TWM366941U - Bio-energy mattress having photon jade stone - Google Patents

Bio-energy mattress having photon jade stone Download PDF

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Publication number
TWM366941U
TWM366941U TW98210943U TW98210943U TWM366941U TW M366941 U TWM366941 U TW M366941U TW 98210943 U TW98210943 U TW 98210943U TW 98210943 U TW98210943 U TW 98210943U TW M366941 U TWM366941 U TW M366941U
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Taiwan
Prior art keywords
mattress
jade
layer
electrothermal
photon
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TW98210943U
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Chinese (zh)
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Zhao-Tian Chen
jia-jia Chen
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Zhao-Tian Chen
jia-jia Chen
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Priority to TW98210943U priority Critical patent/TWM366941U/en
Publication of TWM366941U publication Critical patent/TWM366941U/en

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M366941 五、新型說明: 【新型所屬之技術領域】 本創作係有關一種光子玉石生物能量床墊,尤指一種兼具有產生 光子生物能量及溫灸療效,運用單頻光子生物能量而對細胞產生生物 刺激的原理,以修復人體細胞,提升細胞的生長速度,加速癒合與組 再生能力,並使床墊具有溫灸的療效者。 , 【先前技術】 - 現今的床墊,大都僅具有負離子或遠紅外線功能,其係於床墊上 •加設負離子層或遠紅外線’且一般都只是在床墊纖維表面塗覆一層可 產生負離子或遠紅外線的作用材料層,其並無法發揮最大的效用,因 而對人體並無法產生較佳的健康作用。而且,一般習知床墊的負離子 層或遠紅外線層直接在床墊表面而與人體接觸,僅為塗覆的表層經 一般時間使用便會脫落,而無法有效作用。 再者,目前市面習用床墊未見到有運用單頻光子生物能量而可對 細胞產生生物刺激,以修復人體細胞,提升細胞的生長速度,加速癒 春合與組再生能力的設計。更未見到有使床墊兼具有產生光子生物能量 及溫灸的療效的設計。 有鑑於此’本創作人等乃藉多年的經驗與學識,積極努力研發, 經長時間試驗及實作,終有本創作之具體成果。 【新型内容】 本創作第一目的,在於提供一種兼具有產生光子生物能量及溫灸 功能的光子玉石生物能量床墊,運用單頻光子生物能量而對細胞產生 生物做_理,以修復人體細胞,提升細胞社長速度,加速療合 M366941 ^ ι力錢祕具有溫灸的雜。而實現本目的之技術手 又糸〇括床塾基體、至少—可發出紅色光子之·燈、至少一玉 至夕電致熱元件並與該玉石接觸、—控制單元並與哪燈及該 電致熱元件做電性連接,用喝彳該⑽燈發峡長祕—至哪⑽ 的紅色光I,及控彻電賴元件發丨舰,輯該玉^加熱,及一 電源供應單元,用以供應所需電源。 本創作第二目的,在概供—機構_完善,耐雜高,兼具 有產生光子生缝量及溫灸療效,且效果更佳的光子玉石生物能量床 塾。而實現本目的之技術手段,係包括床墊基體、水晶板、金絲布、 可釋放S離子之碳_層、可釋放遠紅外線之備長碳漏、導熱並隔 離電磁波之銅_、雜並隔離電磁波德賊維層、可發出紅色光 子之LED燈、玉石、電致熱元件、控制單元以控制該⑽燈發出波長 為640nm至_m的紅色光子及電致航件發出熱能而對玉石加熱, 及電源供應單元以供應所需電源。 本創作第三目的,在於提供一種結構穩固完善,耐用性高,兼具 馨有產生光子生物能量及溫灸療效,且效果更佳、安全性更高的光子玉 石生物月b量床墊。而實現本目的之技;術手段,係包括床塾基體、水晶 -板、金絲布、可釋放負離子之碳纖維層、可釋放遠紅外線之備長碳粉 層、導熱並隔離電磁波低於1毫高斯之銅網層及鋁箔纖維層、可發出 紅色光子之LED燈、玉石、電致熱元件、控制單元以控制該LEJ)燈發 出波長為640皿至680nm的紅色光子及控制電致熱元件輸出電壓低於 48伏特並發出熱能而對玉石加熱,及電源供應單元以供應所需電源。 【實施方式】 壹·本創作基本技術特徵 M3 66941 • 請參看圖1至5所示,本創作第-目的在創造一種兼具有產生光 子生物能量及溫灸舰的光子玉石生物能量床墊,其基本構造包括 有: 一床墊基體10 ; 至少一可發出紅色光子之LE:D燈11 ; 至少一玉石12; ’ 至少一電致熱元件13,其與該玉石12接觸; —控制單70 14 ’其與㈣燈及該電致熱元件13做電性連接,用 以控制該LED燈11發丨波長為64Gnm至咖nm的紅色光子,及控制 该電致熱元件13發出熱能,以對該玉石12加熱;及 一電源供應單元15,用以供應所需電源。 本創作實施時,其玉石12為經過特殊挑選的天然玉石,結合發 光二極體的光子LED燈11特殊設計,運用單頻光子生物能量而對細 胞產生生物刺激的原理,藉由發光二極體的光子生物能量以修復人體 細胞,提升細胞的生長速度,加速癒合與組再生能力。 φ 本創作一種較佳實施例中,其電源供應單元15的輸入電壓 AC110V及AV220V,而控制單元控制電致熱元件的輸出電壓則低於48 -伏特,以確保使用之安全性。 本創作一種較佳實施例中,該床墊基體1〇上加設有一可釋放負 離子之碳纖_ 20。齡貞軒㈣、抗g、分解有毒氣體及除臭的 功能’以增進床墊的潔淨空氣及衛生,並藉負離子消除疲勞、精神愉 快及調整自主神經等功能,使之與光子Lm)燈及溫灸玉石搭配,大幅 提升本創作對人體健康增進之功效。 田 本創作一種較隹實施例中,該床墊基體1〇上加設有一可釋放遠 M366941 紅外線之備長碳粉層3G及遠紅外線贼層31。藉由遠紅外線具有改 善微循環系統、令水份子活性化而提高身體的含氧量、改善微循環系 統、促進新陳代謝及平衡身體的酸鹼度等功能,可增進本創作床墊對 人體更良好的作用,使之與光子LED燈及溫灸玉石搭配,大幅提升本 創作對人雖康增進之触。按4—棚微料波長稱為遠紅外光,其 中90%的波長介於8_14微米,這段波長的光線被科學家稱為生命光 線,能促進動植物的生長。遠紅外線能使人體内水分子產生共振,提 面身體的3氧量,使細胞快速恢復活力,精神暢旺,頭腦更靈活,進 而能提高抗病能力及延緩衰老。 本創作一種較佳實施例中,該床墊基體1〇上加設有一銅網層4〇 及一鋁箔纖維層41,用以導熱並隔離電磁波,以確保使用之安全性, 其中,該銅網層40及該鋁箔纖維層41可隔離使所產生之電磁波低於 1毫高斯,以確保使用之安全性 一本創作一種較佳實施例中,該電致熱元件13為一無電磁波發熱M366941 V. New description: 【New technology field】 This creation is about a photon jade bio-energy mattress, especially a kind of photon bio-energy and warm moxibustion effect, which uses single-frequency photon bio-energy to produce cells. The principle of biological stimulation is to repair human cells, increase the growth rate of cells, accelerate the healing and group regeneration ability, and make the mattress have the effect of warm moxibustion. , [Prior Art] - Most of today's mattresses only have negative ion or far infrared function, which is attached to the mattress. • Add negative ion layer or far infrared ray and generally only apply a layer on the surface of the mattress fiber to generate negative ions. Or the layer of the action material of far infrared rays, which does not exert the maximum effect, and thus does not produce a better health effect on the human body. Moreover, in general, the negative ion layer or the far-infrared layer of the mattress is directly in contact with the human body on the surface of the mattress, and only the coated surface layer will fall off after being used for a normal period of time, and cannot be