Beverage Dispenser Segmentation for Shipping Cost Reduction
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Solution Overview
Problem
Conventional beverage dispensing machines face challenges with heavy and bulky filled containers, leading to high shipping costs and limited storage capacity, while concentrate-based systems offer low shipping costs but lack product visibility and are slower in dispensing due to dispersion time.
Innovation Solution
A beverage dispenser that prepares beverages by diluting concentrates with water in advance, displaying filled receptacles for visibility, and dispensing them upon request, combining the advantages of concentrate-based systems (low shipping costs and stability) with filled container dispensing (visibility and speed).
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If filled beverage containers are stored and dispensed, then product visibility and dispensing speed are improved, but shipping costs and storage requirements increase due to weight and bulk
Solution Approach 1:
The beverage container is divided into two separate components: a lightweight empty container that can be pre-positioned in the dispenser, and a concentrate that is added later. This segmentation allows the heavy filled container to be replaced by a light empty container plus a small amount of concentrate, reducing shipping weight and cost while maintaining the ability to provide product visibility and fast dispensing.
Solution Approach 2:
The empty container is prepared and positioned in the dispenser in advance, before the beverage is actually needed. This preliminary action allows the heavy lifting and shipping to be done with empty containers only, while the final beverage preparation happens on-demand at the point of use, combining the advantages of pre-positioning (visibility, speed) with the benefits of concentrate (low shipping cost).
2Weight of stationary object
If beverage concentrate is used with dilution, then shipping costs and storage requirements are reduced, but product visibility is lost and dispensing time increases due to dispersion requirements
Solution Approach 1:
The system segments the beverage preparation into two distinct stages: the empty container is prepared in advance and positioned in the dispenser where it can be visible to consumers, and the concentrate is added separately at the point of dispensing. This segmentation allows the container to provide product visibility while the concentrate provides storage efficiency, eliminating the trade-off between visibility and storage efficiency.
Solution Approach 2:
The empty container acts as an intermediary between the consumer's visual inspection needs and the actual beverage product. The container can be transparent or translucent to allow visibility of the concentrate inside, or can display product information externally, serving as a visual mediator that bridges the gap between storage efficiency and product visibility requirements.
3Weight of stationary object
If beverage concentrate is dispensed with dilution, then shipping costs are reduced, but dispensing speed decreases due to the time needed for concentrate dispersion
Solution Approach 1:
The empty container is prepared and positioned in the dispenser in advance, ready for immediate use. When a beverage is requested, the concentrate is simply added to the pre-positioned container, eliminating the need for time-consuming dispersion processes. The preliminary positioning of the container enables rapid dispensing while maintaining the shipping cost benefits of concentrate-based systems.
Solution Approach 2:
The system replaces complex mechanical dispersion mechanisms with a simple liquid injection process. Instead of using pumps, mixers, or agitation devices to disperse concentrate, the invention uses a straightforward injection system that delivers concentrate directly into the container, significantly reducing dispensing time while maintaining the shipping cost advantages of concentrate-based systems.
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
This solution reduces shipping costs, allows for efficient storage and high-speed dispensing, and enables the handling of unstable beverages by maintaining product visibility and speed, while only the display unit needs to be heated or cooled, unlike traditional spiral vendors.
Implementation Method 1
a liquid dispensing mechanism adapted to release the seal on the inlet and to inject a liquid into the pouch through the inlet to produce an individual portion of the beverage inside the pouch
Data Source
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Figure 3
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AI summary
A beverage dispenser comprising: a storage unit (42) for storing a plurality of empty or partially empty containers (1, 15, 54); a filling unit for injecting a liquid into the said containers to produce filled containers; an enclosed display unit for displaying one or more of the filled containers prior to dispensing; a transfer mechanism for transferring the containers from the storage unit to the filling unit and from the filling unit to the display unit; a dispensing mechanism for dispensing filled containers from the display unit; and a control unit for actuating the filling unit, the transfer mechanism and the dispensing mechanism in response to an operator instruction. Also provided is a beverage dispensing system comprising a beverage dispenser according to the invention and a plurality of partially or completely empty containers.