五、新型說明： 【新型所屬之技術領域】 [0001] 本創作係有關一種殺菌裝置，尤指一種利用搓揉的方式 產生紫外線殺菌光，可對搓揉處進行殺菌的光殺菌裝置 〇 【先前技術】 [0002] 隨著科技不斷的進步下，有許多的消毒殺菌方式依序的 被發現，但對於大面積、大空間的物體的表面殺菌及空 氣、水的消毒，紫外線（UV)仍是被優先考慮的。 [0003] 紫外線消毒法，具有快速、徹底、不污染、操作簡便、 使用及維護費用低等優點。而且，紫外線消毒法比氣消 毒法、臭氧消毒法都快速，高強度、高能量的紫外線只 要幾秒鐘即可徹底滅菌，而氣消毒法、臭氧消毒法則需 數分鐘以上。紫外線消毒法，幾乎對所有的細菌、病毒 、寄生蟲、病原體和藻類……等均可有效殺滅，而且不 會造成二次污染，不殘留任何有毒物質，對被消毒的物 體，無腐蝕性、無污染、無殘留，電源關閉，紫外線便 消失。 [0004] 由於紫外線具有優越的殺菌效果，因此紫外線殺菌燈都 被安裝於淨水器、烘碗機、除蹣機或冰箱等電子用品上 ，以形成具有紫外線殺菌光的裝置。雖然，這些紫外線 殺菌裝置可提供紫外線殺菌光進行物體表面的殺菌，但 是這些紫外線殺菌裝置都因體積過大、過重，讓使用者 不易搬動，且更無法攜帶外出使用。 表單編號A0101 第3頁/共31頁 M430275 【新型内容】 [0005] 因此，本創作之主要目的，在解決傳統缺失，本創作將 紫外線殺菌裝置製作成便於使用者攜帶方便，只要利用 搓揉方式即可使該裝置產生紫外線進行殺菌。而且，搓 揉的力量越大，所產生的紫外線殺菌能力越強。 [0006] 為達上述之目的，本創作提供一種光殺菌裝置，包括： [0007] 一承載體，其内包覆有一壓力感測薄膜層，該承載體具 有一上表面及一下表面； [0008] 一散光片組，係由一第一散光片及一第二散光片組成， 該第一散光片係以組接於該上表面，該第二散光片係組 接於該下表面上； [0009] 一光源產生裝置，係配置於該承載體上，該光源產生裝 置具有複數個產生紫外線的發光元件及一與該發光元件 電性連結的電路板，該發光元件設於該第一及第二散光 片上； [0010] 一内殼組，係由一第一内殼及第二内殼組成，該第一内 殼係以組接於該承載體的上表面並罩住該第一散光片， 該第二内殼係以組接於該承載體的下表面並罩住該第二 散光片； [0011] 其中，在該第一内殼及該第二内殼受外力連動承載體變 形時，該壓力感測薄膜層輸出感測訊號至該電路板上， 以驅動該發光元件產生紫外線照射於該第一内殼及該第 二内殼上進行殺菌處理。 [0012] 其中，該承載體為具有彈性的矽膠或軟性橡膠製成，且 表單編號A0101 第4頁/共31頁 M430275 r 斷面呈I字形，該上表面及下表面的周緣上各具有一凸垣 部，該凸垣部上具有一卡溝。 [0013] 其中，該壓力感測薄膜層為複數個感測器組成一大面積 壓力感測陣列。 [0014] 其中，該第一散光片及該第二散光片為圓弧形或橢圓形 的框體，該第一散光片及該第二散光片的斷面呈彎弧形 〇 [0015] 其中，-該電路板上具有一控制電路以接收壓力感測薄膜 層所感測的壓力大小，以控制輸出電壓大小，以改變殺 菌光源的強弱。 [0016] 其中，更具有一電源供應單元與該電路板電性連結，該 電源供應單元為鹼性電池或充電電池。 [0017] 其中，該電路板上增加一磁感應的感應線圈。 [0018] 其中，更具有一充電座，該充電座電連接有一條具有USB 連接器插頭的傳輸線，該充電座内部具有一主機板，該 主機板上具有一充電電路，該充電電路具有一產生磁力 的磁力元件。 [0019] 其中，該第一内殼及該第二内殼為透明或非透明的硬性 或軟性的塑膠材料製成半圓弧或半橢圓形，或該第一内 殼及該第二内殼的塑膠材料以添加UV紫外光線的螢光粉 〇 [0020] 其中，該第一内殼及該第二内殼的邊緣延伸有一第一卡 掣部及第二卡掣部，該第一卡掣部及第二卡掣部以卡扣 表單編號A0101 第5頁/共31頁 M430275 於該凸垣部内側的卡溝中。 [0021]其中，更具有一外蓋組，該外蓋組由一第一外蓋及一第 —外蓋組成，該第一外蓋及第二外蓋上固具有一第一接 合部及-第二接合部，該第—外蓋蓋於該承載體的上表 面並罩住該第一内殼上，使該第一接合部位於該凸垣部 内側’使該第-外蓋、第-内殼及第—散光片之間呈緊 配關係的組接於該承載體的上表面上，該第二外蓋蓋於 該承載體的下表面並罩住該第二内殼上，使該第二接合 部位於該凸垣部内側，使該第二外蓋、第二内殼及第二 散光片之間呈緊配關係的組接於該承載體的下表面上； 其中，該第一外蓋及該第二外蓋為透明或非透明的壓克 力材質。 [〇〇22]其中，該第一外蓋及該第二外蓋的該第一接合部及該第 二接合部的側邊延伸有一第一卡合部及第二卡合部，該 第一卡合部及第二卡合部以卡扣於該凸垣部内側的卡溝 中。 [0023] 為達上述之目的，本創作提供另一種光殺菌裝置，包括 [0024] —承載體，其具有一上表面及一下表面； [0025] —散光片組，係由一第一散光片及一第二散光片組成， 該第一散光片係以組接於該上表面，該第二散光片係組 接於該下表面上； [0026] —光源產生裝置，係配置於該承載體上，該光源產生裝 置具有複數個產生紫外線的發光元件及一與該發光元件 表單編號A0101 第δ頁/共31頁 M43Q275 電性連結的電路板，該發光元件設於該第一及第二散光 片上； [0027] 内喊組，係由一第一内殼及第二内殼組成，該第一内 喊係以組接於該承載體的上表面並罩住該第一散光片， 該第二内殼係以組接於該承載體的下表面並罩住該第二 散光片； [0028] 一壓力感測薄膜層，係配置於該第一内殼及該第二内殼 上； [0029] 其中，在該第一内殼及該第二内殼受外力變形時，該壓 力感測薄膜層輸出感測訊號至該電路板上，以驅動該發 光元件產生紫外線照射於該第一内殼及該第二内殼上進 行殺菌處理。 [0030] 其中，该承載體為具有彈性的矽膠或軟性橡膠製成，且 斷面呈I字形，該上表面及下表面的周緣上各具有一凸垣 部’該凸垣部上具有一卡溝。 [0031] 其中，該壓力感測薄膜層為複數個感測器組成一大面積 壓力感測陣列，該壓力感測薄膜層係配置於該内殼組的 該第一内殼或該第一内殼的内表面或外表面；或包覆在 該第一内殼或該第二内殼内。 [0032] 其中，該第一散光片及該第二散光片為圓弧形或橢圓形 的框體，該第一散光片及該第二散光片的斷面呈彎弧形 〇 [0033] 其中，該電路板上具有一控制電路以接收壓力感測薄膜 層所感測的Μ力大小，以控制輸出電壓大小，以改變殺 表單編號Α0101 第7頁/共31頁 M430275 菌光源的強弱 [0034]其中，更具有-電源供應單元與該電路板電性連結，該 電源供應單元為鹼性電池或充電電池。 [〇〇35]其中，該電路板上增加一磁感應的感應線圈。 剛其中’更具有-充電座，該充電座f連接有—條具有· 連接器插頭的傳輸線，該充電座内部具有一主機板，該 主機板上具有一充電電路，該充電電路具有—產生磁力 的磁力元件。 國其中’該第-内殼及該第二内殼為透明或非透明的硬性 或軟性的塑膠材料製成半圓弧或半橢圓形，或該第一内 殼及該第二内殼的塑膠材料以添加uv紫外光線的螢光粉 〇 [0038] 其中，該第一内殼及該第二内殼的邊緣延伸有一第一卡 掣部及第一卡掣部，該第一卡掣部及第二卡掣部以卡扣 於該凸垣部内側的卡溝中。 [0039] 其中，更具有一外蓋組，該外蓋組由一第一外蓋及一第 二外蓋組成’該第一外蓋及第二外蓋上固具有一第一接 合部及一第二接合部，該第一外蓋蓋於該承載體的上表 面並罩住該第一内殼上，使該第一接合部位於該凸垣部 内側，使該第一外蓋、第一内殼及第一散光片之間呈緊 配關係的組接於該承載體的上表面上，該第二外蓋蓋於 該承載體的下表面並罩住該第二内殼上，使該第二接合 部位於該凸垣部内側’使該第二外蓋、第二内殼及第二 散光片之間呈緊配關係的組接於該承載體的下表面上； 表單编號Α0101 第8頁/共31頁 M430.275 該第一外蓋及該第二外蓋為透明或非透明的壓克力材質 〇 [0040] 其中’該第一外蓋及該第二外蓋的該第一接合部及該第 二接合部的側邊延伸有一第一卡合部及第二卡合部，該 第一卡合部及第二卡合部以卡扣於該凸垣部内側的卡溝 中。 【實施方式】 [0041] 茲有關本創作之技術内容及詳細說明，現配合圖式說明 如下： [0042] 請參閱第一、二、三圖，係本創作之光殺菌裝置外觀立 體及分解示意圖一、二。如圖所示：本創作之光殺菌裝 置，包括：一承載體1、一散光片組2、一光源產生器3、 一内殼組4及一外蓋組5。 [0043] 3亥承載體1，係以碎膠製成具有彈性的承載體1，該承載 體1内具有一壓力感測薄膜層11❶該壓力感測薄膜層丨丄為 複數個感測器組成一大面積壓力感測陣列（為習知技藝， 在此不多言述），在該承載體丨受到擠壓呈現線性變形反 應，壓力愈大，使該壓力感測薄膜層丨丨輸出的感測值愈 大。另，於該承載體1具有一上表面12及一下表面丨3，該 上表面12及下表面13(如第四圖所示）的周緣上各具有一 凸垣部14、15。在本圖式中，該承載體j的斷面呈1字形 〇 [〇〇44]該散光片組2，包括有：一第一散光片21及一第二散光片 22。該第-散光片21及該第二散光片22為圓弧形或· 表單編號A0101 第9頁/共31頁 M430275 形的框體，且該第一散光片21及該第二散光片22的斷面 呈彎弧形。該第一散光片21係以組接於該上表面1 2，該 第一散光片22係組接於該下表面13上。 [0045] 該光源產生裝置3，包括：複數個產生uv紫外線的發光元 件31、一與該發光元件31電性連結電路板32及一與電路 板32電性連結的電源供應單元33。該發光元件31以設於 該第一散光片21及該第二散光片22上，該發光元件31所 產生的UV紫外線由該第一散光片21及該第二散光片22擴 散或反射。