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Background introduction of agricultural vehicle computer The current agricultural vehicle computer is mainly used to control the precise positioning and navigation of agricultural operation vehicles, realize automatic driving, and is widely used in various agricultural operation vehicles. As the control center, the on-board computer can achieve centimeter-level positioning through the built-in high-precision RTK module, and precisely control the vehicle's travel through the vehicle's CAN bus or electric steering wheel. The navigation application software can automatically plan the operation path, let the vehicle operate automatically, and greatly improve the operation efficiency. Requirements for on-board computers Waterproof and dustproof grade above IP65 High-precision centimeter-level positioning Through the serial port, the CAN bus can be connected to the sensor externally Vehicle-grade power supplies are compatible with various vehicle surge conditions Advantages of PDS agricultural vehicle computer solution IP65 waterproof and dustproof grade, suitable for use in harsh environments Vehicle-grade master control, 64-bit processor, passed AEC-Q100 test 10.1-inch high-definition display 1280*800, visible in sunlight Support built-in high-precision positioning module to meet centimeter-level positioning and navigation requirements Hold dual SIM cards to keep the network stable and reliable, and meet the differential calculation requirements of high-precision positioning Can support 2 analog HD camera monitoring at the same time ISO7637-2 automotive power supply standard

Background introduction of ship on-board computers New energy vehicles have become the general trend. We can see that new energy vehicles are equipped with large-screen on-board computers. We believe that the marine market will be similar to the development of new energy, and the onboard computer is also a big market. Our T10 and T8 series will be able to serve this market. The product can be connected to the shipboard equipment bus through the CAN bus, can run the marine navigation map on the equipment, and can send the ship's sensor information and position information to the background center through 4G to meet the management and scheduling needs. Requirements for ship on-board computers Waterproof and dustproof grade above IP65, preventing salt spray corrosion. Support CAN bus function Multi-channel CAMERA function Compatible with automotive-grade power supplies to meet various surge conditions Advantages of PDS ship on-board computer solution IP65 waterproof and dustproof grade, special treatment to prevent salt spray corrosion, suitable for use in harsh environments Support CAN, RS232, RS485 and other bus functions Can support 2 analog HD camera monitoring at the same time Vehicle-grade master control, 64-bit processor, passed AEC-Q100 test ISO7637-2 automotive power supply standard

CNC Swiss machining is a specialized type of precision machining that involves the use of a sliding headstock lathe to produce intricate parts with high accuracy and tight tolerances. This process is particularly well-suited for small, complex parts that require multiple operations to be performed in a single pass. CNC Swiss machining is known for its ability to produce parts with very tight tolerances, high surface finishes, and excellent straightness, roundness, and concentricity. Falcon's Swiss machining technology is widely used in industries such as medical, aerospace, optics, and electronics, machine & equipment, automotive precision machining and manufacturing, where precision and quality are of utmost importance.

The tactile surface indicator is used in various pavement surfaces as a tactile indicator of potential hazards, especially for the visually impaired. Such indicators are needed in places where the public enters and exits, and such indicators can be used, for example, at street intersections, or at the edges of railway platforms. Optionally inside buildings, they can be used near stairs, elevators, etc. In some cases, legislation is passed that requires the use of tactile indicators and specifies standards for their manufacture, size, and how they are arranged.

The automatic rising bollard is a traffic control product, which is widely used in many occasions such as urban traffic, key units, highways, toll stations, airports, schools, banks, large clubs, parking lots, and pedestrian streets. Through restrictions on passing vehicles, the traffic order and the safety of major facilities and places are effectively guaranteed.

Why we need to consider the induction heating machine output frequency when we adopt induction frequency heating method to heat the workpiece? What is the relation between the workpiece size, application with the frequency? The induction heating power supply is an industrial application that heats the workpiece by high frequency induction hardening. The higher the frequency of the current passed in the output coil, the less the penetration depth of the induced current generated on the surface of the heated body. The skin effect is more obvious.

At SDZ, We work in manufacturing techniques like plastic injection, aluminum die casting and tube bending combined with product and process development. With know-how and diverse experience, what we are doing is not only hand product out, also pass on value chain. Choose auto engine components from SDZ.

This metal pipe shoe rack machine serves as a storage system for inspected steel pipes. It is designed to securely hold steel pipes that have passed the inspection process. With its efficient storage capacity and organization features, this automated pipe handling system machine ensures proper handling and easy retrieval of stored pipes as needed. Vertical pipe racks contribute to a streamlined workflow and efficient inventory management in steel pipe production.

Proper humidity control safeguards product quality. Desiccants can remove moisture, preventing product mold, spoilage, and oxidation, playing a crucial role in extending product shelf life and ensuring quality. However, not all materials are to be used as for desiccant packages. Desiccant packaging material must be both waterproof and breathable, allowing moisture to pass through while blocking other substances. It should also be strong, tear-resistant, and resistant to pest infestation. For more information, please do not hesitate to contact Flashspun Hypak™ industrial packaging materials supplier.

A limited quantity of biogas is extracted from the processing of agricultural sewage, subsequently integrated into a compact biogas initiative. This biogas serves multiple purposes within the farm, either by generating electricity for internal consumption or acting as a primary heat source. Harnessing organic waste to produce biogas not only aids in waste management but also contributes to sustainable energy practices. Through this mini biogas plant, farms can mitigate their carbon footprint while concurrently enhancing their energy autonomy and operational efficiency. This integrated approach underscores the potential for eco-friendly solutions in agricultural settings, fostering both environmental and economic benefits. YHR Mini Biogas Plant Project Hubei Project The wastewater of pig farm is treated by aerobic and anaerobic sewage treatment system and discharged to the standard. A small amount of biogas is generated when it passes through the anaerobic reacto... Guangdong Project (1000m³/d, 650m³/d, 270m³/d, 22300m³/d, 800m³/d) Because of the anaerobic process, a small amount of biogas will be produced during the treatment of wastewater from cattle and poultry. By collecting and using this portion of the biogas, livestock farms can use it as a small source of heat and electricity.

Small/Compact Scale Biogas Plant, Biogas Plant Small Size | YHR A limited quantity of biogas is extracted from the processing of agricultural sewage, subsequently integrated into a compact biogas initiative. This biogas serves multiple purposes within the farm, either by generating electricity for internal consumption or acting as a primary heat source. Harnessing organic waste to produce biogas not only aids in waste management but also contributes to sustainable energy practices. Through this mini bio gas plant, farms can mitigate their carbon footprint while concurrently enhancing their energy autonomy and operational efficiency. This integrated approach underscores the potential for eco-friendly solutions in agricultural settings, fostering both environmental and economic benefits.