摘要：【中文】本申请实施例提供一种核磁共振交互处理方法、装置及核磁共振交互系统，通过从检测任务中获得需要进行核磁共振检测的待测物对应的待测物基础信息后，确定与待测物基础信息相匹配的波谱参数类型信息后，集中通过中控管理终端从服务器中获得由服务器适应性生成的核磁共振交互信息，之后在执行核磁共振检测过程中可以持续性地根据核磁共振交互信息与服务器进行对应的交互操作，使得在检测过程中也能实时通过服务器更新配置检测任务，避免在检测过程中可能存在诸多不匹配的问题导致的最终结果的准确率下降的情况，有效降低检测过程中的维护成本。 【EN】The embodiment of the application provides a nuclear magnetic resonance interaction processing method, a nuclear magnetic resonance interaction processing device and a nuclear magnetic resonance interaction system, after basic information of an object to be detected, which needs nuclear magnetic resonance detection, is obtained from a detection task, after spectrum parameter type information matched with the basic information of the object to be detected is determined, nuclear magnetic resonance interaction information generated by a server in a server adaptation mode is obtained from the server in a centralized mode through a central control management terminal, then corresponding interaction operation can be continuously carried out on the server according to the nuclear magnetic resonance interaction information in the nuclear magnetic resonance detection process, the detection task can be updated and configured through the server in real time in the detection process, the situation that the accuracy of a final result is reduced due to the fact that many problems possibly exist in the detection process, and the maintenance cost in the detection process is effectively reduced.

摘要：【中文】本发明公开了一种在全海深应用的拉线式位移传感器及其应用方法，拉线式位移传感器包括线轮舱、回旋弹簧舱和信号转换舱，所述线轮舱内设置有绕线轮组件，所述轮盘上缠绕有拉线，所述拉线的两端构成拉线端和回线端，所述拉线的拉线端和回线端从轮盘上反向绕出后分别从第一出线孔和第二出线孔伸出至线轮舱外。本发明提供的在全海深应用的拉线式位移传感器及其应用方法，在被测对象返程时，相当于给回线端施加了外力，同回旋弹簧的弹簧力一起作用带动轮盘反向转动，使得拉线端的拉线重新缠绕的轮盘上，拉线端顺利返回到测量原点或指定位置；信号转换舱采用弹性壁的自身变形对外界水压进行自动补偿，解决了拉线式位移传感器在全海深环境下工作的承压问题。 【EN】The invention discloses a stay wire type displacement sensor applied in full sea depth and an application method thereof. When the measured object returns, the pull wire type displacement sensor equivalently applies external force to the loop end and drives the wheel disc to rotate reversely under the action of the spring force of the convolution spring, so that the pull wire at the pull wire end is wound on the wheel disc again, and the pull wire end smoothly returns to the measurement original point or the designated position; the signal conversion cabin adopts the self deformation of the elastic wall to automatically compensate the external water pressure, and solves the pressure bearing problem of the stay wire type displacement sensor working in the full-sea deep environment.

摘要：【中文】本发明涉及一种铁路桥梁运换架一体机及施工方法，本发明一体机包括机车、多轴平板车A和多轴平板车B、车载式换架梁机、过渡桥以及支撑待换架梁体的驮梁小车；多轴平板车A和B依次挂接在机车上，车载式换架梁机设置在多轴平板车B顶部,驮梁小车设置在多轴平板车A和B上；使用本发明一体机的施工方法；本发明构造简单、作业便捷，既可实现在铁路线的远距离运输，又可实现在铁路线上的旧梁移除和新梁架设作业，无需其他任何辅助机具，大大提高了工作效率。 【EN】The invention relates to a railway bridge transporting and replacing integrated machine and a construction method, wherein the integrated machine comprises a locomotive, a multi-axle flat car A, a multi-axle flat car B, a vehicle-mounted frame-replacing beam machine, a transition bridge and a beam-carrying trolley for supporting a beam body to be replaced; the vehicle-mounted frame-changing beam machine is arranged at the top of the multi-axle flat car B, and the beam-carrying trolley is arranged on the multi-axle flat cars A and B; a construction method using the all-in-one machine of the invention; the invention has simple structure and convenient operation, can realize the long-distance transportation on a railway line, can realize the removal of an old beam and the erection of a new beam on the railway line, does not need any other auxiliary machines and tools, and greatly improves the working efficiency.