該電路板32具有一控制電路（圖中未示）以接 收壓力感測薄膜層11所感測的壓力大小，以控制輸出電 壓大小’以改變殺菌光源的強弱。該電源供應單元33為 鹼性電池或充電電池，以提供電路板32及發光元件31電 力。在本圖式中，該發光元件31為產生UV紫外線的發光 二極體。 [0046] 該内殼組4 ’包括有：一第一内殼41及第二内殼42。該第 一内殼41係以組接於該承載體1的上表面12並罩住該第一 散光片21，該第二内殼42係以組接於該承載體1的下表面 13並罩住該第二散光片22。該第一内殼41及該第二内殼 42為透明或非透明的硬性或軟性的塑耀·材料製成，在製 作時可以添加UV紫外線的螢光粉於該塑膠材料中，在發 光元件31所產生的UV紫外線照射至該第一内殼41及該第 二内殼42上時’使整個該第一内殼41及該第二内殼42呈 現出UV紫外線照射，即可達到殺菌作用。在本圖式中， 該第一内殼41及該第二内殼42為半圓弧或半橢圓形》 [0047] 該外蓋組5，包括有：一第一外蓋51及一第二外蓋52。該 表單编號A0101 第10頁/共31 ’頁 第一外蓋51及第二外蓋52上固具有一第一接合部511及一 第二接合部521，該第一外蓋51蓋於該承載體1的上表面 12並罩住該第一内殼41上，使該第一接合部511位於該凸 垣部14内側，使該第一外蓋51、第一内殼41及第一散光 片21之間呈緊配（或黏合）關係的組接於該承載體1的上表 面12上。同樣地，該第二外蓋52蓋於該承載體1的下表面 13並罩住該第二内殼42上，使該第二接合部521位於該凸 垣部15内側，使該第二外蓋52、第二内殼42及第二散光 片22之間呈緊配（或黏合）關係的組接於該承載體1的下表 面13上。在本圖式中，該第一外蓋51及該第二外蓋52為 透明或非透明的壓克力材質，在UV紫外線由第一内殼41 及該第二内殼42穿出時，該第一外蓋51及該第二外蓋52 具有導光作用。 [0048]請參閱第四、五圖，係本創作之光殺菌裝置侧剖視及光 殺菌裝置被搓揉示意圖。如圖所示：在本創作之光殺菌 裝置的感應元件1、散光片組2、光源產生器3、内殼組4( 或再加外殼組5)組裝完成後，該光殺菌裝置形成一個如 肥皂般的形體，使用者的手掌在光殺菌裝置的該内殼組4 的該第一内殼41及該第二内殼42，或該外蓋組5的該第一 外蓋51及該第二外蓋52表面上搓揉時，使該第一内殼41 及該第二内殼42 ’或該第一外蓋51及該第二外蓋52擠壓 該承載體1變形，該壓力感測薄膜層11也隨著變形感測壓 力輸出大小，此感測訊號傳至該電路板32上，在電路板 32處理後，即驅動該發光元件31點亮。該發光元件31點 亮後，所產生的UV紫外線經該散光片組2的第一散光片21 及該第二散光片22將UV紫外線擴散或反射至内殼體4的該 表單编號A0101 第11頁/共31頁 M430275 第一内殼41及該第二内殼42上，或再由第一内殼41及該 第二内殼42將UV紫外光線傳遞至該外蓋組5的該第一外蓋 51及該第二外蓋52上，該UV紫外線可對使用者的手掌進 行殺菌處理，如同使用者利用肥皂洗手的態樣。 [0049] 當使用者的手掌在光殺菌裝置的内殼組4的該第一内殼41 及該第二内殼42，或外蓋組5的該第一外蓋51及該第二外 蓋52表面上搓揉的力量愈大時，該承載體j受擠壓變形量 大，使該壓力感測薄膜層12所感測搓揉力量大，使該電 路板輸出電壓高，使該發光元件產生亮度更亮的uv紫外 線照射於該第一散光片21及該第二散光片22上，再反射 於該内殼組4的該第一内殼41及該第二内殼42，或外蓋組 5的該第一外蓋51及該第二外蓋52的表面上，以利用較強 的UV紫外線對使用者的手掌進行殺菌處理。 [0050] 請參閱第六圖，係本創作之另一實施例示意圖。如圖所 示：本創作之壓力感測薄膜層11係可配置於該内殼組4的 該第一内殼41或該第一内殼42的内表面或外表面，或者 該壓力感測薄膜層12係可包覆在該第一内殼41或該第二 内殼42内’在該内殼組4的第一内殼41及該第二内殼42， 或該外蓋組5的第一外蓋51及該第二外蓋52的表面用力搓 揉時，使該第一内殼41及該第二内殼42，或該第一外蓋 51及該第二外蓋52變形時，該壓力感測薄膜層11即感測 一壓力訊號輸出至電路板32上，使控制該電壓大小輸出 ，以驅動發光元件31點亮的亮度大小。 []請參閱第七圖，係本創作之再一實施例示意圖。如圖所 示：當本創作之外蓋組5的第一外蓋51及該第二外蓋52的 表單編號A0101 笫12頁/共31頁 。玄第一接合部511及該第二接合部521的側邊延伸有一第 —卡合部512及第二卡合部522時，該第一卡合部512及 第一卡合部522以卡扣於該凸垣部14、15内側的卡溝141 、151令，使該外蓋組5形成可拆卸式，以便於使用者可 以更換電池。 [0052]請參閱第八圖’係本創作之又一實施例示意圖。如圖所 示：當本創作的光殺菌裝置上無外蓋組5設計時，可將該 内殼組4的第一内殼41及該第二内殼42的邊緣延伸有一第 一卡掣部411及第二卡掣部421時，該第一卡掣部411及 第二卡掣部421以卡扣於該承載體1的凸垣部14、15内侧 的卡溝141、151中’使該内殼組4形成可拆卸式，以便於 使用者可以更換電池。 [_]請參閱第九圖，係本創作之又另一實施例示意圖。如圖 所示。在本創作之内殼組4或外蓋組5與該承載體1為勝黏 方式組合時，該内殼組4的第一内殼41及該第二内殼42， 或外蓋組5的第一外蓋51及該第二外蓋52形成不可拆卸時 ，該光源產生器3上的電源供應單元33為充電電池，並於 該電路板32上增加一磁感應的感應線圈321。 [0054] 在光殺菌裝置放置於一充電座6時，該充電座6電連接有 一條具有USB連接器插頭61的傳輸線62上，使該USB連接 器插頭可以插接於具有USB連接埠的裝置上充電，同時該 充電座6内部主機板63上的充電電路具有一磁力元件64， 在磁力元件64產生磁力，在磁感應的感應線圈321感應後 將磁力轉換成電力即可對充電電池進行充電，讓使用者 免於常常更換電池。 表單編號A0101 第13頁/共31頁 M430275 [0055] 上述僅為本創作之較佳實施例而已，並非用來限定本創 作實施之範圍。即凡依本創作申請專利範圍所做的均等 變化與修飾，皆為本創作專利範圍所涵蓋。 【圖式簡單說明】 [0056] 第一圖， 係本創作之光殺菌裝置外觀立體示意圖。 [0057] 第二圖， 係本創作之光殺菌裝置分解示意圖一。 [0058] 第三圖， 係本創作之光殺菌裝置分解示意圖二。 [0059] 第四圖， 係本創作之光殺菌裝置側剖視示意圖。 [0060] 第五圖， 係本創作之光殺菌裝置被搓揉示意圖。 [0061] 第六圖， 係本創作之另一實施例示意圖。 [0062] 第七圖， 係本創作之再一實施例示意圖。 [0063] 第八圖， 係本創作之又一實施例示意圖。 [0064] 第九圖， 係本創作之又另一實施例示意圖。 【主要元件符號說明】 [0065] 承載體1 [0066] 壓力感測薄膜層1 1 [0067] 上表面12 [0068] 下表面13 [0069] 凸垣部Η 1 ' 15 [0070] 卡溝141 ' 151 [0071] 散光片組2 表單编號A0101 第14頁/共31頁 M43Q275 [0072] 第一散光片21 [0073] 第二散光片22 [0074] 光源產生裝置3 [0075] 發光元件31 [0076] 電路板3 2 [0077] 感應線圈321 [0078] 電源供應單元3 3V. New description: [New technology field] [0001] This creation is related to a sterilizing device, especially a light sterilizing device that uses ultraviolet rays to sterilize light at the sputum. Technology] [0002] With the continuous advancement of technology, many methods of disinfection and sterilization have been discovered in sequence, but for the surface sterilization of large-area, large-space objects and the disinfection of air and water, ultraviolet (UV) is still Prioritized. [0003] The ultraviolet disinfection method has the advantages of rapid, thorough, non-contamination, simple operation, low use and maintenance cost, and the like. Moreover, the ultraviolet disinfection method is faster than the gas disinfection method and the ozone disinfection method, and the high-intensity, high-energy ultraviolet light can be completely sterilized in only a few seconds, and the gas disinfection method and the ozone disinfection method take several minutes or more. UV disinfection method can kill almost all