Lightweight Honeycomb Structure Ergonomic Device Stand

Abstract

This invention is a support stand that allows tablets, books, or similar mobile devices to be fixed at a specific angle, reduces material usage while maintaining structural strength thanks to the hexagonal honeycomb mesh fabric used in the body and base surfaces, and allows for ventilation of the devices.

Description

1 TARIFF Lightweight honeycomb ergonomic device stand. Technical Field: This invention relates to the design of portable electronic devices or books from the user's point of view. It relates to ergonomic support units that ensure it is secured. 5 Current Technology: Existing stand models generally consist of solid, monolithic surfaces. 5 This This situation results in the product being unnecessarily heavy, excessive material consumption, and damage to the back surface of the devices. This causes heat buildup (heating problem). Technical Problems Solved by the Invention: The invention solves technical problems involving honeycomb patterns applied to the main back panel and base area. Thanks to its honeycomb texture, it minimizes product weight without compromising structural strength. Furthermore... This perforated structure provides natural airflow to the back of the device, creating a passive cooling effect. Figure Description: 15 Figure 1: General perspective and side view of the stand. Figure 2: Honeycomb (hexagonal) cavity structure in the base and back panel. Description of the invention: The invention consists of a base unit, a vertical support arm, and a 15-inch backrest against which the device rests. It consists of panels. The surface of the back panel and the large areas of the base are composed of 20 regular hexagonal cavities. It is characterized by its honeycomb texture. This texture saves both time and money in 3D printing. While saving on materials, it also provides a surface grip that prevents the device from slipping.

Claims

2 REQUESTS The invention is a device consisting of a platform on which the device is placed and a housing that supports this platform. It has a stand; its feature is to reduce the weight of the platform and to ensure air circulation and heat dissipation. The purpose is to have a porous structure in the shape of a honeycomb. 5