Arrow Golf Apparatus with Segmented Net Targeting
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Solution Overview
Problem
Existing arrow golf games lack a target skill component and do not incorporate golf balls propelled by a crossbow, which limits the sport's engagement and challenge.
Innovation Solution
An arrow golf system utilizing a pistol-type crossbow with driver and putter arrows, each equipped with weighting elements to influence trajectory and momentum, shot towards a capturing apparatus featuring a vertically oriented net system with differently sized and colored nets, allowing players to score based on the number of shots taken to capture the arrow.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If arrow golf games are played without a target skill component, then the game is simpler to play, but the engagement and challenge are reduced
Solution Approach 1:
The capturing apparatus is segmented into multiple nets of different sizes, shapes, and colors arranged around the net stick. Each net represents a different scoring value, creating a target skill component similar to traditional golf holes. This segmentation allows the game to maintain simplicity while adding strategic depth and challenge through selective target selection.
Solution Approach 2:
Different nets have unique local qualities in terms of size, shape, color, and scoring value. The driver arrow targets larger nets for distance, while the putter arrow targets smaller, more precise nets for accuracy. This local differentiation creates varied challenges that enhance engagement while maintaining the basic game structure.
2Device complexity
If traditional golf balls are used without crossbow propulsion, then the equipment is simpler, but the sport cannot incorporate crossbow shooting skills
Solution Approach 1:
The invention merges two distinct sports equipment systems - golf balls and crossbows - into a unified playing system. The golf ball is integrated with an arrow shaft, combining the aerodynamic properties of a golf ball with the propulsive capability of a crossbow arrow. This merging allows players to utilize crossbow shooting skills while maintaining golf-like gameplay mechanics.
Solution Approach 2:
The hybrid arrow-golf ball serves multiple functions: it acts as a projectile for crossbow propulsion, maintains aerodynamic flight characteristics similar to golf balls, and can be captured in the net apparatus. This multi-functionality enables the game to incorporate crossbow shooting skills while preserving essential golf elements.
3Device complexity
If only one type of arrow is used, then the equipment is simpler, but the game lacks strategic differentiation between driving and putting
Solution Approach 1:
The arrow equipment is segmented into two distinct types: driver arrows optimized for long-distance propulsion with larger balls and lighter weighting, and putter arrows optimized for precision and accuracy with smaller balls and different weighting. This segmentation enables strategic differentiation between driving (long approach shots) and putting (final shots into the net), adding tactical depth to the game.
Solution Approach 2:
Each arrow type has specialized local qualities tailored to its function. Driver arrows feature larger diameter balls and weighting elements positioned for maximum range, while putter arrows have smaller diameter balls and weighting optimized for precision. These local quality differences enable players to make strategic choices based on distance and target requirements.
4Device complexity
If a single net is used for capturing, then the apparatus is simpler, but the scoring protocol lacks competitive depth
Solution Approach 1:
The capturing apparatus is segmented into multiple nets arranged around the net stick, each net assigned a different scoring value based on its size, shape, and position. This segmentation transforms the single-capture-point system into a multi-target system where precision and strategic selection directly impact scoring, enhancing competitive depth while maintaining visual and structural simplicity.
Solution Approach 2:
Different nets are distinguished by color, with each color associated with a different score value. This color coding provides immediate visual feedback to players about scoring opportunities, enabling quick strategic decisions during play. The color differentiation enhances scoring precision without adding mechanical complexity to the apparatus.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
Enhances the skill and engagement of the game by requiring precise aiming and strategy, similar to traditional golf, with the scoring protocol adding a competitive element to the gameplay.
Implementation Method 1
a bow having a bowstring
Implementation Method 2
weighting elements adapted to influence trajectory and momentum of the arrows in flight
Implementation Method 3
an arrow having a shaft with a ball on one end with a fletching
Data Source
AI summary
An arrow golf system has a bow having a bowstring, an arrow having a shaft with a ball on one end with a fletching and a string nock on an opposite end, a starting location, a finishing location, and a capturing apparatus at the finishing location. A player shoots the arrow from the starting location with the bow, to a second location closer to the finishing location, retrieves the arrow at the second location, and shoots the arrow toward the capturing apparatus from the second location.