bacteria, viruses, parasites, pathogens and algae... without causing secondary pollution, no toxic substances, no corrosive to sterilized objects. No pollution, no residue, the power is turned off, and the ultraviolet light disappears. [0004] Since ultraviolet rays have an excellent sterilizing effect, ultraviolet ray germicidal lamps are mounted on electronic articles such as a water purifier, a dish dryer, a mites machine, or a refrigerator to form a device having ultraviolet sterilizing light. Although these ultraviolet sterilizing devices can provide ultraviolet sterilizing light to sterilize the surface of the object, these ultraviolet sterilizing devices are too large and too heavy, making it difficult for the user to move, and even more difficult to carry out. Form No. A0101 Page 3 of 31 M430275 [New Content] [0005] Therefore, the main purpose of this creation is to solve the traditional lack of this, the creation of the ultraviolet disinfection device is made convenient for users to carry, as long as the use of the way The device can be made to generate ultraviolet rays for sterilization. Moreover, the greater the power of 搓 ,, the stronger the UV sterilizing power produced. [0006] In order to achieve the above object, the present invention provides a light sterilizing apparatus comprising: [0007] a carrier body coated with a pressure sensing film layer, the carrier body having an upper surface and a lower surface; [0008] The astigmatism sheet group is composed of a first astigmatism sheet and a second astigmatism sheet, the first astigmatism sheet is assembled on the upper surface, and the second astigmatism sheet is assembled on the lower surface; A light source generating device is disposed on the carrier, the light source generating device has a plurality of light emitting elements that generate ultraviolet rays, and a circuit board electrically connected to the light emitting elements, wherein the light emitting elements are disposed in the first and the first [0010] An inner casing group is composed of a first inner casing and a second inner casing, the first inner casing is assembled on the upper surface of the carrier and covers the first astigmatism sheet The second inner casing is assembled to the lower surface of the carrier and covers the second astigmatism sheet; [0011] wherein when the first inner casing and the second inner casing are deformed by the external force linkage carrier The pressure sensing film layer outputs a sensing signal to the circuit board, The illuminating element is driven to generate ultraviolet rays to be irradiated onto the first inner casing and the second inner casing for sterilization treatment. [0012] wherein the carrier is made of elastic silicone or soft rubber, and the form number A0101, page 4 / page 31, M430275 r has an I-shaped cross section, and each of the upper surface and the lower surface has a circumference. a convex portion having a card groove on the convex portion. [0013] wherein the pressure sensing film layer is a large area pressure sensing array composed of a plurality of sensors. [0014] wherein the first astigmatism sheet and the second astigmatism sheet are arc-shaped or elliptical frames, and the first astigmatism sheet and the second astigmatism sheet have a curved cross section [0015] The circuit board has a control circuit for receiving the pressure sensed by the pressure sensing film layer to control the output voltage to change the strength of the germicidal light source. [0016] wherein a power supply unit is electrically connected to the circuit board, and the power supply unit is an alkaline battery or a rechargeable battery. [0017] wherein a magnetic induction induction coil is added to the circuit board. [0018] wherein there is a charging base, the charging base is electrically connected to a transmission line having a USB connector plug, the charging base has a motherboard inside, the motherboard has a charging circuit, and the charging circuit has a generation Magnetic magnetic component. [0019] wherein the first inner casing and the second inner casing are semi-circular or semi-elliptical, or the first inner casing and the second inner