effectively used. Furthermore, the current commercial mattresses have not seen the use of single-frequency photon bio-energy to biostimulate cells, repair human cells, increase cell growth rate, and accelerate the design of rejuvenation and group regeneration. What has not been seen is that the mattress has both the effect of producing photon bioenergy and warm moxibustion. In view of this, the creators and so on have been actively researching and developing through years of experience and knowledge. After a long period of trials and implementations, they have the concrete results of this creation. [New content] The first purpose of this creation is to provide a photon jade bio-energy mattress that has photon bioenergy and warm moxibustion function, and uses single-frequency photon bioenergy to produce biological cells for the body to repair the human body. Cells, increase the speed of the cell president, accelerate the healing of M366941 ^ ι力钱秘 has a mixed moxibustion. The technical hand for achieving the object further comprises a bed base, at least a lamp capable of emitting a red photon, at least one jade to the electric heating element and contacting the jade, the control unit and the lamp and the electric The heating element is electrically connected, and the red light I, which is the secret of the gorge, and the red light I, and the control device, the heating device, and a power supply unit are used. To supply the required power. The second purpose of this creation is to provide a photon jade bioenergy bed with the effect of producing photon sutures and warm moxibustion, and the effect is better. The technical means for achieving the purpose include a mattress base, a crystal plate, a gold wire cloth, a carbon layer capable of releasing S ions, a long carbon leak which can release far infrared rays, a copper which conducts heat and isolates electromagnetic waves, and is isolated and isolated. An electromagnetic wave thief layer, an LED lamp capable of emitting red photons, a jade, an electrothermal element, and a control unit for controlling the (10) lamp to emit red light from a wavelength of 640 nm to _m and an electric air-sending device to generate heat to heat the jade. And a power supply unit to supply the required power. The third purpose of this creation is to provide a photonic jade biological monthly b-volume mattress with a stable structure, high durability, and the ability to produce photon bioenergy and warm moxibustion with better effect and higher safety. The technique for achieving the purpose includes: a mattress base, a crystal plate, a gold wire cloth, a carbon fiber layer capable of releasing negative ions, a long carbon powder layer capable of releasing far infrared rays, heat conduction and isolation of electromagnetic waves of less than 1 milligauss. The copper mesh layer and the aluminum foil fiber layer, the LED lamp capable of emitting red photons, the jade, the electrothermal element, and the control unit to control the LEJ) lamp emit red photons having a wavelength of 640 to 680 nm and control the output voltage of the electrothermal element Below 48 volts and emitting heat to heat the jade, and the power supply unit to supply the required power. [Embodiment] 基本·The basic technical characteristics of this creation M3 66941 • Please refer to Figures 1 to 5, the purpose of this creation is to create a photon jade bio-energy mattress that also produces photon bioenergy and warm moxibustion ships. The basic structure comprises: a mattress base 10; at least one LE: D lamp 11 capable of emitting red photons; at least one jade 12; 'at least one electrothermal element 13, which is in contact with the jade 12; 14' is electrically connected to the (four) lamp and the electrothermal element 13 for controlling the red photon of the LED lamp 11 having a wavelength of 64 Gnm to the coffee nm, and controlling the electric heating element 13 to generate thermal energy. The jade 12 is heated; and a power supply unit 15 for supplying the required power. At the time of this creation, the jade 12 is specially selected natural jade, combined with the photodiode LED lamp 11 of the light-emitting diode, specially designed to use the single-frequency photon bio-energy to generate biological stimulation on the cells, with the light-emitting diode. Photon bio-energy to repair human cells, increase cell growth rate, accelerate healing and group regeneration. φ In a preferred embodiment, the