Samsung electronics co., ltd. (20240253899). TRANSFER DEVICE simplified abstract
TRANSFER DEVICE
Organization Name
Inventor(s)
Jeong Jae Bang of Suwon-si (KR)
Sang June Bae of Suwon-si (KR)
TRANSFER DEVICE - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240253899 titled 'TRANSFER DEVICE
The abstract describes an overhead hoist transport (OHT) device with a plate containing front and rear bolt grooves, and a transport unit with front and rear bodies placed on the plate. The transport unit includes front and rear neck connectors, front and rear traveling wheels, front and rear position movement drive units that adjust the placement state of the transport unit on the plate based on load distribution.
- Plate with front and rear bolt grooves for attachment of the transport unit.
- Transport unit with front and rear bodies, front and rear neck connectors, traveling wheels, and position movement drive units.
- Position movement drive units adjust the placement of the transport unit based on load distribution.
- Front and rear bolt grooves allow for secure attachment of the transport unit to the plate.
- Load distribution state of traveling wheels influences the adjustment of the transport unit's placement.
Potential Applications: - Industrial warehouses for efficient transportation of heavy loads. - Manufacturing facilities for moving equipment and materials. - Logistics centers for streamlining operations.
Problems Solved: - Facilitates the movement of heavy loads in industrial settings. - Ensures stable and secure transportation of materials. - Allows for precise adjustment based on load distribution.
Benefits: - Increased efficiency in material handling processes. - Improved safety during transportation of heavy loads. - Enhanced control over the positioning of materials.
Commercial Applications: Title: "Efficient Overhead Hoist Transport Device for Industrial Warehouses" This technology can be utilized in various industries such as manufacturing, logistics, and construction for streamlined material handling processes, leading to increased productivity and safety measures.
Prior Art: Readers can explore existing patents related to overhead hoist transport devices, plate structures, and load distribution systems to gain a deeper understanding of the innovation presented in this patent application.
Frequently Updated Research: Stay updated on advancements in material handling technologies, automation systems, and industrial robotics to enhance the efficiency and effectiveness of overhead hoist transport devices.
Questions about Overhead Hoist Transport Devices: 1. How does the load distribution state of the traveling wheels impact the adjustment of the transport unit's placement?
- The load distribution state influences the position movement drive units to adjust the placement of the transport unit on the plate for stability and control.
2. What are the key components of the transport unit that enable secure attachment to the plate?
- The front and rear neck connectors, traveling wheels, and position movement drive units play crucial roles in ensuring the transport unit is securely attached to the plate.
Original Abstract Submitted
an overhead hoist transport (oht) device is provided. the oht device comprises a plate including a front bolt groove and a rear bolt groove which are extended and opened in a first direction, and a transport unit including a front body and a rear body, placed on the plate, wherein the transport unit comprises a front neck connector disposed on an upper face of the front bolt groove, a rear neck connector disposed on an upper face of the rear bolt groove, a front traveling wheel placed on both sides of the front body, a rear traveling wheel placed on both sides of the rear body, a front position movement drive unit which is connected to the front neck connector by a first connecting bolt passing through the front bolt groove and a rear position movement drive unit which is connected to the rear neck connector by a second connecting bolt passing through the rear bolt groove, and has the same structure as the front position movement drive unit, wherein the front position movement drive unit and the rear position movement drive unit adjust a placement state of the transport unit on the plate, depending on a load distribution state of the front traveling wheel and the rear traveling wheel.
