20240024882. ELECTRICALLY-DRIVEN STONE MATERIAL CRUSHING TOOL simplified abstract (MAKITA CORPORATION)
Contents
ELECTRICALLY-DRIVEN STONE MATERIAL CRUSHING TOOL
Organization Name
Inventor(s)
Koichi Yakabe of Anjo-shi (JP)
Toshihito Yabunaka of Anjo-shi (JP)
ELECTRICALLY-DRIVEN STONE MATERIAL CRUSHING TOOL - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240024882 titled 'ELECTRICALLY-DRIVEN STONE MATERIAL CRUSHING TOOL
Simplified Explanation
The abstract of the patent application describes an electrically-driven stone material crushing tool that aims to prevent complications in the working environment. The tool consists of a motor with an output shaft, a motion converting mechanism to convert the rotating movement from the output shaft into a linear movement, and a crushing member that crushes the stone material by clamping it using the linear movement of the motion converting mechanism.
- The tool is electrically-driven, providing a more efficient and controlled crushing process.
- The motor's output shaft generates a rotating movement, which is converted into a linear movement by the motion converting mechanism.
- The linear movement is utilized by the crushing member to clamp and crush the stone material.
- The tool aims to prevent complications in the working environment, potentially improving safety and reducing hazards.
Potential Applications:
- Construction industry: The stone material crushing tool can be used in construction projects that require crushing and processing of stone materials, such as road construction, building construction, and landscaping.
- Mining industry: The tool can be utilized in mining operations to crush and process stone materials extracted from mines.
- Demolition industry: The crushing tool can be employed in demolition projects to break down and process stone materials from demolished structures.
Problems Solved:
- Complications in the working environment: The tool aims to prevent complications that may arise during the crushing process, potentially improving safety and reducing hazards for workers.
- Inefficient crushing methods: The electrically-driven tool provides a more efficient and controlled crushing process compared to manual or traditional methods.
Benefits:
- Improved safety: The tool aims to prevent complications in the working environment, potentially reducing the risk of accidents and injuries.
- Increased efficiency: The electrically-driven tool offers a more efficient and controlled crushing process, potentially saving time and resources.
- Versatility: The tool can be used in various industries and applications that require crushing and processing of stone materials.
Original Abstract Submitted
to provide a construction technique of a stone material crushing tool which can prevent complication of working environment. an electrically-driven stone material crushing tool including a motor having an output shaft, a motion converting mechanism to convert a rotating movement from the output shaft to a linear movement, and a crushing member to crush the stone material by clamping by means of the linear movement of the motion converting mechanism.