input voltages AC110V and AV220V of the power supply unit 15 are controlled, and the control unit controls the output voltage of the electric heating element to be lower than 48-volts to ensure the safety of use. In a preferred embodiment of the present invention, the mattress base 1 is provided with a carbon fiber -20 which can release negative ions. Ageing Xuan (4), anti-g, decomposing toxic gas and deodorizing function 'to improve the clean air and sanitation of the mattress, and to use negative ions to eliminate fatigue, happy spirit and adjust autonomic nerve function, so that it can be combined with photon Lm) The combination of warm moxibustion and jade greatly enhances the effect of this creation on human health. In a relatively simple embodiment of the present invention, the mattress base 1 is provided with a long carbon powder layer 3G and a far infrared ray layer 31 which can release far infrared rays of M366941. By far-infrared rays, the micro-circulation system is improved, the water is activated, the oxygen content of the body is improved, the microcirculation system is improved, the metabolism is promoted, and the pH of the body is balanced, thereby enhancing the effect of the mattress on the human body. It is matched with photon LED lights and warm moxibustion jade, which greatly enhances the creation of this creation. The wavelength of the 4-small micro-material is called far-infrared light, and 90% of the wavelength is between 8 and 14 microns. This wavelength of light is called the life light by scientists and can promote the growth of animals and plants. Far-infrared rays can resonate with water molecules in the human body, and raise the body's 3 oxygen levels, so that the cells can quickly regain vitality, the spirit is prosperous, and the mind is more flexible, which in turn can improve disease resistance and delay aging. In a preferred embodiment of the present invention, a copper mesh layer 4 and an aluminum foil fiber layer 41 are disposed on the mattress base 1 for thermally conducting and isolating electromagnetic waves to ensure safety in use. The layer 40 and the aluminum foil fiber layer 41 can be isolated so that the generated electromagnetic wave is less than 1 milligauss to ensure the safety of use. In a preferred embodiment, the electrothermal element 13 is a non-electromagnetic wave.

元件,其由無電磁波發熱材料製成,使加熱時不會產生電磁波,以確 保使用之安全性 本創作一種較佳實施例中,該床墊基體1〇最頂層有一面網5〇, 可供該電致熱元件13之熱量及該LED燈11的紅色光子外透,以對床 塾基體1G畴元件形成保護,並能達到透氣的功效。 本創作一種較佳實施例中,該床墊基體1〇上加設有一水晶板 60、一金絲布70、一纖維棉80及一防水布90 ,藉以使本創作床墊結 構更為牛罪、完善,更具耐用性。 請配合參看圖5至7所示,本創作另一種具體實施例中,LE:D燈 U為複數個,該複數個LE:D燈11呈至少二排排列,本創作應用於雙 M366941 並呈陣列IT人均可受到LED燈11的翻。玉石u也為複數個, 個王石該電致熱元件13呈線狀彎折延伸而分別與該複數 更佳電致熱元件13可雜縣—玉石12加熱,其中, 更=貫施方式’係玉石12並呈陣列且平均分佈於該床墊基體10的 面’而該電致熱元件13的數量為二,每一該電致熱元件13呈 、、’ '4 ^:伸而分別與對應的一該半面之該玉石u接觸。 貳·本創作較佳實施例之技術特徵The component is made of a non-electromagnetic wave-heating material so that electromagnetic waves are not generated during heating to ensure the safety of use. In a preferred embodiment of the present invention, the top layer of the mattress base has a mesh 5 〇 The heat of the electrothermal element 13 and the red photon of the LED lamp 11 are externally transmitted to protect the bed element 1G domain element and achieve a gas permeable effect. In a preferred embodiment of the present invention, a crystal plate 60, a gold silk cloth 70, a fiber cotton 80 and a waterproof cloth 90 are added to the mattress base 1 to make the mattress structure more sin Perfect, more durable. Referring to FIG. 5 to FIG. 7 , in another specific embodiment of the present invention, the LE:D lamp U is plural, and the plurality of LE:D lamps 11 are arranged in at least two rows, and the present application is applied to the dual M366941. The array IT person can be turned over by the LED lamp 11. The jade u is also a plurality of pieces, and the electric heating element 13 of the Wang Shi is linearly bent and extended, and the electric heating element 13 is better than the plural. The electric heating element 13 can be heated by the county-Jade 12, wherein, the more The jade 12 is arranged in an array and is evenly distributed on the surface of the mattress base 10, and the number of the electrothermal elements 13 is two, and each of the electrothermal elements 13 is in the form of '4': One of the half faces of the jade u contact.技术·Technical features of the preferred embodiment of the present invention

