Personal Earthing Stick

Abstract

The present invention is a personal human earthing stick configured to connect free electrons, which are negative charges flowing in the earth, to the human body to balance the charges in the user's body, and in particular to neutralize positive charges and reactive oxygen species accumulated in the user's body with the negative charges of the earth.

Description

Technology Field

[0001] The present invention relates to a personal human earthing stick.

[0002] To construct the above-mentioned earthing stick, the present invention comprises a stick body selected from a conductive material or a material made to have conductivity, a conductive handle attached to the stick body and electrically connected to the stick body, and a grounding part made of a conductive material attached to the lower part of the stick body to allow free charges of the ground to flow into the stick body. Additionally, the stick body may be a tubular body of a certain length or a divided tubular body of a certain length, and in the case of a divided tubular body, a connector is provided at the connecting part to connect the divided tubular bodies to each other so that they can be extended and retracted, thereby making it a personal human earthing stick that is convenient to use and carry. Background Technology

[0004] Generally, earthing refers to electrically connecting electrical circuits or devices to the ground. It is a safety device that prevents electric shock or fire by channeling current to the ground in the event of a short circuit. Specifically, human earthing is achieved by using an earthing stick, which connects the human body to the ground's free charge by holding a conductive stick in the hand and making contact with the ground, or by walking barefoot.

[0005] However, barefoot walking is an act of walking in which the bare feet come into contact with the surface of the ground, and since there is a risk of causing abrasions or skin infections on the soles of the feet due to foreign substances, there is the inconvenience of having to wear protective gear, and there is the inconvenience of being unable to perform it in winter because the weather is cold. Prior art literature

[0007] 1) Prior art: Japanese Utility Model Registration No. 3079433 The problem to be solved

[0008] The present invention resolves the aforementioned inconvenience by developing a cane-shaped earthing stick that allows free electrons, which are negative charges flowing in the ground, to safely come into contact with the human body, thereby enabling safe and convenient human earthing. Additionally, the grounding portion is coated with an anti-slip material so that it can be used as a cane when going up and down stairs. means of solving the problem

[0010] The present invention discloses a stick-type human earthing device comprising a stick body made of a metal pipe, a handle attached to the upper part of the stick body so as to be electrically connected to the stick body, and a grounding part made of a conductive material attached to the lower part of the stick body to allow free charges from the ground to flow into the stick body.

[0011] As mentioned above, the stick body is selected from an aluminum pipe, a stainless steel pipe, a non-ferrous metal pipe such as a copper pipe, or a carbon fiber pipe, and

[0012] In addition, the stick body is selected to be configured to be expandable by selecting a tubular body having a certain length or a divided tubular body having a certain length and installing a connector at the connection point where the divided tubular bodies are connected to each other.

[0013] In addition, the stick body is selected from synthetic resin or wood, and is configured to have a conductive material applied to the surface or a wire installed.

[0014] The handle is manufactured from a material selected from metal, synthetic resin, or wood and is configured to be electrically conductive with the stick body, and

[0015] A plug is selected for the handle to transmit the current of the stick body to another place, and

[0016] The lower part of the stick body is configured with a grounding part made of a conductive material that is detachably attached to the bottom of the stick body.

[0017] At this time, the grounding part is made of a metal bolt and is detachably attached to the bottom of the stick body, or a metal cylindrical tube is selected so that the bottom is open and the top part is detachably attached to the bottom of the stick body. Effects of the invention

[0019] The present invention, configured as described above, has the advantage of being able to eliminate static electricity when a pedestrian walks while holding the handle of the earthing stick and bringing the grounding part at the bottom of the stick into contact with the ground. This is because the stick body constituting the earthing stick is made of an electric conductor, a handle that is electrically conductive with the stick body is attached to the upper part, and a grounding part made of a conductive material is attached to the lower part.

[0020] In addition, the present invention has the advantage of being able to make an earthing stick from a material other than a metal tube by selecting wood or synthetic resin for the stick body and selecting a material equipped with a conductive material or a wire on the surface.

[0021] A metal grounding part is formed at the bottom of the stick to allow contact with free charges of the ground. By making the grounding part into a tubular body with an open bottom, non-slip contact is achieved when in contact with the ground. Since soil is introduced into the tubular body, there is an advantage of enhancing the grounding effect. Additionally, there is a through hole in the main wall of the grounding part, which facilitates easy attachment and detachment of the grounding part to the stick body, and allows for easy discharge of soil introduced into the tubular body during cleaning.

[0022] Meanwhile, by making the stick body into a split tube and inserting a connector into the connection part, installing a "C" shaped band on the outer surface, and installing a clamp with a pressure lever at the opening of the C-shaped band, the C-shaped band can be tensioned and relaxed by the pressure lever, making it easy to tighten and loosen the connection part, thereby forming a safe and durable connection part, which has the advantage of making folding and unfolding operations easy and providing a secure support force when unfolded, thus enabling the construction of a safe stick body.

