TWM611421U

TWM611421U - Ultraviolet sterilization mask

Info

Publication number: TWM611421U
Application number: TW110200235U
Authority: TW
Inventors: 賈魯強; 劉淑鈴; 龍嘉美
Original assignee: 泰和國際實業有限公司
Priority date: 2021-01-06
Filing date: 2021-01-06
Publication date: 2021-05-01

Abstract

An ultraviolet sterilization mask is formed by combining a sterilization layer and a body of a mask. The sterilization layer is formed by forming a patterned conductive circuit on a substrate and electrically connecting an ultraviolet unit on the conductive circuit. The substrate includes a fabric, and therefore, in addition to the sterilization function, the ultraviolet sterilization mask formed by the sterilization layer and the body has soft, breathable and flexible characteristics, which increases the wearing comfort and the convenience of storage and carrying.

Description

紫外線殺菌口罩 UV germicidal mask

本創作係有關一種殺菌口罩，特別是關於一種紫外線殺菌口罩。 This creation is about a kind of sterilization mask, especially about a kind of ultraviolet sterilization mask.

一般口罩的本體主要係由熔噴不織布、活性碳及棉布等材質相互夾置所縫製而成，且在該本體兩側設有鬆緊帶，利用鬆緊帶配戴於耳後或套置於頭部後方，使該本體得以覆蓋於口鼻處。由於該本體中各材質皆具有不同的過濾效果，使病菌被阻隔於各夾層中，因此可避免病菌直接吸入人體內部，或由人體內部擴散至四周空氣中。 The body of a general mask is mainly made of meltblown non-woven fabric, activated carbon, cotton cloth and other materials sandwiched and sewn, and there are elastic bands on both sides of the body, and the elastic band is worn behind the ears or placed behind the head. The body can be covered on the nose and mouth. Since each material in the body has a different filtering effect, the germs are blocked in each interlayer, so it can prevent germs from being directly inhaled into the human body or spreading from the human body to the surrounding air.

如上所述，一般口罩藉由本體阻隔了病菌，因此該本體會因病菌堆積而成為汙染源，對人體及四周環境造成危害。對此，有人提出利用紫外線消除該本體中的病菌，以防止病菌進入體內或由體內擴散於四周空氣中。習知係在口罩的本體中設置固定座及燈管接座，以及安裝紫外線燈管在該燈管接座上，藉以產生紫外線消除病菌，或者在一殼體中設置紫外線裝置，以及在與口鼻間具有容置空間的罩體上開設組裝口供組設該殼體，利用該紫外線裝置產生紫外線來消除病菌。然而，上述習知的口罩因具有硬物(例如固定座、燈管座、殼體等)，在配戴時不舒適且不易收納攜帶。 As mentioned above, ordinary masks block germs through the body, so the body will become a source of pollution due to the accumulation of germs, causing harm to the human body and the surrounding environment. In this regard, it has been proposed to use ultraviolet rays to eliminate germs in the body to prevent germs from entering the body or spreading from the body into the surrounding air. The conventional art is to install a fixed seat and a lamp socket in the body of the mask, and install an ultraviolet lamp on the lamp socket to generate ultraviolet rays to eliminate germs, or install an ultraviolet device in a shell, and install an ultraviolet lamp on the lamp socket. An assembly port is provided on the cover body with an accommodating space between the nose for assembling the shell, and the ultraviolet device is used to generate ultraviolet rays to eliminate germs. However, the above-mentioned conventional mask has hard objects (for example, a fixed seat, a lamp holder, a housing, etc.), which is uncomfortable when worn and is not easy to store and carry.

因此，一種配戴舒適且便於收納攜帶的紫外線殺菌口罩，乃為所冀。 Therefore, a UV germicidal mask that is comfortable to wear and easy to store and carry is not For the hope.

本創作的目的之一，在於提出一種配戴舒適的紫外線殺菌口罩。 One of the purposes of this creation is to propose a comfortable ultraviolet germicidal mask.

本創作的目的之一，在於提出一種方便收納的紫外線殺菌口罩。 One of the purposes of this creation is to propose an ultraviolet sterilization mask that is convenient for storage.

本創作的目的之一，在於提出一種便於攜帶的紫外線殺菌口罩。 One of the purposes of this creation is to propose an ultraviolet sterilization mask that is easy to carry.