casing, which are made of a transparent or non-transparent hard or soft plastic material. The plastic material is a fluorescent powder containing UV ultraviolet light. [0020] wherein the first inner casing and the second inner casing extend to have an edge portion and a second clamping portion, the first card The second part and the second part are in the form of a snap form number A0101, page 5 of 31, M430275, in the groove inside the tenon. [0021] The outer cover group is composed of a first outer cover and a first outer cover, and the first outer cover and the second outer cover are fixed with a first joint portion and a second joint portion, the first outer cover covers the upper surface of the carrier and covers the first inner casing such that the first joint portion is located inside the tenon portion to make the first outer cover and the first The inner casing and the first astigmatism sheet are closely connected to the upper surface of the carrier, and the second outer cover covers the lower surface of the carrier and covers the second inner casing, so that the The second engaging portion is located inside the tenon portion, and the second outer cover, the second inner cover and the second diffusing plate are closely coupled to the lower surface of the carrier; wherein the first The outer cover and the second outer cover are transparent or non-transparent acrylic materials. [〇〇22] The first engaging portion and the second engaging portion of the first outer cover and the second outer cover extend to have a first engaging portion and a second engaging portion, the first The engaging portion and the second engaging portion are engaged in the groove on the inner side of the tenon portion. [0023] In order to achieve the above object, the present invention provides another light sterilizing device, including [0024] a carrier having an upper surface and a lower surface; [0025] a astigmatism sheet set by a first astigmatism sheet And a second astigmatism sheet, the first astigmatism sheet is assembled on the upper surface, and the second astigmatism sheet is assembled on the lower surface; [0026] a light source generating device is disposed on the carrier The light source generating device has a plurality of light-emitting elements that generate ultraviolet rays and a circuit board electrically connected to the light-emitting element form No. A0101, δ page/31, M43Q275, and the light-emitting elements are disposed on the first and second astigmatism [0027] the inner shouting group is composed of a first inner casing and a second inner casing, the first inner shouting is assembled on the upper surface of the carrier and covers the first astigmatism piece, the first a second inner shell is assembled on the lower surface of the carrier and covers the second astigmatism sheet; [0028] a pressure sensing film layer disposed on the first inner shell and the second inner shell; 0029] wherein, when the first inner casing and the second inner casing are deformed by an external force, Force sensing film layer sensing signal output to the circuit board, for driving the light emitting element generates ultraviolet radiation in the first inner housing and the second housing inner row sterilizing treatment progress. [0030] wherein the carrier is made of elastic silicone or soft rubber, and has an I-shaped cross section, and each of the upper surface and the lower surface has a convex portion on the periphery of the lower portion. ditch. [0031] wherein the pressure sensing film layer comprises a plurality of sensors comprising a large area pressure sensing array, wherein the pressure sensing film layer is disposed in the first inner casing or the first inner casing group An inner or outer surface of the shell; or wrapped within the first inner shell or the second inner shell. [0032] wherein the first astigmatism sheet and the second astigmatism sheet are arcuate or elliptical frames, and the first astigmatism sheet and the second astigmatism sheet have a curved cross section [0033] The circuit board has a control circuit for receiving the pressure sensed by the pressure sensing film layer to control the output voltage level to