| Claims Title: "system for making watertight a fabric covering a cavity which, by way of microvalves consisting of fibres produced during the chemical reaction of a polymer that comes into contact with a fluid which expands and builds up within the cavity, creates a high barrier effect". Inventor: Franco Marchesini Claim 1; "system for making watertight a fabric covering a cavity which, by way of microvalves consisting of fibres produced during the chemical reaction of a polymer that comes into contact with a fluid which expands and builds up within the cavity, creates a high barrier effect" characterized in that the mesh (warp&weft) that form the fabric protect the cavity from the fluid that transpires within. This fluid comes into contact with a polymer opportunely placed in the cavity which undergoes a chemical transformation with hydraulic expansion, with the consequent formation of microsections of fibres which are interwoven to form one-way microvalves that guarantee a watertight seal on the sections with a high barrier effect. Claim 2 - "system for making watertight a fabric covering a cavity which, by way of microvalves consisting of fibres produced during the chemical reaction of a polymer that comes into contact with a fluid which expands and builds up within the cavity, creates a high barrier effect" characterized in that the cavity in which the fluid builds up has a shape, size and capacity that can be adapted to the specific application design. Claim 3 - "system for making watertight a fabric covering a cavity which, by way of microvalves consisting of fibres produced during the chemical reaction of a polymer that comes into contact with a fluid which expands and builds up within the cavity, creates a high barrier effect" characterized in that the fabric covering the cavity comprises a mesh (warp&weft) the material, the chemical composition, size, elasticity, strength and density of which depend on the specific application design. Claim 4 - "system for making watertight a fabric covering a cavity which, by way of microvalves consisting of fibres produced during the chemical reaction of a polymer that comes into contact with a fluid which expands and builds up within the cavity, creates a high barrier effect" characterized in that the structure which reinforces the fabric covering the cavity comprises a grid with a shape, composition and profiles with mechanical strength that can be adapted to the specific application design. Claim 5 - "system for making watertight a fabric covering a cavity which, by way of microvalves consisting of fibres produced during the chemical reaction of a polymer that comes into contact with a fluid which expands and builds up within the cavity, creates a high barrier effect" characterized in that the polymer that is transformed as a result of the chemical reaction that causes hydraulic expansion of the fluid in the cavity has a specific chemical composition that depends on the fluid that generates the chemical reaction and depends on the specific application design. Claim 6 - "system for making watertight a fabric covering a cavity which, by way of microvalves consisting of fibres produced during the chemical reaction of a polymer that comes into contact with a fluid which expands and builds up within the cavity, creates a high barrier effect" characterized in that the fluid that causes the chemical reaction with consequent hydraulic expansion in the cavity may be a liquid with a chemical composition, nature, density, viscosity and colour that depends on the specific application design. Claim 7 - "system for making watertight a fabric covering a cavity which, by way of microvalves consisting of fibres produced during the chemical reaction of a polymer that comes into contact with a fluid which expands and builds up within the cavity, creates a high barrier effect" characterised by what has been described and claimed herein and illustrated in the appended drawings. |
Title: "system for making watertight a fabric covering a cavity which, by way of microvalves consisting of fibres produced during the chemical reaction of a polymer that comes into contact with a fluid which expands and builds up within the cavity, creates a high barrier effect".
Inventor: Franco Marchesini
Background Art
State of the art
At present, the state of the art and technology used in barrier effect systems, demonstrates the innovative nature of this system comprising the exclusive feature of a cavity surrounded by a fabric in which micro-sections are created in its mesh (warp&weft) using the fibres produced by the chemical reaction of a polymer that comes into contact with a fluid.
During transformation, one-way microvalves are formed, by way of these micro-sections, whose specific role is to limit the hydraulic expansion of the fluid which has collected and built up in the cavity because of the high barrier effect.
Furthermore, during the effect of the aforementioned transformation a hermetic seal is created of specific pressure obtained internally and mainly due to the chemical transformation of the polymer as well as accidental loads on the external surface. These special effects vary significantly according to the specific project for the required applications.
