首页> 外国专利> DEVICE FOR GRINDING TEMPERATURE ONLINE DETECTION AND PHASE CHANGE HEAT TRANSFER NANOFLUID GRINDING

DEVICE FOR GRINDING TEMPERATURE ONLINE DETECTION AND PHASE CHANGE HEAT TRANSFER NANOFLUID GRINDING

机译:磨削温度在线检测和相变传热纳米流体磨削的装置

摘要

A device for grinding temperature online detection and phase change heat transfer nanofluid grinding comprises a housing (11), a grinding device, a power device, a transmission device, a control module, a temperature measuring module and a speed and torque measuring module. The grinding device is mounted at the front end of the housing (11), and the power device, the transmission device, the control module, the temperature measuring module and the speed and torque measuring module are mounted inside the housing (11). The grinding device is connected with the power device by means of the transmission device, the temperature measuring module is connected with the grinding device and the control module respectively, the speed and torque measuring module is arranged on one side of the transmission device, and the speed and torque measuring module and the power device are both connected with the control module. A phase change heat transfer nanofluid grinding head is used in the grinding device; heat produced during the grinding is dissipated by means of continuous evaporation, condensation and reflux of the nanofluid; the temperature gets lowered to reduce secondary injury to the patient. A fluorescent fiber temperature sensor is used in the temperature measuring module, and a reflected photoelectric sensor is used in the speed and torque measuring module; consequently, the removal of pathological bone and the service life of the grinding head are controlled conveniently and accurately in a closed-loop manner.
机译:一种用于磨削温度在线检测和相变传热纳米流体磨削的装置,包括壳体(11),磨削装置,动力装置,传动装置,控制模块,温度测量模块和速度转矩测量模块。研磨装置安装在壳体(11)的前端,动力装置,传动装置,控制模块,温度测量模块以及速度和转矩测量模块安装在壳体(11)的内部。磨削装置通过传动装置与动力装置连接,测温模块分别与磨削装置和控制模块连接,速度和转矩测量模块布置在传动装置的一侧,速度和扭矩测量模块以及功率设备均与控制模块连接。研磨装置采用相变传热纳米流体研磨头。研磨过程中产生的热量通过纳米流体的连续蒸发,冷凝和回流而消散。温度降低以减少对患者的二次伤害。温度测量模块中使用荧光纤维温度传感器,速度和扭矩测量模块中使用反射光电传感器。因此,可以方便,准确地以闭环方式控制病理性骨骼的去除和磨头的使用寿命。

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