4參看圖1至4所示,本創作第二目的,在創造一種結構穩固完 善▲,耐用性高,且兼具有產生光子生物能量及溫灸魏的光子玉石生 物月b量床墊。其係包括有一床墊基體10、一控制單元14及一用以供 應所需電源之獅供應單元15,其中該床墊基體1()由上而下依層次 地分佈以下各層: 一面網50 ; 複數個玉石; 至少一電致熱元件13 ’其為無電磁波發熱元件,由無電磁波發熱 材料製成,其與該玉石12接觸; 複數個可發出紅色光子之LED燈11 ; 一水晶板60 ; 一金絲布70 ; 一可释放負離子之碳纖維層20 ; 一可釋放遠紅外線之備長碳粉層30 ; 一可釋放遠紅外線之遠紅外線陶瓷層31 ; 一銅網層40,用以導熱並隔離電磁波; 一鋁箔纖維層41,用以導熱並隔離電磁波; M366941 一纖維棉層80 ;及 一防水布90 ; 該控制單元14得以控制該㈣燈i 1發出波長為6偏至驗瓜 的紅色光子,並控制該電致熱元件13發出熱能,以對該玉石i2加執。 本實施例中,該_層40及該_纖維層41可購使所產生之 電磁波低於1毫高斯。 '本實施例中》亥電源供應單元15的輸入電壓及, 該控制單元14控制該驗熱元件13的輸出電壓低㈣伏特。 本實施例中,該複數個LED燈U呈至少二排排列。 本實施例巾,顧數個玉石12呈_分佈,晴熱元件13 呈線狀彎折延伸巾分&丨與該複數個玉^ 12接觸。 明配Q參看圖6至8所示,本實施例中,該複數個玉石12呈陣 列且平均,於該床墊基體1G的二辨面,而該電致熱元件13的數 量為二,每-該電致熱元件13呈線狀f折延伸而分別與對應的一該 半面之該玉石12接觸。 , 參•本創作最佳實施例之技術特徵 請參看圖1所示’本創作第三目的,在創造一種結構穩固完善, 耐用性高及安全性佳’且兼具有魅光子生滅量及錢療效的光子 玉石生物能量轉。其係包括有-絲基體10、-控鮮元14及一 用以供應所f電源之電源供應單it 15,其中該床塾基體10由上而下 依層次地分佈以下各層: 一面網50 ; 複數個玉石12 ; 至少一電致熱元件13 ’其為無電磁波發熱元件,由無電磁波發熱 M366941 材料製成,其與該玉石12接觸; 複數個可發出紅色光子之LED燈11 ; 一水晶板60 ; 一金絲布70 ; 一可釋放負離子之碳纖維層20 ; 一可釋放遠紅外線之備長碳粉層30 ; - 一可釋放遠紅外線之遠紅外線陶瓷層31 ; 一銅網層40,用以導熱並隔離電磁波; 鲁 一娜纖維層41 ’用以導熱並隔離電磁波; 一纖維棉層80 ;及 一防水布90; 其控制單元14得以控繼LED燈11發出波長為64〇nm至_nm 的、,工色光子’並控制該電致熱元件13發出熱能,以對該玉石加熱。 〜銅、祠層40及該!§4纖維層μ可隔離使所產生之電磁波低於1毫高 斯。该電源供應單凡15的輸入電壓AC贿及體Qv,該控制單元 _ 14控制該電致熱元件13的輸出電壓低於肋伏特。 π配口參看圖6至8所示’本實施例中,複數個LED燈u呈至 )-排排列’魏個玉石12轉列分佈,而電致熱元件13呈線狀彎 折延伸而分別與該複數個玉石12接觸。複數個玉石12呈陣列且平均 刀佈於該床墊基體1〇的二個半面,*該電致熱元件13的數量為二, 熱元件13呈線崎折延伸崎別與對躺1半面炫 伍.結論 因此’藉由上述結構設計,本創作下述之優點: M366941 - i.消除身體的疲倦,因氧氣成份在血液内的增高及氧氣運用便 利、幫助加快消除身體的疲倦。 2 ·穩定腦部運作,提高血液含氧量,協助腦部的正常運作,使 人鬆弛穩定情。 3 ·淨化灰液,因提高血液的鈉及鈣的含量,回復健康的(較多 鹼性的)血液ph的平衡,淨化體内血液,排除毒素。 4.促進新陳代謝,刺激在細胞壁内的電子個體的交流,新 陳代謝。 5 ·加強免疫力,提高對病體的抵抗。 6 ·平衡、調整神經系統’具有鬆弛緊張神經的作用。 7 ·增進食慾,降低交感神經系的過度興奮,能協助調和腹部, 腸部的緊張’增進消化作用的酵素的製造及加強消化力。 8.修復細胞,劫助細胞新陳代謝,加強肌肉組合的動力 内臟運作功能。 #體4=健康,修細—⑽統及組織曝春及動,使身 肌肉酸痛,或關節痛 1 〇 ·血液順暢,溫暖身體,減少神經痛, 同時改善手足冰冷。 11.細胞再生功能,幫助傷口快速癒合及發炎後組織的重建。 12·改善失眠,增進睡眠。 13·塑身美容’減少肥胖,緊實肌膚,輕盈身體,容光煥發。 乂上所述’料本!彳狀—可行實_,麟職限定 ’凡舉依據下觸求項所述之内容、特徵 其他變化料效銳,t聽含於梢狀專鄕㈣。; M366941 體界定於請求項之結構特徵,未見於同類物品, 性,已符合新型專利要件,妥依法具文提出申請,謹請細依= 予專利’以維護本申請人合法之權益。 ' 【圖式簡單說明】 第一圖係本創作第一實施例之局部分解示意圖。 第二圖係本創作第一實施例之整體外觀立體示意圖。 第三圖係本創作第一實施例之整體外觀平面示意圖。 第四圖係本創作第一實施例之局部斷面示意圖。 第五圖係本創作第一實施例之電路控制架構示意簡圖。 第六圖係本創作第二實施例之局部分解示意圖。 第七圖係本創作第二實施例之整體外觀立體示意圖。 第八圖係本創作第二實施例之整體外觀平面示意圖。 【主要元件符號說明】 (10)床墊基體 (12)玉石 (14)控制單元 (20)碳纖維層 (31)遠紅外線陶瓷層 (41)鋁箔纖維層 (60)水晶板 (80)纖維棉層 (11)LE:D 燈 (13)電致熱元件 (15)電源供應單元 (30)備長碳粉層 (40)銅網層 (50)面網 (70)金絲布 (90)防水布 114 Referring to Figures 1 to 4, the second objective of the present invention is to create a photon jade biomass monthly b-volume mattress with a stable structure, high durability, and photon bioenergy and warm moxibustion. The utility model comprises a mattress base body 10, a control unit 14 and a lion supply unit 15 for supplying a required power supply, wherein the mattress base body 1() is hierarchically distributed from top to bottom according to layers: a net 50; a plurality of jadestones; at least one electrothermal element 13' which is a non-electromagnetic wave heating element, made of a non-electromagnetic wave heating material, which is in contact with the jade 12; a plurality of LED lamps 11 which emit red photons; a crystal plate 60; a gold wire cloth 70; a carbon fiber layer 20 capable of releasing negative ions; a long carbon powder layer 30 capable of releasing far infrared rays; a far infrared ray ceramic layer 31 capable of releasing far infrared rays; a copper mesh layer 40 for conducting heat and isolating Electromagnetic wave; an aluminum foil fiber layer 41 for conducting heat and isolating electromagnetic waves; M366941 a fiber cotton layer 80; and a tarpaulin 90; the control unit 14 is controlled to control the (4) lamp i 1 to emit a red photon having a wavelength of 6 to the test melon And controlling the electric heating element 13 to generate thermal energy to add to the jade i2. In this embodiment, the layer 40 and the fiber layer 41 are commercially available to produce electromagnetic waves of less than 1 milligauss. In the present embodiment, the input voltage of the power supply unit 15 and the control unit 14 control the output voltage of the thermal element 13 to be low (four) volts. In this embodiment, the plurality of LED lights U are arranged in at least two rows. In the towel of the embodiment, the plurality of jade 12 are _distributed, and the heat-generating element 13 is in the form of a linear bent extension towel and is in contact with the plurality of jade. Referring to Figures 6 to 8, in the present embodiment, the plurality of jade 12 are arrayed and averaged on the two sides of the mattress base 