M363310 五、新型說明： 【新型所屬之技術領域】 本創作是關於一種具有紫外光及光觸媒殺 _化件之口 罩，尤指一種於氧氣罩的通氣孔處接設有空氣淨化、 備可將含有細菌、黴菌、病毒及其他有害罐具 功能之簡便型口罩。 【先前技術】M363310 V. New description: [New technical field] This creation is about a mask with ultraviolet light and photocatalyst killing, especially a kind of air purifying at the vent hole of the oxygen mask, which can be contained A simple mask for bacteria, mold, viruses, and other harmful cans. [Prior Art]
為了防止吸入透過飛沫或空氣四處散播的細菌或病主 等，人們通常會配戴口罩罩住口鼻，藉由該口罩上的:二 或進一步添加滅菌藥劑等，以確保人們吸入的是淨化後的 空礼，或者，於口罩上添加奈米級光觸媒材料，以期利用 光觸媒產生自由基達到滅菌之效果。 惟前述添加有光觸媒材料的口罩設計，必須令其光觸 媒接受紫外光照射下，方能發揮其滅菌功效，然= 在一 般環境光中，紫外光僅# 5%左右，以致π罩上的光觸媒 未受到足夠的紫外光照μ，而無法發揮其較佳的滅菌功能 【新型内容】 本創作之主要目的在於提供一種具有紫外光及光觸媒 八菌元件之口罩希藉此設計，改善先前添加有光觸媒材 料的口罩滅菌功能不佳之缺點。 為達成前揭目的，本創作所設計之具有紫外光及光觸 媒殺菌7L件之口罩主要係由—空氣淨化罐以及—具有通氣 孔的氧氣罩所組成，該空氣淨化罐包括： 3 M363310 罐體’該罐體内部形成有一氣室，該罐體頂部形成 一出鼠口連通該氣室，該罐體於氣室周邊側壁設有至少一 進氣孔，該罐體並以該出氣口連接氧氣罩的通氣孔； 一光觸媒元件’係包含一附有奈米光觸媒的過濾膜， «亥附有/Τ'米觸媒的過濾膜係設於罐體的氣室中，並將氣室 分隔成上、下兩部分；以及 一紫外光元件，係裝設於該罐體中，該紫外光元件包 含一紫外光發射單元m卜光發射單元的光發射端自下 方朝上方附有奈米光觸媒的過濾膜，用以連接電源而對附 有奈米光觸媒的過濾膜投射紫外光。 本創作藉由則揭該罐體並以該出氣口連通氧氣罩的通 =空氣淨化罐設計，其特點在於：本創作制該接設於 乳：罩的通氣孔處之空氣淨化罐於其罐體内裝設一光觸媒 ^牛以及—紫外光元件’使配載該具有空氣淨化罐之口罩 的使用者呼吸時，可令外I人古*试 右金^ 7外界3有細痛、黴菌、病毒及其他 有害之有機物進入該办洛、、容&描〇士 ““甘 4入°亥工氣妒化罐時，即被紫外光照射下的 先觸媒7G件上的奈米光觸 示刀鮮成無t之二氧化碳，因此 可k供使用者無毒清淨的空氣。 處力：二=二可於該罐體内部針對紫外光元件裝設 等功用.W 熱孔等，使該罐體兼具散熱、防潮 專功用，錢料 方潮 以阻隔人體呼氣中的水氣進入空氣淨化罐内力裂不織布’用 【實施方式】 如第一圖所示，係椹千太 ^ ^ 本創作具有紫外光及光觸拔姐 k件之口罩之—較佳實尤及先觸媒殺 由圖中可以見及，該口罩 M363310 主要係由一空氣淨化罐（1)以及一具有通氣孔（3)的氧氣罩 (2)所組成，其中，如第二、三圖所示，該空氣淨化罐（1) 係包含·一罐體（1〇)、一光觸媒元件（2〇)以及一紫外光元 件（30)。 該罐體（1〇)内部形成一氣室（12)，該罐體（10)頂部具有 一出氣口（14)連通該氣室（12)，該出氣口（14)用以連接氧氣 罩（2)的通氣孔（3)，該罐體（1〇)於氣室（12)外圍側壁設有至 -少一進氣孔（1 5)。 .於本較佳實施例中，該罐體（1 0)可設計成组合式之構 造’該罐體（10)包含—基底部（1〇A)及一組設於基底部 (10A)上的頂蓋部（1〇B),該基底部（1〇A)形成一側壁〇㈨於 其内部區隔成一容室（11)以及位於該容室（1彳）外圍的進氣 至（11A) ’該基底部（1 〇A)於其外圍側壁設置該至少一進氣 孔（15)連通進氣室（11A)，該罐體（1〇)的容室（11)頂部設有 一可拆組的頂板（18);該頂蓋部（1QB)係可拆組地裝設於該 丨 基底部（10A)上端，該頂蓋部（1〇B)中形成一開口朝下的裝 配室（11B) ’用以連通基底部（1〇八）的進氣室（11A)，使裝配 室（11 B)與進氣室（1彳a)併合為該氣室（彳2)，該頂蓋部（1QB) 頂部具有—接管部（16)，該接管部（1 6)内部空間連通下方 的裝配室（11 B)，頂端形成該出氣口（ ] 4)。 刖述罐體（10)中，該接管部（16)外周面尚可形成一環 凹槽（161) ’用以套設一密封環圈（17)。該基底部（1〇A)底 面尚可形成一開口朝下的電池室（13A)，並設有一用以蓋合 電池室（13A)的電池蓋（10C)。 遠光觸媒元件（20)包含一附有奈米光觸媒的過濾臈 5 M363310 (21)，該附有奈米光觸媒的過濾膜（21)係設於罐體（1〇)内部 的氣室（12)中且位於容室（1彳）上方，將氣室（12)分隔為上、 下兩部分，於本較佳實施例中，該附有奈米光觸媒的過濾 膜（21)於上方尚可進一步設置一不織布（24)，用以阻隔人 體呼氣中的水氣經由出氣口（14)進入空氣淨化罐（1)内。 再者，該附有奈米光觸媒的過濾膜（21)及不織布（24) 一 可藉由一上固定件（22)以及下固定件（23)相對夾持，並裝 - 設固定於頂蓋部（1〇B>的裝配室（11B)内，上固定件（22〉及 • 下固定件（23)中各形成相對應的中孔（221 )(231 )，附有奈 米光觸媒的過遽膜（21)及不織布（24)位於該二中孔 (221 )(231)間，使外界空氣經由進氣孔（15)進入進氣室 (11A)内，再通過位於裝配室（11B)的附有奈米光觸媒的過 據膜（21)以及不織布（24)後到達出氣σ (14)。 如第二圖所示，該下固定件（23)尚可進一步於其中孔 (232)中設置柵格部（233) ’用以輔助固定附有奈米光觸媒 的過濾膜（21)以及不織布（24)。 如弟一、二圖所示的較佳實施例’該下固定件（23)外 周面可形成外螺紋（232)，該頂蓋部（ι〇Β)的裝配室（11Β)下 端開口形成内螺紋（12Β)，該基底部（10八）的進氣室（11Α)上 端開口形成内螺紋（12Α)，藉此，使下固定件（23)可螺設於 該頂蓋部（10Β)的裝配室（11Β)下端開口處，且配合上固定 件（22)相對夾持固定附有奈米光觸媒的過濾膜（2 ”，下固 定件（23)具有外螺紋（232)的下端部凸出頂蓋部（1〇Β)底部 ’提供基底部（10Α)之内螺紋（12Α)螺接其上而固結。 該紫外光元件（30)係裝設於該罐體0)的容室（1彳）中， 6 M363310 該紫外光元件（30)包含一紫外光發射單元（3彳），該紫外光 發射單7L (31)的光發射端伸出容室（1彳）頂壁外且朝向附有 奈米光觸媒的過濾膜（21)，使該紫外光發射單元ο”可連 接電源而發出紫外光投射於附有奈米光觸媒的過濾膜d) 上’提供光觸媒殺菌功能。 