Portable pain assessment system combining electrical stimulation with big data analysis

Abstract

The invention discloses a portable pain assessment system combining electrical stimulation with big data analysis. The system comprises an electrical stimulation device, a data acquisition device, a display assessment device, a data transmission device and a cloud data processing device, wherein the electrical stimulation device processes an input voltage value, outputs corresponding current and applies the output current to skin of a normal human body sensory function area through an electrode slice, so that a generated subjective pain score is input into the display assessment device. According to the portable pain assessment system combining electrical stimulation with big data analysis, the subjective pain score of a current patient is assessed in a mode of combining the subjective pain score with an objective pain score, so that corresponding pain assessment is obtained, and the disease severity degree of the patient and the pain self-scoring objective degree of the patient are further assessed.

Description

technical field [0001] The invention belongs to the technical field of pain assessment, and in particular relates to a portable pain assessment system combining electrical stimulation with big data analysis. Background technique [0002] In clinical work, it is often necessary to assess the pain of patients. The current mainstream pain assessment methods are various subjective self-scoring methods, such as the NRS pain scoring method using digital simulation. [0003] But the objective assessment of pain has been difficult. Because pain is a subjective feeling, some people are naturally afraid of pain, while others are naturally not afraid of pain. And some diseases can cause hyperesthesia or hypoesthesia. This causes the same degree of stimulation, in different people, the feeling of pain is different. Clinicians generally can only obtain the evaluation of the patient's subjective pain, and cannot form a concept of the patient's subjective pain perception due to the sti...

AI Technical Summary

Problems solved by technology

Clinicians generally can only obtain the evaluation of the patient's subjective pain, and cannot form a concept of the patient's subjective pain perception due to the stimulus source. Pain is rated as 6 points, but the severity of the kidney stones of the two patients is not clear. One patient’s kidney stone may be 3cm in size, and the other patient’s kidney stone may be 1cm in size, but because the 3cm-large patient Can tolerate pain, patients with a size of 1cm cannot tolerate pain, so they all score 6 points for pain

Clinicians cannot further infer the degree of the patient's condition from a subjective pain perception of the patient

[0004] At the same time, the current pain assessment fails to achieve data sharing, and it is impossible to summarize a certain type of pain in the same age group, the same gender, and the same detection site, so as to obtain a reference treatment plan;