Continuous processing and production process of composite geotechnical drainage net

Abstract

The invention relates to a continuous processing and production process of a composite geotechnical drainage net. The production process comprises steps that 1, drainage nets are mounted, specifically, multiple sets of drainage nets are manually stacked in a support frame in the vertical direction, and a pushing assembly is started to push out the drainage nets on a base; 2, a coating layer is loaded, specifically, the coating layer is manually placed on a supporting plate, and the pushing assembly synchronously drives a coating layer loading assembly to convey the coating layer to a pressingassembly under the work of a pushing drainage net; 3, front surfaces of the drainage nets are compounded; step 4, the composite surfaces are switched; 5, reverse surfaces of the drainage nets are compounded; and 7, finished product output is conducted, specifically, the drainage net finished product with the two surfaces coated is conveyed backwards along with transmission of a chain and chain wheel unit of the pushing assembly till the drainage net finished product enters a collecting box of a discharging assembly. The production process is advantaged in that technical problems that the workof manually adhering an upper coating layer and a lower coating layer to the drainage nets through adhesive is tedious, adhering precision is poor, and the number of defective products is increased are solved.

Description

technical field [0001] The invention relates to the technical field of composite geotechnical drainage nets, in particular to a continuous processing and production process for composite geotechnical drainage nets. Background technique [0002] Composite drainage network is an important part of civil engineering drainage equipment. Under northern climate conditions, the laying of composite drainage nets can help reduce the impact of frost heave. If the freezing depth is deep, the drainage nets can be laid at a shallower position in the foundation to block capillary action. In addition, it is often necessary to use non-freezing Replacement of expansive granular subbase, extending down to freezing depths; laid between foundations and sub-bases to drain water accumulated between sub-bases, block capillary water and effectively incorporate into edge drainage, which This structure automatically shortens the drainage path of the foundation, greatly shortens the drainage time, and...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to aim at the deficiencies of the prior art, by setting up the work on the drainage net to synchronously drive the work on the top of the cladding, and using the same power to drive the top loading of the two parts, and at the same time, the front and rear work are closely connected, and the cladding immediately after the drainage net is installed The top-loading, to avoid the empty travel of the drainage network, and then complete the automatic double-sided composite work of the drainage network through the composite work of the front side of the drainage network and the composite work of the reverse side of the drainage network, thus solving the problem of manual bonding of the upper and lower layers through adhesives. The work of connecting to the drainage net is cumbersome, the accuracy of the bonding work is poor, and the technical problems of increasing the number of defective products

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