Holding surface for an area temperature control element and area temperature control element comprising same
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Existing surface temperature control systems with Velcro connections face issues where pipes float due to buoyancy during screed setting, causing unevenness and requiring additional post-processing steps to level the screed surface, limiting pipe laying patterns and increasing installation complexity.
Innovation Solution
A holding surface with a relief structure featuring elevated areas and a Velcro connection where the Velcro elements are pressed into the edge regions following the outer contour, reducing the floating of pipes by increasing the adhesive connection and allowing for flexible pipe laying patterns without the need for post-processing to level the screed.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If the first element of the hook-and-loop connection is pressed into the raised areas of the holding surface, then the pipe support is improved, but the pipe floats upwards during screed setting due to buoyancy
Solution Approach 1:
The holding surface features raised areas with different heights (first, second, and third height levels) that create localized variations in the surface structure. The first element of the hook-and-loop connection is pressed into specific raised areas at controlled depths, creating local quality differences that provide both support and stability. The deep areas between raised regions allow screed to flow through and bond with the substrate, while the raised areas provide mechanical support for the pipe.
Solution Approach 2:
The first element of the hook-and-loop connection is pre-pressed into the raised areas of the holding surface before the pipe is installed and before the screed is poured. This preliminary action ensures that the element is securely positioned and cannot move during the pouring process, preventing the pipe from floating upwards. The pre-compression also ensures consistent contact between the element and the raised areas, providing reliable support.
2Length of stationary object
If the first element of the hook-and-loop connection is pressed flat into the raised areas, then the installation height is reduced, but the pipe laying pattern is restricted
Solution Approach 1:
The holding surface is segmented into multiple raised areas with different height levels (first, second, and third height levels) arranged in a grid-like pattern. This segmentation allows the first element of the hook-and-loop connection to be pressed into different raised areas depending on the pipe layout requirements. The deep areas between raised regions provide channels for pipe routing, enabling flexible pipe laying patterns while maintaining low installation height.
Solution Approach 2:
The holding surface utilizes vertical dimensionality with raised areas at different height levels (first, second, and third heights) to provide multiple connection points and routing options. This multi-level structure allows pipes to be routed through deep areas between raised regions at various heights, enabling complex pipe laying patterns without increasing the overall installation height significantly.
3Reliability
If the first element of the hook-and-loop connection is pressed into the raised areas, then the adhesive connection to substrate is reduced, but the pipe support is improved
Solution Approach 1:
The holding surface creates local quality differences by having raised areas (where the first element is pressed for pipe support) and deep areas (where adhesive bonding occurs). The raised areas provide mechanical support and hook-and-loop connection, while the deep areas between raised regions allow screed to flow through and bond with the substrate. This spatial separation optimizes both pipe support and adhesive bonding functions.
Solution Approach 2:
The holding surface is segmented into raised areas for mechanical support and deep areas for adhesive bonding. The first element of the hook-and-loop connection is pressed into specific raised areas, while the deep areas between raised regions remain open for screed infiltration and bonding. This segmentation allows the system to simultaneously achieve strong pipe support and adequate adhesive connection to the substrate.
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
The solution prevents pipe floating during screed setting, eliminating the need for post-processing to level the screed surface and simplifies the installation process by enhancing the adhesive connection, allowing for various pipe laying patterns and easier attachment to insulation mats.
Implementation Method 1
a first element of a hook and loop connection which is laminated directly onto the carrier and which is pressed partially into the surface on the front side of the carrier in the raised areas
Data Source
Figure 1~2
Figure 3
AI summary
The present invention relates to a holding surface (1) for a surface temperature control system (6), comprising a carrier (2) having a relief structure with deep areas (4) and raised areas (3); and a first element (7) of a hook and loop fastener (8) laminated directly onto the carrier (2); wherein the first element (7) of the hook and loop fastener (8) is partially pressed into the surface on the front side of the carrier (2) in the raised areas (3), and the holding surface (1) is characterized according to the invention in that a plurality of the raised areas (3) form a raised arrangement (11) with an outer contour and the places where the first element (7) of the hook and loop fastener (8) is pressed into the raised areas (3) of the holding surface (1) are arranged in the edge region of the raised areas (3) and follow the outer contour of the raised arrangement (11).Furthermore, the present invention relates to a surface temperature control system (6) comprising at least one flexible plastic tube (5) whose outside is at least partially covered by a second element of a Velcro connection (9) and at least one holding surface (1) according to the invention.