7results about How to "Accurately informed" patented technology

The present invention provides a method for sending train arrival time, establishing a trigger list, the trigger list includes multiple operation levels between the departure station and the arrival station and trigger tracks corresponding to each operation level; the operation level corresponds to the operation time between the departure station and the arrival station; the operation level is selected from the trigger list, and the train runs between the departure station and the arrival station according to the selected operation level. When the train runs to the trigger track corresponding to the operation level, the train monitoring system ATS sends the train arrival time to the passenger information system PIS. The present invention improves the accuracy of the sending time and the accuracy of the sending content, and improves the waiting experience of passengers.

The present application relates to a method and device for power distribution room operation, an electronic device, and a computer-readable storage medium. The method includes: establishing a virtual human-computer interaction interface; receiving a task work order from a superior production system, and presenting the task work order on the virtual human-computer interaction interface; receiving a reply instruction based on the virtual human-computer interaction interface; generating a reply work order according to the reply instruction and the task work order; and uploading the reply work order to the superior production system. The method and device for power distribution room operation, the electronic device, and the computer-readable storage medium provided in the present application can solve the problem that the traditional solution cannot timely and accurately know the maintenance progress of the power distribution room.

The present invention discloses a method, system, device and readable storage medium for evaluating digestive tract lesions. The system includes: an acquisition module for acquiring digestive tract images; a first network module for extracting features from digestive tract images to obtain multiple trunk feature maps; a second network module for performing background feature enhancement operations based on the trunk feature map multiple times to generate background feature maps and calculate mucosal background classification results based on the trunk feature map; a third network module for fusing the trunk feature map and the background feature map, reinforcing multiple times to enhance the focal lesion information, suppress the background features, and obtain the focal lesion target detection results through regression prediction. The present invention accurately determines the mucosal background classification results through background enhancement, and then repeatedly enhances the target and suppresses the non-target so that local important lesions can be detected. The present invention can be applied to digestive tract mucosal images under endoscopic examination, and can further set the targets required for identification and classification to better guide doctors' work.

The invention discloses a multi-terminal display control method and system. The method comprises the following steps that display priorities of all operation units are output based on the states of the operation units of multiple terminals and / or preset operation priorities; and adjusting the display brightness of each operation unit according to the display priority of each operation unit. The method has the beneficial effects that the display brightness of the operation unit of each terminal is adjusted according to whether the operation unit is triggered or not and / or whether the terminal has different operation priorities or not, so that different terminals are distinguished through the display brightness; a user can visually obtain a terminal which is operated currently or a terminal with a higher operation priority through the display brightness, and the experience feeling of the user is improved.

This invention discloses a remote-to-local transfer switch and control system for high and low voltage distribution cabinets, relating to the field of power system distribution automation technology. It includes an intelligent remote-to-local transfer switch body, which integrates a non-volatile status register for independently storing and locking a control authority status bit. This control authority status bit directly defines whether the current control right belongs to the local operating panel or the background monitoring system. This remote-to-local transfer switch and control system for high and low voltage distribution cabinets, through a controller that uses the status bit value combined with the current physical position feedback from a position sensor, drives a stepper motor to rotate a knob to the target position. The final physical position and status bit are then verified for consistency before being sent to the background system. This achieves remote position switching and real-time status transmission of the remote-to-local transfer switch, eliminating status blind spots in the distribution automation system and enabling rapid identification of fault causes when remote commands fail, eliminating the need for on-site troubleshooting.

The utility model provides an overload early warning device of a creeping formwork system and the creeping formwork system. The detection accuracy can be improved. The overload early warning device of the creeping formwork system comprises a bearing frame, the bearing frame comprises a cross beam and a hook head, and the hook head is used for being hooked to a creeping formwork wall attaching device of the creeping formwork system; the overload early warning device further comprises a pressure detection component, and the pressure detection component is arranged between the hook head and the cross beam.

The application provides an endoscope image fusion display system and a medical device, and belongs to the technical field of medical devices. In the system, a video image obtained by a video acquisition and processing module is directly transmitted to a display module for display through a fusion processing module, forming a data link of the video image. A transparent rendering image obtained by a visual rendering module is directly transmitted to the display module for display through the fusion processing module, forming a data link of the transparent rendering image. The two data links are independent of and do not affect each other, and do not need to wait for each other, thereby greatly reducing the transmission delay of the video image from acquisition to display. Therefore, through the system, the transmission delay of the video image from acquisition to display is reduced, and the three-dimensional model can dynamically follow the movement of the video image and the transparency can be adjusted, so that more accurate and rich image information is displayed for the user.