根據本創作，一種紫外線殺菌口罩，包括一本體，一與該本體結合的殺菌層，該殺菌層包括基材，直接形成在該基材上之圖案化的導電電路，與該導電電路電性連接的紫外線單元，以及與該導電電路電性連接的控制單元，該控制單元控制該紫外線單元的開啟或關閉，其中該基材包括織物。 According to the present creation, an ultraviolet germicidal mask includes a body and a germicidal layer combined with the body. The germicidal layer includes a substrate, and a patterned conductive circuit directly formed on the substrate is electrically connected to the conductive circuit The ultraviolet unit, and a control unit electrically connected to the conductive circuit, the control unit controls the opening or closing of the ultraviolet unit, wherein the substrate includes a fabric.

本創作的殺菌層的基材包括織物，由於織物具有柔軟、透氣及可撓的特性，大幅提升紫外線殺菌口罩配帶的舒適性及收納攜帶的便利性，此外，基於織物的可水洗性，以織物為基材的殺菌層可水洗，因此當口罩的本體可水洗時，本創作結合該本體與該殺菌層的紫外線殺菌口罩亦可水洗。 The base material of the bactericidal layer of this creation includes fabrics. Due to the soft, breathable and flexible properties of the fabrics, the comfort of wearing UV germicidal masks and the convenience of storage and carrying are greatly improved. In addition, based on the washability of the fabrics, The bactericidal layer with fabric as the base material can be washed with water. Therefore, when the body of the mask can be washed with water, the ultraviolet bactericidal mask combining the main body and the bactericidal layer can also be washed with water.

10:紫外線殺菌口罩 10: UV germicidal mask

11:紫外線殺菌口罩 11: UV germicidal mask

12:本體 12: body

13:紫外線殺菌口罩 13: UV germicidal mask

14:殺菌層 14: Bactericidal layer

16:耳朵掛環 16: ear ring

18:控制單元 18: control unit

20:外層 20: Outer layer

22:過濾層 22: filter layer

24:裏層 24: inner layer

26:本體 26: body

28:口袋 28: Pocket

30:本體 30: body

32:口袋 32: Pocket

40:基材 40: Substrate

42:導電電路 42: conductive circuit

44:區域 44: area

46:區域 46: area

48:紫外線單元 48: UV unit

50:纖維 50: fiber

52:導電基材 52: Conductive substrate

54:開關 54: switch

55:保護層 55: protective layer

56:電源 56: Power

57:電源接口 57: power connector

58:電源接口 58: power interface

59:開關 59: switch

60:紫外線殺菌口罩 60: UV germicidal mask

62:本體 62: body

第1圖係本創作的紫外線殺菌口罩的第一實施例； Figure 1 is the first embodiment of the ultraviolet germicidal mask created by this invention;

第2圖係本創作的紫外線殺菌口罩的本體的示意圖； Figure 2 is a schematic diagram of the body of the ultraviolet sterilization mask created by this creation;

第3圖係本創作的紫外線殺菌口罩的第二實施例； Figure 3 shows the second embodiment of the ultraviolet germicidal mask created by this invention;

第4圖係本創作的紫外線殺菌口罩的第三實施例； Figure 4 shows the third embodiment of the ultraviolet germicidal mask created by this invention;

第5圖係本創作的紫外線殺菌口罩的殺菌層的示意圖； Figure 5 is a schematic diagram of the germicidal layer of the UV germicidal mask created by this invention;

第6圖係第5圖沿AA方向剖面的第一實施例； Figure 6 is the first embodiment of the section along the AA direction of Figure 5;

第7圖係基材為織物時，基材的SEM圖； Figure 7 is the SEM image of the substrate when the substrate is fabric;

第8圖係第5圖沿AA方向剖面的第二實施例； Figure 8 is the second embodiment taken along the AA direction of Figure 5;

第9圖係導電基材的SEM圖； Figure 9 is an SEM image of the conductive substrate;

第10圖係控制單元電性連接殺菌層的示意圖； Figure 10 is a schematic diagram of the control unit electrically connected to the sterilization layer;

第11圖係控制單元電性連接殺菌層的示意圖； Figure 11 is a schematic diagram of the control unit electrically connected to the sterilization layer;

第12圖係控制單元電性連接殺菌層的示意圖； Figure 12 is a schematic diagram of the control unit electrically connected to the sterilization layer;

第13圖係控制單元電性連接殺菌層的示意圖； Figure 13 is a schematic diagram of the control unit electrically connected to the sterilization layer;

第14圖係控制單元電性連接殺菌層的示意圖； Figure 14 is a schematic diagram of the control unit electrically connected to the sterilization layer;

第15圖係控制單元電性連接殺菌層的示意圖；以及 Figure 15 is a schematic diagram of the control unit electrically connected to the sterilization layer; and

第16圖係本創作的紫外線殺菌口罩的第四實施例。 Figure 16 shows the fourth embodiment of the ultraviolet germicidal mask created by this invention.

