ROTATING SHAFT MECHANISM AND ELECTRONIC DEVICE

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ROTATING SHAFT MECHANISM AND ELECTRONIC DEVICE - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240323269 titled 'ROTATING SHAFT MECHANISM AND ELECTRONIC DEVICE

Simplified Explanation:

This patent application describes a rotating shaft mechanism and an electronic device that includes this mechanism. The rotating shaft mechanism consists of a base, a first driving part, a guiding part, and a second driving part.

The base has a fastener and two first rotating arms, with one end of each arm connected to the fastener and the other end fastened to a middle frame.
The guiding part includes two guiding blocks that are rotatively connected to the base and linked to the first rotating arms.
The second driving part comprises two second rotating arms fastened to a casing and linked to the guiding blocks.

Key Features and Innovation:

Rotating shaft mechanism with base, driving parts, and guiding blocks.
Integration of first and second rotating arms for smooth rotation.
Linkage between guiding blocks and rotating arms for coordinated movement.

Potential Applications:

Robotics
Industrial machinery
Automotive systems

Problems Solved:

Efficient transmission of rotational motion
Precise control of rotating shafts

Benefits:

Improved performance of electronic devices
Enhanced durability of rotating mechanisms
Simplified maintenance and repair processes

Commercial Applications:

This technology could be utilized in various industries such as manufacturing, automation, and transportation for enhancing the efficiency and reliability of rotating components.

Prior Art:

Readers can explore prior patents related to rotating shaft mechanisms, electronic devices, and mechanical linkages to understand the existing technology landscape.

Frequently Updated Research:

Stay updated on advancements in rotating shaft mechanisms, electronic device design, and automation technologies to leverage the latest innovations in the field.

Questions about rotating shaft mechanisms:

1. How does the integration of guiding blocks improve the performance of the rotating shaft mechanism? 2. What are the potential challenges in implementing this rotating shaft mechanism in different electronic devices?

Original Abstract Submitted

a rotating shaft mechanism and an electronic device comprising the rotating shaft mechanism are provided. in an implementation, the rotating shaft mechanism includes a base, a first driving part, a guiding part, and a second driving part. the base includes a fastener and two first rotating arms. the fastener is fastened to the base. one end of each first rotating arm is rotatively connected to the fastener, and the other end is fastened to a middle frame. the guiding part includes two guiding blocks. each guiding block is rotatively connected to the base, each guiding block corresponds to one first rotating arm, and the guiding block is linked to the first rotating arm. the second driving part includes two second rotating arms, the second rotating arm is fastened to a casing, and the second rotating arm is linked to the guiding block.