1G, and the number of the electrothermal elements 13 is two, each - The electrothermal element 13 extends in a linear f-fold and is in contact with the corresponding one of the half faces of the jade 12. For the technical characteristics of the best embodiment of this creation, please refer to the first purpose of this creation as shown in Figure 1. In creating a stable and complete structure, high durability and safety, and with the charm of the child and the amount of money The efficacy of photon jade bio-energy. The utility model comprises a wire base 10, a control unit 14 and a power supply unit it15 for supplying the power source of the f. The bed base 10 is distributed hierarchically from top to bottom: a net 50; a plurality of jade 12; at least one electrothermal element 13' which is a non-electromagnetic wave heating element, made of non-electromagnetic wave heating M366941 material, which is in contact with the jade 12; a plurality of LED lamps 11 capable of emitting red photons; a crystal plate 60; a gold wire cloth 70; a carbon fiber layer 20 capable of releasing negative ions; a long carbon powder layer 30 capable of releasing far infrared rays; - a far infrared ray ceramic layer 31 capable of releasing far infrared rays; a copper mesh layer 40 for Conducting heat and isolating electromagnetic waves; Lu Yina fiber layer 41' is used to conduct heat and isolate electromagnetic waves; a fiber cotton layer 80; and a tarpaulin 90; its control unit 14 is controlled to follow the LED lamp 11 to emit a wavelength of 64 〇 nm to _nm , the color photon 'and control the electric heating element 13 to generate thermal energy to heat the jade. ~ Copper, tantalum layer 40 and the § 4 fiber layer μ can be isolated to produce electromagnetic waves below 1 milligauss. The power supply unit 15 inputs the voltage AC to the body Qv, and the control unit 14 controls the output voltage of the electric heating element 13 to be lower than the ribs. Referring to FIGS. 6 to 8 as shown in FIGS. 6 to 8 'in the present embodiment, a plurality of LED lamps u are present" - row arrangement 'Wei jade 12 reticular distribution, and the electrothermal element 13 is linearly bent and extended respectively Contact with the plurality of jade 12. A plurality of jade 12 are arrayed and the average knives are placed on the two halves of the mattress base 1*, the number of the electrothermal elements 13 is two, and the heat element 13 is stretched and stretched to the side of the mattress. Wu. Conclusion Therefore, with the above structural design, the following advantages of the creation: M366941 - i. Eliminate the fatigue of the body, due to the increase of oxygen in the blood and the convenience of oxygen, help accelerate the elimination of physical fatigue. 2 · Stabilize the operation of the brain, increase the oxygen content of the blood, assist the normal operation of the brain, and relax the stability. 3 · Purify the ash, improve the blood's sodium and calcium content, restore the balance of healthy (more alkaline) blood ph, purify the body's blood and eliminate toxins. 4. Promote metabolism, stimulate communication and metabolism of electrons in the cell wall. 5 · Strengthen immunity and improve resistance to the body. 6 · Balance, adjust the nervous system 'has the role of relaxing nervous nerves. 7 · Increase appetite, reduce excessive excitement of the sympathetic nervous system, can help reconcile the abdomen, the tension in the intestines 'enhance the digestion of enzymes and enhance digestion. 8. Repair cells, rob the cell metabolism, strengthen the muscles of the combination of visceral function. #体4=Healthy, repaired-(10) The whole body and tissues are exposed to spring and movement, causing muscle soreness or joint pain. 1 〇 · Smooth blood, warm the body, reduce neuralgia, and improve cold hands and feet. 11. Cell regeneration function, which helps the wound to heal quickly and the tissue after inflammation. 12. Improve insomnia and improve sleep. 13·Shaping Body Beauty ‘Reducing obesity, firming the skin, light body and radiant.乂 所述 ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ — — — — — — — — 可行 可行 可行 可行 可行 可行 可行 可行 可行 可行 可行 可行 可行 可行 ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ The M366941 body is defined in the structural characteristics of the request item, is not found in the same kind of articles, has sex, has met the new patent requirements, and is submitted in accordance with the law. Please be careful to = patent to protect the legal rights of the applicant. