Abstract: An insulating bearing includes an outer ring, an inner ring, and rolling elements arranged between the outer and inner rings. One of the outer and/or inner ring is an insulated ring having a body and an insulating layer overmolded on the body. The insulating layer has a dielectric constant lower than 5 @ 1 MHz, more preferably lower than 4 @ 1 MHz, more preferably lower than 3.5 @ 1 MHz. The present disclosure also provides a method for manufacturing an insulating bearing. The method includes overmolding the insulating layer so that the weld seam of the insulating layer after overmolding avoids the main force-loading area of the insulated ring and/or is formed where the thickness of the insulating layer is the maximum. By overmolding, the insulating layer provides sufficient insulation even when there is high voltage and high frequency current, thereby preventing electrical corrosion of the bearing.

Abstract: A composite material has polyester ether ketone matrix and additionally contains 10-50 wt. % glass fibers, and one or both of 0.1-2.0 wt. % graphene and 0.1-2.0 wt. % carbon nanotubes. An electrically insulated bearing ring has an electrically insulation layer composed of the composite material disposed on at least one surface to block leakage currents, thereby inhibiting the galvanic corrosion damage of the bearing.

Abstract: A liner configured to be mounted on a radially inner or outer surface of a bearing ring has a generally cylindrical base having first and second axial ends and at least one groove and at least one side wall extending radially from the first or second axial end. The liner is non-metallic and has a base portion covering the inner or outer surface of the bearing ring and a plurality of side wall sections extending radially over at least a portion of at least one axial side of the ring. The base is formed from a plurality of circumferentially adjacent axially extending subsections, each pair of which is connected by a least one hinge having a radial thickness less than a radial thickness of the base portion. Also a bearing assembly that includes a bearing housing and the bearing ring with the liner contacting the bearing housing.

Abstract: An electrically insulated bearing ring has an electrical insulation layer for stopping the passage of leakage currents, the electrical insulation layer including a composite having a synthetic resin as a matrix, a fiber filler for increasing the strength of the composite and a thermally conductive filler for improving the thermal conductivity of the composite. An electrically insulated rolling bearing incorporates the electrically insulated bearing ring. The rolling bearing has only a minimal leakage current due to the electrically insulated bearing ring.

Abstract: An electrically insulated bearing ring includes a polymeric insulating coating for blocking the passage of leakage currents, the coating being formed by spraying on at least one surface of the bearing ring. The electrically insulated bearing ring or rings may be incorporated into a rolling bearing. By using electrically insulated bearing rings, the rolling bearing is able to achieve a minimal electrical leakage current.

Abstract: The present invention discloses a method for coordinating system robustness. The method comprises: a system robustness detecting and coordinating module receives the state data of a system, and judges the type of the state-related data received; when the type of the state-related data received is determined as a performance-related data, the system robustness detecting and coordinating module analyzes the performance-related data; when the type of the state-related data received is determined as a fault-related data, the system robustness detecting and coordinating module invokes an automatic repairing module to analyze the fault-related data received; under the circumstance that the analysis result of the system robustness detecting and coordinating module or the automatic repairing module is that an automatic adjustment is needed to be performed, the type of the automatic adjustment which is needed to be performed is judged, and a corresponding module is invoked to perform adjustment.

Abstract: A method for managing adjacent relation among cells is disclosed in the disclosure. The method includes: obtaining adjacent cell configuration information of a current cell in real time; a Network Management System (NMS), an Element Management System (EMS) and a Network Element (NE), in turn, analyzing and processing the adjacent cell configuration information and adjusting an adjacent relation list of the cell, according to a hierarchical control strategy table preconfigured or in default configuration, wherein the hierarchical control strategy table is used to specify adjacent relation list configuration ability of the NMS, the EMS and the NE.

Abstract: A method for managing adjacent relation among cells is disclosed in the disclosure. The method includes: obtaining adjacent cell configuration information of a current cell in real time; a Network Management System (NMS), an Element Management System (EMS) and a Network Element (NE), in turn, analyzing and processing the adjacent cell configuration information and adjusting an adjacent relation list of the cell, according to a hierarchical control strategy table preconfigured or in default configuration, wherein the hierarchical control strategy table is used to specify adjacent relation list configuration ability of the NMS, the EMS and the NE.

Abstract: The present invention discloses a method for coordinating system robustness. The method comprises: a system robustness detecting and coordinating module receives the state data of a system, and judges the type of the state-related data received; when the type of the state-related data received is determined as a performance-related data, the system robustness detecting and coordinating module analyzes the performance-related data; when the type of the state-related data received is determined as a fault-related data, the system robustness detecting and coordinating module invokes an automatic repairing module to analyze the fault-related data received; under the circumstance that the analysis result of the system robustness detecting and coordinating module or the automatic repairing module is that an automatic adjustment is needed to be performed, the type of the automatic adjustment which is needed to be performed is judged, and a corresponding module is invoked to perform adjustment.