Do-it-yourself Hiller: Features Of Homemade Models. How To Make A Potato Hiller According To Drawings From A Druzhba Chainsaw?

2024 Author: Beatrice Philips | [email protected]. Last modified: 2023-12-16 05:33

Modern technologies have long transformed even such a traditional sphere as agriculture. It's time for gardeners to radically change their attitude to the use of equipment in the utility area. And perhaps the most valuable device can be a homemade hiller.

Peculiarities

Usually, when growing potatoes, it is spud with hoes. But this method is not efficient enough, and sometimes very tiresome. Not everyone can handle a large personal plot or a large field by hand. Therefore, the potato hiller really helps the owners. You just need to choose the right type of mechanism.

The simplest manual hillers can not only huddle the earth (as follows from their name), but also loosen it. It is guaranteed, with the proper skill, a perfect tillage . The finished tools are relatively inexpensive. The modified hiller is attached to the tractor.

Of course, this is already a more productive device used in large farms.

The constituent parts of the product are:

• a pair of stamped wheels;
• hinged hitch;
• frame made of steel;
• dumps;
• iron paws.

Hillers can also be used in conjunction with walk-behind tractors . There is no need for any special device for this. It is only necessary to attach an ordinary hilling machine. But, one way or another, people do not want to overpay for what they can do with their own hands. Let's try to figure it out.

Operating principle

The manual hiller works according to an outwardly primitive scheme. However, this has little effect on efficiency. One of the farmers presses on the traction handle located in the front, and the other presses on the same handle on the back. As a result, the mechanism is set in motion, and the working discs are immersed in the ground. When moving, the soil layer is loosened, then, by placing or removing several special parts, they change the distance separating the discs.

Self-production of the hilling device is available to all farmers. It is enough just basic knowledge in the field of mechanics and experience in the daily operation of agricultural machinery. Hand-made equipment turns out to be much cheaper than factory counterparts. There is no need to talk about satisfaction with one's own skill.

However, we must remember that the safety and efficiency of work is only in your hands, everything should be thought out to the smallest detail.

Manufacturing process

The hiller is made from the following components:

• steel sheet 0.2 cm thick - for the blade;
• lanyard - connection of the rack to the front link;
• rack - made of a pipe for a water supply with a cross section of 1 inch and a length of 1 m;
• 1/3 inch tubing - used on rods.

The lanyard is sometimes replaced with a simple steel plate. But in this case, you will have to drill holes in it to help adjust the slope of the hiller. For work you will need:

• devices capable of bending pipes;
• gas torch (or blowtorch);
• welding machine;
• LBM.

Finding ready-made drawings is much easier than compiling them yourself. But you still have to carefully study these materials, since the slightest mistake can result in serious losses. Hillers placed on the walk-behind tractor are fixed with brackets. To connect the leash of the mechanism with these brackets, a stopper, bolts and flat washers are used. The stopper is inserted into a square tube and then carefully attached to its wall.

Regardless of the size, the hiller must be multifunctional. This means that it needs to be regulated . A telescopic device helps to change the height. A smaller tube is inserted inside the pipe located in the middle of the hiller, which reaches the rear thrust.

Such a solution will allow you to control the parameters of the hiller without any problems.

The mechanism itself is equipped with a movable bed. Its mobility is provided by the hinge and lanyard attaching the front link to the main strut. If a steel plate is supplied instead of the last part, it must be fixed in position with bolts. Important: even an ordinary hiller cannot be made without welding. The struts, blades and rear links are welded together, and then it is the turn of the front link.

The rear thrust is made 0.5 m wide, and the handle width is 0.2 m. Pipes 0.3 m long are welded onto the center of the fork. The free end is led into the thrust cavity. To make the stand adjustable in height, the holes on its upper edge, as well as the vertical fork, are reamed. The width of the front and rear rods must exactly match, the maximum permissible deviation is 0.01 m.