This innovative system, which is the only one to act in this way, offers a high level of safety especially in applications that require quick intervention using simple methods with a high degree of operational success. Technical Field
Technical Description:
"system for making watertight a fabric covering a cavity which, by way of microvalves consisting of fibres produced during the chemical reaction of a polymer that comes into contact with a fluid which expands and builds up within the cavity, creates a high barrier effect". This is a technical solution that demonstrates the seal of any cavity with a rapid increase in volume restrained by a frame that limits and determines the load pressure acting on the external surfaces. The increase in volume which is created after expansion, is caused by the chemical reaction of the polymer that comes into contact with the fluid that is filtered through the mesh of the fabric woven with varying degrees of closeness that surrounds the seal and flow structure of the frame. This special procedure is activated by a chemical-physical process involving adhesion of the microcells with molecules marked by negative ions, attracted by positive ions that, with simple electromagnetism actions, form a reticulated fabric characterised by microvalves that block leakage of the fluid which has built up during the critical, incidental phase.
The supports for this activation belong to the accessories of the structure that covers and protects the cavity which is formed as a result of the increase in volume caused by chemical expansion of the polymer when its reacts with the fluid that has been filtered and flows from the fabric mesh. Said mesh, which is initially open, is closed by the microvalves created during the process and the entire surface that comes into contact with the fluid is quickly made completely watertight with a high barrier effect.
Furthermore, the possibility of activating a technological structure, covered by fabric, that can be used in particularly critical situations obviously in full compliance with the legislation in force and with a 100% level of safety should also be noted.
More specifically, the basic innovation of the system demonstrates the practical effects of the process thanks to its straightforward implementation given that all that is necessary is that the external surface comes into contact with a fluid and the chemical reaction takes place creating a block with varying degrees of compactness with a maximum watertight, barrier effect.
If we consider typical system use, the considerable savings in terms of product and energy should be noted which produce an excellent result as demanded by modern technology.
After a careful examination of systems currently in use, we have studied a system called: "system for making watertight a fabric covering a cavity which, by way of microvalves consisting of fibres produced during the chemical reaction of a polymer that comes into contact with a fluid which expands and builds up within the cavity, creates a high barrier effect" which guarantees specific technical requirements and, at the same time, complies with safety requirements and specifications dictated by the legislation in force. Obviously, although the system is extremely simple, each practical application must be adequately developed using technical-productive support measures that are suitable for specific individual requirements.
The main aim of this system is to create a protective structure made of "warp&weft" mesh fabric woven with varying degrees of closeness of any type which, following a special physical-chemical procedure, causes an increase in volume which makes the fabric that covers it watertight and presents a highly efficient technological structure with a high barrier effect. Additional characteristics and advantages of the system and its considerable innovative value can be seen by referring to and carefully analysing the figures shown in the plate below. Drawings no. 01, figs. 1 and 2 show a detailed description of a model for purely illustrative, non-limiting purposes.
Therefore, with reference to the above plates, the "system for making watertight a fabric covering a cavity which, by way of microvalves consisting of fibres produced during the chemical reaction of a polymer that comes into contact with a fluid which expands and builds up within the cavity, creates a high barrier effect" includes.
1. Receiving cavity.
2. Covering fabric. 3. Polymer reagent.
4. Contact fluid.
5. Passive stage: fluid build-up.
6. Active stage: chemical reaction of polymer and hydraulic expansion of fluid. Fabric warp&weft mesh; formation of microvalves and making microsections watertight.
Practical embodiment:
The various parts comprising the system are sized according to the data for each project and adapted to meet specific applications. Said system thus conceived is therefore subject to numerous modifications and variations without thereby departing from the scope of the inventive concept.
Moreover, all the details may be suitably sized according to the specific project for each application required by modern technology and may be replaced with other technically equivalent elements.
In practice, the materials used and the sizes may be varied according to requirements.
Note that, due to the structure of the device, what has been described above for illustrative purposes represents a schematic view that is sufficient for an expert to implement a project, but variations are possible.
Therefore, with reference to the preceding description and the accompanying drawings, the following claims are made.