Woodmaking mortising machine and notching method

Abstract

The invention discloses a woodmaking mortising machine, which comprises a rack (1), wherein transverse and longitudinal devices, a workbench (58) and a punching machine (30) are separately arranged on the transverse and longitudinal devices; a transverse movement sensing device is arranged on the transverse device; the transverse movement sensing device comprises a limiting switch and a slit switch; a longitudinal movement sensing device is arranged on the longitudinal device; the longitudinal movement sensing device is an approaching switch.

Description

technical field [0001] The invention relates to a tenon and groove machine, in particular to a fully automatic woodworking tenon and groove machine and a groove making method. Background technique [0002] Woodworking tenon and groove machine is a device for wood punching process during woodworking. [0003] In the process of making wooden products, due to the special physical properties of wood, it is impossible to shape materials such as iron and plastic, but can only be formed by splicing multiple pieces of wood. When splicing wood, mortise and tenon connection methods are often used; although there are simpler iron nails, but iron nails are connected. On the one hand, the oxidation of the metal is easy to rust, on the other hand After the iron nails are nailed into the wood, it will cause irreversible damage to the wood itself, and after the wood with the iron nails is scrapped, it will affect the secondary recycling of the wood. [0004] When using mortise and tenon m...

AI Technical Summary

Problems solved by technology

When splicing wood, mortise and tenon connection methods are often used; although there are simpler iron nails, but iron nails are connected. On the one hand, the oxidation of the metal is easy to rust, on the other hand After the iron nails are nailed into the wood, it will cause irreversible damage to the wood itself. Moreover, after the wood with iron nails is scrapped, it will affect the secondary recycling of the wood.

[0004] When using mortise and tenon methods to carry out woodwork operations, it is often necessary to punch holes. Nowadays, due to the emergence of various new materials, the precision requirements of the product itself are getting higher and higher, and wood products cannot be shaped because they cannot be shaped. To achieve the accuracy of plastic products or metal products, the hole position can only be precisely controlled during the splicing process to ensure the accuracy of the product

[0005] However, in the existing production process, the punching process often needs to be carried out by a manual woodworking tenon and groove machine. When the manual woodworking tenon and groove machine is used to punch holes, workers need to judge by eyesight, but this method is extremely easy. Interference from the outside world, such as light, artificial errors, etc., is likely to cause defects such as low work efficiency, low positioning accuracy, and poor consistency

In addition, the wages of high-level workers are relatively high, and it is difficult to recruit workers

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