參照第1圖，本創作的紫外線殺菌口罩10包括本體12，殺菌層14與本體12結合，耳朵掛環16(例如鬆緊帶)位於本體12兩側且與本體12結合以及控制單元18電性連接殺菌層14。參照第1圖及第2圖，在一實施例中，本體12包括外層20、貼近臉部的裏層24以及介於外層20與裏層24之間的過濾層22，殺菌層14與外層20、過濾層22及裏層24結合縫製成一體，在不同的實施例中，根據需求配置殺菌層14、外層20、過濾層22及裏層24間的位置，例如將殺菌層14配置在過濾層22與裏層24之間，或者將殺菌層14配置在外層20與過濾層22之間，達到所需的殺菌效果。如第3圖所示，在另一實施例中，紫外線殺菌口罩11的本體26具有口袋28供置入殺菌層14，使殺菌層14與本體26結合成一體。如第4圖所示，在不同的實施例中，紫外線殺菌口罩13的本體30具有口袋32供置入殺菌層14，使殺菌層14與本體30結合成一體。 Referring to Figure 1, the UV germicidal mask 10 of the present creation includes a main body 12, a sterilization layer 14 is combined with the main body 12, ear loops 16 (such as elastic bands) are located on both sides of the main body 12 and combined with the main body 12, and the control unit 18 is electrically connected to sterilize Layer 14. 1 and 2, in one embodiment, the body 12 includes an outer layer 20, an inner layer 24 close to the face, a filter layer 22 between the outer layer 20 and the inner layer 24, the sterilization layer 14 and the outer layer 20 , The filter layer 22 and the inner layer 24 are combined and sewn into one body. In different embodiments, the positions between the sterilization layer 14, the outer layer 20, the filter layer 22, and the inner layer 24 are arranged according to requirements. For example, the sterilization layer 14 is arranged on the filter layer. 22 and the inner layer 24, or the sterilization layer 14 is arranged between the outer layer 20 and the filter layer 22 to achieve the desired sterilization effect. As shown in Figure 3, in another In one embodiment, the body 26 of the ultraviolet germicidal mask 11 has a pocket 28 for inserting the germicidal layer 14 so that the germicidal layer 14 and the body 26 are integrated into one body. As shown in FIG. 4, in a different embodiment, the body 30 of the ultraviolet germicidal mask 13 has a pocket 32 for inserting the germicidal layer 14 so that the germicidal layer 14 and the body 30 are integrated.