When making a hiller, a double-mold plow is also needed. For him, take plates with a thickness of 0.2 cm. The plates will have to be bent in a semicircle. The halves made are welded to the rack.

It is extremely important: the seam at the junction of the parts should be aligned as much as possible, and the plates themselves should be sanded with a grinder.

Undercutting knives are made from carbon steel. Outwardly, such knives resemble arrowheads. Careful sharpening is a prerequisite. It is carried out strictly at an angle of 45 degrees. This approach allows you to keep the sharpness of the metal for as long as possible.

The sharpened knife is welded to the rack from below and additionally grinded. Discs are prepared from 2 steel plates. Having cut out these plates, you need to make semicircles out of them. Of course, after welding the discs to the rack, it is necessary to align the seam as much as possible. Any part that will be welded is sanded in advance.

Quite often the hillers are made from the Druzhba chainsaw. But before using it, you need to make a choice between two types of mechanisms. The disc options just described will help plow the soil before planting or after harvesting. They are also able to plow the soil that separates the beds.

Important: the angles of rotation of the hillers must be strictly the same, otherwise the device will constantly "lead" during operation.

Hillers in the form of plows are also considered to be a fairly effective solution. Their advantage is quick work completion. In most cases, an improvised plow is made mounted, attaching to a walk-behind tractor or even to a tractor. But in the dacha and subsidiary plots, disk-type mechanisms are most often used. They are much lighter and allow you to work the land as smoothly as possible.

It is worth considering that even before the discs are secured, they must be cleaned around the entire perimeter . Sometimes covers are used instead of discs. They are simply bent so as to make one edge concave and the other convex, there is nothing complicated in this work. The rest of the manipulations for assembling the hiller from a gasoline saw have already been described earlier. According to a similar scheme, you can make it from the Ural chainsaw.

Separately, it should be said about the mount for hedgehogs. These parts are designed to loosen the soil and remove weeds from it. Unlike a flat cutter, hedgehogs not only cut off unnecessary plants at the root, but also completely pull out the root itself. The appearance and design features of hedgehogs most often do not depend on whether they are placed on a walk-behind tractor or on a manual hiller. To make these parts, 3 rings are used, differing in size.

The discs are welded using jumpers. The ends of the rings are supplied with metal spikes. You should end up with a cone that is welded to the pipe containing the axle. Conical hedgehogs are invariably placed in pairs, connected by steel brackets at an angle of 45 degrees. When the implement rotates, the spikes will grip the soil.

Conical hedgehogs are poorly suited for manual hillers. When using them, the labor intensity of the work increases. You can solve the problem with simplified products. They have an even shape, just spikes are welded onto a piece of pipe 0.25 m long and 0.15-0.2 m thick. The resulting hedgehogs are held on the bracket by a shaft and a pair of bearings, and a handle is also attached to the bracket.

You can simplify your work by purchasing factory disks . They are most often formed from sprockets with 5 or 6 studs, which are fitted onto the shaft together with the bearing. Commercial spikes are no longer than 0.06 m. The sprockets should be approximately 0.04 m apart.

But you need to understand that homemade hedgehogs are not only cheaper, they are also better adapted to a specific garden.

Some craftsmen make disks from a gas cylinder with a wall thickness of 0.4 cm. Usually, the container is cut exactly in the middle in height. Air cylinders can also be used. But before work, they must be steamed to avoid unpleasant consequences. In addition, it is not forbidden to use ordinary spikes and discs for an electric winch converted into a hiller.

To make such an electric apparatus, a motor with a power of 1.5 kW is used. But it is still better to focus on a power of at least 2 kW. The shaft speed should be 1500 turns per minute. Lack of power leads either to a drop in speed or to a forced limitation on the depth of soil cultivation. Putting very heavy motors more powerful than 2.5 kW is impractical, because they are inconvenient and consume a lot of current.

You can learn more about how to make a do-it-yourself disk hiller.