Method and device for configuring ultrasonic diagnostic equipment

Abstract

The embodiment of the invention discloses a method and device for configuring ultrasonic diagnostic equipment, is used for reducing the redundant display of a probe selection interface, achieves the directed configuration of the probes in the corresponding application field, improves professional configuration, and provides a basic setting for the directed configuration of different fields or administrative offices. The method comprises the steps that when the probe is connected with an ultrasonic diagnostic device, the probe type of the probe is obtained; the case that whether or not the probe type of the probe matches with the current application field is evaluated, wherein the current application field is the system default or last-time selected application field; if the probe type matches with the current application field, an identification of the probe is displayed on the probe selection interface.

Description

technical field [0001] The present invention relates to the technical field of ultrasonic diagnostic equipment, in particular to a configuration method and device for ultrasonic diagnostic equipment. Background technique [0002] Ultrasound medical equipment is a medical equipment developed using the principle of ultrasound, which is widely used in medical clinics, diagnosis, hygiene and other fields. Ultrasonic diagnostic equipment is mostly equipped with an operating system. Users interact with the ultrasonic diagnostic equipment through the probe selection interface provided by the operating equipment. The probe selection interface provides application fields and departments for users to choose. Therefore, the layout of the probe selection interface affects the user's operation efficiency of the ultrasonic diagnostic equipment. [0003] At present, in an ultrasound system, a single ultrasound diagnostic device can generally be used in multiple application fields. Among ...

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Problems solved by technology

Among them, the application areas are arranged in a tiled manner on the probe selection interface of the ultrasound system, but the tiled distribution is not conducive to the user's ability to distinguish the application areas that the probe needs to select on the probe selection interface, especially when the content of the probe selection interface is large. The probe selection interface is messy, and the corresponding operation flow can only meet the requirements of the corresponding application field. It is difficult to realize the directional configuration of the probe to the corresponding application field, which is not conducive to the use of ultrasonic diagnostic equipment by users

At the same time, when the user performs an ultrasound examination, it is necessary to switch the probe type of the probe, and then select the application field and diagnostic site of the probe on the probe selection interface to associate the corresponding measurements, annotations, and body markers. However, each time the user creates a new patient, Many steps need to be selected, the operation process is complicated, and the speed is slow, which is not conducive to improving the efficiency of clinical diagnosis

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