摘要：【中文】本发明提供了一种检测设备标定台，检测设备标定台包括：台架；轨道调整机构，设置于台架上；标定轨道，与轨道调整机构相连接，轨道调整机构能够带动标定轨道相对台架运动。通过在检测设备标定台上设置与标定轨道相连接的轨道调整机构，使得标定轨道可以在轨道调整机构的作用下精准地移动至目标位置上，从而免去了用户手动调节标定轨道位置的工序，一方面降低了用户的工作难度和工作量，另一方面提升了轨道标定台的工作可靠性，进而实现了优化检测设备标定台结构，提升标定轨道标定和校准的精准性和可靠性，提升产品自动化程度，提升用户使用体验的技术效果。 【EN】The invention provides a calibration table for detection equipment, which comprises: a rack; the track adjusting mechanism is arranged on the rack; the calibration track is connected with the track adjusting mechanism, and the track adjusting mechanism can drive the calibration track to move relative to the rack. Through set up the track guiding mechanism who is connected with the calibration track at check out test set calibration bench, make the calibration track can move to the target location accurately under track guiding mechanism's effect on, thereby the process of user manual regulation calibration track position has been removed from, user's the work degree of difficulty and work load have been reduced on the one hand, on the other hand has promoted the operational reliability of track calibration bench, and then realized optimizing check out test set calibration bench structure, promote the accurate nature and the reliability of calibration track demarcation and calibration, promote product degree of automation, promote the technological effect that the user used experience.

摘要：【中文】本发明提供了一种检测设备，与牵引车相适配，检测设备包括起吊组件和轨道检测组件，起吊组件包括绞盘；设置于起吊组件的下方；其中，绞盘的绞索可与轨道检测组件相连接，以升降轨道检测组件。本发明所提供的检测设备，轨道检测组件设置在起吊组件的下方，在轨道检测组件检测完成后，起吊组件将轨道检测组件吊起，脱离磁浮轨道，轨道检测组件在牵引车的带动下可迅速返航，进而提升了轨道检测组件的返航速度，使得轨道检测组件可快速地到达下一检测路段，或快速地回到停放区域，提升了轨道检测组件的工作效率。 【EN】The invention provides detection equipment which is matched with a tractor, wherein the detection equipment comprises a hoisting assembly and a track detection assembly, and the hoisting assembly comprises a winch; the lifting component is arranged below the lifting component; wherein, the cable of capstan winch can be connected with track detection component to lift track detection component. According to the detection equipment provided by the invention, the track detection assembly is arranged below the lifting assembly, after the track detection assembly is detected, the lifting assembly lifts the track detection assembly to be separated from the magnetic suspension track, the track detection assembly can rapidly return under the driving of the tractor, so that the return speed of the track detection assembly is further increased, the track detection assembly can rapidly reach the next detection section or rapidly return to a parking area, and the working efficiency of the track detection assembly is improved.

摘要：【中文】本发明提供了一种检测设备标定台，检测设备标定台包括：支撑架；排架，与支撑架可拆卸相连接；标定轨道，设置于排架上。该检测设备标定台可以为检测设备提供适用于零位校准和增益标定的场景，将标定和校准过程从实体轨道迁移至任一场景，从而提升用户的操作性，降低零位校准和增益标定的难度，提升零位校准和增益标定的效率。其次，通过将排架和支撑架可拆卸相连，使用户可以在需要更换不同型号的标定轨道时可通过拆卸和更换排架完成该工序，从而拓宽了检测设备标定台的适用范围和实用性，进而实现了优化检测设备标定台结构，降低检测设备零位校准和增益标定难度，提升检测设备零位校准和增益标定效率，提升用户使用体验的技术效果。 【EN】The invention provides a calibration table for detection equipment, which comprises: a support frame; the bent frame is detachably connected with the supporting frame; and the calibration track is arranged on the bent frame. The detection equipment calibration table can provide scenes suitable for zero calibration and gain calibration for detection equipment, and the calibration and calibration processes are migrated to any scene from the entity orbit, so that the operability of a user is improved, the difficulty of zero calibration and gain calibration is reduced, and the efficiency of zero calibration and gain calibration is improved. Secondly, through dismantling the bent frame and the support frame and linking to each other, the accessible when the calibration track of different models needs to be changed is dismantled and is changed the bent frame and accomplish this process for the user to widened application scope and the practicality that test equipment markd the platform, and then realized optimizing test equipment and markd a platform structure, reduced test equipment zero-bit calibration and the gain and markd the degree of difficulty, promoted test equipment zero-bit calibration and gain calibration efficiency, promoted the technological effect that user used experience.