Parameter setting method and device for medical equipment and medical equipment

Abstract

The invention discloses a parameter setting method and device for medical equipment and medical equipment. The method comprises the following steps of: presetting data input controls of parameter items, and building a first corresponding table of the parameter items and the data input controls, wherein the data input controls include basic keys for all the parameter items and additional keys dynamically appointed in the first corresponding table according to the parameter items; inquiring the first corresponding table according to the to-be-adjusted parameter items input by a user, and loading the data input controls corresponding to the to-be-adjusted parameter items; receiving novel parameter values and parameter modifying instructions input by the user through the data input controls; and sending the modified novel parameter values to a lower computer, and confirming if the parameter values are modified according to the feedback from the lower computer. According to the parameter setting method and device disclosed by the invention, the parameter setting process is more intuitive and the operating distance is shortened, so that the parameters setting process can be finished in a step; and a rotary encoder is avoided being operated frequently, so that the operator can more quickly complete the parameter setting process.

Description

technical field [0001] The invention relates to a medical device, in particular to a parameter setting method and device thereof. Background technique [0002] Many kinds of traditional medical equipment are designed with rotary encoders. When different parameters need to be set according to the specific conditions of the patient, the parameter values ​​are adjusted through the rotary encoder. For example, when a clinician uses an anesthesia machine or a ventilator to support a patient's mechanical ventilation, he needs to reasonably set the control parameters corresponding to the ventilation mode according to the patient's physiological condition and clinical treatment needs. For example, in the VCV ventilation mode, clinicians need to set parameters such as tidal volume Vt, respiratory frequency Rate, I:E ratio, and inspiratory pause percentage Tpause. Existing anesthesia machines and ventilator products all use rotary encoders to select, adjust and confirm parameters. E...

AI Technical Summary

Problems solved by technology

Adjusting parameters through a rotary encoder can only be done by step input, so the setting of the step size and the size of the adjustment range will affect the time to achieve the setting goal, and it is impossible to achieve parameter input in one step.

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