參照第5圖，殺菌層14包括基材40，基材40包括諸如聚酯纖維、尼龍、棉、麻、不織布及活性碳等材質的織物、軟板、TPU膜及PET膜等，圖案化的導電電路42直接形成在基材40上，例如經由網版印刷將導電漿料直接印製在基材40上形成導電電路42，在一實施例中，經由網版印刷將銅漿、銀漿、銀銅漿、銀鎳漿、硝酸銀漿、氧化銀漿、檸檬酸銀漿或其混合物等直接印製在基材40上，經烘烤後在織物40上形成銅線路、銀線路、銀銅線路或銀鎳線路的導電電路42，導電電路42包括區域44及區域46，紫外線單元48設置於導電電路42的區域44上並電性連接導電電路42，紫外線單元48包括波長從400nm到320nm的UV-A發光二極體(LED)、波長從320nm到280nm的UV-B LED以及波長從280nm到100nm的UV-C LED，當紫外線單元48採用UV-A LED時，可在殺菌層14上塗佈光觸媒以增加殺菌力。在一實施例中，紫外線單元48與導電電路42經由導電膠結合形成電性連接，在另一實施例中，紫外線單元48經由焊接方式與導電電路42的形成電性連接。在不同的實施例中，可設計不同的導電電路42使殺菌層14符合實際的殺菌需求(例如殺菌的範圍)。 Referring to Figure 5, the sterilization layer 14 includes a substrate 40, which includes fabrics such as polyester fiber, nylon, cotton, linen, non-woven fabrics and activated carbon, soft boards, TPU films and PET films, etc., patterned The conductive circuit 42 is directly formed on the substrate 40. For example, the conductive paste is directly printed on the substrate 40 through screen printing to form the conductive circuit 42. In one embodiment, copper paste, silver paste, Silver copper paste, silver nickel paste, silver nitrate paste, silver oxide paste, silver citrate paste or their mixtures are directly printed on the substrate 40, and after baking, copper circuits, silver circuits, and silver copper circuits are formed on the fabric 40 Or silver-nickel circuit conductive circuit 42. The conductive circuit 42 includes area 44 and area 46. The ultraviolet unit 48 is disposed on the area 44 of the conductive circuit 42 and is electrically connected to the conductive circuit 42. The ultraviolet unit 48 includes UV with a wavelength from 400 nm to 320 nm. -A light-emitting diode (LED), UV-B LED with wavelength from 320nm to 280nm, and UV-C LED with wavelength from 280nm to 100nm, when UV-A LED is used in ultraviolet unit 48, it can be coated on sterilization layer 14. Distribute photocatalyst to increase the bactericidal power. In one embodiment, the ultraviolet unit 48 is electrically connected to the conductive circuit 42 through conductive glue. In another embodiment, the ultraviolet unit 48 is electrically connected to the conductive circuit 42 through welding. In different embodiments, different conductive circuits 42 can be designed to make the sterilization layer 14 meet the actual sterilization requirements (for example, the range of sterilization).

第6圖係第5圖沿AA方向剖面的第一實施例，參照第6圖，在一實施例中，導電電路42直接形成在基材40的表面。第7圖係基材40為織物時，基材40的SEM圖，第8圖係第5圖沿AA方向剖面的第二實施例，第9圖係導電基材52的SEM圖，參照第7圖，當以織物作為基材40時，基材40具有複數個纖維50。參照第7圖至第9圖，在一實施例中，可藉由調整網版印刷的參數，例如網版網目數、張網張力、刮刀壓力、刮刀速度及/或導電漿料的黏稠度等，使導電電路42從基材40的表面延伸至基材40內部並包覆基材40的纖維50，形成如第9圖所示的導電基材52。 FIG. 6 is the first embodiment taken along the AA direction of FIG. 5. Referring to FIG. 6, in one embodiment, the conductive circuit 42 is directly formed on the surface of the substrate 40. As shown in FIG. Fig. 7 is an SEM image of the substrate 40 when the substrate 40 is a fabric, Fig. 8 is a second embodiment of the section along the AA direction in Fig. 5, and Fig. 9 The SEM image of the conductive substrate 52, referring to FIG. 7, when a fabric is used as the substrate 40, the substrate 40 has a plurality of fibers 50. Referring to Figures 7-9, in one embodiment, the screen printing parameters can be adjusted, such as the number of screen meshes, screen tension, squeegee pressure, squeegee speed and/or viscosity of conductive paste, etc. , The conductive circuit 42 extends from the surface of the substrate 40 to the inside of the substrate 40 and covers the fibers 50 of the substrate 40 to form a conductive substrate 52 as shown in FIG. 9.

