Application and Development of Hydraulic Technology in Agriculture
Application and Development of Hydraulic Technology in Agriculture
Time：2023-07-18
Click：
function tag_arcclick(aid)
{
var ajax = new XMLHttpRequest();
ajax.open(“get”, “/index.php?m=api&c=Ajax&a=arcclick&aid=”+aid+”&type=view”, true);
ajax.setRequestHeader(“X-Requested-With”,”XMLHttpRequest”);
ajax.setRequestHeader(“Content-type”,”application/x-www-form-urlencoded”);
ajax.send();
ajax.onreadystatechange = function () {
if (ajax.readyState==4 && ajax.status==200) {
document.getElementById(“eyou_arcclick_1700466605_”+aid).innerHTML = ajax.responseText;
}
}
}
tag_arcclick(805);
What is hydraulic technology？
In engineering operations,
different transmission modes of different media can realize transmission functions and supervise and manage construction operations.
From the perspective of the role of mechanical equipment in China's engineering construction, the demand for machinery is increasing.
In order to effectively respond to actual development requirements, continuous technological upgrades,
optimization of the industrial chain, and improvement of production efficiency are necessary. Compared with the past,
the application of hydraulic technology in machinery can significantly improve work efficiency,
with greater advantages in both work quality and operational efficiency.
Scientific design can fully leverage the technical advantages of hydraulic technology
in equipment production to meet a wider range of production needs.
How is hydraulic technology applied in agriculture?
Hydraulic technology has been widely applied in developed countries, including the West.
Various new materials, Hydraulic Systems, and advanced electronics have been incorporated,
making agricultural machinery operations more efficient and intelligent.
In China, hydraulic technology is mainly utilized in agricultural machinery through applications
such as static hydraulic drive technology, tractor drive technology, and power shifting in combine harvesters.
It strengthens control and detection, promoting the level of automation in agricultural machinery.
Hydraulic technology enables safer and more efficient connection between farming implements and tractors,
facilitating hydraulic directional changes.
Overload protection is one of the key functions of hydraulic technology in agricultural machinery.
Modern agricultural machinery commonly employs hydraulic suspension operations, primarily in joint and compound operations. Foldable,
rotating, and driven working components are utilized to increase versatility.
Suspension systems are suitable for smaller farming implements with narrower width and lighter weight,
while the depth of tillage can be adjusted through the tractor's hydraulic system.
By employing static hydraulic drive technology in grain combine harvesters,
the low power requirements of the hydraulic rotation system align with the lower power consumption characteristic of the harvester.
Its infinitely variable transmission performance not only ensures efficient harvesting but also simplifies the mechanical structure.
Development of hydraulic technology
In the field of energy-saving technology, hydraulic technology in agricultural machinery in China has been widely applied.
However, it also brings significant pressure on energy consumption. Therefore, controlling energy consumption has become a practical task.
In high-power tractors or multi-row combine harvesters and other equipment,
the introduction of load sensing technology can effectively reduce throttling losses,
lower system temperatures, and achieve energy-saving requirements for hydraulic systems.
Through this technology, the use of energy can be better controlled, and the efficiency of agricultural machinery work can be improved.
In terms of environmental protection technology,
hydraulic systems in agricultural machinery face complex working environments and adverse factors,
making it prone to problems such as leakage and noise.
In recent years, with the advancement of hydraulic technology,
leak-free technology has been widely used in industries and mechanical manufacturing fields.
By improving the design of joints, insert structures, and sealing structures,
leakage in hydraulic systems can be reduced or even eliminated.
If these technologies are applied to the field of agricultural machinery,
they will significantly improve the reliability of hydraulic systems in agricultural machinery
and reduce the pollution risks of hydraulic leaks to crops and farmland.
In terms of power technology, using hydraulic technology to drive agricultural machinery has the advantages of high power transmission,
simple layout, and wide speed range. It can effectively optimize the structure of agricultural machinery and reduce overall weight.
Static hydraulic drive technology can partially replace the power output of diesel engines, especially for low-speed power machinery.
Application of static hydraulic drive technology in agricultural machinery can significantly improve work efficiency
while avoiding gearbox noise, jerking, and faults, thus enhancing the comfort of operating agricultural machinery.
In summary, the energy-saving, environmental protection,
and power advantages of hydraulic technology in agricultural machinery have positive significance in improving the operation efficiency and
reliability of agricultural machinery.
The widespread application of these technologies in the field of agricultural machinery
not only conforms to the development trend of modernizing agricultural machinery
but also contributes to improving agricultural production efficiency and sustainable development.
Tag： Hydraulic Technology agricultural machinery
