CN-224227749-U - Box type farmland sluice

Abstract

The utility model provides a box type farmland water gate, characterized in that it is composed of a box body, mudguard, and water blocking plate; The box is square in shape, with a sleeve at the bottom of the back and grooves on both sides and the bottom of the front; The mudguard is square in shape, with a height approximately equal to the depth of the plowing layer and half the height of the box. There are grooves on both sides of the mudguard, with the grooves facing inward and side plates outside the groove bottom; The sleeve groove, side plate, and groove plate extend upwards, slightly higher than the box body; The middle and top of the side panel have symmetrical plate holes and are equipped with insert plates; The height of the water blocking plate is the same as that of the mudguard. There are pull rods on the upper left and right sides, which have vertically arranged water level holes and are equipped with plugs. There is a handle at the top, which is slightly higher than the groove; The side panel of the mudguard is fitted into the groove, and the two sides of the water blocking plate and the pull rod are fitted into the groove. After being paired with deep water pipes, this type of water gate can be used for surface and deep irrigation of farmland, and is convenient for regulating the water level of farmland.

Inventors

• ZHANG XIAOYU

Assignees

• 张小玉

Dates

Publication Date

20260512

Application Date

20250607

Claims (1)

1. 1. A box-type farmland sluice is characterized by comprising a box body, a mud guard and a water baffle, wherein the box body is square, a sleeve is arranged at the bottom of the rear surface, grooves are formed in the two sides and the bottom of the front surface, the mud guard is square, the height of the mud guard is approximately equal to the depth of a cultivated layer and is approximately equal to half of the height of the box body, sleeve grooves are formed in the back surfaces of the two sides of the mud guard, the notch of the mud guard is inward, side plates are arranged outside the groove bottom, the sleeve grooves, the side plates and the groove plates extend upwards and are slightly higher than the box body, plate holes which are bilaterally symmetrical are arranged in the middle of the side plates and the top of the side plates in a downward manner and are provided with inserting plates, the water baffle is the same as the mud guard in height, pull rods are arranged above the left side and the right side, water level holes which are vertically arranged are provided with inserting bolts, handles are arranged at the top ends of the water baffle plates are slightly higher than the sleeve grooves, the side plates of the mud guard are sleeved in the grooves, and the two sides of the water baffle and the pull rods are sleeved in the sleeve grooves.

Description

Box type farmland sluice Technical Field The utility model relates to a box type farmland sluice in the field of farmland irrigation and drainage. Background The farmland irrigation and drainage includes surface layer irrigation and deep layer irrigation, in which the water on the surface of the field is discharged when the rice is transplanted, the water is irrigated after the seedlings are rooted, and the water is irrigated into the ditch before harvesting, ditching and discharging the water in the cultivated layer, and the water is irrigated into the ditch before soil is raked in the next year, and the soil is irrigated into the ditch. The plain farmland adopts pumping irrigation, a water pipe is buried under a concrete ridge, and two ends of the water pipe are respectively arranged in the farmland and a ditch. The pipe is slightly higher than the bottom of the ditch and slightly lower than the ditch of the cultivation layer, so that deep drainage and irrigation can be performed, namely, when drainage is needed, ditch water is firstly discharged into a river channel, then water in the ditch in the field is discharged into the ditch and flows into the river channel, and when irrigation is needed, river water is pumped into the ditch, so that the ditch water is lifted and is filled into the ditch in the field. Before rice transplanting, soil on a cultivated layer must be raked up, at this time, a ditch and a water pipe in a field are buried by soil, therefore, the water pipe in the field must be sleeved with a 90-degree bent pipe, the pipe orifice at the other end of the bent pipe faces upwards to be parallel to Tian Biao, soil on the cultivated layer is blocked, so that the water pipe is smooth, the aim of surface drainage is achieved, when water is needed to be stored, a vertical pipe is inserted into the pipe orifice of the bent pipe, and because the vertical pipe is higher than the water level of the rice field, the water in the field can be blocked around the vertical pipe and can not flow out, canal water can only enter the vertical pipe but not enter the rice field, when surface drainage is needed, the canal water is drained into a river channel, the vertical pipe is pulled out, and the surface field water flows down from the upper side of the bent pipe and flows into the river channel finally. The drainage and irrigation structure is inconvenient to adjust the water level of the farmland, is troublesome to operate, and especially in rainy days, the water level in the farmland continuously rises, and the vertical pipes are required to be pulled out or inserted at intervals so as to adjust the water level of the farmland. At present, various water gates in the market and patent data are closely connected with a sleeve pipe, if the water gate is sleeved with a deep water pipe, soil in a cultivated layer is buried, surface drainage and irrigation cannot be performed, and the water gate can only be sleeved with the water pipe on the surface. Disclosure of Invention The utility model provides a box type farmland sluice, which is characterized by comprising a box body, a mud guard and a water baffle, wherein the box body is square, a sleeve is arranged at the bottom of the rear surface, grooves are formed in the two sides and the bottom of the front surface, the mud guard is square, the height is approximately equal to the depth of a cultivation layer, the depth is approximately equal to half of the height of the box body, sleeve grooves are formed in the back surfaces of the two sides, the notch of the mud guard is inward, side plates are arranged outside the bottom of the groove, the sleeve grooves, the side plates and the groove plates extend upwards and are slightly higher than the box body, bilateral plate holes are formed in the middle part and the top of the side plates in a deflection mode and are matched with inserting plates, the water baffle is the same as the mud guard in height, a pull rod is arranged above the left side and the right side, a water level hole is vertically arranged and is matched with a plug, a handle is arranged at the top of the water baffle is slightly higher than the sleeve grooves, the side plates of the mud guard are sleeved in the grooves, and the water baffle is sleeved in the sleeve grooves and the pull rods. After the sluice and the deep water pipe are sleeved, the surface layer drainage and irrigation and the deep layer drainage and irrigation can be carried out on farmlands, and the farmland water level can be conveniently adjusted. Drawings Fig. 1 is a structural view of the present utility model, fig. 2 is a box, fig. 3 is a fender, fig. 4 is a water fender, 1 is a box, 1.1 is a sleeve, 1.2 is a groove, 2 is a fender, 2.1 is a sleeve groove, 2.2 is a side plate, 2.3 is a groove plate, 2.4 is a plate hole, 3 is a water fender, 3.1 is a pull rod, 3.2 is a water level hole, 3.3 is a handle, 4 is a plugboard, 5 is a plug, and 6 is a water pipe. Detailed Description