[0023] In addition, the handle can be formed by making it out of wood and attaching it to the top of the stick body, covering its surface with a metal outer shell, and joining it to the stick body with a metal rivet, or by making it out of synthetic resin and attaching it to the stick body, wrapping an electrically conductive fiber tape around the outer surface of the handle, and connecting a metal wire between the stick body and the electrically conductive fiber tape. This configuration offers the advantage of being able to form a handle with various shapes while ensuring smooth electrical communication with the stick body.

[0024] If a hole is drilled in the metal part of the handle and a plug (21) is installed, there is an advantage that the human body earthing device can be connected to the handle of the stick body.

[0025] In addition, the stick body of the present invention is formed with an upper body made of a split tube made of a metal pipe and a lower body. When connecting a connector to the connecting part, an incision is formed at the bottom of the main wall of the upper body to connect the upper connecting part of the connector, a C-shaped band is attached to the outer surface, a hole is drilled in the opening of the C-shaped band to pass a bolt through, a bolt is attached to the front end of the bolt, and a clamp is formed by installing a pressure lever at the rear end of the bolt so that the C-shaped band can be tightened or loosened, thereby making it convenient to tighten and loosen the connecting part and forming a connecting part that can be freely extended and retracted. Additionally, a cylindrical rubber cap or a shoe-shaped rubber cap can be selectively attached to the outer surface of the grounding part, providing the convenience of being used as an anti-slip stick. Furthermore, if the grounding part is selected as a metal cylindrical tube, clear contact with the ground is made, making it convenient when walking on sandy paths, and soil is introduced into the tube body, increasing conductivity and increasing the earthing effect. Brief explanation of the drawing

[0027] FIG. 1 is an exemplary diagram of the stick of the present invention configured in two stages. FIG. 2 is an exemplary diagram of the stick of the present invention configured in three stages. FIG. 3 is an example of a stick handle of the present invention. FIGS. 4(a), (b), and (c) are cross-sectional examples showing types of stick handles of the present invention. FIGS. 5(a), (b), and (c) are exemplary diagrams of the connector portion of the present invention. FIGS. 6(a), (b), (c), (d), and (e) are various exemplary diagrams showing the configuration of the grounding portion of the present invention. Figures 7(a) and 7(b) are example diagrams showing the composition of a wooden stick. Specific details for implementing the invention

[0028] The present invention is a personal earthing stick that enables human body earthing by having a handle (2) electrically connected to the stick body attached to the upper part of a stick body (1) selected from a conductive material made of a metal pipe or a conductive material made of wood or synthetic resin, and a grounding part (3) made of a conductive material that comes into contact with free charges of the ground at the lower part of the stick body.

[0029] In the above, the stick body (1) is selected from a conductive pipe material selected from non-ferrous metal pipes such as aluminum pipes, stainless steel pipes, copper pipes, or carbon fiber pipes, and

[0030] In the above, the pipe material has a length corresponding to the length of the stick body, or a divided pipe body divided into a certain length is selected and a connector (100) is installed at the connection part of the divided pipe body to allow it to be extended and retracted.

[0031] In addition, the stick body is selected from synthetic resin or wood, has a conductive material (1e) applied to its surface or has an electric wire (1f) installed, and has a metal connector (301) installed in the grounding part, and

[0032] The configuration includes a metal connector (20) coated on the outer surface of the handle and a bolt installed to electrically connect with the stick body.

[0033] The handle (2) is made of a material selected from metal, synthetic resin, or wood and is configured to conduct electricity with the stick body.

[0034] At this time, the handle is separated into an upper body (2a) and a lower body (2b), the upper body (2a) is fitted onto the top of the upper stick (1'), and the lower body (2b) is fitted at a position at a certain distance (2c) from the top of the upper stick, and a metal connecting pipe (2d) is fitted onto the outer surface of the connecting parts (2a') (2b') facing each other and connected, and the metal connecting pipe (2d) and the upper stick (1') are connected by a metal rivet (2e) and fixed to the upper stick (1') so as to conduct electricity, thereby forming a first handle (2') or a second handle (2") in which the upper body of the first handle is manufactured of metal, a metal weight (2f) is attached to the upper part, a screw hole (2f') is formed in the center thereof, and the upper body (2a) is connected by a metal bolt (2g).

[0035] The upper body (2a) and lower body (2b) of the handle are attached to the upper part of the upper stick (1'), and an electric conductive fiber tape (2i) is coated on the outer surface. A metal wire (2h) is interposed between the electric conductive fiber tape (2i) and the stick body, so that the inner end (2h') of the metal wire contacts the surface of the upper stick (1'), and the outer end (2h") is attached to the electric conductive fiber tape (2i) coated on the handle, so that one of the handles is selected from the third handle (2''') through which the stick body and the handle are electrically connected.

