An electrostatic discharge shoe grounding accessory comprises an attachment mechanism (2) and a fastening mechanism, wherein, the attachment mechanism (2) is a U-shape holder attached to the back wall of an opening rim of the shoe, and the fastening mechanism includes at least one smaller loop through (5) which a front portion of the shoe is hitched. An electrostatic discharge shoe assembly comprises a shoe and the electrostatic discharge shoe grounding accessory.

An electrostatic discharge shoe grounding accessory comprises an attachment mechanism (2) and a fastening mechanism, wherein, the attachment mechanism (2) is a U-shape holder attached to the back wall of an opening rim of the shoe, and the fastening mechanism includes at least one smaller loop through (5) which a front portion of the shoe is hitched. An electrostatic discharge shoe assembly comprises a shoe and the electrostatic discharge shoe grounding accessory.

A revolutionary and novel design of Earthing Shoes exhibiting an enhanced and environmentally friendly approach to shoe production. The outsole of these shoes is created from a biodegradable, vegan material, while the insole is made of 100% natural hemp, a durable and comfortable organic material. These shoes are equipped with a proprietary and self-energizing crystalized composite embedded in the sole, which provides protection to the biofield of your feet from the hazardous electromagnetic fields (EMF) that are emitted from electronic devices such as laptops and smartphones. These grounding shoes not only shield you from EMF but also reinforce your electromagnetic field, bringing balance to your body. The implications of these shoes on the medical and pharmaceutical industry are undoubtedly significant. Their unique design and exceptional performance make them ideal for individuals who require continuous grounding or require protection from EMF. Moreover, these shoes are fabricated using environmentally friendly materials, making them a sustainable choice. By selecting Earthing Shoes, you not only prioritize your health but also contribute to the protection and conservation of the planet.

A revolutionary and novel design of Earthing Shoes exhibiting an enhanced and environmentally friendly approach to shoe production. The outsole of these shoes is created from a biodegradable, vegan material, while the insole is made of 100% natural hemp, a durable and comfortable organic material. These shoes are equipped with a proprietary and self-energizing crystalized composite embedded in the sole, which provides protection to the biofield of your feet from the hazardous electromagnetic fields (EMF) that are emitted from electronic devices such as laptops and smartphones. These grounding shoes not only shield you from EMF but also reinforce your electromagnetic field, bringing balance to your body. The implications of these shoes on the medical and pharmaceutical industry are undoubtedly significant. Their unique design and exceptional performance make them ideal for individuals who require continuous grounding or require protection from EMF. Moreover, these shoes are fabricated using environmentally friendly materials, making them a sustainable choice. By selecting Earthing Shoes, you not only prioritize your health but also contribute to the protection and conservation of the planet.

The present invention is a method and system for storing charge on a body and subsequently electrically grounding that body so the body can operate without the unwanted effects of an electrical charge. The system of the present invention comprises an electrical conducting medium, which may be a human body, a capacitance article, and a grounding apparatus. In use the capacitance article is connected to the electrical conducting medium to reduce the buildup of electrical charge on the electrical conducting medium and instead store the charge in the capacitor of the capacitance article. The electrical conducting medium may then be connected to the grounding apparatus at a predetermined interval remove any built-up charge on both the capacitance article and the electrical conducting medium by putting those components in electrical continuity with the ground.

An electrically dissipative removable insole, including at least one lower layer made of an electrically dissipative material, and at least one upper layer overlapped on said lower layer made of a fabric of natural and/or synthetic fibers. The upper layer includes one or more openings which expose said electrically dissipative material of which said lower layer is made, and said one or more openings are adapted to allow direct contact of a sole of a wearer's foot with said electrically dissipative material.

An electrically dissipative removable insole, including at least one lower layer made of an electrically dissipative material, and at least one upper layer overlapped on said lower layer made of a fabric of natural and/or synthetic fibers. The upper layer includes one or more openings which expose said electrically dissipative material of which said lower layer is made, and said one or more openings are adapted to allow direct contact of a sole of a wearer's foot with said electrically dissipative material.

The present invention discloses an advanced insole for electrostatic discharge footwear. The insole features a base foam layer and a fabric top cover with conductive threads woven into the cover material, providing electrical flow paths from a wearer's foot to the base foam layer. An electrostatic discharge chemical additive is incorporated into the base foam layer, creating polarity channels for an electrical pathway within the foam layer. The insole is designed in a 3D supportive shape for increased foot comfort and interface, including a heel cup and arch support. The edges adjacent the toe region are beveled to accommodate various footwear, and the bottom surface of the base foam layer includes molded-in structures that provide varying degrees of cushioning to different regions of the foot. This novel insole design enhances comfort while ensuring efficient electrostatic discharge, proving advantageous in various footwear applications.

The present invention discloses an advanced insole for electrostatic discharge footwear. The insole features a base foam layer and a fabric top cover with conductive threads woven into the cover material, providing electrical flow paths from a wearer's foot to the base foam layer. An electrostatic discharge chemical additive is incorporated into the base foam layer, creating polarity channels for an electrical pathway within the foam layer. The insole is designed in a 3D supportive shape for increased foot comfort and interface, including a heel cup and arch support. The edges adjacent the toe region are beveled to accommodate various footwear, and the bottom surface of the base foam layer includes molded-in structures that provide varying degrees of cushioning to different regions of the foot. This novel insole design enhances comfort while ensuring efficient electrostatic discharge, proving advantageous in various footwear applications.

Provided is a shoe structure for earth ground and static electricity discharge, which includes a shoe and an inner sole provided inside the shoe, and the inner sole includes: a base plate; a foot contact plate which is adhered to the upper surface of the base plate, and is made of a copper plate; a conduction unit which extends from both sides or the rear of the foot contact plate, and is exposed above an ankle support unit in order to allow a ground unit to be connected; and a ground unit which is connected so as to be electrically connected to the conduction unit, and is adapted to be grounded on the ground, and a structure capable of charging earth energy through an earthing, and discharging static electricity generated inside and outside the human body rapidly and completely to the outside of the body.