如第一、二圖所示的較佳實施例中，該紫外光元件 (30) 除該紫外光發射單元（31)外，尚包含一電路板（32)、_ 開關（33)，該紫外光發射單元（31)以及開關（33)係分別電連 接於該電路板（32)上，該罐體（10)的容室（11)頂部為一可拆 組的頂板（18)，使該電路板（32)裝設於該容室（11)内，並可 於該罐體（10)的電池室（1 3A)内裝設一電池（34)，並以電池 羞（ioc)蓋合電池室（13A)，該電池室（13A)中設有電連接電 路板（32)的導電件，使該電池（34)通過導電件電連接電路 板（32)以及開關（33)，提供電路板（32)以及紫外光發射單元 (31) 工作所須的電源，該頂板（18)上形成一穿孔（181)提供 β亥备' 外光發射單元（31)的光發射端伸入該頂板（彳8)外該 穿孔（181)中尚可進一步裝設一密封環（182)，該密封環 (182〉並氣密地套設於紫外光發射單元（31)外側，用以介於 穿孔（181)孔壁與紫外光發射單元（31)外周面間構成氣密狀 態，該開關（33)設於該頂板（1 8)頂面，用以控制紫外光發 射單元（31)的開關，所述的開關（33)可為按壓式開關或撥 動式開關或其他型式的開關。 該罐體（10)尚可於電池蓋（10C)中設一不導電之散熱片 (101C) ’該散熱片（101C)自電池蓋（10〇)内表面延伸至外 表面，提供散熱之用，該電池蓋（10C)亦可增設散熱孔（19) M363310 ，提供散熱功能；另容室⑴)尚可外接至少一散熱導典 (15收伸至罐體（10)外側，作為通風散熱及防潮之用途。" 刖述中’該紫外光元件（30)之電路板（32)可以黏著 段或螺絲鎖固等方式固定頂板(18)底®，或者，亦可於嗜 頂板（18)底面形成數卡勾（183)，藉由該些卡勾（1叫固二 電路板（32)。 疋 卜—本創作將該空氣淨化罐⑴結合氧氣罩（2)使用時，如 第、二、四圖所示’可將該空氣淨化罐⑴罐體。⑴上 的接管部(16)插接於口罩(2)的進氣口 (15)處，其中藉由接 管部⑽外周面所套設的密封環圈（17)於進氣口（3)中形成 密封狀態，用以阻止外界空氣經由接管部（彳6)與口罩進 軋口 (3)間的缝隙通過。當使用者配戴該口罩⑺後，可經 由空氣淨化罐（1)正常呼吸，纟中外界的空氣係經由該空氣 淨轉⑴的罐體（10)進氣孔（15)進入氣室（12)内紫外光 發射單元（31)導通電池（34)而發射紫外光投射於附有夺米 光觸媒的過遽膜（21)上，如⑨，使進人氣室（12)的空^ 過附有奈米光觸媒的過㈣（21)時，即為光觸媒減菌膜 (2υ上的光觸媒材料產生自由基而將隨空氣進人的病毒、、 、田菌予以为解成無毒的二氧化碳而加以消7烕，提供使用 呼吸清淨無病毒之空氣。是故，本創作確可提供一簡便且 減菌效果顯著的實用口罩。 【圖式簡單說明】 第—圖係本創作具有紫外光及光觸媒殺菌元件之口罩 之較it貫施例之平面示意圖。 第二圖係第-圖所示口罩較佳實施例中之空氣淨化罐 8 M363310 的立體分解示意圖。 第三圖係第二圖所示空氣淨化罐的組合剖面示意圖。 第四圖係第二圖所示空氣淨化罐之使用狀態參考圖。 【主要元件符號說明】 (1)空氣淨化罐 (3)進氣口 (2)氧氣罩 ' (10)罐體 (10A)基底部 - (11A)進氣室 • (13A)電池室 (12A)内螺紋 (10B)頂蓋部 (12B)内螺紋 (11 B)裝配室 (10C)電池蓋 (101C)散熱片 (11)容室 (12)氣室 (13)側壁 (14)出氣口 (15)進氣孔 (151)散熱導管 (16)接管部 β (17)密封環圈 (161)環凹槽 (18)頂板 (1 81)穿孔 (182)密封環 (19)散熱孔 (183)卡勾 (20) 光觸媒元件 (21) 附有奈米光觸媒的過濾膜 (22) 上固定件 （221)中孔 (23)下固定件 (231)中孔 (232)外螺紋 (233)栅格部 9 M363310 (24)不織布 (30)紫外光元件 （31)紫外光發射單元 (32)電路板 （33)開關 (34)電池In order to prevent inhalation of bacteria or diseased subjects scattered through droplets or air, people usually wear masks to cover the nose and mouth. By using: 2 or further adding sterilizing agents, etc., to ensure that people inhale the purified Empty gift, or add nano-scale photocatalyst material to the mask, in order to use the photocatalyst to generate free radicals to achieve the effect of sterilization. However, the mask design with the photocatalyst material added must allow the photocatalyst to be exposed to ultraviolet light to exert its sterilization effect. However, in general ambient light, the ultraviolet light is only about 5%, so that the photocatalyst on the π mask is not Sufficient ultraviolet light μ, but unable to exert its better sterilization function [New content] The main purpose of this creation is to provide a mask with ultraviolet light and photocatalytic eight-component components to improve the previously added photocatalyst material. The shortcomings of poor mask sterilization. In order to achieve the pre-existing purpose, the mask designed with ultraviolet light and photocatalyst sterilization 7L is mainly composed of an air purifying tank and an oxygen mask with a venting hole. The air purifying tank includes: 3 M363310 tank body' An air chamber is formed in the tank body, and a top of the tank body forms a rat mouth to communicate with the air chamber, and the tank body is provided with at least one air inlet hole on the side wall of the air chamber, and the tank body is connected with