參照第10圖，控制單元18包括電源56電性連接殺菌層14中導電電路42的第二區域46，以及開關54電性連接電源56，當開關54開啟時，電源56提供電力給導電電路42以開啟紫外線單元48產生紫外線，當開關54關閉時，電源56不提供電力給導電電路42，紫外線單元48被關閉而不產生紫外線。較佳者，如第11圖所示，殺菌層14包括保護層55覆蓋導電電路42及紫外線單元48，電源56包括充電電池，控制單元18包括電源接口57電性連接電源56，藉由電源接口57連接外部電源(例如行動電源、家用電源等)對該充電電池充電，其中，保護層55包括聚氨酯(PU)樹脂、熱熔膠、環氧樹脂、臘膜、熱塑性聚氨酯(TPU)膜及矽膠等，電源接口57包括USB接口、Micro-USB接口、Type-C接口、磁扣或彈簧連接器(Pogo Pin)等，由於導電電路42及紫外線單元48被保護層55覆蓋保護，且基於織物的可水洗性，以織物為基材的殺菌層14可水洗，因此，殺菌層14可重複使用，符合環保需求。參照第1圖，在一實施例中，控制單元18位於本體12上，殺菌層14與本體12縫製成一體。參照第12圖，在另一實施例中，控制單元18位於殺菌層14上，殺菌層14置入第3圖的口袋28中而與本體26結合成一體，或者殺菌層14置入第4圖的口袋32中而與本體30結合成一體。當殺菌層14以織物作為基材40時，由於織物具有柔軟、透氣及可撓等特性，因此大幅提升本創作之紫外線殺菌口罩配戴時的舒適性，其次，基於織物的可折疊性，本創作之紫外線殺菌口罩可折疊收納，便於收納及攜帶，大幅提升紫外線殺菌口罩10的便利性，再者，本創作之紫外線殺菌口罩可在配戴的同時進行殺菌，避免病菌從外界環境進入人體或從人體擴散至外界環境，長時間配戴不會對人體及外界環境造成危害。此外，參照第1圖及第11圖，由於以織物為基材的殺菌層14可水洗，當本體12可水洗時，結合本體12與殺菌層14的紫外線殺菌口罩10亦可水洗，使得紫外線殺菌口罩10可重複使用，符合環保需求。 10, the control unit 18 includes a power source 56 electrically connected to the second area 46 of the conductive circuit 42 in the sterilization layer 14, and a switch 54 electrically connected to the power source 56. When the switch 54 is turned on, the power source 56 provides power to the conductive circuit 42 The ultraviolet unit 48 is turned on to generate ultraviolet rays. When the switch 54 is turned off, the power supply 56 does not provide power to the conductive circuit 42 and the ultraviolet unit 48 is turned off without generating ultraviolet rays. Preferably, as shown in FIG. 11, the sterilization layer 14 includes a protective layer 55 covering the conductive circuit 42 and the ultraviolet unit 48, the power source 56 includes a rechargeable battery, and the control unit 18 includes a power interface 57 that is electrically connected to the power source 56. 57 Connect an external power supply (such as a mobile power supply, a household power supply, etc.) to charge the rechargeable battery. The protective layer 55 includes polyurethane (PU) resin, hot melt adhesive, epoxy resin, wax film, thermoplastic polyurethane (TPU) film and silicone The power interface 57 includes a USB interface, a Micro-USB interface, a Type-C interface, a magnetic buckle or a spring connector (Pogo Pin), etc., because the conductive circuit 42 and the ultraviolet unit 48 are covered and protected by the protective layer 55, and is based on fabric It can be washed with water. The sterilization layer 14 with fabric as the base material can be washed with water. Therefore, the sterilization layer 14 can be reused, which meets the requirements of environmental protection. 1, in one embodiment, the control unit 18 is located on the main body 12, and the sterilization layer 14 is sewn into the main body 12 as a whole. Referring to Figure 12, in another embodiment, the control unit 18 is located on the sterilization layer 14. The sterilization layer 14 is placed in the pocket 28 of Figure 3 and integrated with the body 26, or the sterilization layer 14 is placed in Figure 4. The pocket 32 is integrated with the body 30. When the bactericidal layer 14 uses fabric as the base material 40, the fabric has the characteristics of softness, breathability and flexibility, which greatly enhances the creation of the present invention. The comfort of wearing UV germicidal masks. Secondly, based on the foldability of the fabric, the UV germicidal masks of this creation can be folded and stored, which is convenient for storage and carrying, which greatly improves the convenience of UV germicidal masks 10. Furthermore, this creation is UV germicidal masks can be sterilized while being worn to prevent germs from entering the human body from the external environment or spreading from the human body to the external environment. Wearing for a long time will not cause harm to the human body and the external environment. In addition, referring to Figures 1 and 11, since the antiseptic layer 14 with fabric as the base material can be washed with water, when the main body 12 can be washed with water, the ultraviolet antiseptic mask 10 that combines the main body 12 and the antiseptic layer 14 can also be washed with water, so that ultraviolet rays can sterilize The mask 10 can be reused and meets environmental protection requirements.

