Self-adaptive bidirectional isolation storage device for esophageal ultrasound probe

Abstract

The invention relates to a self-adaptive bidirectional isolation storage device of an esophageal ultrasound probe, which comprises a box with a cover hinged at the top, an inner container installed inside the box, a probe slot, a bracket installed inside the lid, and a micro air pump installed inside the bracket, wherein the micro air pump is communicated with an air bag installed inside the cover through a connecting pipe, and the position of the air bag corresponds to the probe slot; when the cover is closed, the micro air pump inflates the air bag to press the probe located in the slot of the inner container. The flexible self-adaptive fixation of the probe is realized through the inflation and expansion of the airbag, so that the rigid extrusion damage is eliminated, and the passive constant temperature is realized by using the phase change material in the interlayer of the shell, so that the performance attenuation of the wafer is delayed, thus effectively solving the technical problems that the existing device lacks environmental adjustment and mechanical protection.