One of the most important parts of agricultural machinery, invented in the last century, the combine turns an incredibly time-consuming process into work with one person. Harvesting without a car is inefficient and costly. This machine allows virtually any farmer with space to grow oats, rye, barley and wheat.
To really understand how the combine works, we need to go back a little and look at its history.
Early harvesters
Originally invented in America by Hiram Moore, they were quickly adopted by American farmers. By 1860, these early riding and mule cars were used on farms throughout America. An Australian named Hugh Victor Mackay developed the first of many commercial combines in 1885: the Sunshine Harvester.
These early combine harvesters follow the same principle of self-propelled engines that we use today; the header cuts the crop and sweeps them into any storage area in which it is built. 19th century combine harvesters will eventually be made with a cutting width of several meters, which means that it will take less time to complete the harvesting of the entire field.
Self-propelled combines
Sunshine Harvester opened a new era when the plant crept around the world. Holt Manufacturing of California also created a self-propelled combine harvester in 1911, and later, in 1923, the Gleaner Manufacturing Company patented a self-propelled combine that used a number of grain handling improvements, such as auger, to replace drapery canvas, rasp bar thresholds cylinder and cylinder who helped threshold close to harvest. Gleaner Manufacturing Company will continue to participate in AGCO about seventy years later, which is the world's leading name in the industry of modern agricultural equipment.
Further improvements
A European harvester named Herkules & was developed in the 50s by the manufacturer CLAAS with the ability to harvest up to 5 tons of wheat every day.
Self-cleaning rotary screens, improvements that were made in the 1960s, put an end to a common problem when engines overheated due to contamination of the grain with radiators. The rotary design was another big improvement that made it possible to separate the grain from the stem and pass along the rotor.
Currently, combine harvesters work by sending a feeder through the elevator, reaching a threshold mechanism where grain and straw are separated. Most machines give you the ability to completely change the processing process manually to get the maximum yield.
For a century of innovation and technological advancement, a machine has been created, commonly used by farmers around the world today. These features make the combine one of the most important mechanisms that you will find on any farm.
