Gardening Riding Rice Transplanter

Boosting rice planting with improved speed, precision and fuel-saving capabilities, YINTIAN rice transplanters ensures performance and efficiency during the planting season

Rice Transplanters are usually classified by operation mode and transplanting speed. According to the operation mode, it can be divided into Walking Transplanter and Riding Transplanter. According to the transplanting speed, it can be divided into ordinary Rice Transplanter and high-speed rice transplanter. The Walking Rice Transplanter machines are all ordinary rice transplanters; the Riding Rice Transplanter includes ordinary rice transplanters and high-speed rice transplanters. The planting parts of various rice transplanters are basically the same: the Hand-held Rice Transplanter is composed of a seedling box, a rice transplanting mechanism, a rack and a floating body (boat board), and a Rice Transplanter mechanism. The main function of the seedling box is to carry the seedlings, and cooperate with the seedling delivery agency and the seedling separation agency to complete the seedling delivery and seedling separation operations. It is mainly composed of box body, box frame, seedling door (including seedling curtain) and seedling brush. Under the action of the horizontal box-moving mechanism, the seedling box is moved laterally, so that the seedlings are moved to the seedling door, and the seedlings are taken regularly for planting in cooperation with the seedling workers. The rice transplanting mechanism is the main working part of the rice transplanter, which consists of the rice transplanter, its driving mechanism and the trajectory control mechanism. Under the drive of the drive mechanism and the control of the trajectory control mechanism, the seedling harvester takes out a certain number of seedlings from the seedling box according to a certain trajectory and inserts them into the soil, and then returns to the original position to start the next cycle. There are two types of seedlings, horizontal and vertical. ①Horizontal separation seedling harvester has a seedling clip suitable for extracting and planting seedlings and a shredding seedling claw suitable for planting seedlings with soil. The two can be used interchangeably as needed. The seedling clip is composed of movable clips and fixed clips, and the opening is adjusted according to the thickness of the seedlings and the number of seedlings; ② The vertical seedling harvester has comb-shaped seedling claws, which are suitable for pulling and planting. Growing seedlings in soil, or chopstick-shaped seedling claws. The comb-shaped seedling claws have the effect of dividing the seedlings during the seedling separation process; when the chopstick-type seedling claws are inserted into the seedlings with soil to take the seedlings, the seedlings with soil are forcibly pushed out by the push block. Arrange a certain number of seedling clips or seedling claws on a row of seedling clips (or seedling claws) according to the specified row spacing. On the rolling online rice transplanter, there are generally 2 to 4 claw rows, which are hinged on the rotating arm of the indexing wheel that performs circular motion; on the swinging online rice transplanter. Generally speaking, the seedling claw row is hinged with the rocker arm that swings back and forth, and the seedling picker can also be directly installed on the connecting rod of a set of crank connecting rods for group driving. On most rice transplanters, the movement trajectory of the rice harvester is not only controlled by the drive mechanism, but also controlled by the trajectory control mechanism. Commonly used trajectory control mechanisms include guide grooves, slides, cams, planetary gears and four-bar mechanisms, etc., which cooperate with various driving mechanisms to form various types of seedling-moving mechanisms. The seedling sending mechanism includes vertical seedling sending mechanism and horizontal seedling sending mechanism. Its function is to send the seedlings to the seedling gate on time and quantitatively, so that the paws can get the required seedlings every time. ①The feeding direction of the vertical feeding mechanism is the same as the traveling direction of the machine. There are two kinds of gravity feeding and forced feeding. Gravity seedlings use the weight of the pressure plate and the seedlings to make the seedlings stick to the seedling door at any time. Commonly used in manual rice transplanters. The seedling uniformity is poor. Forced seedling feeding is the regular vertical feeding of seedlings, which has a strong ability to send seedlings. The former is mainly used for soil seedlings. When the seedling box moves laterally to the extreme position at both ends, push the whole seedling to the seedling gate once; the latter is mainly used for extracting seedlings. Every time the seedling picker picks seedlings, it will send the corresponding seedlings once, and the width of the seedlings is equal to the width of the seedling picker. ② The seedling feeding direction of the horizontal seedling feeding mechanism is perpendicular to the traveling direction of the machine, and it adopts the method of transferring seedlings, so it is also called the transferring mechanism. According to its moving method, it is divided into intermittent box-moving and continuous box-moving: intermittent box-moving mechanism is used for picking seedlings and carrying soil seedlings. The continuous box-moving mechanism is to make the seedling box move horizontally and continuously at the same speed during the operation, and then automatically change the direction after the two ends move to the limit position. The rack is the basis for the installation of various components and mechanisms of the rice transplanter, requiring good rigidity and light weight. According to the connection method between the frame and the ship board, it can be divided into two types: integral type and hinged type: the integral type is to adjust the insertion depth with the insertion depth adjuster first, and then use the frame and the board to be locked; the ferrule connection, the planting depth during operation Varies with mud foot depth. Walking device and bearing floating body The human Rice Transplanter adopts the ship plate as the bearing floating body to support the weight of the whole machine. Generally there is no walking device. During operation, it is pulled by manpower to make the ship board slide on the mud surface. The traveling device of the self-propelled motorized rice transplanter includes a drive wheel, a guide wheel and a ground wheel. Most of the driving wheels are blade-type iron wheels, which can be divided into single-wheel drive, two-wheel drive and four-wheel drive. There are two types of floating body: integral ship board and spaced floating board, which support part of the weight of the machine. Most of the self-propelled motorized rice transplanters in my country are driven by a single wheel, the front wheel is the driving wheel, and the rear wheel is an integrated ship board. Two tail wheels are added for land transportation, which has the advantages of simple structure, low driving resistance, convenient operation and convenient driving. Straightness and good cornering performance. Japan adopts the driving method of the first two guide wheels, the rear two driving wheels and 3 to 4 floating plates, or the driving method of four front and rear driving wheels and floating plates. . Hand-held self-propelled rice transplanters are mostly driven by two driving wheels and a floating plate. The power drive part and others The power drive part of the self-propelled motorized rice transplanter includes the engine, the speed change transmission device, and the steering, gear shift, clutch and other operating mechanisms. In addition, there are various adjustment devices, monitoring signal devices, traction frames, rice transplanter bases, seedling baskets, sunshade devices and other auxiliary components. And steering, shifting, clutch and other operating mechanisms. In addition, there are various adjustment devices, monitoring signal devices, traction frames, rice transplanter bases, seedling baskets, sunshade devices and other auxiliary components. And steering, shifting, clutch and other operating mechanisms.