change the strength of the killing form number Α0101 page 7/31 page M430275 bacteria source [0034] Wherein, the power supply unit is electrically connected to the circuit board, and the power supply unit is an alkaline battery or a rechargeable battery. [〇〇35] wherein a magnetic induction induction coil is added to the circuit board. Just having a more - charging stand, the charging stand f is connected with a transmission line having a connector plug, the charging stand has a main board inside, the main board has a charging circuit, and the charging circuit has a magnetic force Magnetic components. The plastic inner or outer shell of the first inner shell and the second inner shell is made of a transparent or non-transparent rigid or semi-elliptical shape, or the plastic of the first inner shell and the second inner shell The material is a fluorescent powder containing uv ultraviolet light. [0038] wherein the first inner casing and the second inner casing extend to have a first clamping portion and a first locking portion, the first locking portion and The second latching portion is snapped into the latching groove on the inner side of the tenon portion. [0039] wherein there is an outer cover group, the outer cover group is composed of a first outer cover and a second outer cover. The first outer cover and the second outer cover are fixed with a first joint portion and a first cover portion. a second joint portion, the first outer cover covers the upper surface of the carrier and covers the first inner casing, so that the first joint portion is located inside the tenon portion, so that the first outer cover and the first cover The inner casing and the first astigmatism sheet are closely connected to the upper surface of the carrier body, and the second outer cover covers the lower surface of the carrier body and covers the second inner casing, so that the The second joint portion is located inside the tenon portion, and the second outer cover, the second inner shell and the second diffuser are closely connected to each other on the lower surface of the carrier; Form No. Α0101 8 pages/total 31 pages M430.275 The first outer cover and the second outer cover are transparent or non-transparent acrylic material 〇 [0040] wherein 'the first outer cover and the second outer cover a first engaging portion and a second engaging portion extend from a side of the engaging portion and the second engaging portion, wherein the first engaging portion and the second engaging portion are buckled in the protruding portion Cards ditch. [Embodiment] [0041] The technical content and detailed description of this creation are as follows: [0042] Please refer to the first, second and third figures, which are the three-dimensional and exploded schematic view of the light sterilization device of the present invention. One or two. As shown in the figure: the light sterilization device of the present invention comprises: a carrier 1, a astigmatism group 2, a light source generator 3, an inner casing group 4 and an outer cover group 5. [0043] The 3H carrier 1 is made of a crushed rubber and has a resilient carrier 1 having a pressure sensing film layer 11 therein. The pressure sensing film layer is composed of a plurality of sensors. A large area pressure sensing array (for the prior art, not to mention here), in which the carrier is subjected to a linear deformation reaction, and the pressure is increased, so that the pressure sensing film layer is outputted. The greater the value. Further, the carrier 1 has an upper surface 12 and a lower surface 丨3, and the upper surface 12 and the lower surface 13 (shown in Fig. 4) each have a convex portion 14, 15 on the periphery thereof. In the present embodiment, the carrier j has a cross-section in a shape of a 〇 [〇〇44] The astigmatism group 2 includes a first astigmatism sheet 21 and a second astigmatism sheet 22. The first astigmatism sheet 21 and the second astigmatism sheet 22 are in the shape of a circular arc or a form number A0101, page 9 / 31, M430275, and the first astigmatism sheet 21 and the second astigmatism sheet 22 are The section is curved. The first astigmatism sheet 21 is