the oxygen mask through the air outlet port. a venting port; a photocatalyst element includes a filter film with a nano photocatalyst, and a filter film with a 触/Τ' meter catalyst is disposed in the gas chamber of the can body, and the gas chamber is divided into upper And the second part; and an ultraviolet light element, which is installed in the can body, the ultraviolet light element comprises an ultraviolet light emitting unit, and the light emitting end of the light emitting unit is filtered with a nano photocatalyst attached from above to the top. The film is used to connect a power source to project ultraviolet light to a filter film with a nano photocatalyst. The present invention is characterized in that the air purification tank is connected to the venting hole of the milk: cover by means of the air-purifying tank design which exposes the tank body and connects the oxygen hood with the air outlet. The body is equipped with a photocatalyst and a UV-light element to make the user who is equipped with the mask of the air-purifying tank breathe, so that the outside person can test the right gold and the external 3 have fine pain, mold, Viruses and other harmful organic substances enter the Luo, and Rong & "The gentleman" is the nano-light touch on the 7G piece of the first catalyst that is irradiated by ultraviolet light. The knife is fresh into the carbon dioxide without t, so it can be used for the user's non-toxic and clean air. The force: two = two can be installed inside the tank for the ultraviolet light components and other functions. W hot holes, etc., so that the tank has both heat dissipation, moisture-proof special effects, money tide to block the body's exhaled water The gas enters the air purification tank and the force cracks the non-woven fabric'. [Embodiment] As shown in the first figure, the system is 太千太^^ This is a mask with ultraviolet light and light touch-up k-pieces - better and better touch The media kill can be seen in the figure. The mask M363310 is mainly composed of an air purifying tank (1) and an oxygen mask (2) having a vent hole (3), wherein, as shown in the second and third figures, The air purification tank (1) comprises a can body (1 inch), a photocatalytic element (2 inch), and an ultraviolet light element (30). An air chamber (12) is formed inside the tank body (1), and an air outlet (14) is connected to the top of the tank body (10) to communicate with the air chamber (12), and the air outlet port (14) is connected to the oxygen mask (2). a venting hole (3), the tank body (1 〇) is provided with at least one air inlet hole (15) on the outer side wall of the air chamber (12). In the preferred embodiment, the can body (10) can be designed in a combined configuration. The can body (10) includes a base portion (1A) and a set of base portions (10A). a top cover portion (1〇B), the base portion (1〇A) forming a side wall 九(9) is partitioned into a chamber (11) and an air inlet (11A) located outside the chamber (1彳) The base portion (1 〇A) is provided on the peripheral side wall thereof with the at least one air inlet hole (15) communicating with the