Method for quickly checking LKJ vehicle-mounted data by using screen sliding operation and storage medium

Abstract

The invention discloses a method for quickly checking LKJ vehicle-mounted data by using a screen sliding operation and a storage medium, and the method comprises the steps: graphically displaying theLKJ vehicle-mounted data which needs to be checked on a touch display screen, and displaying the LKJ vehicle-mounted data on the touch display screen in a line form; When the data needs to be checked,enabling the fingers of the checking personnel to drive the map to slide to the current position of the train from the target position where the train is about to move forwards, or drive the train toslide to the target position of the train from the current position of the train, finishing pressing action, and lifting the fingers; And the controller connected with the touch display screen obtains the LKJ vehicle-mounted data information corresponding to the target position stored in the memory connected with the controller according to the coordinates of the target position, and displays theLKJ vehicle-mounted data information on the screen for checking by a checking person. The data of the invention can perfectly test various application scenes without worrying about the problem that the operation state of the lost part is caused by forward operation of the parking space.

Description

technical field [0001] The invention relates to a method for checking LKJ vehicle data, in particular to a method for quickly checking LKJ vehicle data by using a sliding screen operation. Background technique [0002] After the LKJ basic data is compiled and the on-board data is formed, it must pass the laboratory verification before it is allowed to board the train. The verification method is to use a simulation device to provide a set of experimental LKJ equipment with the necessary external signals to simulate the actual train running. In addition, the on-board program is released for the first time. Finally, it is also necessary to first pass the simulation verification on site before getting on the car. There are currently three methods for the simulation test: [0003] 1. Use the speed signal sent by the simulation device to let the test LKJ device run slowly to the test site; [0004] 2. Use the [Parking Space] + [Forward] button to fast-forward to the test site one...

AI Technical Summary

Problems solved by technology

[0007] 1. The method of using the analog speed signal to verify the data is too slow and inefficient;

[0008] 2. The method of fast-forwarding along the signal section by using the [Parking Space] + [Forward] buttons is not detailed enough. The LKJ control is related to the current and previous train running history status. Directly partitioning and fast-forwarding will lead to incorrect control of some functions;

[0009] 3. Because most of the verification work is done in the interval, the method of combining the two is the most important method currently used, but the efficiency of this method is still not high