Modular Mikveh Vessel Construction for Sealed Lightweight Assembly
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Solution Overview
Problem
Constructing a mikveh is a costly and complex process due to stringent Jewish regulations regarding water sourcing and vessel construction, making it difficult for communities to establish a mikveh without incurring significant expenses.
Innovation Solution
A modular, lightweight construction method using connected building units made of materials like plastic, polycarbonate, or glass, which are fixed to the ground and interconnected to form a sealed vessel capable of holding at least 575 liters of water, allowing for natural water sourcing and efficient heating, while adhering to Jewish regulations.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If traditional heavy construction technology is used to build a mikveh, then the structure is stable and durable, but the construction cost and complexity increase significantly
Solution Approach 1:
The mikveh structure is divided into modular building units that can be assembled together to form the complete vessel. Each unit is a self-contained component that contributes to the overall structure, allowing for simplified construction while maintaining structural integrity through the modular design approach.
2Reliability
If traditional heavy construction technology is used to build a mikveh, then the structure is stable and durable, but the construction cost increases significantly
Solution Approach 1:
The mikveh structure is divided into modular building units that can be assembled together to form the complete vessel. Each unit is a self-contained component that contributes to the overall structure, allowing for simplified construction while maintaining structural integrity through the modular design approach.
3Ease of manufacture
If lightweight modular building units are used to construct the mikveh, then construction cost and complexity are reduced, but the weight-bearing capacity and structural strength must be sufficient
Solution Approach 1:
The building units are constructed from composite materials that provide both lightweight properties and sufficient structural strength. The use of composite materials allows the structure to meet the weight requirements for holding 575 liters of water while maintaining ease of construction and assembly.
4Ease of manufacture
If the vessel is hollowed to avoid containing water capability, then it is cheaper and more convenient, but other legal scholars doubt its permissibility as the vessel remains a 'tool' receiving impurity
Solution Approach 1:
The vessel is constructed from multiple separate building units that are assembled together, creating a structure that is not considered a single hollow vessel. This segmented construction approach allows the structure to be affordable while potentially addressing the religious compliance issue by transforming the nature of the water-containing structure.
Data Source
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AI summary
The present invention relates to a method for constructing a mikveh (10), said method comprising the steps of permanently fixing at least one initial building unit (22) to the ground (28) or to a stationary substance of an installation site; connecting, in a sealed manner, additional building units (22) to said at least one initial building unit (22) and if necessary also one (22) to the other (22), for producing a sealed vessel (52); inserting into said vessel (52) at least one partition (16) comprising water transition (18), for partitioning thereof to at least one basin (30) comprising at least the minimal required volume of a mikveh according to the Jewish regulation, and to at least one immersion pool (20) comprising a volume sufficient for immersion, wherein the length of each of most of said building units (22) is at least 50 centimeters and the weight per area thereof is less than 250 kg per 1 square meter, thereby applying a modular and relatively lightweight technology, being permissible by Jewish regulation for a mikveh (10), rather than the conventional heavy construction technology.