Vehicle Mount Computer Solution

　　In recent years, with the rapid development of technology, the automobile industry has also shown unprecedented changes. As a core component of intelligent driving, in-vehicle industrial tablets are gradually favored by more and more car companies. Vehicle-mounted tablets refer to the application of industrial-grade tablet computers in the automotive field to achieve multiple functions such as high-precision positioning, navigation guidance, and vehicle condition monitoring.

　　Hifly Zhixian's rugged Vehicle Mount Computer series is the industry's first anti-vertigo full screen, equipped with a super powerful computing processor, supports ISOBUSVT, supports centimeter-level high-precision positioning, has excellent CAN bus capabilities, and can easily complete software development. It has strong performance and is Tailor-made for you. By installing it in your car, you can turn the space inside your car into your mobile workstation, allowing you to perform various operations and processing tasks at any time. Help you work normally in harsh environments and bring better efficiency and productivity to your work. It is suitable for various industries, such as precision agriculture, smart transportation, automated construction, mining machinery, smart medical care, airport terminals and smart warehousing, etc.

　　Hifly Zhixian Vehicle Tablet Product Introduction

　　7.0 inch IronClad V10 Vehicle Mount Computer

　　10.1 inch IronClad V10 Vehicle Mount Computer

　　12.1 inch IronClad V12 Vehicle Mount Computer

　　TANK V2 vehicle-mounted intelligent hardware

　　Hifly Zhixian Vehicle Tablet Software and Hardware Solutions

　　Hifly Zhixian Vehicle-mounted Tablet Covers End Users Around the World

　Industry applications of Hifly Zhixian Vehicle Tablet Solutions

　　1. Precision agriculture

　　Customers who use Hifly Zhixian's smart agricultural solutions have achieved excellent results. In the current field of agricultural machinery automatic driving around the world, Hifly Zhixian's products are influencing the development direction of this industry, bringing more efficiency, precision and precision to agricultural production. Sustainable approach.

　　Precision agriculture panorama

      1) Precision agriculture-autonomous driving

　　With the continuous advancement of agricultural mechanization, the traditional manual operation method is inefficient and causes serious losses. The automatic navigation system of agricultural machinery can solve the problems of uneven plowing, high cost, and long time consumption. It is widely used in various aspects of agricultural operations such as ridging, plowing, spraying, and sowing. It greatly improves operation efficiency, ensures operation quality, and effectively promotes Agriculture and rural economy have sustained, rapid and healthy development.

　　Core components

　　Steering wheel

　　Motor steering wheel: The steering wheel is driven by a motor, and there is no need to change the original steering system of the agricultural machinery. It is easy to install and has a simple structure. It can be retrofitted by the general user in the market. The electric solution has a certain impact on the battery life and the steering wheel installation axis due to its high motor power consumption. ;CAN/ RS232 (ModBus);

　　Hydraulic valve: The electro-hydraulic proportional valve is used to drive the steering wheel, which requires major changes to the original steering system such as oil circuit and structural performance. It is generally used for pre-installation in the car factory; the hydraulic solution is conducive to long-term operation and simple maintenance;

　　Antenna

　　Dual antennas: The cost is higher; the advantages of dual antennas are low speed and stationary, and the direction and orientation are available as soon as the power is turned on; positioning directional board;

　　Single antenna: low cost, but relies on better algorithm support

　　Built-in antenna: includes: gyroscope, the advantage is in three directions, but it must be moved to calculate;

　　External antenna: including high-precision board/antenna/gyro/4G module/radio;

　　High-precision board

　　Centimeter-level high-precision positioning board

　　Ordinary positioning board;

　　Farm implement controller

　　Built-in tablet: requires many IO ports;

　　External: controlled by tablet;

　　Smart agricultural cultivation, management and harvesting, full-process refined operation

　　Improve efficiency: Autonomous agriculture enables farmers to automate various tasks and optimize resource utilization, thereby increasing efficiency and productivity.

　　Improved accuracy: Using precision technology such as GPS, sensors and machine learning algorithms, farmers can apply fertilizers, pesticides and other inputs more accurately, thereby increasing crop yields and reducing waste.

　　Reducing labor costs: Autonomous driving agriculture reduces the need for manual labor, thereby reducing labor costs and increasing profitability.

　　Environmental benefits: Precision agriculture helps reduce soil erosion, improve soil health, and reduce the environmental impact of agriculture.

　　Real-time monitoring and decision-making: Using real-time data and analytics, farmers can make better decisions and optimize their agricultural practices for maximum productivity and profitability.

　　Improved crop quality: Through precise application of inputs, farmers can improve the quality of their crops, thereby increasing market value and profitability.

　　2) Precision agriculture-operation monitoring

　　Agricultural machinery operation monitoring refers to the process of using modern technical means to conduct real-time monitoring, data analysis and precise management of the operation of agricultural machinery. This technology is applied in agricultural machinery operation management and can improve agricultural production efficiency, reduce labor costs, improve product quality, and reduce environmental pollution.

　　3)Precision agriculture-smart flat land

　　It is suitable for leveling machinery such as ordinary shovels, scrapers, bulldozers, and graders. By guiding and controlling the leveling machinery, precise leveling can be achieved. It is a powerful tool for farmland leveling, gridded field transformation, wasteland reclamation, drought to water conversion and site pavement leveling and other high-flatness ground leveling.