Powerful YANMAR Diesel Engine
The exceptionally durable, tenacious and fuel-efficient YANMAR diesel engine that supplies power to the 2ZG-6F contributes to a superior operational performance. Other advantages include clean emissions and low noise.

E-STOP
A simple manipulation of the HST lever is all that is required to efficiently stop and start the engine. When stopping to supply seedling mat or to refuel, this E-STOP feature contributes to a fuel cost reduction of between 5 – 10%.

Wide Step
The wide spacing and additional seedling trays allow for minimum loading down-time and ensures that planting remains a continuous process. There is enough room to load up to 150 seedling trays!

The Planting Portion
With 6  rows, and an operational speed of 1.65 m/s, a greater area can be planted, saving both time and fuel. The rotary planting arm is designed to operate with the skill and delicacy of a human hand. Extensive YINTIAN innovation ensures that rice seedlings are securely and accurately planted so as to make maximum effective use of the paddy field.

Automatic Horizontal Control
In undulating operational conditions that are liable to cause the plough pan to tilt, the automatic horizontal control (Auto Monroe System) automatically engages to maintain the transplanting unit in a horizontal position. This function is especially convenient when tilting of the transplanting unit is unavoidable such as during operations along a ridge.

High Minimum Ground Clearance
Thanks to minimum ground clearance of 500mm, rear wheel diameter contributes to superior performance in wet and muddy paddy fields, alleviating the risk of machine sinking.