Ornamental Urn Fabrication from Natural Objects
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Solution Overview
Problem
Existing methods for creating ornamental urns fail to effectively utilize objects like horns, antlers, or rocks to create unique and aesthetically pleasing containers for cremated remains, lacking a reliable and efficient fabrication process.
Innovation Solution
A method involving coating an object with a first curing compound to form a mold, applying an outer casing, and uniformly distributing a casting material within the mold to create a replica urn with an access port and plug, allowing for the urn to resemble the original object and store cremated remains.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Manufacturing precision
If traditional methods are used to create ornamental urns, then the fabrication process is simple, but the ability to create unique replicas from natural objects like horns and antlers is insufficient
Solution Approach 1:
The fabrication process is divided into distinct segments: creating a first mold from the original object, then using that mold to create the final urn replica. This segmentation allows complex natural objects to be accurately replicated through a systematic multi-step process, resolving the contradiction between replica accuracy and process complexity by organizing the work into manageable stages.
Solution Approach 2:
A preliminary mold is created from the original natural object before the final urn is fabricated. This preliminary action captures the exact shape and details of the original object, enabling high-fidelity replication while simplifying the final fabrication step. The preliminary mold serves as an intermediate template that preserves the complexity of the natural object without requiring complex direct fabrication methods.
2Manufacturing precision
If a detailed mold is created to capture the object's features, then the urn resembles the original object, but the manufacturing process becomes more complex
Solution Approach 1:
Instead of directly carving or shaping the urn to match the original object, a mold is created as an intermediate copy. This mold captures all the detailed features of the original object, and then the urn is formed by pouring material into the mold. This copying approach achieves high object resemblance while simplifying the actual urn fabrication, as the mold does the detailed work of capturing original features.
3Manufacturing precision
If the urn is made to closely resemble the original object, then aesthetic appeal is enhanced, but the fabrication time increases
Solution Approach 1:
The time-consuming task of capturing detailed features is performed in advance during mold creation. Once the mold is made, producing additional urns with the same aesthetic fidelity becomes much faster, as the detailed work has already been accomplished in the preliminary mold-making stage. This preliminary action resolves the time-fidelity contradiction by front-loading the detailed work.
Solution Approach 2:
The mold serves as a reusable template that can produce multiple urns with consistent aesthetic fidelity. Instead of manually recreating detailed features for each urn, the copying process through the mold maintains high aesthetic fidelity while significantly reducing the time required for each subsequent urn fabrication.
4Adaptability or versatility
If traditional urn fabrication methods are used, then the process is straightforward, but the ability to incorporate natural objects like horns and antlers is limited
Solution Approach 1:
The mold-making process is a universal method that can accommodate any natural object shape, including horns, antlers, and other irregular forms. Rather than requiring different fabrication techniques for different objects, this single versatile approach can capture and replicate any form, resolving the contradiction between adaptability and process complexity by providing a universal solution.
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
Enables the creation of a unique and aesthetically appealing ornamental urn that closely resembles the original object, providing a functional and visually appealing container for cremated remains while maintaining the object's structural integrity.
Implementation Method 1
coating the object in a first coating to create an object mold
Implementation Method 2
uniformly distributing a casting material along the inner walls of the object mold. After the casting material has cured
Data Source
AI summary
A method which allows creation of an ornamental urn from an object such as horns, antlers, rocks, or the like. The method generally includes steps which form an ornamental urn adapted to resemble an object. The ornamental urn may include an access port having a funnel portion leading to an inner cavity adapted to store particulate materials, such as cremated remains. A plug, which may include a burr edge, is also provided to close the access port. The urn is fabricated by coating the object in a first coating to create an object mold, forming a second coating around the object mold to create an outer casing, and uniformly distributing a casting material along the inner walls of the object mold. After the casting material has cured, the ornamental urn may be removed from the object mold and finished to closely resemble the original object.