　　4)Precision agriculture—intelligent spray

　　Data from key components of the machinery, such as the engine, are gathered and processed through on-board intelligent hardware and clearly visualized on the screen. Drivers can quickly obtain and understand various data on the machine's operating status.

　　5)Precision agriculture-smart instruments

　　Data from key components of the machinery, such as the engine, are gathered and processed through on-board intelligent hardware and clearly visualized on the screen. Drivers can quickly obtain and understand various data on the machine's operating status.

　　2. Automated construction

　　1)Panoramic view of automated construction

　　2)Overall solution for automated construction

　　3)Automated construction—excavator guidance

　　The positioning antenna installed on the excavator cab and the inclination sensors on the three arms of the excavator are connected to the tablet through the communication harness, and the data is transmitted to the tablet in real time. The software in the tablet uses these data to calculate the digging position of the excavator in real time through algorithms. The real-time vertical distance between the tip and the target slope surface (slope brushing assist), and the real-time vertical distance between the digging tip and the bottom of the target digging depth (deep digging assistance) are finally displayed on the tablet screen in the form of animation, voice, and prompt lights, providing Construction reference.

　　4)Automated construction—paving and compaction monitoring

　　The system uses Beidou high-precision real-time positioning technology and compaction sensor monitoring technology to obtain the accurate three-dimensional position of the roller's steel wheel and the vibration amount of the steel wheel through real-time processing of the software, and digitally and graphically record and display the traveling direction and movement of the road roller in real time. Speed, vibration compaction value, number of rolling passes, filling thickness and other information to guide construction.

　　5)Automated construction—intelligent leveling

　　The bulldozer intelligent control system uses Beidou high-precision positioning technology, combined with sensors and hydraulic control valves, to perform three-dimensional automatic control of the blade position and attitude in real time. The system uses three-dimensional data files as construction benchmarks to quickly and accurately implement design requirements in an environment without measurement or setting out. Even if the driver is inexperienced, he can still carry out construction work day and night, complete the work quickly and accurately, avoid rework, improve work efficiency, and significantly increase project benefits.

　　6)Automated construction—pile driver guidance

　　The system uses Beidou high-precision real-time positioning technology to obtain accurate three-dimensional position information of the pile head, integrates real-time data from angle sensors, displacement sensors, current sensors, etc. installed on the pile driver, and records and displays the coordinates and tilt of the pile head in real-time in the form of numbers and images. Angle, drilling and lifting speed, pile depth, bearing layer current and other information guide the operator for precise construction.

　　3. Smart mine

　　Smart Mine—Automatic Driving of Mining Dump Trucks

　　In the unmanned driving technology in mining areas, unmanned vehicles use sensors, laser radar, cameras and other equipment to sense the surrounding environment, and then use computer processing, analysis and judgment to formulate appropriate driving paths and driving strategies to complete the task. Unmanned driving technology in mining areas can not only improve production efficiency and safety, but also reduce reliance on manpower, thereby reducing costs and labor risks.

　　4. Smart transportation

　　Intelligent transportation panorama

　　Smart Transportation—Smart Fleet Management

　　5. Airport Terminal

　　Airport terminal - terminal gantry crane

　　The port covers a large area, has complex operating procedures, and frequent personnel dispatch, making management prone to confusion. Through the use of intelligent hardware, a unified spatio-temporal coordinate system can be established for the terminal, making various data accumulated during the production and operation process orderly and credible, solving the problem of untimely time feedback, inaccurate location, inaccurate time, and intelligent management methods. problems such as low level of culturalization.

　　When operating a traditional gantry crane, the driver has to lower his head and stare at the ground for a long time in the cab of the gantry crane, which is tens of meters high. Due to road smoothness, tire pressure and other reasons, the gantry crane often deviates from the restricted lane line while driving in a straight line. This requires the driver to always pay attention to the trajectory of the crane wheels and make adjustments at any time, which greatly increases the difficulty of the work.

　　The unmanned operation of gantry cranes also improves production safety. Traditional manual operations may cause accidents caused by driver fatigue. If the lifting height is insufficient during the hoisting process, other containers will be hit. After automation transformation, the lifting height system can automatically determine the height. Originally, a gantry crane required three drivers to work in three shifts, and the drivers worked for 8 hours in a small space tens of meters high. After remote control is realized, one remote controller can manage the operations of 3-4 gantry cranes at the same time, reducing terminal labor costs and improving the operating environment.

　　6. Smart warehousing

　　Smart warehousing - forklift

　　Forklifts are widely used in ports, stations, airports, factories, warehouses and other application scenarios. In the past few years, China's forklift market has maintained a double-digit growth rate every year, and the market potential is huge. In 2021, domestic forklift sales reached 1.0904 million units, and as of October 2022, cumulative sales have reached 889,238 units.

　　Supports functions such as product query, product information positioning, and real-time data sharing, effectively improving work efficiency and reducing communication costs;

　　The precise GPS positioning function can track the real-time location of forklifts, helping to realize real-time dispatching and all-round monitoring and management of forklifts;

　　Based on the location of the goods, the shortest picking route is provided. Accurate and effective route guidance can reduce unnecessary detours and allow operators to complete more work in a shorter time.

　　As an important part of intelligent driving, vehicle-mounted industrial tablets will bring us a smarter and more convenient control experience. Through the application of solutions such as high-performance processors, high-precision positioning, navigation guidance systems, and vehicle condition monitoring systems, the vehicle-mounted industrial tablet industry is bound to usher in a better future.