Marker Installation Apparatus with Segmented Shaft and Push Assembly
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Existing ground marking systems are laborious and inefficient, particularly when inserting markers into compacted, stony, or frozen ground, as they often require manual effort and can be difficult due to increased resistance and reliance on friction, which can be ineffective with large markers or in challenging ground conditions.
Innovation Solution
A marker system with a shaft having an insertion portion, an engagement portion, and a mast portion, where the engagement portion provides positive engagement without increasing the cross-sectional size for insertion, and a magazine assembly with a push assembly to facilitate easy and uniform marker insertion into the ground, reducing the need for manual force and minimizing bending.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Device complexity
If markers are inserted by hand into the ground, then no mechanical assistance is required, but the operation becomes physically taxing due to repeated bending and manual effort
Solution Approach 1:
The marker installation apparatus is designed to be self-positioning on the ground surface, with the magazine assembly automatically orienting itself during insertion. The push assembly engages the marker and drives it into the ground without requiring the operator to bend or apply direct manual force to the marker itself, allowing the operator to simply press a trigger while standing upright.
2Strength
If devices increase the cross sectional profile of the marker for rigidity, then the marker can be pushed into ground more easily, but the insertion resistance increases due to larger profile
Solution Approach 1:
The marker shaft is segmented into distinct functional portions: an insertion portion with a first cross-sectional profile optimized for minimal ground penetration resistance, and an engagement portion with a second cross-sectional profile designed for mechanical engagement by the push assembly. This segmentation allows the marker to have sufficient rigidity in the engagement portion while maintaining a slender insertion portion that encounters minimal resistance during ground insertion.
3Ease of operation
If friction between device and marker is used to move the marker, then the marker can be propelled into the ground, but the method becomes less effective in compacted, stony, or frozen ground
Solution Approach 1:
The system replaces friction-based propulsion with a positive engagement mechanism. The push assembly includes a push member that directly engages the engagement portion of the marker shaft through mechanical contact, providing reliable force transmission regardless of ground conditions. This mechanical engagement system substitutes for the unreliable friction-based methods and maintains consistent performance in compacted, stony, or frozen ground.
4Productivity
If devices require continual reloading of markers, then the marker installation process can be completed, but the operation becomes time-consuming and inefficient
Solution Approach 1:
Multiple markers are pre-loaded into the magazine assembly before the installation operation begins. The magazine assembly is configured to hold and automatically feed markers to the push assembly, eliminating the need for continual reloading during the marking operation. This preliminary loading action allows the operator to install multiple markers in rapid succession without interruption.
Data Source
AI summary
A marker installation apparatus is disclosed for inserting a marker of the type having shaft with a bottom end for inserting into a ground surface and an engagement portion of the shaft separated from the bottom end by an insertion portion of the shaft. The apparatus includes a magazine assembly defining a magazine space configured to receive at least one marker. The magazine space has a push position in the magazine space for receiving the at least one marker. The apparatus further comprises a push assembly mounted on the magazine assembly. The push assembly is configured to engage the engagement portion of the shaft of the marker located in the push position and push the marker from the magazine assembly when the push assembly is actuated.