The application of embedded industrial computer in intelligent elevator? Speaking of elevators, everyone must be familiar with it. The elevator is the main vehicle for people to move vertically in the building. The extensive use of elevator systems has brought people a lot of convenience and benefits. With the development of society, buildings with elevators have become more and more popular. Therefore, many related issues such as elevator safety, energy saving, and environmental protection have also received more and more attention. So what is a smart elevator, do you know? In order to provide the level of property management, prevent unrelated people from entering and exiting and using elevators, and at the same time achieve the effect of energy saving and environmental protection, elevators that use IC/ID cards to control people's access to specific floors are called smart elevators. . With the development of cities and the rapid increase of domestic high-rise buildings, the elevator industry has also achieved rapid development. People put forward higher requirements for elevator service. The traditional elevator group control system is usually equipped with up and down call buttons outside the hall on each floor. When the elevator goes up rush hour, passengers entering the hall flock to the elevator that arrives first. Often every elevator runs inefficiently. Therefore, the intelligent elevator destination group control system was born. The destination group control system integrates expert systems, neural networks, fuzzy control and other advanced scheduling technologies. Based on CANBUS communication to ensure safe, stable and efficient operation of elevators, the destination layer selector Using touch screen, keyboard, IC card, buttons. The intelligent elevator destination-level group control system can effectively reduce passenger waiting time, avoid passenger crowding, improve elevator safety and comfort, improve elevator efficiency, reduce the total number of elevator operations, reduce building power consumption, and save energy, environmental protection, and economy.
In terms of hardware specifications, the embedded motherboard is small in size, adopts ARM architecture and low power consumption, can ensure continuous and stable operation for 7x24 hours, adopts CortexA53 architecture, integrates GPU, supports 2D/3D acceleration, supports CANBUS bus, multiple serial ports and rich Peripheral interface meets customer's requirements for performance and multi-peripheral interface of intelligent elevator destination-level group control system; From the software aspect, the embedded department has a strong technical force and can provide customers with a complete Linux BSP development kit, With the underlying driver and middleware API, customers mainly focus on customer application development, shorten product development time, quickly bring products to the market, and gain product advantages.
