Clay robot and manufacturing method thereof

Abstract

The invention discloses a clay robot and a manufacturing method of the clay robot, and belongs to the field of educational entertainment robots, intelligent toys and teaching aids. The clay robot comprises a control system and a clay coat, wherein the clay coat wraps the control system. The control system comprises a power module, a controller and an execution module, wherein the power module provides electricity for the controller and the execution module, a first motion instruction is stored in the controller, the controller is used for sending the first motion instruction to the execution module and triggering the execution module to execute a first preset motion according to the first motion instruction. According to the clay robot and the manufacturing method of the clay robot, the cost consumed in the process that shells in an existing robot and other intelligent devices such as intelligent dolls are defined by users and the difficulty in the process that shells in the existing robot and other intelligent devices such as the intelligent dolls are defined by the users can be effectively reduced.

Description

technical field [0001] The invention relates to the fields of educational and entertainment robots, intelligent toys and teaching aids, in particular to a clay robot and a manufacturing method thereof. Background technique [0002] At present, the shells of traditional educational and entertainment robots, smart toys or other smart devices are mainly made of structural parts with fixed shapes such as plastics and metals. The way of fixing the shell can meet the application requirements of most products, but it is not convenient to meet the needs of personalized customized appearance. Even if some educational robot products provide building block-style spare parts for users to make and use, it still limits the full imagination of special user groups such as teenagers. Moreover, making the shape by means of molds requires various production service activities such as "blank manufacturing" and "mold testing". Although it has the advantages of high efficiency and low cost in t...

AI Technical Summary

Problems solved by technology

Although it has the advantages of high efficiency and low cost in the case of large quantities; however, the production process is complicated and the single manufacturing cost is high

[0003] In addition, 3D printing technology makes up for the lack of fixed models in the application, and provides a more free production method for the personalized production of the shell, but the application of 3D printing technology requires learning professional tools and software, etc., with certain skills threshold

With the development of technology, a small number of 3D printers have provided functions such as hand-painting, but it will greatly limit the shape of the drawing

Therefore, the way of 3D printing will still largely restrict the participation of the public (especially young people) in the process of shape making

Moreover, although 3D printing technology can save various processes of mold making, 3D printing technology still has problems such as slow printing speed and high production cost.

Images