Device and method for avoiding glucose meter misoperation

Abstract

The invention discloses a device and method for avoiding glucose meter misoperation, and belongs to the technical field of glucose meters. The device includes a glucose meter shell, a display screen is arranged at the upper end of the glucose meter shell, a switch key and control keys are arranged at the lower end of the glucose meter shell, two fixing plates are mounted on the two side end facesof the glucose meter shell respectively, guide grooves are formed in the fixing plates, and a protection hood is clamped in the guide grooves; guide sliding rails are arranged at the two ends of the protection hood and are connected with the fixing plates through clamp assemblies; each clamp assembly includes a support block, a base, a spring, a retractable guide rod, a sliding rod, an insertion rod and a magnet. According to the device for avoiding the glucose meter misoperation, the protection hood can prevent a user from mistakenly operating the switch key and the control keys so that a glucose meter cannot be turned on when not in use, no power waste can be caused, and the device cannot have bad influences on information recorded by the glucose meter; the protection hood can also prevent other articles from colliding the display screen, and therefore the display screen is protected from being damaged.

Description

technical field [0001] The invention relates to the technical field of blood glucose meters, in particular to a device and method for avoiding misoperation of the blood glucose meter. Background technique [0002] A blood glucose meter, also known as a blood glucose meter, is an electronic instrument for measuring blood sugar levels. The blood glucose meter is divided into photoelectric type and electrode type in terms of working principle. Photoelectric blood glucose meters are relatively cheap. The disadvantage is that the probe head is exposed to the air, which is easily polluted and affects the test results. The service life is relatively short. The electrode-type test principle is more scientific. The electrode port is built-in to avoid pollution and high precision. [0003] After the existing blood glucose meter is used, the surface of the blood glucose meter is not equipped with a corresponding device to avoid misoperation of the blood glucose meter. If the blood glu...

AI Technical Summary

Problems solved by technology

The photoelectric blood glucose meter is relatively cheap. The disadvantage is that the probe head is exposed to the air, which is easily polluted and affects the test results. The service life is relatively short. The test principle of the electrode type is more scientific. The electrode port is built-in to avoid pollution and high precision.

[0003] After the existing blood glucose meter is used, the surface of the blood glucose meter is not equipped with a corresponding device to avoid misoperation of the blood glucose meter. If the blood glucose meter is turned on and works, it will cause a waste of electricity for the blood glucose meter and a waste of electric energy. At the same time, when the control button of the blood glucose meter is misoperated, it will have a certain impact on the information recorded by the blood glucose meter. At the same time, if the blood glucose meter is placed in the bag, other Other items in the bag will collide with the display screen of the blood glucose meter and cause a certain degree of damage to the display screen of the blood glucose meter, which will affect the use of the blood glucose meter

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