assembled to the upper surface 12, and the first astigmatism sheet 22 is assembled to the lower surface 13. The light source generating device 3 includes a plurality of light emitting elements 31 for generating ultraviolet light, a circuit board 32 electrically connected to the light emitting element 31, and a power supply unit 33 electrically connected to the circuit board 32. The light-emitting element 31 is provided on the first light-scattering sheet 21 and the second light-scattering sheet 22, and the ultraviolet light generated by the light-emitting element 31 is diffused or reflected by the first light-scattering sheet 21 and the second light-scattering sheet 22. The circuit board 32 has a control circuit (not shown) for receiving the pressure sensed by the pressure sensing film layer 11 to control the output voltage magnitude to change the strength of the germicidal light source. The power supply unit 33 is an alkaline battery or a rechargeable battery to provide power to the circuit board 32 and the light-emitting element 31. In the present embodiment, the light-emitting element 31 is a light-emitting diode that generates UV rays. [0046] The inner casing group 4' includes a first inner casing 41 and a second inner casing 42. The first inner casing 41 is assembled to the upper surface 12 of the carrier 1 and covers the first astigmatism sheet 21, and the second inner casing 42 is assembled to the lower surface 13 of the carrier 1 and covered. The second astigmatism sheet 22 is housed. The first inner casing 41 and the second inner casing 42 are made of a transparent or non-transparent hard or soft plastic material, and a UV ultraviolet ray powder may be added to the plastic material during the production, in the light-emitting element. When the UV light generated by the 31 is irradiated onto the first inner casing 41 and the second inner casing 42, the whole inner first shell 41 and the second inner shell 42 are exposed to UV ultraviolet rays, thereby achieving sterilization. . In the present drawing, the first inner casing 41 and the second inner casing 42 are semi-arc or semi-elliptical. [0047] The outer cover group 5 includes: a first outer cover 51 and a second Cover 52. The first outer cover 51 and the second outer cover 52 are fixed with a first joint portion 511 and a second joint portion 521, and the first outer cover 51 is covered by the first cover 51 and the second outer cover 52. The upper surface 12 of the carrier 1 covers the first inner casing 41 such that the first joint portion 511 is located inside the tenon portion 14 to make the first outer cover 51, the first inner casing 41 and the first astigmatism The assembly between the sheets 21 in a tight (or bonded) relationship is attached to the upper surface 12 of the carrier 1. Similarly, the second outer cover 52 covers the lower surface 13 of the carrier 1 and covers the second inner casing 42 such that the second engaging portion 521 is located inside the tenon portion 15 to make the second outer portion The cover 52, the second inner casing 42 and the second astigmatism sheet 22 are in a tight (or bonded) relationship to the lower surface 13 of the carrier 1. In the present drawing, the first outer cover 51 and the second outer cover 52 are transparent or opaque acrylic materials, and when UV ultraviolet rays are passed through the first inner casing 41 and the second inner casing 42, The first outer cover 51 and the second outer cover 52 have a light guiding effect. [0048] Please refer to the fourth and fifth figures, which are a side view of the light sterilization device of the present invention and a schematic view of the light sterilization device. As shown in the figure: after the assembly of the sensing element 1, the astigmatism sheet group 2, the light source generator 3, the inner casing group 4 (or the outer casing group 5) of the light sterilizing device of the present invention is completed, the light sterilizing device forms a a soap-like body, the first inner casing 41 and the second inner casing 42 of the inner casing group 4 of the light sterilizing device, or the first outer cover 51 of the outer cover group 5 and