Detachable anti-overflow gate for test field

Abstract

The present invention relates to a detachable anti-overflow gate for a test field, and the test field filtering and anti-scouring guide comprises an anti-overflow gate, a gate piece, a gate frame, a gate slot, a gate lock, a gate fixer, a fixing slot, a fixing lock, a fixing lock shaft, a fixing lock buckle, a gate slot fixing buckle, a gate piece handle, a gate spring piece, a gate piece fixing buckle, a gate lock handle, and a gate key. The gate piece blocks water from the bottom of the canal, and different numbers of gate pieces are placed at the bottom of the anti-overflow gate according to the needs of different fields and the amount of canal water to effectively control the height of the water level. When the canal water is large, when the canal water volume is too large, the excess water and impurities can flow over the gate piece, so as to prevent the gate water from overflowing the canal embankment due to the gate water outlet being too small or the impurities blocking it. At the same time, the gate has an anti-theft lock, which can be quickly installed on the canal embankment when water is flowing to prevent loss, and the gate can be unlocked and taken out after the water is flowing for easy storage.

Description

Technical Field

[0001] The invention relates to an agricultural implement, in particular to a detachable anti-overflow gate for a test field. Background Art

[0002] In rice breeding experiments, hundreds of thousands of materials are planted every year. Each material has been studied for many years and has a different genetic background. In order to accurately obtain the main agronomic trait values ​​of each material, it is necessary to ensure that each material has the same conditions during the planting process to accurately obtain the values ​​of each trait. This requires that field irrigation should not be too large or too small. In the past, the sluice gates were from top to bottom. For the changing water flow, individuals need to constantly observe the water level changes and adjust the sluice height in time, otherwise it will cause the canal water to overflow the embankment and destroy the embankment. In addition, if the gate is too small, the garbage and impurities in the canal will often accumulate and block, which will also cause the canal water to overflow the embankment. Increased the workload of water digging. In winter, the fields are no longer planted, and the gates are idle and often lost due to no one watching, causing losses. Summary of the invention

[0003] The technical problem to be solved by the present invention is to provide a detachable anti-overflow gate for a test field, whose gate pieces block water from the bottom of the canal. Different numbers of gate pieces are placed at the bottom of the anti-overflow gate according to the needs of different fields and the amount of canal water to effectively control the height of the water level. When the canal water is large, the excess water and impurities can flow over the gate pieces to prevent the gate water from overflowing the canal embankment due to the gate water outlet being too small or impurities blocking it. At the same time, the gate has an anti-theft lock, which can be quickly installed on the canal embankment when flowing water to prevent loss. After flowing water, the gate can be unlocked and taken out for easy storage.

[0004] The technical solution provided by the present invention is: a detachable anti-overflow gate for a test field, comprising an anti-overflow gate, a fixing groove, and a fixing lock; the anti-overflow gate comprises a gate piece, a gate frame, a gate groove, a gate lock, and a gate fixer, the inner side of the gate frame is provided with a gate groove, the gate piece can move up and down in the gate groove, and the outer side of the gate frame is connected with a gate fixer which can fix the anti-overflow gate to the fixing groove; the fixer consists of a fixer frame, a fixing lock shaft and a fixing lock buckle, the fixing lock shaft is installed on the fixer frame, a fixing lock buckle is provided in the middle of the fixing lock shaft, the fixing lock buckle is driven by rotating the fixing lock shaft, and the fixing lock buckle is turned into the fixing lock; the fixing groove is a groove built on the canal embankment, the gate fixer can be inserted into the middle of the fixing groove, there is a recessed fixing lock in the middle of the fixing groove, the fixing lock buckle can be turned into the fixing lock, and the fixer is locked into the fixing groove.

[0005] Furthermore, a gate slot fixing buckle and a gate plate spring sheet are installed at the upper part of the gate slot. The slot fixing buckle can hang the gate plate to the upper part of the gate slot 4. The distance between the upper and lower slot fixing buckles is the width of the gate plate. Two parallel slot fixing buckles 11 can fix a gate plate. There is a gate plate spring sheet on the upper side of the slot fixing buckle, which can fix the gate plate fixing buckle on the gate plate to the gate slot fixing buckle to prevent slipping. After being subjected to force, the gate plate fixing buckle can be separated from the gate slot fixing buckle to lower the gate plate to the bottom.

[0006] Furthermore, gate piece fixing buckles are installed on both sides of the upper part of the gate piece, and a gate plate piece handle is installed in the middle. The position of the gate piece fixing buckle is the same as the slot fixing buckle. The gate piece can be hung on the upper part of the gate slot by fixing the gate piece fixing buckle and the gate slot fixing buckle. The gate piece handle can pull up or drop the gate piece.

