Batch Speedloader for Soft Bullet Toy Guns
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Solution Overview
Problem
Existing shell ejecting soft bullet toy guns require manual loading of soft bullets into cartridges, which is inefficient and inconvenient, affecting the game experience.
Innovation Solution
A speedloader with a speedloader body, first pusher, second pusher, and magazine, where the first pusher loads soft bullets into cartridges in batches, and the second pusher pushes the loaded cartridges into the magazine in one go.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If manual loading of soft bullets into cartridges is used, then the structure is simple, but the loading efficiency is low and it is inconvenient
Solution Approach 1:
The speedloader is divided into distinct functional modules: a cartridge loading cavity for loading cartridges, a soft bullet loading cavity for loading soft bullets, a first pusher for pushing soft bullets into cartridges, and a second pusher for pushing loaded cartridges into the magazine. This segmentation allows each component to perform a specific function, improving loading efficiency while keeping the overall structure manageable and relatively simple.
2Productivity
If batch loading of soft bullets into cartridges is implemented, then the loading speed is improved, but the device complexity increases
Solution Approach 1:
The speedloader combines multiple loading operations into a single integrated device. The cartridge loading cavity and soft bullet loading cavity are positioned to allow simultaneous or sequential batch loading, while the first pusher and second pusher work together to complete the entire loading process from soft bullets and cartridges to the final magazine loading, achieving batch processing without requiring multiple separate devices.
Solution Approach 2:
The first pusher acts as an intermediary mechanism between the soft bullet loading cavity and the cartridge loading cavity, transferring soft bullets into cartridges in batch. The second pusher then acts as an intermediary to transfer the loaded cartridges from the cartridge loading cavity to the magazine. These intermediary pushers enable batch processing while maintaining a relatively compact device structure.
3Loss of time
If separate loading of soft bullets and cartridges is used, then the device structure is simple, but the loading process is time-consuming and affects game experience
Solution Approach 1:
The speedloader allows users to pre-load multiple soft bullets into cartridges in the cartridge loading cavity and prepare cartridges in advance in the soft bullet loading cavity. This preliminary batch preparation eliminates the need for time-consuming individual loading during gameplay, significantly reducing loading time and improving game experience, while the dual-cavity structure keeps the device complexity acceptable.
Data Source
AI summary
A speedloader is provided, comprising a speedloader body. The speedloader body is provided with a cartridge loading cavity and a soft bullet loading cavity; a second pusher is slidably connected in the cartridge loading cavity, one side end of the speedloader body is connected with a magazine, and a first pusher is slidably connected in the soft bullet loading cavity. The first pusher is driven to push soft bullets into cartridges in the cartridge loading cavity, and the second pusher is driven to push soft bullets loaded into cartridges into the magazine, thereby achieving the purpose of rapid loading of bullets in batches.