Multi-Level Bedding Rack Design for Organized Comforter Set Storage
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Solution Overview
Problem
Existing storage and display solutions for comforter sets on king- and queen-sized beds are inadequate, as they fail to provide comprehensive, efficient, and practical storage and display options, often resulting in disorganization, tripping hazards, and exposure to dirt and pets, while lacking features for storing pillows, slippers, and other bedroom items.
Innovation Solution
A multi-functional Bedding Rack with adjustable wood or metallic designs that includes vertical stanchions, top rails for bedspreads, mid-level shelves for pillows, a lower shelf for slippers, and hooks for apparel, along with optional casters for mobility, allowing for assembly without gluing or welding, ensuring stability and ease of use.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If comforter sets are removed from the bed and piled on the floor or furniture, then the bed can be used for sleeping, but the appearance becomes disorganized and creates tripping hazards
Solution Approach 1:
The Bedding Rack divides the storage space into multiple levels: top rail for bedspreads, mid-level rails for pillows and shams, and lower shelf for smaller items. This segmentation allows different components of the comforter set to be stored in organized sections rather than piled together, resolving the contradiction between bed usability and appearance organization.
Solution Approach 2:
Instead of storing bedding items horizontally on the floor or furniture surface, the Bedding Rack utilizes vertical space by arranging storage levels from top to bottom. This dimensional transition from horizontal to vertical storage maintains organization while freeing up floor space for bed use.
2Quantity of substance
If comforter sets are placed on the floor for storage, then space is saved, but dirt and pets can damage the bedding
Solution Approach 1:
The Bedding Rack elevates bedding storage from floor level to vertical rack structure, raising items above the harmful environment on the floor. This dimensional change protects bedding from dirt and pets while maintaining space efficiency through vertical organization.
Solution Approach 2:
The Bedding Rack acts as an intermediary structure between the floor (harmful environment) and the bedding items. By placing bedding on the rack rather than directly on the floor, the rack mediates protection from dirt and pets while enabling efficient storage.
3Quantity of substance
If a traditional storage rack is used, then bedding can be stored, but it lacks features for storing pillows, slippers, and other bedroom items
Solution Approach 1:
The Bedding Rack is designed with multiple functional zones: top rail for bedspreads, mid-level rails for pillows and shams, lower shelf for slippers and small items, and hooks for apparel. This multi-functional design allows a single rack to store various types of bedroom items, resolving the contradiction between bedding storage capacity and multi-item storage versatility.
Solution Approach 2:
The rack structure segments storage into specialized zones for different item types (bedspreads, pillows, slippers, apparel), enabling each zone to serve its specific function while contributing to overall versatility.
4Strength
If the Bedding Rack is made with permanent assembly (glued or welded), then structural stability is improved, but shipping space and assembly flexibility are reduced
Solution Approach 1:
The Bedding Rack employs dynamic assembly characteristics, allowing the structure to be assembled and disassembled as needed. The self-locking joints provide structural stability when assembled, while the non-permanent nature enables compact shipping and flexible reconfiguration, resolving the contradiction between structural strength and manufacturing flexibility.
Solution Approach 2:
The rack is divided into separable components (stanchions, rails, shelves) that can be independently shipped and assembled. The self-locking joint design ensures these segmented parts achieve stable structural connection when assembled, while maintaining ease of disassembly for shipping and storage.
5Adaptability or versatility
If the Bedding Rack includes multiple components for various storage needs, then functionality is improved, but device complexity increases
Solution Approach 1:
The Bedding Rack achieves high versatility through multi-functional components: the same stanchions support both top rails and lower shelves, mid-level rails serve both as structural elements and storage surfaces, and hooks can hang various apparel items. This universal design provides diverse storage functionality without proportionally increasing overall structural complexity.
Solution Approach 2:
Multiple storage functions are merged into a single integrated rack structure. The stanchions, rails, and shelves work together as a unified system rather than separate devices, providing comprehensive storage for bedspreads, pillows, slippers, and apparel while maintaining manageable complexity through functional integration.
Data Source
AI summary
The invention provides a unique and multifunctional Bedding Rack design in wood and metal materials for the storage and display of King- and Queen-Size Comforter Sets composed of bedspreads such as quilts, comforters, and duvets and a plurality of pillows and shams, and other bedding and sleep-related items. The Bedding Rack consists of two decorative vertical stanchions with hooks for hanging sleep apparel, one or two top rails for supporting the bedspread, two mid-level shelves composed of rails and cross bars for storing pillows and shams, a preformed lower level shelf for storing slippers and items too small for the mid-level shelves, and extended feet supporting the stanchions to provide stability. The dimensions of the Bedding Rack are such that large-size bedspreads do not touch the floor or droop off the end of the top rails when draped over it. The wood and metal Bedding Racks are manufactured as either fully and permanently assembled embodiments or the racks can be produced and shipped in a compact container for assembly by the seller or buyer where no special tools are required. The wood racks employ numerous types of tight fitted, self-locking carpentry joints to allow for assembly and the metal racks employ COTS fasteners to assemble the apparatus. A plurality of unique methods and means are described here for connecting components together and for setting the lower shelf in place so that it can be removed or set at different heights.