the first When the surface of the second outer cover 52 is twisted, the first inner casing 41 and the second inner casing 42 ′ or the first outer cover 51 and the second outer cover 52 are pressed to deform the bearing body 1 , and the pressure is sensed. The film layer 11 is also sensed by the deformation sensing pressure output, and the sensing signal is transmitted to the circuit board 32. After the circuit board 32 is processed, the light-emitting element 31 is driven to light. After the illuminating element 31 is turned on, the generated UV ray is diffused or reflected by the first astigmatism sheet 21 and the second astigmatism sheet 22 of the astigmatism sheet group 2 to the inner casing 4 of the form number A0101. 11/3 of M430275, the first inner casing 41 and the second inner casing 42, or the first inner casing 41 and the second inner casing 42 transmit UV ultraviolet rays to the outer cover group 5 On the outer cover 51 and the second outer cover 52, the UV ultraviolet light can sterilize the palm of the user, as the user washes his hand with soap. [0049] when the palm of the user is in the first inner casing 41 and the second inner casing 42 of the inner casing group 4 of the photosterilization device, or the first outer cover 51 and the second outer cover of the outer cover group 5 When the force of the cymbal on the surface of the 52 is greater, the carrier j is subjected to a large amount of deformation, so that the squeezing force of the pressure sensing film layer 12 is large, so that the output voltage of the circuit board is high, so that the illuminating element is generated. The uv ultraviolet light having brighter brightness is irradiated onto the first astigmatism sheet 21 and the second astigmatism sheet 22, and then reflected on the first inner shell 41 and the second inner shell 42 of the inner shell group 4, or the outer cover group On the surfaces of the first outer cover 51 and the second outer cover 52 of the fifth, the palm of the user is sterilized by using strong ultraviolet rays. [0050] Please refer to the sixth figure, which is a schematic diagram of another embodiment of the present creation. As shown in the figure, the pressure sensing film layer 11 of the present invention can be disposed on the inner surface or the outer surface of the first inner casing 41 or the first inner casing 42 of the inner casing group 4, or the pressure sensing film. The layer 12 may be wrapped in the first inner casing 41 or the second inner casing 42 'in the first inner casing 41 and the second inner casing 42 of the inner casing group 4, or the outer casing group 5 When the surfaces of the outer cover 51 and the second outer cover 52 are forced to deform, the first inner casing 41 and the second inner casing 42 or the first outer cover 51 and the second outer cover 52 are deformed. The pressure sensing film layer 11 senses a pressure signal output to the circuit board 32 to control the voltage output to drive the brightness of the light-emitting element 31 to illuminate. [] Please refer to the seventh figure, which is a schematic diagram of still another embodiment of the present creation. As shown in the figure, the first outer cover 51 of the outer cover group 5 and the second outer cover 52 of the present invention are in the form number A0101 笫 12 pages/total 31 pages. When the first engaging portion 511 and the second engaging portion 521 have a first engaging portion 512 and a second engaging portion 522 extending from the side, the first engaging portion 512 and the first engaging portion 522 are buckled. The card grooves 141, 151 on the inner side of the tenon portions 14, 15 make the outer cover group 5 detachable so that the user can replace the battery. [0052] Please refer to the eighth figure, which is a schematic diagram of another embodiment of the present invention. As shown in the figure: when the photo-sterilizing device of the present invention has no outer cover group 5, the first inner casing 41 and the second inner casing 42 of the inner casing group 4 may extend with a first snap portion. In the case of the 411 and the second latching portion 421, the first latching