Laser surgery workstation surgery system for clinical disease treatment

Abstract

The invention discloses a laser surgical workstation operation system for clinical disease treatment, which includes an equipment integrated work trolley, a laser placement frame, a laser work host, a high-definition surgical field camera, a panoramic camera, a laser parallel pedal control device assembly, and a host loader. The base plate and the host of the workstation management system, the bottom of the equipment integrated work trolley is provided with a host carrying plate, the two sides of the host carrying base plate are installed with two side guard plates, and the top supports of the two side guard plates are fixed with two The trolley column, the top support of the trolley column is installed with a top bearing plate. The beneficial effect is that the present invention provides clinicians with more systematic and comprehensive learning and training, more accurate and safer operation and application for laser surgery, and meets the needs of the operating room and multiple clinical departments for the treatment of various diseases. Improve the utilization rate and turnover rate of equipment, reduce the idle rate of equipment and the cost of repeated purchase, and improve the economic benefits of equipment.

Description

technical field [0001] The invention relates to the field of laser surgical treatment devices, in particular to a laser surgical workstation operating system for clinical disease treatment. Background technique [0002] Due to the continuous development and progress of laser technology, clinicians have discovered new ways to use laser technology for the treatment of various diseases, especially laser treatment has a simple, minimally invasive, precise and controllable surgical process, and optical fibers can be bent at will with the help of instruments and human channels It can enter the body deeply and perform surgery in areas that cannot be reached by conventional surgical tools. Laser has the advantages of cutting, coagulation, vaporization, ablation, hemostasis, biological induction, photodynamic therapy, immunotherapy and other functions, making laser surgery The range of lasers is expanding, and doctors are increasingly using lasers to treat a range of clinical disease...

AI Technical Summary

Problems solved by technology

[0003] However, due to the different wavelengths of lasers, the absorption media in tissues are different, the selectivity of lasers with different wavelengths acting on human tissues is extremely obvious, and the biological effects and effects produced are also different. The light output mode of lasers used in laser surgery It is also different from the treatment method. Therefore, when doctors use lasers to treat different clinical diseases, they must choose laser equipment with different laser wavelengths, different working modes, different light output modes, and different treatment methods to operate.

Due to the single laser wavelength, small range of clinical indications, few light channels, limited operation and use, single light output mode, few clinical application functions, few auxiliary function devices, and low operating accuracy, the existing various laser treatment equipment is intelligent. The low degree of digitalization and insufficient auxiliary functions of clinical diagnosis and treatment lead to narrow clinical indications, few clinical application functions, low accuracy of operation and treatment, and low level of digital diagnosis and treatment services, which cannot meet the treatment needs of various clinical diseases.

This makes doctors must use a variety of laser treatment equipment to treat different clinical diseases, and must purchase a variety of different laser treatment equipment to meet the treatment needs of various clinical diseases, which leads to frequent replacement of equipment and disinfection of treatment equipment The hospital needs to purchase a variety of single-function laser treatment equipment, which increases the cost of the hospital's purchase of equipment and equipment. The purchased equipment cannot meet the treatment needs of different diseases in the operating room and multiple clinical departments, which increases duplication. The cost of purchasing equipment, the utilization rate and turnover rate of equipment are low, and the idle rate is high. At the same time, it is necessary to purchase various auxiliary equipment and functional equipment to cooperate with the safe, accurate and standardized operation and use of laser treatment equipment to prevent risks. Increased cost of equipment usage

At the same time, due to the different application functions, operation methods, and treatment parameters of different laser treatment equipment, most of the existing laser treatment equipment does not have the supporting professional clinical treatment required for laser treatment of various clinical diseases according to the disease spectrum. Program function application software and learning tutorials cannot systematically and comprehensively guide clinicians in the operation and use and study and training of clinical treatment programs. It is unable to provide clinicians with online learning, patient file building, case comparison, remote teaching, surgical recording, data storage, subject research, and 3D imaging surgical treatment assistance for clinicians in the process of preoperative, intraoperative, and postoperative patient diagnosis and treatment in a timely manner. AI reading, digital model service and other clinical medical digital diagnosis and treatment services

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