Frame side rails are formed from 7-gauge, 0. The frame is robotically metal inert gas MIG welded: Consistent welds for maximum strength No bolts to come loose A front Quik-Tatch weight bracket is designed into the frame: Provides a convenient way to add lb 76 kg of weight to the front of the tractor using four suitcase weights Extends ahead of the hood to act as a bumper Optional receiver hitch and hitch ball shown The front receiver hitch is designed into the frame:
History[ edit ] Before the 19th century, hay was cut by hand and most typically stored in haystacks using hay forks to rake and gather the scythed grasses into optimal sized heaps — neither too large promoting conditions that might create spontaneous combustionnor too small, so much of the pile is susceptible to rotting.
These haystacks lifted most of the plant fibers up off the ground, letting air in and water drain out, so the grasses could dry and cure, to retain nutrition for livestock feed at a later time. In the s, mechanical cutting devices were developed; from these came the modern devices including mechanical mowers and balers.
Ina reaper that used a knotter device to bundle and bind hay was invented by Charles Withington; this was commercialized in by Cyrus McCormick. It produces cylinder-shaped "round" or "rolled" bales. The design has a "thatched roof" effect that withstands weather well.
When the bale reaches a predetermined size, either netting or twine is wrapped around it to hold its shape. The back of the baler swings open, and the bale is discharged. The bales are complete at this stage, but they may also be wrapped in plastic sheeting by a bale wrappereither to keep hay dry when stored outside or convert damp grass into silage.
Marketed for the water-shedding and light weight properties of its hay bales, AC had sold nearly 70, units by the end of production in Buchele, a professor of Agricultural Engineering, seeking a research topic for a master thesis.
The baler has become the predominant forage-handling machine in the United States.
Buchele about his design, then fabricated a large ground-rolling round baler which baled hay that had been laid out in a windrowand began manufacturing large round balers in The Vermeer design used belts to compact hay into a cylindrical shape as is seen today.
Due to the heavy torque required for such equipment, double Cardan joints are primarily used. Former Walterscheid engineer Martin Brown is credited with "inventing" this use for universal joints. Byfifteen American and Canadian companies were manufacturing large round balers.
Small round bales can typically be moved by hand or with lower-powered equipment. Large round bales, due to their size and weight they can weigh a ton or more require special transport and moving equipment.
The most important tool for large round bale handling is the bale spear or spike, which is usually mounted on the back of a tractor or the front of a skid-steer. It is inserted into the approximate center of the round bale, then lifted and the bale is hauled away.
Once at the destination, the bale is set down, and the spear pulled out. Careful placement of the spear in the center is needed or the bale can spin around and touch the ground while in transport, causing a loss of control.
When used for wrapped bales that are to be stored further, the spear makes a hole in the wrapping that must be sealed with plastic tape to maintain a hermetic seal. Alternatively, a grapple fork may be used to lift and transport large round bales. When the hydraulic cylinder is extended, the fork clamps downward toward the bucket, much like a closing hand.
To move a large round bale, the tractor approaches the bale from the side and places the bucket underneath the bale. The fork is then clamped down across the top of the bale, and the bucket is lifted with the bale in tow.
Grab hooks installed on the bucket of a tractor are another tool used to handle round bales, and be done by a farmer with welding skills by welding two hooks and a heavy chain to the outside top of a tractor front loader bucket.
Long-haul transport[ edit ] The rounded surface of round bales poses a challenge for long-haul, flat-bed transport, as they could roll off of the flat surface if not properly supported.
This is particularly the case with large round bales; their size makes them difficult to flip, so it may not be feasible to flip many of them onto the flat surface for transport and then re-position them on the round surface at the destination.
One option that works with both large and small round bales is to equip the flat-bed trailer with guard-rails at either end, which prevent bales from rolling either forward or backward.
Another solution is the saddle wagon, which has closely spaced rounded saddles or support posts in which round bales sit.
The tall sides of each saddle prevent the bales from rolling around while on the wagon, as the bale settles down in between posts.
Silage or haylage[ edit ] Video: Picking up and applying plastic cling wrap to a round bale. Sealing the wrapped bales together.
These are baled much wetter than hay bales, and are usually smaller than hay bales because the greater moisture content makes them heavier and harder to handle. These bales begin to ferment almost immediately, and the metal bale spear stabbed into the core becomes very warm to the touch from the fermentation process.Description: Best Well Services Photo Catalog Link.
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Emerging from the Great Depression, John Deere celebrates its th anniversary by achieving over $ million in sales for the first time in company history. Industrial designer Henry Dreyfuss, working with Deere engineers, streamlines the "A" and "B" Tractors.
DEERE, JOHN With his invention of a practical steel plow John Deere  Deere fashioned a curbed plow blade, shaped by bending the material over a log. By he had made and sold three of these new plows.
Gale Research. Clark, Neil M. John Deere, He Gave the World the Steel Plow. Moline: Deere and Co., Global Farm Tractors Industry This report analyzes the worldwide markets for Farm Tractors in US$ Million.
Information technology is revolutionizing products. Once composed solely of mechanical and electrical parts, products have become complex systems that combine hardware, sensors, data storage.