MOVEMENT STRUCTURE OF MACHINES USED IN SEED SOWING

Abstract

The invention relates to the seeder (A), which includes a drive gear (26) that transmits the motion from the shaft (31), a clutch gear (27) that provides energy transfer between the shaft (31) and the drive gear (26), a spring (28) that enables the taking and / or cutting of the force transmitted from the clutch gear (27), adjustment of the position of the seeder (A) according to the terrain conditions / needs, and the delivery of fertilizer and seed to the soil in the preferred / needed manner, regardless of the difficult terrain conditions including plowed, muddy, stubble and the like; a shaft (31) that transmits the motion obtained from the piston (32) to the wheels; and a piston (32) that provides the necessary motion for the seeder (A) to move.

Description

1 TARIFF MOVEMENT STRUCTURE OF MACHINES USED IN SEED SOWING TECHNICAL AREA 5 The invention is designed to cultivate crops regardless of muddy, stubble, or similar land conditions. used in seed planting, which involves bringing the seed into contact with the soil. It deals with the motion structure in machines. PREVIOUS TECHNIQUE In agricultural areas, the soil is tilled and plants are grown and produced. The process of planting involves sowing and burying the seed in the soil. This is done by human hands. Various planting machines, also called seeders, are used for sowing seeds, which is a laborious task. The machines are widely used. During field planting operations, the disc simultaneously moves the soil. Seeds are sown in the soil. The soil varies according to the type of fruit and vegetable. The process of digging through discs at different depths to release seeds is called 20. This is necessary. In these types of operations, users get off the tractor and stand on the seeder. The lever located there provides a drive each time, causing the discs to move deeper into the soil or to the surface. They set it up to dig into the surfaces. Fine-tuning is involved in this setup. It cannot be done. The seed planting spacing in pneumatic seeders used in the agricultural sector today is... The motion taken from the large wheel that drives the machine is transferred to the seeds via sprockets. The transmission of the seed is ensured to the sowing mechanism. In this type of seeder, the large wheel Planting is done assuming that the land always moves in a regular manner. However, the land... Due to irregularities, the large wheel may not turn, it may bounce, etc. 30 In cases where adverse conditions occur, the seeds are sown in the field at the desired intervals. cannot be cultivated. For this reason, some sections, especially in degraded land, 2 The problem is that it cannot be planted regularly. Also, at the beginning of the numbers, back By slowing down the tractor during turns, the seed spreading mechanism achieves the desired efficiency. unable to work and approximately 3-4 meters of space in these parts of the tartan It becomes impossible to plant. When the user notices this situation, he removes the tractor... By getting down and turning the large wheel that powers the machine one full turn, the seed is sown. 5 by ensuring the seeds are drawn into the holes on the flange, and then getting back on the tractor. Planting continues. However, these situations are repeated at the beginning of each issue. When considered, this results in a waste of time for the user. Systems produced / used in the known state of the art are chain-based machines. 10 It is based on movement. Many problems exist in systems that move in this way. These occur. Some of them are: — the system is unable to move due to the chain breaking, — gaps occurring in the chain cause the system to become unstable / incorrect. inability to move / plant and the amount / yield of product to be obtained falling, — frequent and high maintenance / repair costs, 20 — performance of chain systems in muddy / stubble-containing areas due to falling and malfunctions occurring, the planting process The disadvantage is that it is a long and costly process. Consequently, due to the aforementioned drawbacks and shortcomings, the relevant The need for an innovation in the technical field has arisen. 3 THE PURPOSE OF THE INVENTION The overall purpose of the invention is to create a complete system that meets the requirements mentioned above. especially mud, which eliminates disadvantages and brings some additional advantages. Regardless of stubble and similar land conditions, the seed that is to be sown must be in contact with the soil for 5 minutes. movement in machines used for sowing seeds that enables them to come together It is related to its structure. Due to the drawbacks of the previous technique, the invention, as described above, It aims to resolve the negative aspects. 10 The main purpose of the invention is to enable efficient and waste-free planting regardless of terrain conditions. The goal is to ensure that it is done. Another important objective of the invention is to connect seed and fertilizer tubes at different distances. When positioned for sowing in the soil, the fertilizer will be at the bottom and the seed at the top. This is how planting is done. Another important objective of the invention is to position the fertilizer at the bottom and the seed at the top. The result is that the fertilizer prevents the seed from absorbing the water. 20 Another important objective of the invention is to position the fertilizer at the bottom and the seed at the top. The result is an increase in the seed germination rate. Another important aim of the invention is to enable the seed to germinate more quickly. 25 and the result is healthier and faster growth. The advantages offered by the invention are: — eliminating chain breakage and chain-related problems 30 by removing it, the planting time and cost do not increase. its completion. 4 — the system's ability to perform stable / correct movement / planting and the results obtained It is about increasing the quantity / yield of the product. — infrequent and low maintenance / repair costs. 5 — taking into account whether the land is plowed / worked and / or contains mud / stubble This refers to performing the transplantation process without removing the root canal. DESCRIPTION OF THE FIGURES Figure 1; Perspective rear view of the seeder, which is the subject of the invention. Figure 2 shows the perspective front view of the seeder, which is the subject of the invention. 5 REFERENCE NUMBERS A. Seeder 1. Wheel 2. Jack 10. Printing wheel 20. Gear group 21. Seed gear 22. Sprocket 23. Fertilizer gear 20 24. Steering gear 25. Porya 26. Drive gear 27. Clutch gear 28. Spring 25 30th Movement Group 31st Mile 32. Piston 30 33. Crop Leg 34 6 DETAILED DESCRIPTION OF THE INVENTION The invention is suitable for all challenging terrain conditions, including plowed areas, mud, stubble, and similar materials. regardless of whether the desired seed and fertilizer are stable / preferred / 5 transferred from the mill (31) which ensures that it is brought into contact with the soil as needed. the drive gear (26) transmitting the motion, the force transmitted from the clutch gear (27) taking and / or cutting, according to the land conditions / needs of the seeder (A). adjusting the position, the preferred / required placement of fertilizer and seed. The spring (28) which enables the transmission of the motion from the piston (32) to the ground. The shaft (31) that transmits the movement required for the seed drill (A) to move, 10 It relates to the seeder (A) containing the piston (32) that provides. Figure 1 shows the perspective rear view of the seeder (A), which is the subject of the invention. Figure 2 shows the perspective front view of the seed drill (A), which is the subject of the invention. 15 The seed drill (A) that is the subject of the invention is used in muddy and stubble-plowed fields / land. It can be used. It provides the movement required for the seed drill (A) to move. piston (32), shaft (31) which transmits the motion obtained from the piston (32) to the wheels, from the shaft (31) the gear that transmits the transmitted motion (26), from the clutch gear (27) 20 receiving and / or interrupting the transmitted force, the seeder (A) land adjusting its position according to the conditions / needs, fertilizer and seed spring (28) that ensures the transmission to the ground in the preferred / required manner It is located on the land, where fertilizer and seeds are positioned within the soil. 25 that allows the opening / preparation of the cavity and aeration of the soil. It is made ready with the leg (34). The seed drill (A) is made ready for the field thanks to the spring (28). by coming into position, it drives the steering gear (24) and subsequently the seed and The fertilizer gear (21, 23) gains movement, ensuring the regular and healthy application of seeds and fertilizer. They are positioned in the ground in the manner described. The overall purpose of the invention is to create a complete system that meets the requirements mentioned above. especially mud, which eliminates disadvantages and brings some additional advantages. 7 The seed that is to be sown can be placed in the soil regardless of stubble and similar land conditions. movement in machines used for sowing seeds that enables them to come together It is related to its structure. Due to the drawbacks of the previous technique, the invention encompasses all 5 described. It aims to resolve the negative aspects. The main purpose of the invention is to enable efficient and waste-free planting regardless of terrain conditions. The goal is to ensure that it is done. Another important objective of the invention is to connect seed and fertilizer tubes at different distances. When positioned for sowing in the soil, the fertilizer will be at the bottom and the seed at the top. This is how planting is done. Another important objective of the invention is to position the fertilizer at the bottom and the seed at the top. 15 The result is that the fertilizer prevents the seed from absorbing the water. Another important objective of the invention is to position the fertilizer at the bottom and the seed at the top. The result is an increase in the seed germination rate. Another important aim of the invention is to enable seeds to germinate more quickly. and the result is healthier and faster growth. The advantages offered by the invention are: — eliminating chain breakage and chain-related problems by removing it, the planting time and cost do not increase. its completion. — the system's ability to perform stable / correct movement / planting and the 30 to be obtained It is about increasing the quantity / yield of the product. 8 — maintenance / repair costs are infrequent and low. — taking into account whether the land is plowed / worked and / or contains mud / stubble This refers to performing the transplantation process without removing the root canal.

