High-speed planter for rice field picture

Abstract

This invention relates to the field of agricultural machinery and discloses a high-speed rice paddy art planting machine, including a high-speed rice transplanter platform, a fixed support, a rice paddy art graphic controller, a rice transplanter travel path planning controller, a graphic and path overlay controller, a seed metering device, a transplanter claw clutch, and a data cable. The rice paddy art graphic and the machine's travel trajectory line are overlaid proportionally to form an intersection point. The seed metering device sows colored rice seeds at the intersection point, and the transplanter claw clutch disconnects the transplanting at the intersection point to create a missing seedling area. Through the missing seedling effect, the rice paddy art effect can be viewed during the seedling stage. After the sown colored rice grows, it creates different viewing effects compared to normally transplanted rice due to differences in color, time, and growth.

Description

Technical Field

[0001] This invention belongs to the field of agricultural machinery and mainly relates to a rice transplanter, especially a high-speed rice paddy art planting machine. Background Technology

[0002] Rice paddy art has evolved from a simple agricultural landscape into a comprehensive carrier integrating agriculture, culture, and tourism, becoming an important way to promote rural revitalization. As the scale of rice paddy art creation continues to expand, technologies such as drone surveying, GPS positioning, and 3D modeling are being used to achieve precise planting, significantly improving the complexity and detail of the patterns. However, the planting process still relies primarily on manual transplanting of colored rice seedlings, lacking efficient machinery to support the design and surveying processes. How to efficiently and accurately complete the rice paddy art planting operation has become a key issue that agritourism farmers urgently need to address. Therefore, we have developed a high-speed rice paddy art planting machine that can complete the rice paddy art planting at the speed of a normal high-speed riding rice transplanter. Summary of the Invention

[0003] The purpose of this invention is to provide a high-speed rice paddy art planting machine to solve the problem of low planting efficiency in the process of making rice paddy art, and to complete the rice paddy art forming and planting at the operating speed of a normal high-speed riding rice transplanter.

[0004] To achieve the above objectives, the present invention provides the following technical solution: a high-speed rice paddy art planting machine, comprising a high-speed rice transplanter platform (1), a fixed bracket (2), a rice paddy art graphic controller (3), a rice transplanter walking path planning controller (4), a graphic and path overlay controller (5), a seed metering device (6), a rice transplanter claw clutch (7), and a data cable (8). The rice paddy art graphic controller (3), the rice transplanter walking path planning controller (4), the graphic and path overlay controller (5), the seed metering device (6), the rice transplanter claw clutch (7), and the data cable (8) are fixed on the high-speed rice transplanter platform (1) by the fixed bracket (2). The rice paddy art graphic controller (3) transmits rice paddy art graphic information to the graphic and path overlay controller (5) through the data cable (8). The rice transplanter walking path planning controller (4) transmits walking route information to the graphic and path overlay controller (5) through the data cable (8). The graphic and path overlay controller (5) transmits start and stop control signals to the seed metering device (6) and the rice transplanter claw clutch (7) through the data cable (8).

[0005] The solution for achieving high-speed planting in this invention is as follows: the high-speed rice transplanter platform (1) is the chassis for operation, and other functional components are installed on the fixed support (2) and operate with the rice transplanter. The rice paddy art graphic controller (3) receives the rice paddy art picture created by the tool software and transmits it to the graphic and path overlay controller (5). The rice transplanter walking path planning controller (4) receives the topographic map formed by the surveying tool and forms a planned travel line according to the width of the rice transplanter and transmits it to the graphic and path overlay controller (5). The graphic and path overlay controller (5) overlays the received rice paddy art and the machine walking route according to the proportion to form the intersection of the graphic and the route. The seed metering device (6) receives the intersection information and discharges colored rice seeds. The rice paddy art seed sowing position forms the rice paddy art graphic. The rice transplanter claw clutch (7) receives the intersection information and disconnects the rice transplanter claw connection to form a blank rice paddy art graphic.

[0006] Compared with existing planting techniques, this invention uses a high-speed rice transplanter as a carrier, which can achieve high-speed operation; the transplanting claw stops transplanting in the area where the picture is formed, and the graphic effect can be viewed in the seedling stage through the missing seedling effect; the seed metering device (6) is loaded with colored rice seeds and sows them at the intersection of the graphic. After growth, the different viewing effects are formed with the normally transplanted rice due to the difference in color, time, and growth. Attached Figure Description

[0007] Figure 1 This is a schematic diagram of the connection structure of a high-speed rice paddy art planting machine according to the present invention; Figure 2 This is a schematic diagram of the operation scheme of the graphic and path overlay controller (5) in this invention.

