Pressurizing interaction method for improving plate of pressurizer system, improving plate and application

Abstract

The invention belongs to the technical field of vehicle brake control, and discloses a pressurizing interaction method for an improvement plate of a pressurizer system, the improvement plate and application. When the vehicle enters the work area, RFID data is collected. And the TVECS disc transmits a pressurization signal to the vehicle-mounted terminal through the VIM, and pressurization of the vehicle braking system is started. And after the operation is finished, the TVECS stops transmitting the pressurization signal to the vehicle-mounted terminal, and pressurization of the vehicle braking system is relieved. According to the pressurizer system improvement board based on the TVECS-MI technology, information interaction between existing equipment and the vehicle-mounted terminal is achieved. And missing detection caused by misoperation related to pressurization is avoided. Compared with the prior art, the method further has the advantages that the contact between the equipment and the vehicle is reduced, and the mutual loss risk is reduced. And the taking action is reduced, and the operation fatigue is reduced. The operation time is reduced, and the production efficiency is improved.

Description

technical field [0001] The invention belongs to the technical field of vehicle brake control, and in particular relates to a pressurizer system improvement board, an interaction method, a medium, a terminal and a hybrid vehicle. Background technique [0002] When the Toyota Business Internal Inspection Division inspected the engine room and fluid leakage, the inspector put the brake pedal pressurizer into the car, manually opened the pressurizer, held the brake pedal with the pressurizer pedal, and added pressure to the brake pedal. pressure. [0003] The prior art has the following problems during use: (1) The hand-held pressurizer causes the operator to work reluctantly due to the volume. There is a risk of contact with the vehicle during placement and retrieval. (2) When the operator operates the hand-held pressurizer, there are actions such as hand-holding, bending over, and bending the legs, resulting in work fatigue. (3) Take-recycle the pressurizer, which increases...

AI Technical Summary

Problems solved by technology

[0003] The prior art has the following problems in use: (1) the hand-held pressurizer makes it difficult for the operator to work due to its volume;

Risk of contact with vehicles during placement and retrieval

(2) When operating the hand-held pressurizer, the operator has actions such as holding, bending, and bending the legs, which causes work fatigue

(4) The pressurizer weighs 5Kg, and needs to be bent over 30° every time, with an average of 160 times / day to take it, resulting in fatigue work

(5) Hands and waist are easily injured when taking it, and even cause physical injury

(6) Metal material is easy to scratch the car body

(7) It takes 55 seconds to pick up the homework and check the homework

Both RFID and TVECS are imported equipment, and the Japanese personnel are fully responsible for the import. The local personnel do not master the core technology. This time, they can only rely on viewing the sample book and completing the book to understand the principle and logical relationship.

Images