Far-infrared resonance meditation cushion structure

Abstract

This invention provides a far-infrared resonance meditation cushion structure, comprising a first cushion unit and a second cushion unit with different horizontal projection areas, each covered by an outer sleeve of the main core module. The main core module includes a rigid foam base with a recessed top surface, a moisture-proof support plate housed within the recessed area and with multiple recessed slots on its top surface, multiple far-infrared resonance units correspondingly housed within the multiple recessed slots and each containing a far-infrared resonance coil, and an elastic buffer layer that integrates and encapsulates the moisture-proof support plate and the multiple far-infrared resonance units. In this way, this invention constructs a multi-layered support structure that combines rigidity and flexibility and is resistant to collapse. It can also release a far-infrared magnetic field of high-efficiency bio-energy through body temperature stimulation, achieving practical effects such as activating microcirculation, moisture protection and positioning, and enhancing meditation concentration.

Claims

1. A far-infrared resonance meditation cushion structure, comprising a first cushion unit and a second cushion unit, wherein the first cushion unit and the second cushion unit are combined and arranged, wherein the second cushion unit is disposed or stacked on top of a portion of the first cushion unit, the horizontal projected area of ​​the first cushion unit is larger than that of the second cushion unit, the first cushion unit and the second cushion unit respectively comprise a main core module and a cover sleeve disposed around the main core module; the main core module comprises a rigid foam base, a moisture-proof support plate, a plurality of far-infrared resonance units and an elastic buffer layer; the top surface of the rigid foam base is recessed with an accommodating recess; the moisture-proof support plate is accommodated in the accommodating recess, and the top surface of the moisture-proof support plate is recessed with a plurality of accommodating grooves; the plurality of far-infrared resonance units are correspondingly accommodated in the plurality of accommodating grooves of the moisture-proof support plate, and each far-infrared resonance unit is internally covered with a far-infrared resonance coil; The elastic buffer layer is laid on the top surface of the rigid foam base, and the moisture-proof bearing plate and the plurality of far-infrared resonant units are wrapped between the rigid foam base and the elastic buffer layer; wherein, When the user's buttocks are placed on the second cushion unit and their feet are crossed and stacked on the first cushion unit, the plurality of far-infrared resonance units are excited by body temperature and release a far-infrared magnetic field outward.

2. The far-infrared resonance meditation cushion structure as described in claim 1, wherein each of the main core modules of the first cushion unit and the second cushion unit is further covered with an inner liner between the outer cover and the outer cover.

3. The far-infrared resonance meditation cushion structure as described in claim 1, wherein the rigid foam base is made of high-density rigid foam cotton material.

4. The far-infrared resonance meditation cushion structure as described in claim 1, wherein the moisture-proof bearing plate is made of plant fiber material selected from wood, bamboo or a combination of the two.

5. The far-infrared resonance meditation cushion structure as described in claim 1, wherein the far-infrared resonance unit is made of plastic composite cassette powder by injection molding, so that the far-infrared resonance unit can stably emit a far-infrared magnetic field when excited by body temperature.

6. The far-infrared resonance meditation cushion structure as described in claim 1, wherein, The elastic buffer layer is bonded and fixed to the top surface of the rigid foam base and the moisture-proof support plate by an adhesive layer.

7. The far-infrared resonance meditation cushion structure as described in claim 1, wherein, The outer cover is further decorated with a pattern in the shape of a lotus flower on its upper surface.

8. The far-infrared resonance meditation cushion structure as described in claim 1, wherein, The far-infrared resonant coil is a three-spindle coil wound in one piece. The three centers of the three-spindle coil are arranged in an equilateral triangle geometric shape, forming a three-in-one energy resonance pattern inside each far-infrared resonant unit.

9. The far-infrared resonance meditation cushion structure as described in claim 1, wherein, A connection structure is further provided between the first seat cushion unit and the second seat cushion unit.

10. A far-infrared resonance meditation cushion structure, comprising a main core module and a covering sleeve disposed around the main core module; the main core module comprises a rigid foam base, a moisture-proof support plate, a plurality of far-infrared resonance units, and an elastic buffer layer; the moisture-proof support plate is directly stacked on the completely flat top surface of the rigid foam base, and the top surface of the moisture-proof support plate is recessed with a plurality of receiving grooves; the plurality of far-infrared resonance units are correspondingly received in the plurality of receiving grooves of the moisture-proof support plate, and each far-infrared resonance unit is internally covered with a far-infrared resonance coil; the elastic buffer layer is laid on the top surface of the moisture-proof support plate, and covers the moisture-proof support plate and the plurality of far-infrared resonance units between the rigid foam base and the elastic buffer layer; wherein... The rigid foam base, the moisture-proof bearing plate, and the elastic buffer layer have identical horizontal projection shapes and sizes.

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