TWM632579U - Self-propelled magnetoelectric circulation ring pair - Google Patents
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Abstract
本創作提供一種自驅動式磁電環流對戒,其包含一第一戒環以及一第二戒環。第一戒環包含一第一導電線,第一導電線捲繞呈螺旋狀,第一導電線包覆有一第一絕緣層,且第一導電線的二端露出第一絕緣層。第二戒環包含一第二導電線,第二導電線捲繞呈螺旋狀,第二導電線包覆有一第二絕緣層,且第二導電線的二端露出第二絕緣層。第一導電線捲繞旋向逆於第二導電線之捲繞旋向,且第一戒環設置有電性連接第一戒環的一光電轉換元件。本創作的自驅動式磁電環流對戒配戴於人體時可以藉由光電轉換元件放電並輔助人體所帶微弱電荷流動而產生適度之強力磁場,此一作用可使身體較羼弱的人亦能有良好的氣血循環。 The invention provides a self-driven magnetic-electric circulation ring, which includes a first ring and a second ring. The first ring includes a first conductive wire wound in a spiral shape, the first conductive wire is covered with a first insulating layer, and two ends of the first conductive wire expose the first insulating layer. The second ring includes a second conductive wire wound in a spiral shape, the second conductive wire is covered with a second insulating layer, and two ends of the second conductive wire expose the second insulating layer. The winding direction of the first conductive wire is opposite to that of the second conductive wire, and the first ring is provided with a photoelectric conversion element electrically connected to the first ring. When worn on the human body, the self-driven magnetoelectric circulation pairing ring of this creation can generate a moderately strong magnetic field through the discharge of photoelectric conversion elements and assist the flow of weak charges carried by the human body. Have good blood circulation.
Description
本創作係有關於電磁醫療裝置,尤其是一種自驅動式磁電環流對戒。 This work is about electromagnetic medical devices, especially a self-driven magnetic-electric circulation ring.
現有的電磁醫療裝置藉由磁場刺激人體的特定部位。人體的臟器中皆含有微量的金屬離子,適當的濃度可維持人體的臟器正常運行;但人體的中若帶有過多的電荷或靜電,卻易加速氧化而誘使發炎,致生不適。 Existing electromagnetic medical devices use magnetic fields to stimulate specific parts of the human body. The internal organs of the human body contain trace amounts of metal ions, and proper concentration can maintain the normal operation of the internal organs of the human body; however, if the internal organs of the human body carry too much charge or static electricity, it is easy to accelerate oxidation, induce inflammation, and cause discomfort.
近代物理的發展成熟使微量與微觀成為顯而易見,超導量子干涉儀對人體磁場做的研究揭露人體的生物磁場源自於人體內氧化還原反應產生的生物微電流、人體內磁性物質(金屬離子)產生的感應磁場以及人體外加的磁與電(摩擦生電...)。前述所生之磁場其磁密度僅介於在10-7至10-10T(Tesla)之間。 The development of modern physics has made trace and microcosm obvious. The research on the magnetic field of human body by superconducting quantum interferometer reveals that the biological magnetic field of the human body is derived from the biological microcurrent generated by redox reactions in the human body and the magnetic substances (metal ions) in the human body. The induced magnetic field generated and the magnetism and electricity applied by the human body (friction electricity generation...). The magnetic density of the aforementioned generated magnetic field is only between 10-7 and 10-10T (Tesla).
一般的電磁醫療裝置皆需要藉由電源以產生磁場,因此無論是以市電或電池作為電源其磁密度皆過高,而且不便於攜帶及長時間持續使用。 General electromagnetic medical devices need a power source to generate a magnetic field, so whether the power source is commercial power or batteries, the magnetic density is too high, and it is not easy to carry and use continuously for a long time.
有鑑於此,本創作人遂針對上述現有技術,特潛心研究並配合學理的運用,盡力解決上述之問題點,即成為本創作人改良之目標。 In view of this, the author of the present invention, aiming at the above-mentioned prior art, devoted himself to the research and cooperated with the application of theories, and tried his best to solve the above-mentioned problems, which became the goal of the author's improvement.
