Novel DIY innovating and manufacturing platform

Abstract

The invention discloses a novel DIY innovating and manufacturing platform. The novel DIY innovating and manufacturing platform mainly comprises a self-locking knife rest mechanism and a KT plate aftertreatment mechanism, wherein the self-locking knife rest mechanism comprises a static friction force self-locking gear, a single-degree-of-freedom numerically-controlled feeding mechanism and knife rests, the KT plate aftertreatment mechanism comprises a glue tool box, a grooving tool box and a carbon rod storage box, and KT plate aftertreatment after cutting can be achieved through the circumferential distribution of rotary supports. The rotary supports can rotate automatically inside a box, and then gluing, grooving and rod inserting can be achieved alternately. A working frame of a tool is arranged on the upper surface of the box through a movable support, the static friction force self-locking gear is meshed with a rack on the working frame, the knife rest 1 is connected with an upper computer support in a hinged mode, an upper computer is fixedly connected to the upper computer support, the knife rest 1 is connected with the knife rest 2 in a hinged mode through the static friction force self-locking gear, the knife rest 2 is connected with the knife rest 3 in a hinged mode through the static friction force self-locking gear, and the single-degree-of-freedom numerically-controlled feeding mechanism is located in a sliding groove of the knife rest 3. Various patterns can be machined through the self-locking knife rest mechanism and the single-degree-of-freedom numerically-controlled feeding mechanism.

Description

technical field [0001] The invention relates to a DIY processing platform, in particular to a platform for realizing single-degree-of-freedom numerical control cutting of arbitrary patterns and completing DIY creation. Background technique [0002] Model making can train the spatial imagination of the producer very well, and solve the shortcomings of pure manual craftsmanship such as difficulty and long cycle. The existing rapid prototyping technology or numerical control processing technology completely replaces manual labor with computers, which cannot effectively improve the hands-on ability and spatial imagination. Contents of the invention [0003] The invention mainly solves the problems of poor classroom role positioning, poor interaction effect and poor practicability existing in the prior art, and provides a new teaching assistant robot that is easy to use for teachers and students, has good interaction effect and perfect functions. [0004] The above-mentioned t...

AI Technical Summary

Problems solved by technology

[0003] The present invention mainly solves the problems of poor classroom role positioning, poor interaction effect and poor practicability in the prior art, and provides a new type of teaching assistant robot that is easy to use for teachers and students, has good interaction effect and perfect functions.

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