18407538. PLATE COMPACTOR simplified abstract (Milwaukee Electric Tool Corporation)
Contents
PLATE COMPACTOR
Organization Name
Milwaukee Electric Tool Corporation
Inventor(s)
Joseph W. Miller of Waukesha WI (US)
Ian C. Richards of Milwaukee WI (US)
Evan M. Glanzer of Milwaukee WI (US)
PLATE COMPACTOR - A simplified explanation of the abstract
This abstract first appeared for US patent application 18407538 titled 'PLATE COMPACTOR
Simplified Explanation:
This patent application describes a compactor that includes a plate, a frame, an exciter assembly, and a motor. The exciter assembly is coupled to the plate and includes an exciter shaft with an exciter pulley and an eccentric weight. The motor is coupled to the frame and has an output shaft with a drive pulley. A belt is wrapped around the exciter pulley and the drive pulley to transfer torque and cause the exciter pulley to rotate. A sensing circuit is included to detect if the belt tension falls below a minimum value.
- Plate, frame, exciter assembly, and motor are key components of the compactor.
- Exciter assembly includes an exciter shaft, exciter pulley, and eccentric weight.
- Motor is coupled to the frame and has an output shaft with a drive pulley.
- Belt wrapped around the exciter pulley and drive pulley for torque transfer.
- Sensing circuit detects if belt tension is below a minimum value.
Potential Applications:
This technology can be used in various compactors for construction, landscaping, and road maintenance purposes. It can also be applied in industrial settings where compacting of materials is required.
Problems Solved:
The compactor addresses the issue of maintaining proper belt tension for efficient operation. It ensures that the exciter pulley rotates at the desired speed to effectively compact materials.
Benefits:
The technology improves the performance and reliability of compactors by monitoring and maintaining optimal belt tension. This results in more consistent and efficient compaction processes.
Commercial Applications:
The compactor technology can be utilized in construction equipment, landscaping machinery, and industrial compactors. It has implications for companies involved in infrastructure development and material compaction services.
Questions about Compactor Technology: 1. How does the sensing circuit detect if the belt tension is below the minimum value? 2. What are the potential cost savings associated with using this technology in compactors?
Frequently Updated Research:
Research on improving the efficiency and durability of compactors through innovative technologies is ongoing. Stay updated on advancements in compactor design and performance.
Original Abstract Submitted
A compactor includes a plate, a frame coupled to the plate, and an exciter assembly coupled to the plate and including an exciter shaft, an exciter pulley on the exciter shaft, and an eccentric weight on the exciter shaft. The compactor also includes a motor coupled to the frame and having an output shaft and a drive pulley on the output shaft, a belt wrapped around the exciter pulley and the drive pulley at a minimum tension value for transferring torque from the drive pulley to the exciter pulley, causing it to rotate, and a sensing circuit configured to detect if the tension in the belt is below the minimum tension value.