本創作提供一種自驅動式磁電環流對戒,其包含一第一戒環以及一第二戒環。第一戒環包含一第一導電線,第一導電線捲繞呈螺旋狀,第一導電線包覆有一第一絕緣層,且第一導電線的二端露出第一絕緣層。第二戒環包含一第二導電線,第二導電線捲繞呈螺旋狀,第二導電線包覆有一第二絕緣層,且第二導電線的二端露出第二絕緣層。第一導電線捲繞旋向逆於第二導電線之捲繞旋向。 The invention provides a self-driven magnetic-electric circulation ring, which includes a first ring and a second ring. The first ring includes a first conductive wire wound in a spiral shape, the first conductive wire is covered with a first insulating layer, and two ends of the first conductive wire expose the first insulating layer. The second ring includes a second conductive wire wound in a spiral shape, the second conductive wire is covered with a second insulating layer, and two ends of the second conductive wire expose the second insulating layer. The winding direction of the first conductive wire is opposite to that of the second conductive wire.
本創作的自驅動式磁電環流對戒,其第一導電線的二端之端面露出第一絕緣層,第二導電線的二端之端面露出第二絕緣層。第一導電線的二端之側面露出第一絕緣層,第二導電線的二端之側面露出第二絕緣層。 In the self-driven magneto-electric circulating pair ring of the invention, the end surfaces of the two ends of the first conductive wire expose the first insulating layer, and the end surfaces of the two ends of the second conductive wire expose the second insulating layer. The side surfaces of the two ends of the first conductive line expose the first insulating layer, and the side surfaces of the two ends of the second conductive line expose the second insulating layer.
本創作的自驅動式磁電環流對戒,其第一導電線的捲繞匝數大於三匝(至少捲繞三圈)且第一導電線的直徑大於0.01mm,第二導電線的捲繞匝數大於三匝(至少捲繞三圈)且第二導電線的直徑大於0.01mm。第一導電線的捲繞匝數約略等於第二導電線的捲繞匝數。第一導電線的直徑約略等於第二導電線的直徑。第一戒環的內緣直徑約略等於第二戒環的內緣直徑。 In the self-driven magnetoelectric circulating pair ring of this invention, the number of winding turns of the first conductive wire is greater than three turns (at least three turns) and the diameter of the first conductive wire is greater than 0.01mm, and the winding turns of the second conductive wire The number is greater than three turns (at least three turns) and the diameter of the second conductive wire is greater than 0.01mm. The number of turns of the first conductive wire is approximately equal to the number of turns of the second conductive wire. The diameter of the first conductive wire is approximately equal to the diameter of the second conductive wire. The diameter of the inner edge of the first ring is approximately equal to the diameter of the inner edge of the second ring.
本創作的自驅動式磁電環流對戒,其第一導電線的二端位於第一戒環的同一側且沿平行第一戒環軸向之方向相大致對齊,第二導電線的二端位於第二戒環的同一側且沿平行第二戒環軸向之方向相大致對齊。 In the self-driven magneto-electric circulating ring of this invention, the two ends of the first conductive wire are located on the same side of the first ring and are roughly aligned along the direction parallel to the axis of the first ring, and the two ends of the second conductive wire are located on the same side of the first ring. The same side of the second ring is substantially aligned along a direction parallel to the axis of the second ring.
本創作的自驅動式磁電環流對戒,其第二戒環設置有電性連接第二戒環的另一光電轉換元件 In the self-driven magnetoelectric circulating pair ring of this creation, the second ring is provided with another photoelectric conversion element electrically connected to the second ring
本創作的自驅動式磁電環流對戒,其光電轉換元件設置有一儲電元件。 In the self-driven magnetoelectric circulating pair ring of the invention, the photoelectric conversion element is provided with an electric storage element.
本創作的自驅動式磁電環流對戒配戴於人體時可以產生磁場且輔助人體自身產生的磁場而能夠平緩放電以減緩氧化,並且能夠刺激人體穴道。 The self-driven magnetic-electric circulation pair ring of this creation can generate a magnetic field when worn on the human body and assist the magnetic field generated by the human body itself to gently discharge to slow down oxidation and stimulate the acupuncture points of the human body.
