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Object To develop an easy-assembled and-disassembled image diagnostic module to solve the problems of the tent-form field medical system in size, weight, mobility, accessories, protection and etc, which is of high references for combination and integration scheme of large-scale digital imaging equipment by adopting box instrumentation.Methods The module had its design executed with system modeling, structure simulation and CAD after its service requirements were analyzed. The design fell into the ones for overall framework, combination mode, packaging and buffer vibration isolation, ergonomics, box instrumentation, radiography accessories for vertical and horizontal positions, protection device and etc.Results The module was gifted with radiodiagnosis-related performances such as digital radiography, digital diagnosis,diagnosis reporting, compatibility to vertical- and horizontal- position radiography, and radiation protection during war conditions.Conclusion The module developed gains advantages in power, continuous radiography, assembling and disassembling, accessories and protection, and thus meets the requirements of the tent-form field medical system in mass casualties imaging diagnosis.
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Object To design a casualty sorting unit with chest integrated with table in the tent-form field medical system.Methods The unit was designed with virtual prototype simulation and CAD, which took considerations on the service orientation, the types and quantity of equipment and devices as well as the requirements for packaging box's size and dimensions of the tent-form field medical system.Results The unit had a size of 1795 mm ×600 mm ×600 mm when deployed, and could be used as the field diagnostic and treatment table; the size was 800 mm ×600 mm ×600 mm when withdrawn, when the module met the requirements of the tent-form field medical system for the packaging box and could be used to hold valuable devices such as color Doppler ultrasound and ECG machine. Finite element simulation and check verified that the module had shape and stress changes due to austere force satisfy the desired requirements.Conclusion The unit gains advantages in deployment and withdrawal, materials, mechanical structure and ergonomics-based operation, accords with the requirements for modularity and multi function integrated into one decice, and enhances the efficiency of casualty sorting in the tent-form field medical system.
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Object To study on the X-ray protection module in the radiodiagnosis unit to protect X-ray technicians, other medical staffs and etc against radiation during standing and lying X-ray examinations in the tent-form field medical system.Methods A local tightness protection solution was put forward involving in lead protective materials, standing shoot rack,diagnosis couch as well as considerations on the service orientation of the tent-form field medical system and the operation mode of the X-ray tent. A protective support with fast-plug and lateral folding structure was designed based on X-ray radiation protection principle and lead equivalent calculation of the lead curtain. An X-ray protection module was developed with the lend curtain, protective support, warning sign and etc.Results The dose peaked at vertical direction, and at vertical direction the annual dose to the public 1 m away from the tent was 78.8μSv which was far lower than the limit value 1 mSv. The strength of the protective support met the requirements, and the maximum deformation of the support bar was 15 mm after the suspension of the lead curtain.Conclusion The X-ray protection module gains advantages in design, structure, operation,rapid deployment and withdrawal, handling and transport as well as protective effective according to GB 18871—2002 regulation, and thus can be used for X-ray diagnosis at peace and war time.
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Object To design a mobile class 1000 laminar flow clean field surgery unit to provide a clean space to facilitate the mobile medical rescue team to execute emergency operations in the field tent, private house and etc.Methods The principle of positive pressure isolation and finite element simulation were involved in the design of two-way air intake channel on the top, flexible isolation laminar flow clean module which could be constructed rapidly, three-stage composite clean air supply module and integrated surgery module with box instrumentation.Results The field surgery unit had all its performances meet the desired requirements, of which, the ventilation rate was 24 times per hour, the relative positive atmospheric pressure value was higher than 5 Pa in the surgical unit, and the cleanness reached level 6 at the operating and surrounding areas.Conclusion The field surgical unit can be deployed rapidly, and has the key indexes accord with the desired requirements for cleanness, ventilation rate and positive pressure difference, and thus can be used for the surgery support of the mobile medical rescue team during wartime operations and emergency medical rescue.
