A wireless ultrasonic testing device with replaceable sound head

Abstract

The invention discloses a wireless ultrasonic detection device with a replaceable sound head. The ultrasonic detection device includes a box body, a main body, four sets of replacement mechanisms, and four sets of cleaning mechanisms. The main body is arranged on the box body, and each set of replacement Mechanisms are arranged inside the box body, and each group of cleaning mechanisms is arranged above the replacement mechanism. The main body is provided with a detachable ultrasonic probe, and the replacement mechanism realizes the separation of the main body and the ultrasonic probe. Ultrasonic probes are arranged on the replacement mechanism, and the cleaning mechanism cleans and sterilizes the ultrasonic probes. Ultrasonic probes are installed on the main body to form ultrasonic detection equipment. The four sets of ultrasonic probes are divided into external ultrasonic probes and internal ultrasonic probes. The ultrasonic detection equipment of the present invention can replace the corresponding ultrasonic probes according to different usage scenarios. In terms of the methods of different ultrasonic testing equipment, the ultrasonic testing equipment of the present invention is more diversified and more adaptable.

Description

technical field [0001] The invention relates to the technical field of ultrasonic testing, in particular to a wireless ultrasonic testing device with a replaceable sound head. Background technique [0002] The traditional ultrasonic probe is connected to the computer system through a cable, and the scope of use of the ultrasonic probe is severely limited by the length of the cable, which not only brings inconvenience to the doctor's diagnosis and use, but also requires the doctor to pay attention to the cable when using it. Wire winding, wire pulling, and wire jamming will not only lead to inspection interruption, but also require re-changing and re-routing flat cables. This way of connecting the ultrasonic probe to the computer system seriously affects the efficiency and progress of the inspection work. . Therefore, the color Doppler ultrasound system is developing in the direction of portable and palm-sized. [0003] The existing handheld color ultrasound equipment is eq...

AI Technical Summary

Problems solved by technology

[0003] The existing handheld color ultrasound equipment is equipped with a host and an ultrasound probe, and the user cannot replace it by himself. When different parts need to be detected, different handheld color ultrasound systems need to be used, which makes the user's operation very inconvenient.

Moreover, the ultrasonic probe will be scrapped because it is often dropped on the floor, and the inseparability between the ultrasonic probe and the host will result in the need to replace the entire ultrasonic device, resulting in high cost of use

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