Timber selecting and chopping method and selection chopping saw therefor

Abstract

The invention discloses a timber optimized truncate method and relative optimized truncate saw. First, inputting the saw data list which comprises target saw length and quality parameters into the computer; when the sawed timber that longitudinally supplied passes the position relative to the detecting device, the detecting device reads the information of sawed timber into the computer, and the computer according to the input saw data list and said information to select the optimized sawing method; the saw machine according to said method processes truncating on the timber. Two sides of said truncate machine individually have a feeding platform and a finished product classifying platform; wherein, said feeding platform has a detecting device; said finished product classifying platform has a finished product classifying device; and a waste removing device is arranged between them.

Description

Technical field [0001] The invention relates to the technical field of wood processing, in particular to a method for transversely cutting timber. The invention also relates to a wood transverse cutting saw for realizing the method. Background technique [0002] With the increase in demand for timber resources due to economic development and the protection of limited log resources, the current timber processing industry, especially the sawing industry, is facing increasingly high economic and technical processing requirements. This not only requires the sawing industry to have a higher degree of automation and sawing production efficiency, but also requires the sawing industry to have a higher yield rate in the sawing process, so as to improve the utilization rate of wood and reduce production costs. [0003] At present, in the wood cutting process, the method usually used is that the operator makes a judgment on the basic information such as the length, quality, and defect size ...

AI Technical Summary

Problems solved by technology

[0005] Existing sawing equipment is only a stand-alone sawing equipment directly operated manually, and it cannot be connected with a computer to use computer control technology to complete the automatic continuous production of the wood sawing process, let alone through the integration with the computer control system. Connection for optimal selection of sawing solutions

Therefore, the existing wood cutting equipment limits the improvement of sawing production efficiency and wood yield rate, resulting in a great waste of resources and manpower

At the same time, if large-scale production of wood cutting is to be carried out, multiple sets of this type of equipment need to be used, which occupies a large area and the per capita labor productivity is extremely low. In addition, this type of equipment is directly operated manually, which has great safety accidents Hidden danger

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