Snow removal forklift

Abstract

The invention discloses a snow removal forklift, which structurally comprises a spiral cutter cylinder bucket, an auxiliary pressing folded plate column, a hydraulic rod rack, a cab, a chassis base, rubber moving wheels and a motor rear carriage. The spiral cutter cylinder bucket is matched with the auxiliary pressing folded plate column; a spiral cutter ring frame and an arc cover bucket groove form an integral splash-proof pressing plate seat with grid grooves for preventing snow splash to block and press at two sides and the outer expanding effect is achieved; after the snow is heavily absorbed and hinged, a salt injection ejecting and sprinkling cylinder is continuously stirred and boosted to be linked with a swing rod scraper knife seat and a winding and pressing lining clamping seatto act; the polymer salinization snow melting effect is realized; the wound thick-layer snow is prevented from being accumulated on the two sides of the road after being output; slow salt injection, dilution and snow melting effects are achieved, spiral double-propelling winding pressure of crossed objects of the whole inner rack is efficient, the rack blocking protection effect of the bucket at the front end of the hydraulic cylinder is guaranteed, meanwhile, side cutters of the bucket cut ice efficiently, the effect of breaking ice from the two ends of the road edge in a centered mode is achieved conveniently, and the quality of an asphalt cement pavement is protected.

Description

technical field [0001] The invention relates to a snow removal forklift, which belongs to the field of snow removal machinery. Background technique [0002] Snow removal on the road surface is convenient for driving and clearing road obstacles. In the past, manual snow removal was often labor-intensive. Now, mechanized forklifts are often used to remove snow, improve the efficiency of obstacle removal, and remove impurities and heavy accumulations on the road surface to improve integration. Push away the snow layer to ensure the effect of opening to traffic. The shortcomings of the current technology that need to be optimized are: [0003] The snow on the road will produce an ice surface and then cooperate with the frost and snow to form a thick layer of white snow. At this time, after the snowplow shovels off the snow, the thin ice layer on the bottom is still not broken, which is easy to cause After snow plowing, the ice cover will cause the road surface to slip and cause...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the deficiencies in the prior art, the object of the present invention is to provide a snow plowing forklift to solve the problem that snow will generate ice on the road surface and then cooperate with frost and snow to form a thick layer of white snowdrift. After the car is smooth and shoveled away from the snow, the thin ice layer on the bottom surface is still not broken. It is easy to cause the ice surface to cover the road after the snow is shoveled, causing road safety hazards, and the smoothness of the ice surface will change over time. When the forklift breaks the ice later, it will cause a rigid collision, which will easily cause the ice surface to stick to the asphalt and flip it, tearing the road surface, and the high hardness of the ice layer will cause the piston of the hydraulic cylinder to jam when it is hinged into the bucket, which will damage the mobility of the snow plowing forklift. sexual problems

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