100:第一戒環 100: first ring
110:第一導電線 110: the first conductive thread
120:第一絕緣層 120: the first insulating layer
200:第二戒環 200: second ring
210:第二導電線 210: second conductive wire
220:第二絕緣層 220: second insulating layer
300/300a:光電轉換元件 300/300a: photoelectric conversion element
310/310a:儲電元件 310/310a: electric storage element
圖1係本創作較佳實施例之自驅動式磁電環流對戒之使用狀態示意圖。 Fig. 1 is a schematic diagram of the use state of the self-driven magnetoelectric circulation ring of the preferred embodiment of the present invention.
圖2係本創作較佳實施例之自驅動式磁電環流對戒之中的第一戒環之使用狀態示意圖。 Fig. 2 is a schematic diagram of the use state of the first ring in the self-driven magnetoelectric circular current ring of the preferred embodiment of the present invention.
圖3係本創作較佳實施例之自驅動式磁電環流對戒之中的第二戒環之使用狀態示意圖。 Fig. 3 is a schematic diagram of the use state of the second ring in the self-driven magnetoelectric circular current pair ring of the preferred embodiment of the present invention.
圖4係本創作較佳實施例之自驅動式磁電環流對戒之立體示意圖。 Fig. 4 is the three-dimensional schematic diagram of the self-driven magnetoelectric circulation pair ring of the preferred embodiment of the present invention.
圖5至圖7係本創作較佳實施例之自驅動式磁電環流對戒之各變化態樣示意圖。 Fig. 5 to Fig. 7 are the schematic diagrams of various changes of the self-driven magnetoelectric circulation pair ring of the preferred embodiment of the present invention.
參閱圖1至圖3,本創作的較佳實施例提供一種自驅動式磁電環流對戒,其包含一第一戒環100以及一第二戒環200。
Referring to FIG. 1 to FIG. 3 , a preferred embodiment of the present invention provides a self-driven magnetoelectric ring, which includes a
參閱圖4至圖5,第一戒環100包含一第一導電線110,第一導電線110捲繞呈螺旋狀,第一導電線110包覆有一第一絕緣層120,且第一導電線110的二端露出第一絕緣層120。第一導電線110的二端之端面露出第一絕緣層120。第二戒環200包含一第二導電線210,第二導電線210捲繞呈螺旋狀,第二導電線
210包覆有一第二絕緣層220,且第二導電線210的二端露出第二絕緣層220。而且,第一導電線110捲繞旋向逆於第二導電線210之捲繞旋向,且至少在第一戒環100上設置有電性連接第一戒環100的一光電轉換元件300(例如太陽能板),光電轉換元件300約略如一般戒指上飾物之大小以提供些微的電位能。光電轉換元件300連接第一導電線110的至少一部分,例如第一導電線110的一端或是如圖6所示連接第一導電線110的兩端。光電轉換元件300設置有一儲電元件310(例如電池或電容)。於本實施例中,儲電元件310分別電性連接光電轉換元件300及第一導電線110以達緩衝電流之效,光電轉換元件300將光能轉換為電能後儲存於儲電元件310構成穩定的電壓源,再藉由儲電元件310對第一導電線110供電而能夠平緩放電。第一導電線110及第二導電線210,可以是銅線、鋁線或鋼線等,本創作不限於此。第一絕緣層120及第二絕緣層220可是在第一導電線110及第二導電線210表面陽極氧化處理而形成的氧化物絕緣表層或是外加的膠材覆層。
