Bagged Ice Dispenser Layout for Even Two-Row Storage
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Existing ice dispensing machines in supermarkets face inefficiencies due to the formation of pyramids of bagged ice, leading to underutilization of storage capacity and increased manual labor for leveling and restocking, which is unsafe and resource-intensive.
Innovation Solution
A compact apparatus and method that evenly distributes bagged ice into two side-by-side rows within the storage compartment using a carriage-driven article support, eliminating the need for rotation and allowing for efficient stacking and retrieval, with a control system to maintain uniform stack heights and optimize storage space.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Device complexity
If bags are dropped into the storage compartment from a single position, then the dispensing mechanism is simple, but the storage capacity is underutilized due to pyramid formation
Solution Approach 1:
The storage compartment is divided into multiple stacking positions arranged in rows, and the article distributor is segmented into multiple dispensing locations. This segmentation allows bags to be distributed across different positions rather than forming a single pyramid, thereby maximizing storage capacity utilization while maintaining a relatively simple dispensing mechanism.
Solution Approach 2:
The article distributor is configured to dispense articles in multiple dimensions - both laterally across different stacking positions and vertically at different heights. This multi-dimensional distribution approach prevents pyramid formation and maximizes the three-dimensional storage space utilization.
2Quantity of substance
If manual leveling is performed frequently to maintain even stacks, then storage capacity is optimized, but labor costs and safety risks increase
Solution Approach 1:
The article distributor automatically distributes bags in an even layer across multiple stacking positions without requiring manual intervention. The system self-regulates the stacking process through its multi-position dispensing mechanism, eliminating the need for frequent manual leveling and thereby reducing labor costs and safety risks associated with employee exposure to frozen products.
Solution Approach 2:
The manual mechanical leveling process is replaced by an automated article distribution system that uses a controlled dispensing mechanism to create even stacks automatically. This substitution of manual labor with an automated mechanical system improves productivity while maintaining optimal storage capacity utilization.
3Quantity of substance
If storage compartment is sized for peak demand, then capacity is sufficient during festivals or hot weather, but the ice making unit cannot keep up with demand during such periods
Solution Approach 1:
The article distributor is designed to efficiently utilize storage space by distributing bags in an even layer configuration, maximizing the storage capacity available. This preliminary optimization of space utilization ensures that the storage compartment can hold sufficient inventory for peak demand periods, compensating for the ice making unit's inability to produce ice fast enough during festivals or hot weather.
4Ease of operation
If article distributor rotates between positions for dispensing, then articles can be distributed to different rows, but the device complexity increases
Solution Approach 1:
The article distributor is designed with a universal structure that can dispense articles to multiple stacking positions and rows without requiring rotation. The dispensing mechanism is configured to laterally move and selectively discharge articles at different locations, providing multi-functional capability while maintaining structural simplicity and avoiding the complexity of rotational mechanisms.
Data Source
AI summary
An article storage and dispensing apparatus and method in which articles made by series production are distributed from an article supplier into a storage compartment of predetermined dimensions for storage of articles in front and rear rows of article storage positions. An article distributor in an upper portion of the storage compartment has a carriage, a carriage drive which is configured to drive the carriage in a reversible horizontal carriage drive direction across at least part of the width of the storage compartment, and an article support mounted on the carriage and configured to receive articles from the article supplier above the support when the carriage is in a start position. An article dispenser is associated with the article support to dispense articles selectively in opposite horizontal dispensing directions transverse to the carriage drive direction off the front and rear ends of the support to drop into front and rear article rows.