Wood drying room with meshed combined type diversion mechanism

Abstract

The invention discloses a wood drying room with a meshed combined type diversion mechanism. The wood drying room structurally comprises two or more high-temperature circulating fans, wind deflectors,two centrifugal air blowers, a hot blast stove, a stove opening, an observation opening, diversion structures and a room body; the high-temperature circulating fans are installed side by side on the top of the room body, installed between the two centrifugal air blowers and communicated with the centrifugal air blowers at the same horizontal line as the high-temperature circulating fans. The centrifugal air blowers are located outside the room body, installed on the top of the hot blast stove and communicated with each other. According to the wood drying room, through movable rockers, flow baffling plates and meshing structures, the number of the flow baffling plates is changed according to different thicknesses and different materials of plates when poplar wood and pine wood are manufactured, and the situation is avoided that a back flow phenomenon is caused due to a large number of wood materials on each layer. At the same time, the principle of triangular tooth meshing and magneticattraction is adopted to ensure that the layer number of the flow baffling plates is changed, and meanwhile every two flow baffling plates are stably connected and not detached due to airflow impact.

Description

technical field [0001] The invention relates to the field of wood drying chambers, in particular to a wood drying chamber with an interlocking combined flow guiding mechanism. Background technique [0002] The wood drying room is mainly to increase the temperature of the wood, so that the water in the wood can be discharged by evaporation or boiling vaporization, and move to the wood surface in the form of water or water vapor, and let it continuously circulate away from the wood surface through the diversion structure. The diversion structure in this process is to prevent the water that has been discharged from entering the wood again when the temperature cools down. For example, poplar wood and pine wood used for furniture need to be thinned and dried to make the core board and bottom board of solid wood composite flooring. The wood is dried in batches and there are intervals between the boards to facilitate water diversion. The current diversion structure has the followin...

AI Technical Summary

Problems solved by technology

[0003] 1. Due to the different thicknesses and different materials of poplar wood and pine wood, the number of layers of poplar wood and pine wood per unit volume is different. There are more layers of poplar wood and less pine wood, so the number of layers of a single baffle cannot be changed. It cannot be deflected against the relative number of wood layers, and the water vapor will flow back, and the wood cannot be completely dried;

[0004] 2. While changing the number of baffle layers, the connection between the two baffles is unstable, and it is easy to be separated by the impact of the airflow

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