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Object To develop a box-type medical operation module based on analyses on missions and equipment requirements of the commanding group in the medical service facilities so as to facilitate the organization, coordination and information acquisition in the tent-form field medical system.Methods The medical operation module was designed with the analyses on the service orientation of medical commanding and operation as well as the requirements for functions and technical indexes, the thoughts and technical forms of modularization, integration and vibration isolation, and the methods of system modeling, structural simulation and CAD.Results The medical operation module was gifted with the functions of medical operation, communication, broadcasting, network and etc, and gained advantages in box instrumentation, multi-function eqipment, easy deployment, withdrawal, transport and storage.Conclusion The medical operation module behaves well in structure, multi function, layout and operation, and thus can be used for medical commanding in the tent-form field medical system.
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Objective To design a multi-function first-aid module integrating instruments with the box to solve the existing problems in integration, operation, deployment, withdrawal, environmental adaptability and etc, so as to realize integrated storage, transport and operation of the instruments. Methods The module had its structure, modes of deployment and withdrawal, instruments buffering and vibration isolation, ergonomics and etc designed with the technologies of integrating box and instruments, integration, buffering and vibration isolation, centralized oxygen and power supply as well as the methods of system modeling,structure simulation and CAD.Results The first-aid module was gifted with the functions of respiratory and circulatory rehabilitation,vital signs monitoring,emergency treatment of complex and multi injuries, which could be used as a 2 000 mm×800 mm×600 mm emergency treatment platform when deployed. There were 4 angles for adjusting the backboard to form anti-shock positions for the severe casualties.The module had the time for deployment and withdrawal not more than 5 min,and was easy to deploy,withdraw,transport and store.Conclusion The module behaves well in structure,function,layout,operation and military service when used for the treatment of the severe casualties in the tent-form field medical system,which contributes to enhancing the casualty treatment efficiency and prognosis.[Chinese Medi-cal Equipment Journal,2018,39(5):12-16]
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Objective To develop a medical technical support module and box-type medical technical equipment so as to supply medical oxygen and water for the tent-form field medical system at field conditions.Methods The medical technical support module had its service orientation analyzed to determine its functional requirements and technical indexes, which involved in PSA oxygen generation technology with variable frequency,constant pressure and self-adaptability to altitudes as well as medical water preparation technology by integrated membrane separation. Box-type modules for medical oxygen generation and medial water preparation were trial-produced with the mode of integrated box and instruments as well as high-density polyethylene as the box material.Results The oxygen production was 1.3 Nm3/h,and the oxygen concentration was 92.7%.The flow volume of cleaning water and purified water was 433.7 and 37.2 L/h respectively at 25℃,and the water quality accorded with the relevant water quality indexes of GB 5749—2006 and the national pharmacopoeia(2010 edition). Conclusion This set of medical equipment can meet the design requirements and can effectively guarantee the medical oxygen and medical water needed for medical treatmentin field tent hospital under field conditions. [Chinese Medical Equipment Journal,2018,39(5):7-11]
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Objective To develop a set of field tent hospital system to further enhance campaign-level medical support service. Methods The system had its service orientation, functional requirements, component unit and modular elements determined with system analysis. The technical architecture was realized with tent combined with boxes, and the system modules were designed with the method of integrated box and instruments.Results The system had its design executed from the aspects of layout,composition of grid tent,medical functional units,support unit and packaging unit,which was applied in a series of military medical support operations in foreign countries and China as well as in the construction of national medical emergency rescue forces. Conclusion The system gains advantages in modularity, integration, completing, informatization and standardization,and thus greatly enhances the military medical support ability and national emergency medical rescue ability in China.[Chinese Medical Equipment Journal,2018,39(5):1-6,16]
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Numbering quantities of medical equipment is studied based on Queueing Theory, which can provide a useful and applicable tool for study on medical equipment numbering.
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In the light of requirements of medical equipment simulation system, the overall framework of joint control system of medical equipment integrated support in the theater is designed in this paper. Such modules are developed with Delphi as communication module, module for equipment basic information, module for equipment video information and module for medical faculty information. A joint control system suiting integrated support simulation sand table for medical equipment is complteted,which provides a multidimensional informational platform for integrated demonstration of medical equipment.