Intelligent infusion control device

Abstract

An intelligent infusion control device includes a suspension device, a photoelectric switch, a detection and wireless transmitting mechanism and a wireless receiving mechanism. The suspension device includes an outer shell, an annular hook and an elastic lower hook device. The annular hook is arranged in the middle of the upper end of the outer shell. The elastic lower hook device includes an outer cylinder, a spring, a circular limit plate and a hook. The outer cylinder is arranged in the middle of the front upper end of the outer shell. A limit plate is mounted on the spring, the limit plateand the spring are located in the outer cylinder; the hook is located below the outer cylinder; the detection and wireless transmitting mechanism includes a lithium storage battery, a power switch, acharging socket and a wireless transmitting circuit which are connected by wires and mounted in the outer shell; the wireless receiving mechanism includes a lithium storage battery A, a power switchA, a charging socket A, a wireless receiving circuit, a timing circuit and a sounder which are connected by wires and arranged in the outer shell A. The intelligent infusion control device works reliably, brings convenience to patients and nurses, reduces labor intensity and can prevent the occurrence of blood backflow.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to an intelligent infusion control device. Background technique [0002] Infusion is widely used in clinical medicine because of its good effect and quick recovery of the disease. Since it is necessary to prevent the backflow of blood in the patient's blood vessels after the infusion is completed, in practical applications, it is necessary for the patient and his family members to observe the infusion situation in real time, or the nurse to observe the infusion situation through patrolling. The personnel will remove the infusion needle from the patient's body in time to reduce the chance of blood backflow. [0003] In reality, especially when there are many wards and many patients, nurses cannot guarantee that they can effectively grasp the infusion situation of each patient at all times, and frequent inspections of wards by nurses will increase the labor intensity; Patients), the...

AI Technical Summary

Problems solved by technology

[0005] In order to overcome the existing clinical medical treatment, patients rely on nurses, patients themselves and their family members to observe the infusion situation during the infusion. It is easy to cause blood backflow in the patient's blood vessels after the infusion is completed due to various reasons, and the frequent inspection of the ward increases the labor intensity of the nurse. Disadvantages, the present invention provides a method that does not require nurses to conduct frequent inspections of infusion conditions in each ward, and nurses can be on duty in the duty room, which reduces labor intensity. After the completion, the wireless transmitting circuit located at the infusion stand can send two different wireless signals respectively. After receiving the wireless signal, the wireless receiving circuit located in the duty room can make two light-emitting diodes of different colors glow, and at the same time the buzzer will be energized. Make a sound and give a reminder to the nurse on duty. The nurse can intuitively and timely grasp the liquid stock in the infusion bag in the ward through the light-emitting situation of the two LEDs, so that he can arrive at the ward in time to take off the patient's infusion needle when the infusion is completed, thus achieving reliable work. An intelligent infusion control device that brings convenience to patients, their families and nurses, reduces the labor intensity of nurses, and can effectively prevent blood backflow after the infusion is completed.

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