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a partial exploded view of the first embodiment of the present creation. The second drawing is a perspective view of the overall appearance of the first embodiment of the present creation. The third drawing is a schematic plan view of the overall appearance of the first embodiment of the present creation. The fourth figure is a partial cross-sectional view of the first embodiment of the present creation. The fifth figure is a schematic diagram of the circuit control architecture of the first embodiment of the present creation. The sixth drawing is a partial exploded view of the second embodiment of the present creation. The seventh drawing is a perspective view of the overall appearance of the second embodiment of the present creation. The eighth drawing is a schematic plan view of the overall appearance of the second embodiment of the present creation. [Main component symbol description] (10) Mattress base (12) Jade (14) Control unit (20) Carbon fiber layer (31) Far infrared ceramic layer (41) Aluminum foil fiber layer (60) Crystal plate (80) Fiber cotton layer (11) LE: D lamp (13) electrothermal element (15) power supply unit (30) long carbon powder layer (40) copper mesh layer (50) mesh (70) gold wire cloth (90) tarpaulin 11

Claims (1)

M366941 - 六、申請專利範圍: 1. 一種光子玉石生物能量床墊,其包括有: 一床墊基體; 至少一可發出紅色光子之led燈; 至少一玉石; - 至少一電致熱元件,其與該玉石接觸; 一控制單元,其與led燈及該電致熱元件做電性連接,用以控制 鲁该LED燈發出波長為640nm至680nm的紅色光子,及控制該電致熱元 件發出熱能’以對該玉石加熱;及 70 一電源供應單元,用以供應所需電源。 2·如請求項1所述之床墊,其中,該電源供應單元的輸入電壓“η叭 及AV220V,該控制單元控制該電致熱元件的輸出電壓低於伏特。 3.如請求項1所述之床墊,其中,該床墊基體上加設有一可釋放負離 子之碳纖維層。 、 鲁4.如請求項1所述之床墊,其中,該床墊基體上加設有一可釋放遠紅 外線之備長碳粉層及遠紅外線陶瓷層。 ' 5·如請求項1所述之床墊,其中,該床墊基體上加設有一銅網層及一 紹箔纖維層,用以導熱並隔離電磁波。 6·如请求項5所述之床墊,其中,該銅網層及該鋁箔纖維層可隔離使 所產生之電磁波低於1毫高斯。 7·如請求項1所述之床墊,其中,該電致熱元件為一無電磁波發熱元 件,其由無電磁波發熱材料製成,使加熱時不會產生電磁波。 8·如請求項1所述之床墊,其中,該床墊基體最頂層有一面網,可供 12 M366941 該電致熱元件之熱量及該LED燈的紅色光子外透。 9. 如請求項1所述之床墊,其中,該床墊基體上加設有一水晶板、一 金絲布、一纖維棉及一防水布。 10. 如請求項1所述之床墊,其中,該至少一 LED燈為複數個。 11·如請求項1〇所述之床整’其中,該複數個LED燈呈至少二排排列。 12·如請求項1所述之床墊,其中,該至少一玉石為複數個,並呈陣 列分佈,而該電致熱元件呈線狀彎折延伸而分別與該複數個玉石接 觸。 13.如請求項1所述之床墊,其中,該至少一玉石為複數個,並呈陣 列且平均分佈於該床墊基體的二個半面,而該電致熱元件的數量為 二’每一該電致熱元件呈線狀彎折延伸而分別與對應的一該半面之該 玉石接觸。 14· 一種光子玉石生物能量床墊,其包括有: 一床墊基體; 至少一可發出紅色光子之LED燈; 至少一玉石; 至少一電致熱元件,其與該玉石接觸; -控制單元,用以控制該励燈發出波長為640nm至_咖的紅 色光子,及控制該電致熱元件發出熱能,以對該玉石加熱; 一銅網層及一鋁箔纖維層,用以導熱並隔離電磁波;及 一電源供應單元’用以供應所需電源。 15·如請求項14所述之紐’其巾’該綱層及雜賊維層可隔離 使所產生之電磁波低於1毫高斯。 16.如請求項14所述之床塾,其中,該電源供應單_輸八電壓 M366941 AC110V及AV220V,該控制單元控制該電致熱元件的輸出電歷低於牝 伏特。 17. 如請求項Μ所述之床墊,其巾,該轉基體上加設有_可槪負 離子之碳纖維層。 ' 18. 如請求項14所述之床塾,其中,該床塾基體上加設有一可釋放遠 紅外線之備長碳粉層及一遠紅外線陶瓷層。 .19.如請求項14所述之床塾,其中,該電致熱元件為一無電磁波發熱 元件,其由無電磁波發熱材料製成,使加熱時不會產生電磁波。 • 20.如請求項14所述之床塾,其中,該床藝基體最頂層有一面網,可 供該電致熱元件之熱量及該LED燈的紅色光子外透。 21. 如請求項14所述之床墊,其中’該床墊基體上加财—水晶板、 一金絲布、一纖維棉層及一防水布。 22. 如請求項14所述之床墊,其中,該至少一⑽燈為複數個。 23. 如請求項22所述之床塾,其中,該複數個⑽燈呈至少二排排列。 24. 如明求項14所述之床墊,其中,該至少一玉石為複數個,並呈陣 鲁列分佈,而該電致熱元件呈線狀彎折延伸而分別與該複數個玉石接 觸。 25. 如請求項14所述之床墊,其中,該至少一玉石為複數個,並呈陣 列且平均分佈_床懿體的二辨面,而該電致熱元件的數量為 二’每一該電致熱元件呈線狀f折延伸而分顺對應的-該半面之該 玉石接觸。 < 26. —種光子玉石生物能量床墊,其包括有一床墊基體、一控制單元 及-用以供應所需電源之電源供應單元,其中該床祕體由上而下依 層次地分佈以下各層: M366941 一面網; 複數個玉石; 至少一電致熱元件,其為無電磁波發熱元件,由無電磁波發熱材 料製成,其與該玉石_; 複數個可發出紅色光子之LED燈; 一水晶板; _ 一金絲布; 一可釋放負離子之碳纖維層; _ -可概遠紅外線之備長雜層; 一可釋放遠紅外線之遠紅外線陶瓷層; 一銅網層,用以導熱並隔離電磁波; 一紹猪纖維層’用以導熱並隔離電磁波; 一纖維棉層;及 一防水布; 該控制單元得以控制該LED燈發出波長為640nm至680nm的紅色 •光子,並控制該電致熱元件發出熱能,以對該玉石加熱。 27. 如請求項26所述之床墊,其中,該銅網層及該鋁箔纖維層可隔離 使所產生之電磁波低於1毫高斯。 28. 如請求項26所述之床墊,其中,該電源供應單元的輪入電壓 AC110V及AV220V,該控制單元控制該電致熱元件的輸出 伏特。 29. 如請求項26所述之床墊’其中,該複數個LED燈呈至少二排排列。 30. 如請求項2β所述之床塾,其中,該複數個玉石呈陣列分佈,而該 電致熱元件呈線狀彎折延伸而分別與該複數個玉石接觸。 • 15 . M366941 31_如請求項26所述之床墊,其中’該複數個玉石呈陣列且平均分佈 於該床墊基_二解面,祕紐熱元件的數量為二,每—該電致 熱兀件呈線狀彎折延麵分顺對躺—該半面之該玉石接觸。 32· -種光子玉石生物能量床塾,其包括有一床墊基體、一控制單元 及-用以供應所需電源之電祕應單元,其巾該床縣體由上而下依 層次地分佈以下各層: 一面網; 複數個玉石; 至少-電致熱元件’其為無電磁波發航件,由無電磁波發熱材 料製成,其與該玉石接觸; 複數個可發出紅色光子之Led燈; 一水晶板; 一金絲布; 一可釋放負離子之破纖維層; 一可釋放遠紅外線之備長碳粉層; 一可釋放遠紅外線之遠紅外線陶瓷層; 一銅網層,用以導熱並隔離電磁波; 一鋁箔纖維層,用以導熱並隔離電磁波; 一纖維棉層;及 一防水布; 其控W元職㈣m LED ㈣長為斷m至68Gnm的紅色 光子,並控制該電致熱元件發出熱能,以對該玉石加熱;該銅網層及 該銘賊_可_使所鼓之電磁波胁〗毫躺;賴源供應單 元的輸入電壓AC謂及AV肅,該控制單元控制該紐熱元件的輸 M366941 出電壓低於48伏特。 33.如請求項32所述之床墊,其中,該複數個LED燈呈至少二排排列, 該複數個玉石呈陣列且平均分佈於該床墊基體的二個半面,而該電致 熱元件的數量為二,每一該電致熱元件呈線狀彎折延伸而分別與對應 的一該半面之該玉石接觸。 17M366941 - VI. Patent application scope: 1. A photon jade bio-energy mattress comprising: a mattress base; at least one led lamp capable of emitting red photons; at least one jade; - at least one electrothermal element, Contacting the jade; a control unit electrically connected to the LED lamp and the electrothermal element for controlling the red photon of the LED lamp having a wavelength of 640 nm to 680 nm, and controlling the electric heating element to emit heat energy 'To heat the jade; and 70 a power supply unit for supplying the required power. 