45results about How to "Does not affect the operation" patented technology

The invention relates to a medical radiation protection device. The medical radiation protection device comprises a barrel-shaped protective frame and a protective cover, wherein the barrel-shaped protective frame includes an upper protective frame and a lower protective frame, the upper protective frame is connected with the lower protective frame, and the upper protective frame can move up and down along the lower protective frame; and the protective cover is disposed on the sidewall of the barrel-shaped protective frame. Through adoption of the medical radiation protection device, non-wearing X-ray protection can be realized, the load of a user is reduced, and the protection effect is improved; and through arrangement of universal casters on the protection device, movement of the deviceby a user is facilitated during operation, operation of hands of the user is not hindered, and simple and convenient use is achieved.

The invention belongs to the technical field of body surface projection adjustment and motion capture, and particularly relates to an adjustment device for body surface projection in minimally invasive surgery, including: a thigh pad, a calf pad, a foot pad, a first angle sensor and a second angle sensor. Two angle sensors, one end of the thigh pad is hinged to the upper end of the calf pad, the lower end of the calf pad is rotationally connected to the foot pad, the first angle sensor is set at the hinge of the thigh pad and the calf pad, the second angle The sensor is set at the rotation connection between the calf pad and the foot pad. During the minimally invasive operation, the doctor obtains two rotation angle information through two angle sensors, and uses the two angle information as coordinate values ​​to perform a process on the projected image. Adjustment, the doctor can hold and adjust without the assistance of an assistant. During the adjustment process, only the calf and foot need to be moved, which will not affect the doctor's hand operation, affect the continuity of the operation, and avoid the image adjustment process from affecting the operation.

The invention relates to a one-lung ventilation integrated device of a single-cavity trachea catheter and a bronchus blocking device, belonging to medical apparatuses. The one-lung ventilation integrated device comprises a Y-shaped tee joint connected with the single-cavity trachea catheter, wherein a catheter bag is arranged at the front end of the single-cavity trachea catheter, an unaffected-side bronchus opening and an affected-side bronchus opening are arranged on a left side and a right side in the front of the catheter bag, a tip end of the catheter bag is provided with a V-shaped bulge clamp, a bronchus blocking system and the single-cavity trachea catheter are integrated, the front end of a blocking pipe penetrates out from an upper edge of the affected-side bronchus opening and is out of shape in the wall of a catheter body upwards, a blocking bag is arranged at the front end of the blocking pipe, the tail end of the blocking pipe penetrates out from an affected-side root of the catheter body and is connected with a bidirectional blocking pipe switch, and an elastic guide wire special for dredging the blocking pipe is arranged at the tail end of the blocking pipe. The one-lung ventilation integrated device of the single-cavity trachea catheter and the bronchus blocking device, disclosed by the invention, has a simple structure and reasonable design and integrates various advantages of a traditional one-lung ventilation device so as to provide clinic with a novel one-lung ventilation device having the advantages of convenience for operation, exactness in location and flexibility for conversion of one-lung ventilation and double-lung ventilation, and makes an affected lung better keep a static collapse state.

The invention discloses a forceps end mechanism of a pair of blocking forceps with a puncture hole and no damage to a renal artery for a celioscope, comprising a forceps rod and a movable arm, wherein the movable arm is pivoted on an external side section of the forceps rod; a protruding blocking edge is arranged at one side of an upper plane of the external side section of the forceps rod, and arenal artery groove is arranged at the other side of the upper plane; and the movable arm is provided with the puncture hole which is communicated with the renal artery groove. When the blocking forceps manufactured by the forceps end mechanism in the invention are utilized to perform celioscope partial nephrectomy and the like, the renal artery is effectively blocked, therefore, an operation is performed in a bloodless state; and meanwhile, renal artery puncture and low temperature perfusion can be performed, thereby protecting kidney functions to the maximum degree. The mechanism has the advantages of reasonable design, simple structure, high success rate, convenient of use and the like.

In order to solve above technical problems, the invention provides a navigation system used for shaft fracture intramedullary reduction. The system comprises a marrow cavity endoscope, an image display module, a computer, an electromechanical control module, and a mechanical traction frame. The image display module is electrically connected between the marrow cavity endoscope and the computer. The electromechanical control module is electrically connected between the mechanical traction frame and the computer. The marrow cavity endoscope acquires image signals of proper positions, and transmits the image data to the computer through the image display module. After the image data is displayed, analyzed and processed on the computer, a displacement instruction is transmitted to the electromechanical control module. The electromechanical control module drives the mechanical traction frame to complete corresponding displacement operation. The system is characterized in that operation is simple, axial alignment and rotation alignment are realized, X-ray radiation damages are prevented, the system monitors reduction state in real time, and is high in precision, and can maintain a satisfied closed reduction state for a long time.