portion 411 and the second latching portion 421 are engaged in the latching grooves 141 and 151 of the inner side of the tenon portions 14 and 15 of the carrier 1 The inner casing set 4 is detachable so that the user can replace the battery. [_] Please refer to the ninth figure, which is a schematic diagram of still another embodiment of the present creation. as the picture shows. When the inner casing group 4 or the outer cover group 5 of the present invention is combined with the carrier body 1 in a winning manner, the first inner casing 41 and the second inner casing 42 of the inner casing group 4, or the outer cover group 5 When the first outer cover 51 and the second outer cover 52 are formed to be non-detachable, the power supply unit 33 on the light source generator 3 is a rechargeable battery, and a magnetic induction induction coil 321 is added to the circuit board 32. [0054] When the photo-sterilizing device is placed on a charging stand 6, the charging stand 6 is electrically connected to a transmission line 62 having a USB connector plug 61, so that the USB connector plug can be plugged into a device having a USB port. The charging circuit is charged, and the charging circuit on the internal motherboard 63 of the charging stand 6 has a magnetic component 64. The magnetic component 64 generates a magnetic force, and after the magnetic induction induction coil 321 senses, the magnetic force is converted into electric power to charge the rechargeable battery. Keep users from having to change batteries frequently. Form No. A0101 Page 13 of 31 M430275 [0055] The foregoing is only a preferred embodiment of the present invention and is not intended to limit the scope of the present invention. That is, the equal changes and modifications made by the patent application scope of this creation are covered by the scope of the creation patent. BRIEF DESCRIPTION OF THE DRAWINGS [0056] The first figure is a three-dimensional schematic view of the appearance of the light sterilization device of the present invention. [0057] The second figure is an exploded view of the light sterilization device of the present invention. [0058] The third figure is a schematic diagram of the decomposition of the light sterilization device of the present invention. [0059] The fourth figure is a side cross-sectional view of the light sterilization device of the present invention. [0060] The fifth figure is a schematic diagram of the light sterilization device of the present invention. [0061] FIG. 6 is a schematic diagram of another embodiment of the present creation. [0062] The seventh figure is a schematic diagram of still another embodiment of the present invention. [0063] The eighth figure is a schematic diagram of still another embodiment of the present creation. [0064] FIG. 9 is a schematic view showing still another embodiment of the present invention. [Main component symbol description] [0065] Carrier 1 [0066] Pressure sensing film layer 1 1 [0067] Upper surface 12 [0068] Lower surface 13 [0069] Concavity portion 1 ' 15 [0070] Card groove 141 '151 [0071] astigmatism sheet set 2 Form No. A0101 Page 14 of 31 M43Q275 [0072] First astigmatism sheet 21 [0073] Second astigmatism sheet 22 [0074] Light source generating device 3 [0075] Light-emitting element 31 [0076] Circuit Board 3 2 [0077] Induction Coil 321 [0078] Power Supply Unit 3 3
[0079] 内殼組4 [0080] 第一内殼41 [0081] 第一卡掣部411 [0082] 第二内殼42 [0083] 第二卡掣部421 [0084] 外蓋組5Inner Shell Set 4 [0080] First Inner Shell 41 [0081] First Cartridge Portion 411 [0082] Second Inner Shell 42 [0083] Second Cartridge Portion 421 [0084] Cover Group 5
[0085] 第一外蓋51 [0086] 第一接合部511 [0087] 第一卡合部512 [0088] 第二外蓋52 [0089] 第二接合部521 [0090] 第二卡合部522 [0091] 充電座6 第15頁/共31頁 表單編號A0101 M430275 [0092] USB連接器插頭61 [0093] 傳輸線62 [0094] 主機板63 [0095] 磁力元件64 表單編號A0101 第16頁/共31頁First outer cover 51 [0086] first engaging portion 512 [0088] second outer cover 52 [0089] second engaging portion 521 [0090] second engaging portion 522 [0091] Charging Stand 6 Page 15 of 31 Form No. A0101 M430275 [0092] USB Connector Plug 61 [0093] Transmission Line 62 [0094] Motherboard 63 [0095] Magnetic Element 64 Form No. A0101 Page 16 of Page 31