IMAGE STABILIZING MECHANISM AND IMAGE CAPTURING APPARATUS

Organization Name

Inventor(s)

IMAGE STABILIZING MECHANISM AND IMAGE CAPTURING APPARATUS - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240251166 titled 'IMAGE STABILIZING MECHANISM AND IMAGE CAPTURING APPARATUS

Simplified Explanation: The patent application describes an image stabilizing mechanism that can effectively dissipate heat from an image sensor without impeding the movement of a movable part.

The mechanism includes a holding part, a movable part that can move in two directions, a drive unit for generating driving force, and a heat dissipation member with a heat transfer member and an elastic member.
The heat dissipation member has a sliding surface that contacts the movable part for thermal connection and a holding surface to maintain thermal contact.
The frictional force on the sliding surface is kept below half of the maximum driving force of the movable part.

Key Features and Innovation:

Efficient heat dissipation from an image sensor.
Unhindered movement of the movable part.
Heat dissipation member with a sliding surface and holding surface.
Frictional force on the sliding surface controlled to prevent hindrance to movement.

Potential Applications:

Camera systems
Optical stabilization systems
Thermal management in electronic devices

Problems Solved:

Overheating of image sensors
Maintaining image stabilization without heat interference
Ensuring smooth movement of parts in the mechanism

Benefits:

Improved image quality
Extended lifespan of image sensors
Enhanced performance of image stabilization systems

Commercial Applications: Title: "Advanced Image Stabilizing Mechanism for Camera Systems" This technology can be utilized in high-end camera systems, surveillance cameras, and medical imaging devices to enhance image quality and ensure reliable performance in various applications.

Prior Art: Readers can explore prior patents related to image stabilization mechanisms, heat dissipation in electronic devices, and thermal management systems to understand the evolution of this technology.

Frequently Updated Research: Researchers are continually exploring new materials and designs for heat dissipation members to improve the efficiency of image stabilizing mechanisms in electronic devices.

Questions about Image Stabilizing Mechanisms: 1. How does the heat dissipation member in this mechanism differ from traditional cooling methods? 2. What are the potential challenges in implementing this technology in compact camera systems?

Original Abstract Submitted

an image stabilizing mechanism that can sufficiently cool heat from an image sensor and have a heat dissipation member that does not hinder drive control of a movable part. the image stabilizing mechanism includes a holding part, a movable part that contacts a heat source and is held by the holding part so as to be movable in first and second directions, a drive unit that generates a driving force for driving the movable part, and a heat dissipation member that includes a heat transfer member and an elastic member. the heat dissipation member includes a sliding surface that slidingly contacts the movable part to be thermally connected and a holding surface that holds the movable part to be thermally connected. frictional force generated on the sliding surface is not more than a half of maximum driving force of the movable part generated by the drive unit.