Novel temperature control wooden door

Abstract

The invention relates to wooden doors, in particular to a novel temperature control wooden door. The wooden door comprises a wooden door leaf located inside and door leaf vertical faces arranged on the two faces of the wooden door leaf. Horizontal heating hole grooves and vertical heating hole grooves which are distributed in a longitudinal-transverse crossing mode are formed in the wooden door leaf. The horizontal heating hole grooves communicate with side walls on the two sides of the wooden door leaf. The vertical heating hole grooves communicate with the top face of the wooden door leaf and the ground. A mounting groove position for mounting a control host is formed in one surface of the wooden door leaf and communicates with the horizontal heating hole grooves and the vertical heating hole grooves which intersect with each other. Heating wires are evenly arranged in the horizontal heating hole grooves and the vertical heating hole grooves. The control host for controlling the heating wires to work is mounted in the mounting groove position. Through the horizontal heating hole grooves and the vertical heating hole grooves, heat can be transmitted to all positions of the door leaf through the heating hole grooves, so that deformation caused by the local temperature difference of the door leaf is avoided.

Description

technical field [0001] The invention relates to a wooden door, in particular to a novel temperature-controlling wooden door. Background technique [0002] Wooden doors are a common form of door leaves, usually made of solid wood or filled with solid wood. The existing wooden doors on the market are generally of solid structure, or at least include a solid frame, and are filled within the range of the solid frame. However, due to the development of the existing economy, trade and logistics, the wooden doors produced by manufacturers are often sold all over the country or around the world. , domestically speaking, due to the large latitude span of our country, the climate environment such as temperature and humidity varies greatly from place to place. After the production is completed and transported to actual use, it will often experience large changes in the climate environment, especially the temperature. Changes in temperature will affect the moisture content of wooden do...

AI Technical Summary

Problems solved by technology

The existing wooden doors on the market are generally of solid structure, or at least include a solid frame, and are filled within the range of the solid frame. However, due to the development of the existing economy, trade and logistics, the wooden doors produced by manufacturers are often sold all over the country or around the world. , domestically speaking, due to the large latitude span of our country, the climate environment such as temperature and humidity varies greatly from place to place. After the production is completed and transported to actual use, it will often experience large changes in the climate environment, especially the temperature. Changes in temperature will affect the moisture content of wooden doors, so drastic changes in temperature are likely to cause deformation, cracking and surface paint quality of wooden doors, even in the same area, there are such problems in the process of changing seasons

[0003] In order to solve this problem, some manufacturers have proposed wooden doors that can control the temperature by themselves. For example, the patent document with the patent number "201520735736.3" and "An Intelligent Anti-deformation Wooden Door" discloses a method of heating and heating on one surface of the door leaf. Devices such as temperature control are designed to actively adjust the temperature of the wooden door. However, due to the poor thermal conductivity of wood, setting a heating device at a specific position on one surface of the door leaf cannot conduct heat well to other areas of the door leaf. The temperature of each area of ​​the door leaf itself is different. In this case, the door leaf cannot be effectively kept in a stable temperature environment, and the deformation of the door leaf itself is often exacerbated.

Moreover, setting more electronic devices on the surface of the door leaf will easily affect the overall appearance of the door leaf, and there is a certain potential safety hazard.

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