4 to 5, the
本創作的自驅動式磁電環流對戒其第一戒環100套於使用者身體之一部分,且第一導電線110的二端分別接觸使用者的皮膚而與使用者的人體導接;第二戒環200套於使用者身體之另一部分,且第二導電線210的二端分別接觸使用者的皮膚而與使用者的人體導接。光電轉換元件300對第一導電線110提供電壓差,並且可以通過人體進一步在第二導電線210驅動電流,因此電流通過旋相逆的第一導電線110以及第二導電線210時分別依安培右手定則而感應產生磁性方向相逆的一對磁場。第一戒環100及第二戒環200較佳地用於穿套在人體的手指,且第一戒環100及第二戒環200分別穿套在左、右手的手指。因此第一戒環100及第二戒環200能夠在左、右手的手指分別產生與肢體同軸的相逆磁場以刺激手指上的穴道,故適用於體弱久病之使用者,藉此改變使用者之體質。
The
如圖7所示,第二戒環200上也可以設置有電性連接第二戒環200的另一光電轉換元件300a,光電轉換元件300a連接第二導電線210的至少一部分。各光電轉換元件300/300a分別對第一導電線110及第二導電線210提供電壓差而驅動電流,且各光電轉換元件300/300a可以分別設置有儲電元件310/310a。於本實施例中,第一戒環100的儲電元件310分別電性連接第一戒環100的光電轉換元件300及第一導電線110;且第二戒環200的儲電元件310a分別電性連接第二戒環200的光電轉換元件300a及第二導電線210,藉此以平緩放電。
As shown in FIG. 7 , another
較佳地,第一導電線110的捲繞匝數大於三匝,第二導電線210的捲繞匝數也大於三匝,藉此能夠感應產生足夠強度的磁場。再者,第一導電線110的直徑大於0.01mm,第二導電線210的直徑也大於0.01mm,藉此利於光電元件釋放電流及人體所帶之微弱靜電驅動電流產生磁場。
Preferably, the number of turns of the first
一般而言,第一戒環100及第二戒環200設計穿戴於人體上左右相對稱的穴道位置(左右相對的手指或腳趾上)。因此,第一導電線110的捲繞匝數約略等於第二導電線210的捲繞匝數,第一導電線110的直徑約略等於第二導電線210的直徑,而且第一戒環100的內緣直徑約略等於第二戒環200的內緣直徑,藉此使得第一戒環100產生的磁場強度等同於第二戒環200產生的磁場強度以平衡人體磁場。然而本創作不以此為限,例如當第一戒環100及第二戒環200設計穿戴於人體上不對稱的穴道位置而使第一戒環100及第二戒環200設計為不同內緣直徑(對應不同的手指或腳趾可以介於14mm至22mm之間)時,可以藉由相對應地將第一導電線110及第二導電線210配置為不同的匝數或是直徑以使第一戒環100產生的磁場強度等同於第二戒環200產生的磁場強度。
Generally speaking, the
較佳地,第一導電線110的二端位於第一戒環100的同一側且沿平行第一戒環100軸向之方向相大致對齊而使得第一導電線110的二端配置在最小間距以減少其內電流通過人體時所受電阻。同樣地,第二導電線210的二端位於第二戒環200的同一側且沿平行第二戒環200軸向之方向相大致對齊使得第二導電線210的二端配置在最小間距以減少其內電流通過人體時所受電阻。
Preferably, the two ends of the first
為了增加與使用者皮膚的導接面積,本創作的自驅動式磁電環流對戒也可以配置如圖5或圖6所示,其第一導電線110的二端之側面露出第一絕緣層120,而且第二導電線210的二端之側面露出第二絕緣層220。
In order to increase the contact area with the user's skin, the self-driven magnetic-electric circulation pair ring of the invention can also be configured as shown in Figure 5 or Figure 6, and the sides of the two ends of the first
綜上所述,本創作的自驅動式磁電環流對戒配戴於人體時可以產生磁場而能夠平緩放電以減緩氧化,並且能夠刺激人體穴道。 To sum up, the self-driven magnetoelectric circulation pairing ring of this creation can generate a magnetic field when worn on the human body, which can discharge gently to slow down oxidation, and can stimulate the acupuncture points of the human body.
