Forklift Saddle Mount With Auto Lock for Stable Truck Attachment
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Solution Overview
Problem
Existing truck-mounted forklifts are traditionally secured with hooks, chains, or latches, which can shift during motion, requiring extensive modifications to the truck chassis for secure attachment and limiting versatility in transport and loading/unloading operations.
Innovation Solution
A forklift mounting system utilizing receiving channels and a saddle mount assembly with auto lock mechanisms, which attaches to the truck's existing structural members, allowing secure and removable attachment without significant modifications, and features an auto lock mechanism for easy securing and releasing.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If hooks, chains, or latches are used to secure the forklift, then the forklift can be attached to the truck, but the attachment shifts during motion and requires extensive modifications to the truck chassis
Solution Approach 1:
The mounting system is divided into separate components: receiving channels integrated into the chassis, saddle mount assemblies that attach to the channels, and auto-lock mechanisms that secure the forklift to the saddle. This segmentation allows the chassis to remain relatively unmodified while providing secure attachment through modular components.
Solution Approach 2:
The auto-lock mechanism features a locking member that rotates within a cavity, with the locking surface engaging the forklift mast. The locking member is nested within the saddle mount assembly, which itself attaches to the receiving channels in the chassis, creating a nested structure that provides secure attachment without extensive chassis modification.
2Reliability
If traditional hooks, chains, or latches are used, then the forklift can be secured, but the system is heavy and limits payload capacity
Solution Approach 1:
The traditional mechanical systems of hooks, chains, and latches are replaced with a streamlined saddle mount assembly that utilizes receiving channels and auto-lock mechanisms. This substitution reduces the weight of the mounting system while maintaining secure attachment through the engineered interface between the saddle mount and receiving channels.
3Reliability
If extensive modifications are made to the truck chassis for secure attachment, then the forklift can be firmly secured, but the system loses versatility in transport and loading/unloading operations
Solution Approach 1:
The receiving channels are designed to be universally compatible with different forklift types and configurations. The saddle mount assemblies can be attached to and removed from the receiving channels, allowing the same chassis structure to accommodate various forklifts and be used for different transport and loading/unloading operations without extensive modifications.
Solution Approach 2:
The mounting system is designed to be dynamically configurable - the saddle mount assemblies can be easily attached and detached from the receiving channels, allowing the system to adapt to different operational requirements. The auto-lock mechanisms provide secure attachment during transport, while the easy detachment capability enables versatility in loading/unloading operations.
4Reliability
If traditional securing methods are used, then the forklift can be attached, but extensive operator interaction is required for securing and releasing
Solution Approach 1:
The auto-lock mechanisms automatically secure the forklift to the saddle mount assembly when the forklift is placed on the saddle. The locking members rotate to engage with the forklift mast, providing automatic locking without requiring extensive operator interaction. The system serves itself by automatically securing the attachment while maintaining reliability.
Data Source
AI summary
A forklift mounting system for a truck or trailer is provided. The forklift mounting system includes a plurality of receiving channels connected to the chassis of the truck or trailer, and a saddle mount assembly comprising: (1) a means for connecting the saddle mount assembly to the plurality of receiving channels, and (2) a means for connecting a forklift to the saddle mount assembly. The forklift connecting means includes an auto lock mechanism for securing the lower mast tube to the saddle mount assembly.