[0008] Part number description in the image: In the figure: high-speed rice transplanter platform (1); fixed bracket (2); paddy field graphic controller (3); rice transplanter walking path planning controller (4); graphic and path overlay controller (5); seed metering device (6); transplanter claw clutch (7); data cable (8); graphic and route intersection point (9); path trajectory line (10); paddy field drawing (11). Detailed Implementation

[0009] like Figure 1As shown, a high-speed rice paddy art planting machine according to this embodiment includes a high-speed rice transplanter platform (1), a fixed bracket (2), a rice paddy art graphic controller (3), a rice transplanter walking path planning controller (4), a graphic and path overlay controller (5), a seed metering device (6), a transplanter claw clutch (7), and a data cable (8). The rice paddy art graphic controller (3), the rice transplanter walking path planning controller (4), the graphic and path overlay controller (5), the seed metering device (6), the transplanter claw clutch (7), and the data cable (8) are fixed on the high-speed rice transplanter platform (1) by the fixed bracket (2). The rice paddy art graphic controller (3) transmits rice paddy art graphic information to the graphic and path overlay controller (5) through the data cable (8). The rice transplanter walking path planning controller (4) transmits walking route information to the graphic and path overlay controller (5) through the data cable (8). The graphic and path overlay controller (5) transmits start and stop control signals to the seed metering device (6) and the transplanter claw clutch (7) through the data cable (8).

[0010] The high-speed rice transplanter platform (1) adopts an 8-row riding high-speed rice transplanter, with a fixed support (2) installed. Other functional components are fixed on the support. The paddy field graphic controller (3) adopts a soil testing and fertilization controller to create paddy field paintings. The paintings are converted into fertilization maps using software tools, and the fertilization maps are transmitted to the graphic and path overlay controller (5). The rice transplanter walking path planning controller (4) adopts an agricultural machinery navigation auxiliary driving controller to form a path planning map of the work area, which is then transmitted to the graphic and path overlay controller (5). Figure 2 As shown, the graphic and path overlay controller (5) overlays the received paddy field drawing (11) and the locomotive path trajectory line (10) proportionally. Each row corresponding to the transplanting claw forms an auxiliary line of the parallel path map. The paddy field drawing (11) and the 8 rows of path trajectory lines (10) form the graphic and route intersection point (9). The planter has 8 seed metering devices (6), which can be connected to external seed delivery pipes for fixed-point seeding. After receiving the graphic and route intersection point (9) information, colored rice seeds are released. The sowing position of the paddy field drawing seeds forms the paddy field drawing graphic. The planter has 4 transplanting claw clutches (7), which disconnect the transplanting claw connection after receiving the graphic and route intersection point (9) information to form a blank paddy field drawing graphic.

[0011] The aforementioned high-speed rice paddy art planting machine, after transplanting rice seedlings, displays rice paddy art patterns through the missing parts of the seedlings on the entire plot; the colored rice planted and normally transplanted rice, after growing, create different viewing effects due to differences in color, time, and growth.

Claims

1. A high-speed rice paddy art planting machine, comprising a high-speed rice transplanter platform (1), a fixed bracket (2), a rice paddy art graphic controller (3), a rice transplanter walking path planning controller (4), a graphic and path overlay controller (5), a seed metering device (6), a transplanter claw clutch (7), and a data cable (8). The rice paddy art graphic controller (3), the rice transplanter walking path planning controller (4), the graphic and path overlay controller (5), the seed metering device (6), the transplanter claw clutch (7), and the data cable (8) are fixed on the high-speed rice transplanter platform (1) by the fixed bracket (2). The rice paddy art graphic controller (3) transmits rice paddy art graphic information to the graphic and path overlay controller (5) through the data cable (8). The rice transplanter walking path planning controller (4) transmits walking route information to the graphic and path overlay controller (5) through the data cable (8). The graphic and path overlay controller (5) transmits start and stop control signals to the seed metering device (6) and the transplanter claw clutch (7) through the data cable (8).

2. The high-speed rice paddy art planting machine according to claim 1, characterized in that: The graphic and path overlay controller (5) overlays the received paddy field painting (11) and the locomotive path trajectory line (10) proportionally to form the graphic and route intersection point (9). The seed metering device (6) receives the intersection point information and discharges colored rice seeds. The paddy field painting seed sowing position forms the paddy field painting graphic. The rice transplanter clutch (7) receives the intersection point information and disconnects the rice transplanter clutch to form a blank paddy field painting graphic.

3. The high-speed rice paddy art planting machine according to claim 1, characterized in that: After transplanting, the entire plot displays a rice paddy art pattern through the missing parts of the seedlings. The colored rice planted and the normally transplanted rice have different viewing effects due to differences in color, time, and growth.

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