Integrated calculus crushing and removing machine convenient and fast to use

Abstract

The invention provides an integrated calculus crushing and removing machine convenient and fast to use. The integrated calculus crushing and removing machine convenient and fast to use comprises three energy output ports which are the ultrasonic output interface, the air pressure output interface and the holmium laser output port respectively, and therefore in the treatment process, the calculus crushing methods can be flexibly selected according to needs. The integrated calculus crushing and removing machine comprises an accessory containing assembly which comprises a first supporting lug, a second supporting lug and an optical fiber storage device, wherein the first supporting lug is used for containing a collecting bottle, the second supporting lug is used for containing an ultrasonic handle and an air pressure ballistic handle, the optical fiber storage device is used for containing optical fibers, all the parts can be placed at the proper positions orderly, and the integrated calculus crushing and removing machine can be conveniently used when needing to be used.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to a portable stone-breaking stone-clearing integrated machine including an ultrasonic output interface, an air pressure output interface, and a holmium laser output interface. Background technique [0002] Ultrasonic lithotripsy in vivo is a better technique for minimally invasive treatment of stones. Generally, a probe with an ultrasonic transducer on the top is used to touch the stones through an endoscope to perform lithotripsy. Specifically, this lithotripsy technology uses the electrical oscillation generated by the ultrasonic generator to cause the ultrasonic transducer to generate high-frequency mechanical vibration, which is transmitted to the horn through the ultrasonic electrode, causing longitudinal vibration at the top of the ultrasonic probe. Hard stones create a stone-crushing effect on contact. The horn is a hollow probe, and the lavage fluid and stone chips can be su...

AI Technical Summary

Problems solved by technology

Laser lithotripsy technology is more suitable for large stones, and the stone crushing efficiency is higher, but it also has the defect that it can only crush stones and cannot clear stones

[0005] At present, the energy output of lithotripsy equipment is relatively single, which makes it impossible to switch between multiple lithotripsy methods during treatment, resulting in cumbersome replacement of lithotripsy methods; when performing stone treatment, it is necessary to coordinate and cooperate with lithotripsy equipment and stone removal equipment. Lithotripsy equipment and lithotripsy equipment contain many components, such as ultrasonic handle for ultrasonic lithotripsy, pneumatic ballistic handle for pneumatic lithotripsy, optical fiber for holmium laser lithotripsy, collection bottle and negative pressure suction for lithotripsy Equipment, these components are connected to each other and coordinate to complete the task of stone removal during treatment; when no treatment is performed, the components do not need to be connected to each other. At present, there is no reasonable and unified arrangement of these components, but they are randomly placed. put makes it inconvenient to use these parts when

Images