Wood blanking equipment and processing method thereof

Abstract

The invention discloses a wood blanking processing method which comprises the following steps: A. fault in wood is marked by a closed loop in advance; B. parameter value and number of outside measurement of the required dimension stone are input; C. the wood is scanned by a scanning head, the closed loop marked on the wood and the outline of the wood are recorded; D. the outside measurement of the wood as well as the position and the shape of the closed loop are analyzed, and the processing mode of cutting a processing saw is determined according to the parameter value of the dimension stone. The invention also discloses a wood processing system. The invention provides a wood processing method and a system thereof, so as to improve the out-turn percentage of wood and be convenient for use.

Description

technical field [0001] The invention relates to the field of wood processing, in particular to a wood blanking processing equipment and processing method. Background technique [0002] Existing due to the increasing scarcity of high-quality timber raw materials, slow growth, can not quickly replenish the felled trees. Coupled with the increasing awareness of global environmental protection, countries are increasingly restricting the logging of natural forest timber. Wood raw materials are becoming more and more precious, so how to effectively utilize natural wood has become an urgent technical problem to be solved by those skilled in the art. [0003] Over the past ten years, advanced countries in the world have been competing to study wood optimization and preparation technology, and use contemporary computer technology to fine-tune wood processing methods, so as to achieve the purpose of reducing raw material consumption and improving utilization. After years of research...

AI Technical Summary

Problems solved by technology

[0005] The existing complete optimal sawing production line uses a two-dimensional scanning head, but because it is directly connected to and directly controlled by the subsequent longitudinal saw or cross-cut saw, it can only perform one-dimensional processing, so two-dimensional scanning can only be applied to one-dimensional processing , greatly reducing the optimization effect

[0006] For the existing full set of optimized sawing production lines, in order to increase the yield rate, it is necessary to increase the batch size and increase the inventory, which cannot solve the conflict between lean production and wood yield rate.

[0007] The existing full set of optimized sawing production line uses two-dimensional scanning head, which uses color camera analysis of wood texture as the way, which is complicated in technology, low in reliability, difficult in maintenance and high in investment

When the two-dimensional scanning head is used, it is necessary to define wood defects independently according to the specific wood species, which is not universal

When changing the processed wood, it is necessary to reprogram to define the characteristics of the wood species, which is very inconvenient to use

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