air inlet chamber (11A), and the top of the chamber (11) of the tank body (11) is provided with a detachable a top plate (18) of the set; the top cover portion (1QB) is detachably assembled at an upper end of the base portion (10A), and an opening-down assembly chamber is formed in the top cover portion (1〇B) 11B) 'Intake chamber (11A) for connecting the base portion (1-8), the assembly chamber (11 B) and the inlet chamber (1彳a) are merged into the air chamber (彳2), the top cover The top portion (1QB) has a connecting portion (16), and the internal portion of the connecting portion (16) communicates with the lower fitting chamber (11B), and the top end forms the air outlet (4). In the can body (10), a circumferential groove (161) is formed on the outer peripheral surface of the connecting portion (16) for arranging a sealing ring (17). The base portion (1A) has a battery chamber (13A) with an opening facing downward, and a battery cover (10C) for covering the battery chamber (13A). The high-beam catalytic element (20) comprises a filter 臈5 M363310 (21) with a nano photocatalyst, and the filter film (21) with a nano photocatalyst is disposed in a gas chamber (12) inside the can body (1) And located above the chamber (1彳), the gas chamber (12) is divided into upper and lower portions. In the preferred embodiment, the filter film (21) with the nano photocatalyst can be further A non-woven fabric (24) is provided to block the moisture in the body's exhalation from entering the air purification tank (1) via the air outlet (14). Furthermore, the filter film (21) and the non-woven fabric (24) with the nano photocatalyst can be relatively clamped by an upper fixing member (22) and a lower fixing member (23), and mounted and fixed on the top cover. In the assembly room (11B) of the unit (1〇B>, the upper fixing member (22> and the lower fixing member (23) each form a corresponding center hole (221) (231), which is attached with a nano photocatalyst. The aponeurizing film (21) and the non-woven fabric (24) are located between the two middle holes (221) (231), so that outside air enters the air inlet chamber (11A) via the air inlet hole (15), and then passes through the assembly room (11B). The passing film (21) with the nano photocatalyst and the non-woven fabric (24) reach the outgas σ (14). As shown in the second figure, the lower fixing member (23) can be further inserted into the hole (232). A grid portion (233) is provided to assist in fixing the filter film (21) with the nano photocatalyst and the non-woven fabric (24). The preferred embodiment shown in the first and second figures is the lower fixing member (23). The outer peripheral surface may form an external thread (232), and the lower end opening of the fitting chamber (11Β) of the top cover portion (11Β) forms an internal thread (12Β) on the inlet chamber (11Α) of the base portion (10) The end opening forms an internal thread (12Α), whereby the lower fixing member (23) can be screwed on the lower end opening of the fitting chamber (11Β) of the top cover portion (10Β), and the upper fixing member (22) is oppositely clamped Holding a filter