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Summary:The utility model relates to an inner pore induction quenching and cooling device. The middle part of a spindle is supported by virtue of a bearing block, a sealing seat fixed at the upper part of the bearing block is sheathed on the spindle, a lip-type sealing ring used for sealing the spindle is arranged in a groove of the sealing seat, a sealing cover fixed with the sealing seat is compacted on the lip-type sealing ring, an upper cover fixed on the spindle is arranged above the sealing seat, a positioning mould used for supporting a workpiece is arranged at the upper part of the upper cover, a synchronous pulley is fixed at the lower part of the spindle, the spindle is a hollow shaft, the top of the spindle is arranged in an inner pore of the positioning mould, the top end of the spindle is closed, a side hole is communicated with a center hole on the spindle, and the lower end of the spindle is connected with a cooling pipeline provided with a valve by virtue of a rotary joint. The inner pore induction qu
Bibliography:Application Number: CN20132865112U