參照第13圖，在另一實施例中，控制單元18包括電源接口58電性連接殺菌層14中導電電路42的第二區域46，電源接口58包括USB接口、Micro-USB接口、Type-C接口、磁扣或彈簧連接器(Pogo Pin)等，以連接外部電源(例如行動電源、電池等)。當電源接口58連接該外部電源時，該外部電源提供電力至導電電路42以開啟紫外線單元48產生紫外線，當電源接口58未連接該外部電源時，沒有電力提供至導電電路42，紫外線單元48被關閉而不產生紫外線。較佳者，如第14圖所示，控制單元18更包括開關59電性連接電源接口58，在電源接口58連接該外部電源時，經由開關59控制紫外線單元48的開啟或關閉，亦即當開關59開啟時，紫外線單元48被開啟以產生紫外線，當開關59關閉時，紫外線單元48被關閉而不產生紫外線。參考第3圖及第4圖，在一實施例中，紫外線殺菌口罩11及13在使用後，將殺菌層14置入第3圖的口袋28或第4圖的口袋32中，經由電源接口58連接該外部電源，使電力提供至導電電路42以開啟紫外線單元48產生紫外線對本體26或30進行殺菌，使得紫外線殺菌口罩11及13可重複使用而不會對人體造成危害。當殺菌層14以織物作為基材40時，由於織物40具有柔軟、可撓及可折疊等特性，因此殺菌層14可折疊收納，便於攜帶及收納，大幅提升紫外線殺菌口罩11及13的便利性。 Referring to Figure 13, in another embodiment, the control unit 18 includes a power interface 58 that is electrically connected to the second area 46 of the conductive circuit 42 in the sterilization layer 14. The power interface 58 includes a USB interface, a Micro-USB interface, and Type-C. Interface, magnetic button or spring connector (Pogo Pin), etc., to connect to external power (such as mobile power, battery, etc.). When the power interface 58 is connected to the external power source, the external power source supplies power to the conductive circuit 42 to turn on the ultraviolet unit 48 to generate ultraviolet rays. When the power interface 58 is not connected to the external power source, no power is provided to the conductive circuit 42 and the ultraviolet unit 48 is Turn off without generating ultraviolet rays. Preferably, as shown in Figure 14, the control unit 18 further includes a switch 59 that is electrically connected to the power interface 58. When the power interface 58 is connected to the external power source, the switch 59 controls the turning on or off of the ultraviolet unit 48, that is, when When the switch 59 is turned on, the ultraviolet unit 48 is turned on to generate ultraviolet rays, and when the switch 59 is turned off, the ultraviolet unit 48 is turned off without generating ultraviolet rays. With reference to Figures 3 and 4, in one embodiment, after the ultraviolet germicidal masks 11 and 13 are used, the germicidal layer 14 is placed in the pocket 28 of Figure 3 or the pocket 32 of Figure 4 through the power interface 58 Connect the external power supply to provide power to the conductive circuit 42 to turn on the ultraviolet unit 48 to generate ultraviolet rays to sterilize the body 26 or 30, so that the ultraviolet sterilization masks 11 and 13 can be reused without causing harm to the human body. Cause harm. When the antiseptic layer 14 uses fabric as the base material 40, since the fabric 40 has the characteristics of softness, flexibility and foldability, the antiseptic layer 14 can be folded and stored, which is convenient to carry and store, which greatly improves the convenience of the ultraviolet antiseptic masks 11 and 13 .

在一實施例中，如第15圖所示，控制單元18位於殺菌層14上，如第16圖所示，殺菌層14與本體62縫製成一體以露出電源接口58形成紫外線殺菌口罩60，經由電源接口58連接外部電源，提供電力至導電電路42以開啟紫外線單元48產生紫外線對本體62進行殺菌。當殺菌層14以織物作為基材40時，由於織物具有柔軟、透氣及可撓等特性，因此大幅提升紫外線殺菌口罩60配戴時的舒適性，其次，基於織物的可折疊性，紫外線殺菌口罩60可折疊收納，便於收納及攜帶，大幅提升紫外線殺菌口罩60的便利性。此外，基於織物的可水洗性，以織物為基材的殺菌層14可水洗，當本體62可水洗時，結合本體62與殺菌層14的紫外線殺菌口罩60亦可水洗，使得紫外線殺菌口罩60可重複使用，符合環保需求。 In one embodiment, as shown in Figure 15, the control unit 18 is located on the antiseptic layer 14. As shown in Figure 16, the antiseptic layer 14 and the main body 62 are sewn into one body to expose the power interface 58 to form an ultraviolet antiseptic mask 60. The power interface 58 is connected to an external power source and provides power to the conductive circuit 42 to turn on the ultraviolet unit 48 to generate ultraviolet rays to sterilize the main body 62. When the bactericidal layer 14 uses a fabric as the base material 40, the fabric has the characteristics of softness, breathability and flexibility, which greatly improves the wearing comfort of the ultraviolet bactericidal mask 60. Secondly, based on the foldability of the fabric, the ultraviolet bactericidal mask The 60 can be folded and stored, which is convenient for storage and carrying, which greatly improves the convenience of the ultraviolet sterilization mask 60. In addition, based on the washability of the fabric, the antiseptic layer 14 based on the fabric can be washed with water. When the main body 62 is washable, the ultraviolet antiseptic mask 60 that combines the main body 62 and the antiseptic layer 14 can also be washed with water, so that the ultraviolet antiseptic mask 60 can be washed with water. Repeated use, in line with environmental protection requirements.