Claims

9 REQUESTS 1. The invention applies to all difficult terrains, including plowed areas, mud, stubble, and similar materials. Regardless of the conditions, the stability of the seed and fertilizer to be sown / 5 that ensures it is planted in the soil in the preferred / required way. The seed drill is (A) and its features are: — receiving the motion transmitted from the shaft (31) to the clutch gear (27) conveying gear (26), — 10 which provides energy transfer between the shaft (31) and the drive gear (26) clutch gear (27), — receiving the force transmitted from the clutch gear (27) and / or cutting, according to the terrain conditions / needs of the seeder (A). adjustment of the position, preferred placement of fertilizer and seed / spring (28) which enables the transmission to the ground as needed, 15 — the shaft (31) that transmits the motion obtained from the piston (32) to the wheels, — piston that provides the movement required for the seed drill (A) to move (32) is characterized by its inclusion.

2. Stable / preferred / required 20 seeds and fertilizers in accordance with Claim 1. The seed drill (A) that enables the seeds to be brought into contact with the soil in this manner is characterized by: — the space where fertilizer and seeds are placed in the soil enabling the opening / preparation and aeration of the soil It is characterized by having legs (34). 25 3. Stable / preferred / required seed and fertilizer in accordance with Claim 1. The seed drill (A) that enables the seeds to be brought into contact with the soil in this manner is characterized by: — one piston 30 of the pressure wheels (10) located on the seeder (A). (32) is characterized by being provoked.

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