[0036] The connector (100) of the stick body is made of synthetic resin and has a fixing part (104a) formed at the bottom, which is forcibly fitted to the upper part of the lower stick (1"), and a protrusion (104b) formed at the top of the fixing part, and a coupling member (104) is provided, in which a coupling tube (104c) made of a split tube body is fitted to the upper stick (1'), so that the coupling tube (104c) of the coupling member (104) is forcibly coupled to the lower part of the upper stick (1') where a cut part (108) is formed.

[0037] A C-shaped band (103a) is applied to the outer surface of the cut portion (108) of the upper stick (1'), and outward protrusions (103c) (103d) are formed on both sides of the opening (103b) of the C-shaped band. Holes (103c') (103d') are drilled so as to face each other between the outward protrusions, and a bolt (103e) is inserted from one hole to the other. A nut (103f) is screwed onto the outer side of the outward protrusion (103c) hole (103c') where the bolt end protrudes. An extension (103g) is formed on the opposite end of the bolt's screw portion to expand the bolt body, and a connection hole (103g') is drilled in the extension. A connection portion (103i) of a pressure lever (103h) is connected to the extension and connected via a connecting shaft (103k). When the connecting shaft is at the center, the protrusion height is high inwardly and outwardly on the inner surface of the connection portion. A clamp (103) is formed by installing a pressure lever (103h) that forms a cam-shaped pressure part (103m) with a gradually decreasing protrusion height, so that the opening of the C-shaped band can be tightened and loosened by operating the pressure lever.

[0038] The grounding part (3) is made of metal and is fixed by being inserted into the center hole of the lower part of the lower stick (1") to be electrically connected to the lower stick. An annular contact part (301b') is formed at the lower part of the lower part (301b) and contacts the lower part of the lower stick. A connector (301) with a female screw hole (301c) formed in the center is attached, and a metal bolt (303) is screw-coupled to the connector (301). A disc (304) with a connecting hole (304a) formed in the center is fitted onto the metal bolt (303) protruding downward, and a washer (305) and a spring (305a) were fitted and fixed with a fixing nut (306) so that the disc (304) protrudes from the outer circumference of the lower stick. A hole is drilled in the center of the metal bolt (303) to form a hexagonal wrench groove (303a) at the bottom of the hole, and the lower part of the fixing nut is extended to form a long shape on the outer surface of the extension part (306a). A rubber tube anti-slip device (308) or a foot-shaped anti-slip device (309) can be attached and detached,

[0039] In addition, the grounding hole is made of a metal tubular grounding hole (307), and a diameter of large or small is selected.

[0040] A grounding hole is formed such that the upper bolt (307a) is screwed into the female screw hole (301c) of the connector (301) attached to the lower part of the lower stick (1"), or the upper female screw hole (307c) is screwed into the lower bolt (301d) of the connector (301).

[0041] The configuration is formed by creating a long hole (307b) in the vertical direction on the main wall of the grounding hole and opening the bottom. Explanation of the symbols

[0043] 1 : Stick body 1' : Upper stick 1e: conductive material 1f: electric conductor 2 : Handle 2' : 1st handle 2" : 2nd handle 2''' : 3rd handle 2a : Upper body 2a',2b' : Connection part 2b : Lower body 2c : Fixed distance 2d : Metal connector 2e : Rivet 2f : Metal weight 2f' : Screw hole 2g : Bolt 2h : Metal wire 2h' : Medial end 2h" : Lateral end 2i : Electrical conductor fiber tape 3 : Grounding part 20; Metal connector 100 : Connector 103 : Clamp 103a : C-shaped band 103b : Opening 103c, 103d : Outward projection 103c',103d' : Holes 103e : Bolts 103f : Nut 103g : Extension 103g' : Connection hole 103h : Pressure lever 103i : Connection part 103k : Connection shaft 103m : Cam-type pressurizing part 104 : Coupling part 104a: Fixed part 104b: Protrusion 104c : Connecting tube 108 : Incision 301: Connector 301b: Bottom part 301b' : Annular contact 301c : Female thread hole 301d : Bottom bolt 303 : Bolt 303a : Hexagonal wrench groove 304a : Disc 305: Washer 305a: Spring 306: Fixing nut 306a: Extension part 307: Metal pipe grounding device 307a: Bolt 307b: Long hole 307c: Female thread hole 308: Rubber tube anti-slip device 309: Foot-shaped anti-slip device

