Intelligent type capacity therapeutic instrument

Abstract

An intelligent capacity therapy instrument includes a central processing unit, an internal storage device, a power supply device, a keyboard device, a display device, an alarm device, an input control circuit, a monitor interface, a fluid velocity monitor and a fluid velocity controller. The internal storage device is used for storing program instructions and the volume treatment decision-making plan for the perioperative period and records of patient volume treatment pre-stored by the central processing unit. According to the patient-related information input by the keyboard device, the central processing unit extracts the corresponding volume treatment decision-making plan from the internal storage device for processing and formulates the patient's preliminary volume treatment plan; executes the patient's volume treatment plan according to the working mode selected by the doctor; The patient's physiological parameters transmitted by the monitor are automatically fed back to adjust the volume therapy plan, and the patient's volume therapy record is stored in the internal storage device; according to the obtained signal for determining the infusion rate, the infusion rate is monitored in real time and fed back to correct the infusion rate.

Description

technical field [0001] The invention belongs to a transfusion control instrument, in particular to an intelligent transfusion control instrument used in perioperative volume therapy. Background technique [0002] Perioperative volume therapy is an important part of surgery and anesthesia treatment. During perioperative volume therapy, the patient’s infusion parameters (including the type of infusion fluid, The selection and control of the infusion volume and infusion speed of various fluids is very important, which is related to the patient's safety and disease recovery during the entire perioperative period. On the one hand, volume therapy in the perioperative period needs to be based on the patient’s age, gender, weight, disease, type of operation, type of anesthesia, preoperative fasting time, fasting time, expected duration of operation, and patient’s On the other hand, medical personnel need to continuously monitor, control the implementation of the treatment plan, and...

AI Technical Summary

Problems solved by technology

In large teaching hospitals, most doctors have the ability to formulate scientific, reasonable, safe and effective perioperative volume treatment plans according to patients' specific conditions and surgical needs, while in medium and small hospitals, many doctors are not fully equipped this ability

[0004] 2. In perioperative volume therapy, the monitoring, control and adjustment of volume therapy are done manually by doctors, which not only has poor accuracy, but also requires a lot of physical and energy for anesthesiologists

[0005] 3. Volume therapy records are filled in by medical staff themselves, and there are problems such as inaccurate records, random changes to records, and illegible handwriting. As a result, volume therapy records cannot meet the requirements of clinical scientific research, teaching materials, and legal documents, namely Lack of accuracy and authenticity; moreover, it is not easy to query, let alone realize remote access, which makes a lot of useful medical information resources and data wasted

[0006] 4. Most of the fluids used for volume therapy are not heated, which makes patients prone to iatrogenic hypothermia after infusion of a large amount of cryogenic fluids, which is not conducive to the safety of patients during the perioperative period and postoperative recovery, especially in the Low ambient temperature, long surgery, major surgery, massive blood loss, and pediatric patients, the situation is more serious

Images