Framing machining method of core-shell structure door and window profiles

Abstract

The invention discloses a framing machining method of core-shell structure door and window profiles, relates to the field of building decoration engineering, and aims to solve the problems that existing door and window profiles are not reasonable in assembly process, and door and window profile corners are not high in bonding strength and accuracy, close in sealing, attractive and durable. The framing machining method includes the steps: S1 cutting the profiles; S2 machining the ends of the profiles; S3 preassembling the machined profiles; S4 starting a framing device; S5 mounting a profile frame; S6 clamping the profile frame; S7 applying pressure to the frame; S8 releasing the pressure. By the aid of the steps, longitudinal parallel rods and transverse parallel rods relatively motion through hydraulic transmission, the assembled door and window profiles can be effectively assembled in the device, and the method solves the quality problems that in a traditional assembly process, force is unequally applied, errors are large, the ends of the profiles are easily damaged, connectors have biased and the like.

Description

technical field [0001] The invention belongs to the field of architectural decoration engineering, and relates to a frame processing method of door and window profiles, in particular to a frame processing method of core-shell structure door and window profiles. Background technique [0002] The manufacture of doors and windows first requires the manufacture of door and window profiles, and then the profiles are cut, and then the cut door and window profiles are processed into door and window products by means of glue bonding, nail bonding, and tenon bonding. In the process of making door and window profiles into door and window products, the profiles need to be framed. In the traditional manufacturing process, rubber hammers are often used to form frames. However, the way of manufacturing doors and windows by rubber hammers is easy to cause force. Quality problems such as unevenness, large errors, easily damaged profile ends, and deviations in joints, and the quality of door...

AI Technical Summary

Problems solved by technology

The beneficial effects of the present invention are: adopting the operation steps, by making the shell structure at both ends of the profile have a 45-degree slope, and making the core structure at the end of the profile have mortise and tenon joints that can be combined with each other, the strength of doors and windows can be solved by means of the core structure. In order to solve the problem of heat preservation, the shell structure solves the problems of door and window anticorrosion, waterproof, insect proof, moth proof, mildew proof, fire prevention, etc., and overcomes the uneven application of force, large error, easy damage to the end of the profile, and joints that are easy to cause in the traditional assembly process. There are quality problems such as deviation; the setting of the corner workbench enables the door and window profiles to be better fixed in the equipment, making the acceptance more uniform, and at the same time, with the help of the pressure-applying vertical plate and pressure-applying horizontal plate set on the corner-end workbench, the doors and windows The pressure applied on the end of the profile is more uniform and reasonable, which improves the assembly quality and organizational efficiency of the door and window profiles; the pneumatic shaft is adopted, and the pressure-applying horizontal plate and the pressure-applying vertical plate are controlled by the control center to ensure the smoothness of the pressing process. Simultaneously, so that the corners of the door and window profiles are not easily dislocated when combined, ensuring the quality of the combination

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