2. The mattress of claim 1, wherein the input voltage of the power supply unit is "nb and AV220V, and the control unit controls the output voltage of the electric heating element to be lower than volt. 3. As claimed in claim 1. The mattress of the present invention, wherein the mattress base body is provided with a carbon fiber layer capable of releasing negative ions. The mattress of claim 1 wherein the mattress base body is provided with a releaseable far infrared ray. The mattress of claim 1, wherein the mattress base is provided with a copper mesh layer and a foil fiber layer for conducting heat and isolating electromagnetic waves. 6. The mattress of claim 5, wherein the copper mesh layer and the aluminum foil fiber layer are isolated such that the electromagnetic wave generated is less than 1 milligauss. 7. The mattress of claim 1, wherein The electrothermal element is a non-electromagnetic wave heating element, which is made of a non-electromagnetic wave heating material, so that no electromagnetic wave is generated when heated. 8. The mattress according to claim 1, wherein the top layer of the mattress base One net for 12 M366941 the electric heating element The heat and the red photon of the LED lamp. The mattress of claim 1, wherein the mattress base is provided with a crystal plate, a gold wire cloth, a fiber cotton and a waterproof cloth. The mattress of claim 1, wherein the at least one LED lamp is plural. 11. The bed of claim 1 is wherein the plurality of LED lamps are arranged in at least two rows. The mattress of claim 1, wherein the at least one jade is plural and arranged in an array, and the electrothermal element extends in a linear shape to be in contact with the plurality of jade, respectively. The mattress of item 1, wherein the at least one jade is plural and arranged in an array and evenly distributed on two halves of the mattress base, and the number of the electrothermal elements is two' each of the electro The heat element extends in a linear shape and is respectively in contact with the corresponding jade of the half surface. 14· A photon jade bioenergy mattress comprising: a mattress base; at least one LED lamp capable of emitting red photons; At least one jade; at least one electrothermal element, and the a stone contact; a control unit for controlling the red light photon of the excitation light having a wavelength of 640 nm to _ coffee, and controlling the electric heating element to generate heat energy to heat the jade; a copper mesh layer and an aluminum foil fiber layer, For conducting heat and isolating electromagnetic waves; and a power supply unit 'for supplying the required power. 15 · The item 'the towel' as described in claim 14 can be isolated to make the generated electromagnetic waves low 16. The mattress according to claim 14, wherein the power supply is supplied with a voltage of M366941 AC110V and AV220V, and the control unit controls the output of the electric heating element to be lower than 牝V. 17. The mattress of claim 1 , wherein the rotating substrate is provided with a carbon fiber layer of a negative ion. 18. The mattress of claim 14, wherein the mattress base is provided with a long carbon powder layer for releasing far infrared rays and a far infrared ceramic layer. The mattress according to claim 14, wherein the electrothermal element is an electromagnetic wave-free heating element which is made of a non-electromagnetic wave-heating material so that electromagnetic waves are not generated upon heating. 20. The mattress of claim 14, wherein the top layer of the bed base has a net for supplying heat to the electrothermal element and red photon of the LED lamp. 21. The mattress of claim 14, wherein the mattress base is rich in a crystal plate, a gold wire cloth, a fiber cotton layer, and a tarpaulin. 22. The mattress of claim 14, wherein the at least one (10) lamp is plural. 23. The mattress of claim 22, wherein the plurality of (10) lamps are arranged in at least two rows. The mattress of claim 14, wherein the at least one jade is plural and distributed in a matrix, and the electrothermal element is linearly bent and extended to contact the plurality of jade respectively. . 