Customized Flasher Adapter Membrane for In-Floor Drain Sealing
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Solution Overview
Problem
In-floor drain constructions face challenges due to inaccurate placement of underground plumbing and difficulties in controlling the thickness and height of poured-cement floors, leading to issues with waterproof membrane deformation, leaks, and poor water flow, as existing solutions lack effective adjustability and durability in membrane systems.
Innovation Solution
A method involving customized floor drain flasher adapter membranes with specific vertical dimensions, allowing for accurate measurement and selection of membranes to match site-specific requirements, preventing unnatural deformation and ensuring a watertight, durable installation by connecting the membrane to the in-floor drain without stretching or puckering.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If standard waterproof membranes are used with fixed dimensions, then manufacturing and inventory management are simplified, but the membranes cannot adapt to varying vertical distances in different construction sites, leading to deformation and leak problems
Solution Approach 1:
The waterproofing system is segmented into a standard waterproof membrane and a separate adjustable flasher adapter membrane. The adapter membrane is customized based on measured vertical distances from the drain pipe to the floor surface, allowing each component to be optimized independently while maintaining overall system adaptability.
Solution Approach 2:
The vertical dimension parameter of the flasher adapter membrane is changed to match specific site measurements. By adjusting this critical dimension parameter, the membrane properly bridges the varying gaps between drain pipe and floor surface, preventing deformation and ensuring proper water flow without requiring complete redesign of the entire waterproofing system.
2Ease of operation
If construction workers deform the flexible waterproof membrane to accommodate drainage requirements, then water flow is improved, but the membrane becomes stressed, puckered, or cracked, compromising durability and sealing
Solution Approach 1:
The flasher adapter membrane acts as an intermediary component between the standard waterproof membrane and the drain pipe assembly. It is specifically designed with dimensions that accommodate the vertical distance without requiring deformation of the main waterproof membrane, thereby maintaining membrane integrity while enabling proper drainage.
Solution Approach 2:
The vertical distance from the drain pipe to the floor surface is measured and recorded before installation. This preliminary measurement allows the flasher adapter membrane to be pre-configured with the correct dimensions, eliminating the need for on-site deformation and ensuring the membrane is installed in its proper, unstressed state.
3Productivity
If the drain pipe is placed lower than specified to ensure proper water flow, then gravity flow is improved, but the gap between the floor and drain increases, making it difficult to connect standard drain components
Solution Approach 1:
The vertical dimension parameter of the flasher adapter membrane is adjusted to compensate for the reduced gap caused by lowering the drain pipe. By changing this parameter to match actual site conditions, the system maintains proper drainage efficiency while accommodating the increased gap between floor and drain.
Solution Approach 2:
The flasher adapter membrane provides dynamic adjustment capability to accommodate variations in vertical dimension. Rather than requiring fixed precision in drain pipe placement, the adaptable membrane can be configured to match actual site measurements, allowing the system to adapt to different installation conditions while maintaining functionality.
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 approach ensures a leak-free, long-lasting in-floor drain installation by minimizing membrane stress and deformation, adapting to site-specific dimensions for optimal water flow and sealing, addressing the limitations of standard components and pre-manufactured membranes.
Implementation Method 1
to assure that water does not flow by capillary action into an area outside the floor drain
Implementation Method 2
Because drains require water to flow by gravity
Data Source
AI summary
A floor system includes a clamping ring drain assembly for funneling water to an opening of in-floor drain plumbing. The drain assembly includes clamping rings and a cover for the input opening. A waterproof membrane has marginal material defining a hole, with the marginal material being located outboard of the upper clamping ring. A customized floor drain flasher adapter membrane has an outer first ring bonded to the marginal material of the waterproof membrane, creating a double thick ring outboard of the clamping rings. The adapter membrane further includes a ring of transition material sloping to the clamping rings. The adapter membrane has a preformed shape selected to match a vertical dimension at the construction site, so that the adapter membrane is not bent, stretched, folded or wrinkled during construction/installation, hence preventing water leaks, puckering of the membrane, and membrane cracking.