membrane (2 ” with a nano photocatalyst attached thereto, the lower end portion of the lower fixing member (23) having an external thread (232) protrudes from the bottom portion of the top cover portion (1 〇Β) to provide internal threads of the base portion (10 Α) (12Α) is screwed up and consolidated. The ultraviolet light element (30) is installed in the chamber (1彳) of the can body 0), 6 M363310, the ultraviolet light element (30) comprises an ultraviolet light emission a unit (3彳), the light emitting end of the ultraviolet light emitting unit 7L (31) protrudes out of the top wall of the chamber (1彳) and faces the filter film (21) with the nano photocatalyst, so that the ultraviolet light emitting unit ο" can be connected to a power source to emit ultraviolet light projected on the filter film d) with a nano photocatalyst to provide a photocatalyst sterilization function. In the preferred embodiment shown in the first and second figures, the ultraviolet light element (30) In addition to the ultraviolet light emitting unit (31), a circuit board (32), a _ switch (33) is included, and the ultraviolet light emitting unit (31) The switch (33) is electrically connected to the circuit board (32), and the top of the chamber (11) of the can body (10) is a detachable set of top plates (18), so that the circuit board (32) is installed. In the chamber (11), a battery (34) is installed in the battery compartment (13A) of the can body (10), and the battery compartment (13A) is covered by the battery ioc. A conductive member electrically connecting the circuit board (32) is disposed in the battery room (13A), and the battery (34) is electrically connected to the circuit board (32) and the switch (33) through the conductive member to provide the circuit board (32) and the ultraviolet light. The power supply required for the operation of the transmitting unit (31), a through hole (181) is formed on the top plate (18) to provide a light emitting end of the external light emitting unit (31) extending into the top plate (彳8). Further, a sealing ring (182) is further disposed in (181), and the sealing ring (182> is airtightly disposed outside the ultraviolet light emitting unit (31) for interposing the hole (181) with the wall and the ultraviolet The light emitting unit (31) forms an airtight state between the outer peripheral surfaces, and the switch (33) is disposed on the top surface of the top plate (18) for controlling the switch of the ultraviolet light emitting unit (31), the switch ( 33) It can be a push switch or a toggle switch or other type of switch. The can body (10) can also be provided with a non-conductive heat sink (101C) in the battery cover (10C). The heat sink (101C) extends from the inner surface of the battery cover (10 〇) to the outer surface to provide heat dissipation. The battery cover (10C) can also be provided with a heat dissipation hole (19) M363310 to provide heat dissipation function; the other chamber (1) can be externally connected with at least one heat dissipation guide (15 is extended to the outside of the can body (10) for ventilation and heat dissipation. The use of moisture proof. " In the description, the circuit board (32) of the ultraviolet light component (30) can be fixed to the top plate (18) bottom® by means of adhesive or screw locking, or it can also be used on the top plate (18). A plurality of hooks (183) are formed on the bottom surface, and the hooks are used (1 is called a solid board (32). 