Full-automatic wood cutting equipment

Abstract

The invention relates to the field of wood processing equipment and particularly discloses full-automatic wood cutting equipment comprising a rack, a platen, a cutting mechanism, a storage mechanism and a feed mechanism. The storage mechanism comprises a frame, a first adjusting plate and a second adjusting plate. Spaces are reserved between the platen and the bottom of the first adjusting plate as well as the bottom of the second adjusting plate. The frame is provided with a support mechanism, a push mechanism and an adjusting mechanism. The platen is provided with a lifting mechanism. The feed mechanism comprises a feed plate, a baffle, a slideway, a sliding groove, a feed assembly and a feed motor. The feed assembly comprises a sliding push block, an L-shaped push plate and a balance plate. The cutting mechanism comprises a guide rail, a driving cylinder, a movable support, a lifting cylinder, a movable seat, a cutting motor, a cutting saw web, a fixed cylinder, a fixed plate, an alignment cylinder, an alignment plate, an inductor and a locating block. The full-automatic wood cutting equipment has the characteristics that labor cost is low, cutting efficiency is high, the automation degree is high, raw wood is not inclined, and potential safety hazards are avoided.

Description

technical field [0001] The invention relates to the field of wood intelligent processing, in particular to a fully automatic wood cutting device. Background technique [0002] As a natural material, wood has a large accumulation in nature, is widely distributed, and is convenient to obtain materials. It has excellent characteristics. Due to its environmental protection characteristics, wood is widely used in toy products and bamboo and wood products industries. The processing and production of wooden toys requires wood that meets the required length specifications, and the wood that meets the required length specifications needs to be cut by cutting equipment to form logs. In order to make the cut wood meet the subsequent processing requirements as much as possible, the logs to be cut The material is preferably square wood with basically the same length; currently, the cutting equipment for wooden toys that require square logs with basically the same length is only when the ...

AI Technical Summary

Problems solved by technology

The processing and production of wooden toys requires wood that meets the required length specifications, and the wood that meets the required length specifications needs to be cut by cutting equipment to form logs. In order to make the cut wood meet the subsequent processing requirements as much as possible, the logs to be cut The material is preferably square wood with basically the same length; currently, the cutting equipment for wooden toys that require square logs with basically the same length is only when the log is needed, the staff will place the log at the feeding mechanism, and the feeding mechanism will Send it to the cutting mechanism for cutting. When continuous cutting is required in batches, the staff needs to continuously place the raw wood to be cut on the feeding mechanism. The lack of an automatic storage and loading device makes the labor cost relatively large. , the cutting efficiency is low, and the degree of automation is low; the feeding mechanism in the existing wood cutting equipment is simply to use the motor to drive the screw to rotate, and the screw makes the push block push the log to move forward to the cutting mechanism. In the process of cutting, there is a lack of appropriate restrictions on the log. During the process of pushing, the log is prone to tilting and shaking, and the staff needs to adjust it at the cutting mechanism, which cannot be done in one step, and the pushing effect is not good; in the existing wood cutting equipment The cutting mechanism is to drive the saw blade to rotate through the motor, and the staff moves the log to the saw blade for cutting. The width of the cut wood is not exactly the same, the error is large, the cutting efficiency is low, and the degree of automation is low. At the same time, personnel push the log to the saw blade, which poses a safety hazard

[0003] Therefore, the current cutting equipment for wooden toys that require substantially the same length as square logs has the problems of high labor costs, low cutting efficiency, low degree of automation, easy tilting of logs, and potential safety hazards.

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