[0007] Furthermore, the gate lock is composed of a gate plate lock handle and a gate plate key. The gate plate key has a groove in the middle. The shape of the groove is the same as the shape of the top of the fixed lock shaft, and can be tightly sleeved on the fixed lock shaft. The gate lock has a gate plate lock handle on the upper part, which can rotate the gate lock to drive the fixed lock shaft to rotate and open or lock the anti-overflow gate 1. After locking, the gate lock can be removed to prevent the anti-overflow gate from being stolen.

[0008] Furthermore, the gate piece is provided with a plurality of pieces.

[0009] The present invention has the following beneficial effects: the gate piece blocks water from the bottom of the canal, and different numbers of gate pieces are placed at the bottom of the anti-overflow gate according to the needs of different fields and the amount of canal water to effectively control the height of the water level. When the canal water volume is too large, excess water and impurities can flow over the gate piece to prevent the gate water outlet from being too small or blocked by impurities, causing the canal water to overflow the canal embankment, thereby reducing the workload of the individual who wades through the water. At the same time, the gate has an anti-theft lock, which can be quickly installed on the canal embankment when wading through the water to prevent loss. After wading through the water, the gate can be unlocked and taken out for easy storage. BRIEF DESCRIPTION OF THE DRAWINGS

[0010] Figure 1 It is a schematic structural diagram of the detachable anti-overflow gate of the test field of the present invention.

[0011] Figure 2 It is a structural schematic diagram of the fixing groove of the present invention.

[0012] Figure 3 It is a schematic structural diagram of the gate holder of the present invention.

[0013] Figure 4 It is a schematic structural diagram of the gate slot of the present invention.

[0014] Figure 5 It is a schematic structural diagram of the gate piece of the present invention.

[0015] Figure 6 It is a schematic structural diagram of the gate key of the present invention.

[0016] Among them, 1--overflow gate, 2-gate plate, 3-gate frame, 4-gate groove, 5-gate lock, 6-gate fixture, 7-fixing groove, 8-fixed lock, 9-fixed lock shaft, 10-fixed lock buckle, 9-fixed lock shaft, 10-fixed lock buckle, 11-gate groove fixing buckle, 12-gate plate handle, 13-gate spring plate, 14-gate plate fixing buckle, 15-gate lock handle, 16-gate key, 17-fixer frame. DETAILED DESCRIPTION

[0017] See also Figure 1-Figure 6 The detachable anti-overflow gate of the test field of the present invention comprises an anti-overflow gate 1, a fixing groove 7 and a fixing lock 8. The anti-overflow gate 1 is composed of a gate piece 2, a gate frame 3, a gate groove 4, a gate lock 5 and a gate fixer 6. The gate frame 3 has a gate groove 4 inside, and the gate piece 2 can move up and down in the gate groove 4. The gate frame 3 is connected to a gate fixer 6 outside, which can fix the anti-overflow gate 1 to the fixing groove 7.

[0018] The fixing groove 7 is a groove built on the canal embankment, and the gate fixture 6 can be inserted into the middle of the fixing groove 7. There is a recessed fixing lock 8 in the middle of the fixing groove 7. The fixing lock buckle 10 can be turned into the fixing lock 8 to lock the fixture 6 into the fixing groove 7.

[0019] The holder 6 is composed of a holder frame 17, a fixed lock shaft 9 and a fixed lock buckle 10. The fixed lock shaft 9 is installed on the holder frame 17, and a fixed lock buckle 10 is arranged in the middle of the fixed lock shaft 9. The fixed lock buckle 10 is driven by rotating the fixed lock shaft 9 to rotate the fixed lock buckle 10 into the fixed lock 8.

[0020] The upper part of the gate slot 4 is equipped with a gate slot fixing buckle 11 and a gate spring piece 13. The slot fixing buckle 11 can hang the gate piece 2 on the upper part of the gate slot 4. The distance between the upper and lower slot fixing buckles 11 is the width of the gate piece 2. Two parallel slot fixing buckles 11 can fix one gate piece 2. There is a gate spring piece 13 on the upper side of the slot fixing buckle 11, which can fix the gate piece fixing buckle 14 on the gate piece 2 with the gate slot fixing buckle 11 to prevent it from slipping. After being subjected to force, the gate piece fixing buckle 14 can be separated from the gate slot fixing buckle 11 to lower the gate piece 2 to the bottom.

[0021] Gate piece fixing buckles 14 are installed on both sides of the upper part of the gate piece 2, and a gate plate piece handle 12 is installed in the middle. The position of the gate piece fixing buckle 14 is the same as the slot fixing buckle 11. The gate piece 2 can be hung on the upper part of the gate slot 4 by fixing the gate piece fixing buckle 14 and the gate slot fixing buckle 11, and the gate piece handle 12 can pull up or drop the gate piece 2.