10:紫外線殺菌口罩 10: UV germicidal mask

12:本體 12: body

14:殺菌層 14: Bactericidal layer

16:耳朵掛環 16: ear ring

18:控制單元 18: control unit

Claims

一種紫外線殺菌口罩，包括： An ultraviolet germicidal mask, including:

一本體； An ontology

一殺菌層，與該本體結合，該殺菌層包括一基材，一圖案化的導電電路，位於該基材上，該導電電路具有第一區域及第二區域，以及一紫外線單元位於該第一區域與該導電電路形成電性連接；以及 A bactericidal layer is combined with the body. The bactericidal layer includes a substrate, a patterned conductive circuit on the substrate, the conductive circuit has a first area and a second area, and an ultraviolet unit is located on the first The area is electrically connected to the conductive circuit; and

一控制單元，經由該第二區域電性連接該導電電路，以控制該紫外線單元的開啟或關閉； A control unit electrically connected to the conductive circuit through the second area to control the opening or closing of the ultraviolet unit;

其中，該導電電路直接形成在該基材上。 Wherein, the conductive circuit is directly formed on the substrate.

如請求項1之紫外線殺菌口罩，其中該基材包括軟板、TPU膜、PET膜及織物。 Such as the ultraviolet germicidal mask of claim 1, wherein the base material includes soft board, TPU film, PET film and fabric.

如請求項1之紫外線殺菌口罩，其中該織物具有纖維，該導電電路包覆該纖維。 The ultraviolet germicidal mask of claim 1, wherein the fabric has fibers, and the conductive circuit covers the fibers.

如請求項1之紫外線殺菌口罩，更包括一保護層位於該殺菌層上覆蓋該導電電路及該紫外線單元。 For example, the ultraviolet germicidal mask of claim 1, further comprising a protective layer on the germicidal layer to cover the conductive circuit and the ultraviolet unit.

如請求項1之紫外線殺菌口罩，其中該本體包括一外層、一過濾層及一裏層，以及該殺菌層介於該外層與該裏層之間並與該外層、該過濾層及該裏層結合成一體。 The ultraviolet germicidal mask of claim 1, wherein the body includes an outer layer, a filter layer, and an inner layer, and the germicidal layer is between the outer layer and the inner layer and is connected to the outer layer, the filter layer, and the inner layer Combine into one.

如請求項1之紫外線殺菌口罩，其中該本體包括一外層、一過濾層、一裏層及一口袋，該口袋供放置該殺菌層。 For example, the ultraviolet germicidal mask of claim 1, wherein the body includes an outer layer, a filter layer, an inner layer, and a pocket for placing the germicidal layer.

如請求項1之紫外線殺菌口罩，其中該控制單元包括： Such as the ultraviolet germicidal mask of claim 1, wherein the control unit includes:

一電源，電性連接該第二區域；以及 A power source, electrically connected to the second area; and

一開關，電性連接該電源。 A switch is electrically connected to the power supply.

如請求項1之紫外線殺菌口罩，其中該控制單元包括一電源接口電性連接該第二區域，用以連接一外部電源。 For example, the ultraviolet germicidal mask of claim 1, wherein the control unit includes a power interface electrically connected to the second area for connecting an external power source.

如請求項8之紫外線殺菌口罩，更包括一開關電性連接該電源接口。 For example, the ultraviolet germicidal mask of claim 8 further includes a switch electrically connected to the power interface.

如請求項9之紫外線殺菌口罩，更包括一充電電池電性連接該電源接口及該開關。 For example, the ultraviolet germicidal mask of claim 9 further includes a rechargeable battery electrically connected to the power interface and the switch.