the subcutaneous tissue. The diameter of the probe head is very small, and the patient has no obvious pain and discomfort when it is inserted. The instrument receives an electrical signal reflecting blood sugar changes from the probe head at a certain interval, and converts the average value of the electrical signals collected multiple times into a blood sugar value for storage. Hundreds of blood glucose values ​​can be recorded every day...

AI Technical Summary

Problems solved by technology

[0003] Among them, the sensor with the probe needs to be installed into the jelly shell for storage protection after the production is completed. Buckle to fix it with the sensor, and release the sensor to take out the jelly shell and the sensor as a whole; the existing tooling realizes the fixing and release of the sensor by manually driving the lock, which is cumbersome to operate and low in efficiency; in addition, the jelly shell is not installed flat Although the sensor can be fixed with the sensor when entering the tooling, the actual jelly shell and the sensor are not fully engaged, and a slight shake will cause the two to separate, thereby posing a risk of damaging the sensor probe

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