44results about How to "Improve maintenance level" patented technology

The invention discloses an automobile maintenance equipment network management system. The system comprises: a first switch and a second switch; a power switch connected with the first switch and the second switch; and a first router and a second router connected with the first switch and the second switch respectively through firewalls, the first router and the second router being connected through Internet. The system also comprises an automobile gearbox fuel change machine connected with the first switch through WIFIAP, and the first switch is also connected with a server and a client. The system further comprises an automobile air-conditioning refrigerant recovery machine, an automobile air-conditioning pipeline cleaning machine and a mobile phone APP that are connected with the second switch through WIFIAP. A utilization rate of equipment is increased, clients needing automobile maintenance are supervised, it is convenient to use the network management system, management is fine, automation is high, automobile owners can check maintenance records of automobiles through a mobile phone APP, and the maintenance quality is optimized and improved for management convenience through analysis and judgment of a lot of maintenance data at a service end.

The invention discloses an integral concentration control method of plant management and control, which is characterized by the following: programming the concentration control and management of operation, monitor and management equipment in the coal handling, ash removal and water carbureting auxiliary workshop; setting the concentration control chamber of auxiliary workshop; controlling the integral PLC or DCS unit in each control chamber of auxiliary workshop to do concentration management; accomplishing the concentration control and management through network control; setting four control points of control chamber, water carbureting, coal handling and ash in the auxiliary chamber. The network structure is allocated in each control chamber of auxiliary workshop, which adapts hybrid topology structure; the auxiliary workshop adapts concentration star topology structure; the PLC or DCS concentration control network adapts industrial Ethernet. The system control power, controller and network all apply redundant allocation.

The invention discloses a general fault detecting and maintenance method for equipment. The general fault detecting and maintenance method for the equipment comprises the following steps of carrying out modeling on maintenance knowledge of the equipment faults, automatically detecting and diagnosing the faults and carrying out auxiliary maintenance based on a model, simulating maintenance training based on the model, optimizing an experience knowledge model in real time in the maintenance training process, and synchronizing maintenance information and experience knowledge model information in the maintenance training process. Compared with an existing equipment maintenance method, the general fault detecting and maintenance method for the equipment enables the accumulation and the sharing of equipment maintenance experience knowledge and the automatic diagnosis of equipment faults to be achieved, and assistance can be provided for related maintenance strategies through the analysis and the exploitation of the maintenance record information. In addition, effective transmission of the experience of experts to primary maintainers is achieved through the step of simulation training. The general fault detecting and maintenance method for the equipment is especially suitable for chemical defense troops and other occasions where a large amount of complex equipment needs to be maintained frequently and where the turnover rate of maintenance personnel is high. Practice proves that the general fault detecting and maintenance method for the equipment can obvious improve equipment maintenance efficiency, promote maintenance levels and improve maintenance quality.

The invention belongs to wearable auxiliary equipment for aircraft maintenance in the field of the maintenance of aviation machines. The wearable auxiliary equipment comprises a wearable computer, a head motion detector which contains a helmet, an inertial sensor with a gyroscope or a gyroscope of the helmet, a microcontroller and a communication circuit, a camera, a monocular display, earphones, a microphone and a power supply. According to the wearable auxiliary equipment, the head wearable camera is arranged additionally to take pictures and record videos for reference on conditions of maintenance sites and the like, and an operation request is sent by using voice and is confirmed or denied in modes of nodding and shaking a head, so that the auxiliary equipment for maintenance has the characteristics that a comprehensive function is high, the auxiliary equipment can be maintained without manual operation, the conditions (such as failure phenomena and maintenance results) of the maintenance sites and the like can be photographed and recorded accurately and objectively at any time to analyze failure and track the maintenance results subsequently, the maintenance quality and the maintenance efficiency can be improved effectively, the maintenance cost can be reduced and the like.