A monitoring device for infusion drop rate

Abstract

The invention discloses an infusion dripping speed monitoring device. A manual monitoring mode is adopted for current infusion dripping speed monitoring management. The infusion speed monitoring device comprises a shell, and a lithium battery and a control circuit are arranged in the shell. The control circuit comprises a control module, a battery charging module, a power supply control module, a human-computer interaction module and a signal acquisition module. The shell comprises a front shell and a rear shell; a liquid crystal display hole and indicating lamp holes are reserved in the face of the front shell; the rear shell comprises an integrally formed main shell body, a positioning block and two monitoring element mounting blocks; a data interface hole and key holes are reserved on the side wall of the main shell body, and buzzer holes are reserved on the bottom surface of the main shell body; the positioning block and the two monitoring element mounting blocks are all arranged on the back of the main shell body; a monitoring element mounting groove is reserved in each monitoring element mounting block; a positioning hole is reserved in the positioning block; part of the side wall of the positioning hole penetrates one end of the positioning block through a line through groove. Dripping speed of an infusion tube can be monitored accurately, and the device can be operated with one hand, and is simple and convenient.

Description

technical field [0001] The invention belongs to the field of electronic technology, and in particular relates to a monitoring device for infusion drop speed. Background technique [0002] Intravenous infusion is the most commonly used drug delivery technique in clinical drug therapy. However, due to the age, heart function, physical tolerance and different conditions of the drugs used, it is necessary to rely on the rich clinical experience of medical staff when performing infusion therapy. In order to better control the infusion rate to successfully complete the drug treatment. For example, the elderly and infants should be instilled slowly; those with acute and chronic heart insufficiency should be slow; the infusion should be fast in acute dehydration, shock or high fever; the infusion of aminophylline should be slow, and the infusion of mannitol should be slow. Therefore, reasonable control of the speed of intravenous infusion is an important link in medical and nursing...

AI Technical Summary

Problems solved by technology

However, due to the particularity of clinical applications (requiring simple operation, accurate real-time alarm, wireless deployment, etc.), the existing solutions cannot meet the actual clinical needs, so all current research is still at the stage of theoretical and experimental research, and cannot be applied on a large scale in clinical

Images