摘要：【中文】本实用新型涉及一种承载装置，具体指一种无损检测X光机的移动承载装置，包括X光机本体、可移动底座、升降装置、托举机构、支撑装置、导轨装置、减震组件；升降装置竖直安装在可移动底座的顶面，升降装置的顶部与水平设置的导轨装置固连，沿所述导轨装置的长度方向的两端各设置一个可沿导轨装置长度方向水平移动的支撑装置，每个支撑装置上方均设置一个托举机构，支撑装置与托举机构之间设置减震组件，X光机本体可拆卸式安置在托举机构上；通过调节两个支撑装置之间的距离，使得两个托举机构相互靠近或远离，适用于承载多种不同长度尺寸的X光机本体；减震组件通过第一连接件与托举机构螺接，通过第二连接件与支撑装置螺接，使用时装配方便。 【EN】The utility model relates to a bearing device, in particular to a movable bearing device of a nondestructive testing X-ray machine, which comprises an X-ray machine body, a movable base, a lifting device, a lifting mechanism, a supporting device, a guide rail device and a damping component; the X-ray machine body is detachably arranged on the lifting mechanism; the two lifting mechanisms are close to or far away from each other by adjusting the distance between the two supporting devices, and the X-ray machine body is suitable for bearing various X-ray machine bodies with different length sizes; damping component passes through first connecting piece and lifts the spiro union of mechanism, through second connecting piece and strutting arrangement spiro union, convenient assembling during the use.

摘要：【中文】本实用新型公开了一种激光与磁流变液耦合抛光装置，该装置包括激光发射器、激光导轨、电磁铁、抛光轮、可旋转支架、激光导轨滑块、底座、工件进给装置和磁流变液循环装置。本装置将磁流变与激光耦合作用用于抛光，加工效率和加工精度高，加工质量好，加工条件易控制。磁流变液在电磁铁的磁场作用下变为类固体，相对于一个个柔性磨头，在抛光轮带动下和工件产生相对运动，起到打磨抛光的作用。激光能够通过热传导将热量传递到工件的表面，降低工件表面的抗剪切力，软化表面，提高抛光效率和质量。工件进给装置实现对形状不规则的零件的各个位置的精密加工。磁流变液循环装置实现磁流变液的循环利用。本装置机械设计巧妙，制造成本低。 【EN】The utility model discloses a laser and magnetorheological suspensions coupling burnishing device, the device include laser emitter, laser guide rail, electro-magnet, throwing aureola, rotatable support, laser guide rail slider, base, work piece feeding device and magnetorheological suspensions circulating device. The device uses the magneto-rheological and laser coupling effect for polishing, and has the advantages of high processing efficiency and processing precision, good processing quality and easily controlled processing conditions. The magnetorheological fluid is changed into a solid-like body under the action of the magnetic field of the electromagnet, and relative to the flexible grinding heads, the magnetorheological fluid and the workpiece generate relative motion under the driving of the polishing wheel, so that the polishing effect is achieved. Laser can be through heat conduction with heat transfer to the surface of work piece, reduces the anti-shear force of work piece surface, softens the surface, improves polishing efficiency and quality. The workpiece feeding device realizes precision machining of various positions of parts with irregular shapes. The magnetorheological fluid circulating device realizes the cyclic utilization of the magnetorheological fluid. The device has the advantages of ingenious mechanical design and low manufacturing cost.