25. The mattress of claim 14, wherein the at least one jade is plural and arranged in an array and evenly distributed to the two sides of the bed body, and the number of the electrothermal elements is two 'each The electrothermal element extends in a linear f-fold and is smoothly aligned with the jade of the half face. < 26. A photonic jade bioenergy mattress comprising a mattress base, a control unit and a power supply unit for supplying a required power source, wherein the bed body is hierarchically distributed from top to bottom Each layer: M366941 one side net; a plurality of jade stones; at least one electrothermal element, which is an electromagnetic wave-free heating element, made of a non-electromagnetic wave heating material, and the jade _; a plurality of LED lights capable of emitting red photons; Plate; _ a gold wire cloth; a carbon fiber layer capable of releasing negative ions; _ - a long heterogeneous layer capable of far infrared rays; a far infrared ceramic layer capable of releasing far infrared rays; a copper mesh layer for conducting heat and isolating electromagnetic waves; a pig fiber layer is used to conduct heat and isolate electromagnetic waves; a fiber cotton layer; and a waterproof cloth; the control unit controls the LED lamp to emit red photons with a wavelength of 640 nm to 680 nm, and controls the electrothermal element to emit Thermal energy to heat the jade. 27. The mattress of claim 26, wherein the copper mesh layer and the aluminum foil fiber layer are isolated such that the generated electromagnetic waves are less than 1 milligauss. 28. The mattress of claim 26, wherein the power supply unit has a turn-in voltage of AC110V and AV220V, and the control unit controls the output volt of the electric heating element. 29. The mattress of claim 26, wherein the plurality of LED lights are arranged in at least two rows. 30. The mattress of claim 2, wherein the plurality of jade are distributed in an array, and the electrothermal element extends in a linear shape to be in contact with the plurality of jade, respectively. • M366941 31. The mattress of claim 26, wherein the plurality of jade are arrayed and evenly distributed on the base of the mattress, the number of the thermocouple elements is two, each of the The heating element is linearly bent and extended to lie down to the side - the jade of the half is in contact. 32· - Photon jade bioenergy mattress, comprising a mattress base, a control unit and an electric secret unit for supplying a required power source, wherein the bed of the bed is distributed hierarchically from top to bottom Each layer: one mesh; a plurality of jade; at least - an electrothermal element 'which is a non-electromagnetic wave generating member, made of a non-electromagnetic wave heating material, which is in contact with the jade; a plurality of Led lamps that emit red photons; a gold wire cloth; a broken fiber layer capable of releasing negative ions; a long carbon powder layer capable of releasing far infrared rays; a far infrared ceramic layer capable of releasing far infrared rays; a copper mesh layer for conducting heat and isolating electromagnetic waves; An aluminum foil fiber layer for conducting heat and isolating electromagnetic waves; a fiber cotton layer; and a tarpaulin; the control element of the W element (4) m LED (4) is a red photon of a length of m to 68 Gnm, and controls the electric heating element to emit heat energy, Heating the jade; the copper mesh layer and the thief _ can make the electromagnetic wave threat of the drum lie; the input voltage AC of the Laiyuan supply unit is said to be AV, and the control unit controls the heating element The output of M366941 is less than 48 volts. The mattress of claim 32, wherein the plurality of LED lamps are arranged in at least two rows, the plurality of jade are arrayed and evenly distributed on two halves of the mattress base, and the electrothermal element The number of the electric heating elements is linearly bent and extended to be in contact with the jade of the corresponding one of the half faces. 17
TW98210943U 2009-06-18 2009-06-18 Bio-energy mattress having photon jade stone TWM366941U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102824058A (en) * 2012-09-13 2012-12-19 宁波亿达电器有限公司 Photon mini bed

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102824058A (en) * 2012-09-13 2012-12-19 宁波亿达电器有限公司 Photon mini bed

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