Electronic endoscope embedded device

Abstract

The invention relates to the field of medical devices, in particular an electronic endoscope implantation device, comprising an outer sheath, a pellet electronic endoscope and a push rod, the tail part of the pellet electronic endoscope is connected with a guide wire, the outer sheath is made of flexible materials, the interior thereof is provided with at least one channel which is arranged along the length direction, the guide wire and the push rod are arranged in the channel, and the head part of the push rod is contacted with the tail part of the pellet electronic endoscope. The electronic endoscope implantation device adopts the flexible outer sheath to implant the pellet electronic endoscope in a patient, then the pellet electronic endoscope is detached from the head part of the outer sheath for free movement in the human body under the pushing impetus of the push rod, so the operation can be carried out without taking the lithotomy position, and the operation is greatly simplified. In addition, a scale at the tail part of the push rod can clearly display the distance from the pellet electronic endoscope to the head part of the outer sheath, thus obtaining the effective control of the activity of the endoscope.

Description

technical field [0001] The invention relates to the field of medical instruments, in particular to an electronic endoscope insertion device. Background technique [0002] Urology currently mainly uses hard-tube bladder endoscopes, which need to pass through the urethra during use and need to be used after local anesthesia. Male patients suffer a lot and often cause fear to patients, so that endoscopic examination cannot be effectively implemented. Treatment poor compliance. Rigid endoscopic examination is an invasive examination. If the metal pipe is not tightly sealed, the disinfection is not thorough, and the operator is not skilled, it will often cause serious complications such as urethral injury, bladder injury, and infection. At the same time, the currently used endoscopes have blind areas in bladder observation, and diseases in these areas are often easily missed. Children often need general anesthesia during endoscopic examination, and adult ureteroscopes are used ...

AI Technical Summary

Problems solved by technology

At present, flexible endoscopes are also used, but flexible endoscopes still have defects such as high cost, high inspection costs, short service life, partial blind spots, and inability to dynamically observe the shape of the bladder during urination.

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