Multilayer Mattress Pad Structure for Electromagnetic Shielding
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Solution Overview
Problem
Harmful electromagnetic fields and radiations from the earth and environment interfere with human health by disrupting natural energy flows, leading to various health issues such as illnesses, fatigue, and depression, as existing protective measures lack comprehensive protection and stimulation.
Innovation Solution
A multilayered protective and stimulating mattress pad combining electroconductive textiles, spectral crystal layers, and aromatherapeutic essential oils, which utilizes short circuit currents to neutralize harmful radiation and stimulates energy revitalization through crystalotherapy and aromatherapy.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Object-affected harmful factors
If conventional protective measures are used against electromagnetic radiation, then some protection is provided, but comprehensive protection and stimulation is not achieved
Solution Approach 1:
The protective pad is divided into multiple functional layers, each with a specific protective function. The first layer contains electroconductive fibers for neutralizing electromagnetic fields, the second layer contains crystals for crystalotherapy, and the third layer contains aromatic oils for aromatherapy. This segmentation allows each layer to specialize in one aspect of protection and stimulation, achieving comprehensive functionality through coordinated layers.
Solution Approach 2:
The protective pad combines multiple functions into a single device: electromagnetic radiation protection, crystalotherapy stimulation, and aromatherapy enhancement. This multi-functionality allows the pad to provide comprehensive protection and stimulation simultaneously, addressing various harmful factors and health needs in one unified system.
2Object-affected harmful factors
If electroconductive textiles are used to neutralize harmful radiation, then protection against electromagnetic fields is improved, but the device complexity increases
Solution Approach 1:
The patent merges the protective function of electroconductive textiles with therapeutic functions of crystals and aromatic oils into a single integrated pad structure. By combining these different functional elements in one device, the complexity is managed through unified design while achieving enhanced protective and therapeutic effects that would be difficult to accomplish with separate devices.
Solution Approach 2:
The pad uses composite material structures where electroconductive fibers are integrated into textile layers, and crystals are embedded within the pad structure. This composite approach allows different materials with specific properties to work together, providing radiation protection while maintaining flexibility and comfort, thus managing complexity through material integration rather than separate components.
3Adaptability or versatility
If crystal layers and aromatic oils are added for stimulation, then energy revitalization is enhanced, but manufacturing complexity increases
Solution Approach 1:
Crystals and aromatic oils are pre-integrated into the pad structure during manufacturing. The crystals are embedded in specific layers and the aromatic oils are incorporated into textile layers before final assembly. This preliminary integration simplifies the overall manufacturing process by preparing components in advance rather than requiring complex assembly steps later, while still achieving the desired stimulation and energy revitalization effects.
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 pad effectively reduces the impact of electromagnetic fields, promotes undisturbed sleep, and enhances energy flow within the human body, as demonstrated by measurements and bioenergetic tests showing significant improvements in aura field deployment and overall health.
Implementation Method 1
When electromagnetic streaming earth - sphere comes across the multi-layer electroconductive textiles that have net weaving, alternating streaming current that reaches them will burn inside those square nets, by a system of inducted short circuit currents (streams).
Implementation Method 2
A huge masses and pressure forces increase friction in the mineral deposits thus creating high charges leading to the modification of energetic field on the earth surface.
Implementation Method 3
evaporation of lavender essential oils by their aromatherapeutical activity ensure an undisturbed and refreshing sleep.
Data Source
AI summary
Multilayered protective and stimulating pad for mattresses, is made of multiple layers, layer of textile treated by aromatherapeutic essential oils (1), layers of flysch (2), layer of textile with carbone fibres (3), layer of textile with silver fibres in a form of small squares creating a net (4), layer of fractal stake made of crystals and minerals (5) and a layer of highly elastic memory latex foam (6). Every pad layer has its functional value, carbon fibre eliminates electrostatic charge, silver fibre eliminates electromagnetic radiation, crystal fractal stake has a crystalotherapeutic impact, textile treated by aromatherapeutic essential oils has aromatherapeutic impact, and highly elastic memory latex foam ensures, comfort and clarity whilst flysch guarantee the mildness of the pad. All these layers make a whole and a complete functional complex. Technical characteristics of the multilayered protective and stimulating pad, burns the greater part of the voltage oscillations of the earth radiation. It also provides with the energetic revitalisation and is also used as antibacterial and antistress programme system for relaxation and undisturbed sleep. Multilayered protective and stimulating pad for mattresses is designed as eliminator of the energetic, earth and technical radiation of the electromagnetic field that is harmful for health as well as the energetic revitalisation device and antistressing stimulator.