Thermometer automatic classification sorting accompany clamp

Abstract

The present invention relates to a clinical thermometers automatic classification sorting follower fixture. It includes the following several portions: panel, bar code, pressure heat device, guide plate, shifting pin, upper slide plate and lower slide plate. The described pressure head device includes pressure head, guide rod, guide sleeve, spring and spring gland. On the contact portion of pressure head with clinical thermometer a recessed channel is set, and on the guide rod positioned on the back surface of panel the guide sleeve and spring gland are cover-mounted, on the guide sleeve the spring is cover-mounted. The invented follower fixture is mounted in the fixture guideway of clinical thermometers conveying line and can be slided in said guideway, and said follower fixture can simultaneously hold several clinical thermometers and can transfer them to the classification sorting position.

Description

technical field [0001] The invention relates to a production equipment of a thermometer for measuring human body temperature, in particular to an accompanying fixture for automatic classification and sorting of thermometers, which is installed in a fixture track of a thermometer conveying line. It belongs to the field of medical and sanitary machinery. Background technique [0002] Thermometers are used to measure body temperature and are the most conventional detection instruments in the medical and health system. Because of their ease of use and low price, they are also common medical and health devices in households today. Based on this feature, the annual production of thermometers is very large. [0003] The thermometer has a simple structure. It consists of a triangular glass tube with a capillary and a connected mercury glass bag. When measuring, place the watch on the measurement site of the human body, the body temperature will cause the mercury in the glass bag to...

AI Technical Summary

Problems solved by technology

For the production of thermometers with a measurement accuracy of 0.1°C, this brings great difficulties to the calibration of the reference temperature scale and the calibration of each scale value in different scale ranges.

In current production, this process and the classification and sorting of thermometers are still carried out by manual operation, which not only requires a lot of human resources, but also causes relatively large errors in manual classification due to the influence of people, machines, and the environment. Large, the efficiency of sorting is extremely low, which directly affects the production output and quality of thermometers

Images