[0022] The gate lock 5 is composed of a gate lock handle 15 and a gate key 16. The gate key 16 has a groove in the middle. The shape of the groove is the same as the shape of the top of the fixed lock shaft 9, and can be tightly sleeved on the fixed lock shaft 9. The gate lock 5 has a gate lock handle 15 on the upper part, which can rotate the gate lock 5 to drive the fixed lock shaft 9 to rotate and open or lock the anti-overflow gate 1. After locking, the gate lock 5 can be removed to prevent the anti-overflow gate 1 from being stolen.

[0023] The fixing groove 7 is built on both sides of the canal, and the anti-overflow gate 1 is fixed in the middle of the canal by the gate holder 6. The gate key 16 can lock the gate holder 6 to the fixing groove 7 to prevent the gate from being lost. After opening, the anti-overflow gate 1 can be easily taken out of the fixing groove 7 for storage. When the water level in the canal needs to be raised, it is only necessary to pull the gate plate handle 12 to displace the gate groove fixing buckle 11 and the gate plate fixing buckle 14, and the gate plate 2 can be placed at the bottom of the anti-overflow gate 1 to raise the water level of the canal. Placing different numbers of gate plates 2 at the bottom of the anti-overflow gate 1 can meet different requirements according to the needs of different fields and the amount of water in the canal. At the same time, the gate plate 2 blocks water from the bottom. When the water volume in the canal is too large, excess water and impurities can flow over the gate plate 2 to prevent the gate water outlet from being too small or blocked by impurities, causing the canal water to overflow the canal embankment.

Claims

1. A detachable anti-overflow gate for a test field, characterized in that: The test field detachable anti-overflow gate comprises an anti-overflow gate (1), a fixing groove (7), and a fixing lock (8); the anti-overflow gate (1) comprises a gate piece (2), a gate frame (3), a gate groove (4), a gate lock (5), and a gate fixer (6); the gate frame (3) is provided with a gate groove (4) on the inner side, the gate piece (2) can move up and down in the gate groove (4), and the gate frame (3) is connected to the outer side with a gate fixer (6) which can fix the anti-overflow gate (1) to the fixing groove (7); the fixer (6) comprises a fixer frame (17), a fixing lock shaft (9), and a fixing The invention relates to a gate fixing device comprising a locking buckle (10), a fixing locking shaft (9) mounted on a fixing device frame (17), a fixing locking buckle (10) being provided in the middle of the fixing locking shaft (9), and the fixing locking buckle (10) being driven by rotating the fixing locking shaft (9) to rotate the fixing locking buckle (10) into the fixing lock (8); the fixing groove (7) being a groove formed on the canal embankment, the gate fixing device (6) being insertable into the middle of the fixing groove (7), and a fixing lock (8) being recessed in the middle of the fixing groove (7), and the fixing locking buckle (10) being rotated into the fixing lock (8) to lock the fixing device (6) into the fixing groove (7); The gate groove (4) is provided with a gate groove fixing buckle (11) and a gate spring piece (13) at the upper part thereof. The groove fixing buckle (11) can hang the gate piece (2) on the upper part of the gate groove (4). The distance between the upper and lower groove fixing buckles (11) is the width of the gate piece (2). The two parallel groove fixing buckles (11) can fix one gate piece (2). A gate spring piece (13) is provided on the upper part of the opposite side of the groove fixing buckle (11). The gate piece fixing buckle (14) on the gate piece (2) can be fixed to the gate groove fixing buckle (11) to prevent it from slipping. After being subjected to force, the gate piece fixing buckle (14) can be separated from the gate groove fixing buckle (11) to lower the gate piece (2) to the bottom. Gate piece fixing buckles (14) are installed on both sides of the upper part of the gate piece (2), and a gate plate piece handle (12) is installed in the middle. The gate piece fixing buckle (14) is located at the same position as the slot fixing buckle (11). The gate piece (2) can be hung on the upper part of the gate slot (4) by fixing the gate piece fixing buckle (14) and the gate slot fixing buckle (11). The gate plate piece handle (12) can pull up or drop the gate piece (2).

2. The detachable anti-overflow gate for experimental fields according to claim 1 is characterized in that: The gate lock (5) is composed of a gate plate lock handle (15) and a gate plate key (16). The gate plate key (16) has a groove in the middle. The shape of the groove is the same as the shape of the top of the fixed lock shaft (9). The gate lock (5) has a gate plate lock handle (15) on the upper part. The gate lock (5) can be rotated to drive the fixed lock shaft (9) to rotate, thereby opening or locking the anti-overflow gate (1). After locking, the gate lock (5) can be removed to prevent the anti-overflow gate (1) from being stolen.

3. The detachable anti-overflow gate for experimental fields according to claim 1 is characterized in that: The gate piece (2) is provided with a plurality of pieces.

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