Claims

Claim 1 A handle (2) that is electrically conductive with the stick body is attached to the upper part of a conductive stick body (1), and a grounding part (3) made of a conductive material that conducts free charge of the ground to the stick body is provided at the lower part of the stick body. The handle (2) is manufactured from a material selected from metal, synthetic resin, or wood and is configured to conduct electricity with the stick body. At this time, the handle is separated into an upper body (2a) and a lower body (2b), the upper body (2a) is fitted onto the upper part of the upper stick (1'), and the lower body (2b) is fitted at a position at a certain distance (2c) from the upper part of the upper stick, and a metal connecting pipe (2d) is fitted onto the outer surface of the connecting parts (2a') (2b') facing each other and connected. The first handle (2') or the upper body of the first handle is made of metal and a metal weight (2f) is attached to the upper part, and the metal connecting pipe (2d) and the upper stick (1') are connected by a metal rivet (2e). A personal human body earthing stick configured such that one of the handles is selected from a second handle (2"), which is connected to the upper body (2a) by a metal bolt (2g) through a screw hole (2f'), or a third handle (2'''), in which the upper body (2a) and lower body (2b) of the handle are attached to the upper part of the upper stick (1') and an electric conductor fiber tape (2i) is coated on the outer surface, and a metal wire (2h) is interposed between the electric conductor fiber tape (2i) and the stick body, so that the inner end (2h') of the metal wire contacts the surface of the upper stick (1'), and the outer end (2h") is attached to the electric conductor fiber tape (2i) coated on the handle, thereby allowing the stick body and the handle to conduct electricity. Claim 2 A personal human earthing stick according to claim 1, wherein the stick body (1) is selected from a conductive pipe material selected from non-ferrous metal pipes such as aluminum pipes, stainless steel pipes, copper pipes, or carbon fiber pipes, and the pipe material has a length corresponding to the length of the stick body, or a divided pipe body divided into a certain length is selected and a connector (100) is installed at the connection part of the divided pipe body to allow for extension. Claim 3 A personal human earthing stick according to claim 1, wherein the stick body is made of synthetic resin or wood and has a conductive material (1e) applied to its surface or has an electric wire (1f) installed and is connected to a metal connector (301) installed in the grounding part (3) and a metal connector (20) installed in the handle (2) by a metal bolt (B) so as to be conductive. Claim 4 delete Claim 5 In claim 2, the connector (100) of the stick body is made of synthetic resin and has a fixing part (104a) formed at the bottom, the lower half of which is forcibly fitted to the upper part of the lower stick (1"), and a protrusion (104b) is formed at the top of the fixing part and a connecting pipe (104c) is formed as a split pipe body and is fitted into the upper stick (1') so as to have a connecting member (104) so ​​as to be fitted into the upper stick (1') and the lower stick (1"). A C-shaped band (103a) is covered on the outer surface of the cut portion (108) of the upper stick (1') connected to the connecting member (104), and outward protrusions (103c) (103d) are formed on both sides of the opening (103b) of the C-shaped band, and holes (103c') (103d') are drilled so as to face each other between the outward protrusions, and a bolt (103e) is inserted from one hole to the other so that the end of the bolt protrudes. A personal human earthing stick formed by a clamp (103) that allows tightening and loosening of the opening of a C-shaped band by operating the pressure lever, wherein a nut (103f) is screw-coupled to the outer side of the hole (103c') of the outward protrusion (103c), an extension (103g) formed by expanding the bolt body is formed at the opposite end of the bolt's screw portion, a connection hole (103g') is drilled in the extension, a connection portion (103i) of the pressure lever (103h) is coupled to the extension and connected to a connection shaft (103k), and a pressure lever (103h) is installed on the inner surface of the connection portion, wherein the inward protrusion height is high and the outward protrusion height gradually decreases when centered on the connection shaft. Claim 6 In claim 1, the grounding portion (3) is made of metal and is fixed by being inserted into the center hole of the lower part of the lower stick (1") to be electrically connected to the lower stick; the annular contact portion (301b') of the lower part (301b) is screw-coupled to a metal bolt (303) having a female screw hole (301c) formed in the center of the lower stick and a hexagonal wrench groove (303a) formed at the bottom; a disc (304) having a connecting hole (304a) formed in the center is fitted onto the metal bolt (303) protruding downward, a washer (305) and a spring (305a) are fitted, and it is fixed with a fixing nut (306) so that the disc (304) protrudes from the outer circumference of the lower stick and the lower part of the metal bolt (303) is grounded; and the lower part of the fixing nut is extended to length and an anti-slip device (308) made of a rubber tube or a foot-shaped anti-slip device (309) is attached to the outer surface of the extension portion (306a). A detachable personal human earthing stick. Claim 7 In claim 6, the grounding member (307) attached to the lower end of the lower stick (1) is made of a metal tubular body and has a bolt (307a) formed at the upper end to be screwed into the female screw hole (301c) of the metal connector (301), or is made of a metal tubular body and has a female screw hole (307c) formed at the upper end to be screwed into the lower bolt (301d) formed at the lower end of the connector (301).

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