This utility model relates to the field of agricultural drainage technology, specifically to an agricultural
drainage ditch for rural water utilization. It includes a first
drainage ditch, a second
drainage ditch, and a fixing component. One end of the first drainage
ditch is spliced with the second drainage
ditch, such that the groove at the end of the second drainage
ditch corresponds to the protrusion at the end of the first drainage ditch. During the splicing process, the
insertion component at the end of the second drainage ditch is inserted into the limiting component at the end of the first drainage ditch to fix the joint between the first and second drainage ditches. This helps prevent people from passing through and stepping on the ditch, or heavy objects from being placed on a certain splicing section of the ditch. When the ditch is subjected to external force,
relative displacement can easily occur between the spliced sections. Although the
sealant has certain
adhesive and sealing properties, its resistance to external forces is limited. Over time, this can easily lead to damage to the internal structure of the
sealant, resulting in cracks or even separation from the surface of the ditch, thus causing leakage.