「人體生物微電流」為近代的顯學,據此理論可可知過大靜電對人體有害,維持適量靜電才能維持人體正常運行。人體的磁場與地磁或周邊環境息息相關,人體臟器皆有含有移動的離子(例如:鐵、鉀、鈉、鈣...)。人體經脈、穴道相連,離子在其中移動而產生電流,手指、腳趾為尖端放電部,故在此匯聚電荷而釋放過多的靜電。手掌、腳掌皆佈滿神經反射區,且各指向不同的臟器。 "Human biological microcurrent" is a modern theory. According to this theory, it can be known that excessive static electricity is harmful to the human body, and maintaining an appropriate amount of static electricity can maintain the normal operation of the human body. The magnetic field of the human body is closely related to the geomagnetism or the surrounding environment. All organs of the human body contain mobile ions (for example: iron, potassium, sodium, calcium...). The meridians and acupoints of the human body are connected, and ions move in them to generate electric current. Fingers and toes are tip discharge parts, so charges are gathered here to release excessive static electricity. The palms and soles of the feet are covered with nerve reflex areas, and each points to different organs.
飲食與藥物的治癒或調節手段其目的皆在使體內的化學變化達到適當的平衡。人體的靜電位過高易造成過度氧化而產生疾病,人體帶電不足則會使細胞欠缺活性而壞死。藉由本創作的自驅動式磁電環流對戒能夠適度地調整人體磁與電的盈缺,使身體保持在最佳狀況。而且本創作的自驅動式磁電環流對戒便於佩戴長期使用。 Diet and medicine, healing or regulation, are all aimed at bringing the chemical changes in the body into proper balance. If the electrostatic potential of the human body is too high, it will easily cause excessive oxidation and cause diseases. If the human body is not charged enough, the cells will lack activity and cause necrosis. The self-driven magnetoelectric circulation pairing ring created by this invention can moderately adjust the surplus and deficiency of the human body's magnetism and electricity, so as to keep the body in the best condition. Moreover, the self-driven magnetic-electric circulation pair ring of the present creation is convenient to wear and use for a long time.
本創作的自驅動式磁電環流對戒其原理簡單而易顯,功效明顯而易見,且可藉由光電轉換元件300產生的些微的電位能驅動。環形導體藉由自身人體接地使其內電流改變磁力線成為向外或向內指向。第一戒環100及第二戒環200分別沿順時針及逆時針旋繞而使人體磁力線與外界磁場形成環流。第一戒環100及第二戒環200手指靠攏時可使二者磁場連通以利人體電荷循環。
The principle of the self-driven magnetoelectric circulation pair ring of the present invention is simple and obvious, and the effect is obvious, and it can be driven by the slight potential energy generated by the
以上所述僅為本創作之較佳實施例,非用以限定本創作之專利範圍,其他運用本創作之專利精神之等效變化,均應俱屬本創作之專利範圍。 The above descriptions are only preferred embodiments of this creation, and are not intended to limit the patent scope of this creation. Other equivalent changes that use the patent spirit of this creation should all fall within the patent scope of this creation.
100:第一戒環 100: first ring
110:第一導電線 110: the first conductive thread
120:第一絕緣層 120: the first insulating layer
200:第二戒環 200: second ring
210:第二導電線 210: second conductive wire
220:第二絕緣層 220: second insulating layer
300/300a:光電轉換元件 300/300a: photoelectric conversion element
310/310a:儲電元件 310/310a: electric storage element
Claims (10)
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TW111203637U TWM632579U (en) | 2022-04-11 | 2022-04-11 | Self-propelled magnetoelectric circulation ring pair |
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TW111203637U TWM632579U (en) | 2022-04-11 | 2022-04-11 | Self-propelled magnetoelectric circulation ring pair |
Publications (1)
Publication Number | Publication Date |
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TWM632579U true TWM632579U (en) | 2022-10-01 |
Family
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TW111203637U TWM632579U (en) | 2022-04-11 | 2022-04-11 | Self-propelled magnetoelectric circulation ring pair |
Country Status (1)
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TW (1) | TWM632579U (en) |
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2022
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Legal Events
Date | Code | Title | Description |
---|---|---|---|
GD4K | Issue of patent certificate for granted utility model filed before june 30, 2004 |