疋 — - This creation uses the air purifying tank (1) in combination with the oxygen mask (2), such as the second and second The four parts of the tank can be inserted into the air inlet (15) of the mask (2), which is covered by the outer peripheral surface of the nozzle part (10). The sealing ring (17) is formed in a sealed state in the air inlet (3) for preventing outside air from passing between the connecting portion (彳6) and the mask into the rolling port (3) The gap passes. When the user wears the mask (7), the air can be normally breathed through the air purifying tank (1), and the outside air in the crucible enters the air through the air inlet (15) of the tank (10) of the air (1). The ultraviolet light emitting unit (31) in the chamber (12) turns on the battery (34) and emits ultraviolet light to be projected on the overlying film (21) with the photocatalyst, such as 9, to make the air into the air chamber (12) ^ When (4) (21) with a nano photocatalyst is attached, it is a photocatalyst-reducing film (the photocatalyst material on the 2 产生 generates a radical, and the virus, the bacterium, and the bacterium that enters the air are dissolved into non-toxic carbon dioxide. It eliminates the need to clean the air without viruses. Therefore, this creation can provide a practical mask with a simple and effective bacteriostatic effect. [Simplified illustration] The first picture shows the creation of ultraviolet light and photocatalyst. A schematic plan view of a mask of a sterilizing element. The second drawing is a perspective exploded view of the air purifying tank 8 M363310 in the preferred embodiment of the mask shown in the first embodiment. The third figure is the air shown in the second figure. A schematic cross-sectional view of the purification tank. The fourth figure is the reference diagram of the use status of the air purifying tank shown in the second figure. [Explanation of main components] (1) Air purifying tank (3) Intake port (2) Oxygen cap ' (10) Tank body (10A) Base bottom - (11A) inlet chamber • (13A) battery compartment (12A) internal thread (10B) top cover (12B) internal thread (11 B) assembly chamber (10C) battery cover (101C) heat sink (11) Chamber (12) Air chamber (13) Side wall (14) Air outlet (15) Air inlet (151) Heat pipe (16) Pipe joint β (17) Seal ring (161) Ring groove (18) Top plate ( 1 81) Perforation (182) sealing ring (19) vent (183) hook (20) Photocatalyst element (21) Filter film with nano photocatalyst (22) Upper holder (221) under hole (23) Fixing member (231) Middle hole (232) External thread (233) Grid portion 9 M363310 (24) Non-woven fabric (30) Ultraviolet light element (31) Ultraviolet light emitting unit (32) Circuit board (33) Switch (34) Battery
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