Template construction machine for building flood discharge trench and its using method

Abstract

The invention provides a template construction machine for building a flood discharge trench. A template supporting mechanism comprises two template supporting cushion plates; the outside faces of thetemplate supporting cushion plates are connected with side wall templates, and two V-shaped link rods with opposite images are hinged between the inside faces; the middle hinging place of every V-shaped link rod is connected with a first sleeve cylinder and a second sleeve cylinder; a screw is occluded with a spiral slot at inside of the first sleeve cylinder, and the bottom end of the screw is axially connected to the second sleeve cylinder; a carrying device comprises a bottom seat plate, a carrying platform and two X-shaped link rods connected to the middle of the both; the middle intersection of the X-shaped link rods is hinged and connected; passive ends at the same sides of the two X-shaped link rods are hinged to the carrying platform and the bottom seat plate, gliding ends of theother sides are glidingly plugged in the chutes of the carrying platform and the bottom seat plate; a cross rod is connected to the middle of gliding ends at the lower end; the cross rod is connectedto the push device of the bottom seat plate. The template construction machine has the advantages of improving the construction efficiency of the side wall template of the flood discharge trench, improving project quality, and saving resource.

Description

technical field [0001] The invention relates to the field of water conservancy engineering machinery and equipment, in particular to a formwork construction machine for building flood drainage ditches and a use method thereof. Background technique [0002] Flood drainage ditches refer to ditches built to prevent flood disasters, and can play a role in flood discharge when encountering flood disasters. The side wall structure of the flood discharge ditch is usually masonry (block) stone or reinforced concrete. It is also possible to use mortar (block) stone on the outside of the side wall and concrete on the inside; when concrete is used as the wall structure, the side wall construction The formwork needs to be supported before the concrete can be poured. When supporting the formwork on the side wall, the traditional construction method is to use wooden squares with steel pipe braces and pull screws to support the formwork, which has the following disadvantages: (1) The cons...

AI Technical Summary

Problems solved by technology

When supporting the formwork on the side wall, the traditional construction method is to use wooden squares with steel pipe braces and pull screws to support the formwork, which has the following disadvantages: (1) The construction process is entirely dependent on manpower, which requires a lot of man-hours, and the efficiency is extremely low; ( 2) The wooden squares are processed into different sizes according to the needs of the support when the formwork is supported. After the side wall concrete is demoulded, the wooden squares are generally difficult to recycle, resulting in a waste of wood; the side wall formwork is usually made of wood. Low turnover rate also causes waste of wood

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