Automatic feeding system and automatic feeding method for glulam square machine

Abstract

The invention discloses an automatic feeding system for a laminated wood squaring machine and an automatic feeding method. The automatic feeding system comprises a feeding conveying mechanism, pushing mechanisms and briar dressing and stacking mechanisms. The pushing mechanisms for pushing strip-shaped sawn timber to the briar dressing and stacking mechanisms are arranged on the feeding conveying mechanism for conveying the strip-shaped sawn timber coated with glue liquor, the briar dressing and stacking mechanisms capable of inclining to be lifted are arranged on the output side of the feeding conveying mechanism, and the input ends of the briar dressing and stacking mechanisms for receiving and movably stacking the strip-shaped sawn timber in a side standing mode correspond to the output side of the feeding conveying mechanism. When the laminated wood squaring machine is in a sawn timber receiving state, the briar dressing and stacking mechanisms at the upper limit position and horizontal side pressing jacking mechanisms are staggered, and the stacking planes of all the briar dressing and stacking mechanisms at the upper limit position are not lower than the supporting planes of all the horizontal side pressing jacking mechanisms. The function of carrying out full-automatic feeding on the laminated wood squaring machine is achieved, stable and reliable performance is achieved, production efficiency is high, and the requirements of the laminated wood production process are met.

Description

technical field [0001] The invention relates to an automatic feeding system and an automatic feeding method for a glulam squarer, and belongs to the technical field of large-size strip-shaped sawn timber feeding and squarening. Background technique [0002] The sawn timber loading process of the glulam squarer mainly involves the processes of handling glued sawn timber, loading, square pressurization, and unloading. These processes are still all done manually at present, and the following defects are bound to exist: 1. The pressurization efficiency of the glulam squarer depends on the time it takes for the workers to load all the sawn timber into the glulam squarer. Since the efficiency of manual handling of the sawn timber is very low, the glulam squarer performs every time It takes a long time to pressurize the square, and the production efficiency is low; second, the glue used in the pressurization of the square has strict requirements on the environment and time, and the...

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Problems solved by technology

[0002] The sawn timber loading process of the glulam squarer mainly involves the processes of handling glued sawn timber, loading, square pressurization, and unloading. These processes are still all done manually at present, and the following defects are bound to exist: 1. The pressurization efficiency of the glulam squarer depends on the time it takes for the workers to load all the sawn timber into the glulam squarer. Since the efficiency of manual handling of the sawn timber is very low, the glulam squarer performs every time It takes a long time to pressurize the square, and the production efficiency is low; second, the glue used in the pressurization of the square has strict requirements on the environment and time, and the manual feeding method cannot meet the requirements of the glulam square machine. At the expected time, when the material is loaded and the pressure is pre-assembled, the viscosity of the glue has been greatly reduced, and there is a possibility of pollution caused by workers' handling, and the manual loading method has uneven placement of sawn timber, Due to problems such as bumping and bumping, it is very easy to have uneven distribution of pressure gluing, which cannot guarantee the mechanical properties of glulam, affects product quality, and causes serious waste of resources; Therefore, the health of workers will be endangered, and there will be personal safety problems.

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