M289652 i 拥、新型說明： 【新型所屬之技術領域】 本創作提供一種口罩，尤指一種設有蜂巢濾網之口罩，包括一殼體與 一個以上之蜂巢濾網，利用蜂巢濾網内設之蜂巢蕊將微粒狀之填充濾材定 位，以防止吸入口罩之空氣，在微粒狀填充濾材間，形成習慣路徑，俾使 蜂巢濾網内之微粒狀填充濾材均能發揮過濾吸入空氣之功效，以增加口罩 之使用壽命。M289652 i, new description: [New technical field] This creation provides a mask, especially a mask with a honeycomb filter, including a shell and more than one honeycomb filter, using the honeycomb filter The honeycomb core positions the particulate-filled filter material to prevent the air from being sucked into the mask, forming a customary path between the particulate-filled filter media, so that the particulate-filled filter material in the honeycomb filter can exert the effect of filtering and sucking air to increase The life of the mask.
【先前技術】 一般設有活性碳層之口罩，如第1圖所示美國發明專利第234,171 B1 設有微粒吸著劑之口罩（MOLDED RESPIRATOR CONTAINING SORBENT PARTICLES)其中之微粒吸著劑（一般係採用活性碳）n係附著於織物丨上， 由於該織物1的單位面積所黏附的微粒吸著劑η數量很有限，很容易飽和而 失效。因此相關業者提供給消費者，多數採用如第2、3圖所示，設有濾罐 20之口罩2，利用口罩2附設之濾罐20裝填多數濾材21，希望能夠有效過濾 有害人體之有機氣體，達到抑菌效果，及去除異味，並可延長有效過濾之 使用時間。 但是這類習用設有濾罐2〇之口罩2，其透氣範圍局限於該濾罐2〇之口徑 201大小，因此使用者長時間佩戴，除了常會感覺呼吸很吃力外，其濾罐2〇 内裝填之錄微《域節，由於重力_，會自然職由上微粒狀慮材 層211向下微粒狀濾材層212、213逐層壓差遞增的現像，因此流經該濾、罐2〇 内過滤之空氣’很容g在賴壓力最小，透氣度最大社微粒狀濾材層211 5 M289652 間，形成習慣路徑22。也就是說，流經該濾罐2〇内過濾、之空氣，很可能祇 在受到壓力最小，透氣度最大的上濾材層211間，形成之習慣路徑22流通， 並且局限在此一習慣路徑22流通。該濾罐20内除了習慣路徑22之上微粒狀 渡材層211外’其餘多數下微粒狀遽材層212、213，顯然均難以發揮過演空 氣之功能，因此形成該濾罐20有效過濾體積極小化，而縮短該口罩2之使用 壽命。 【新型内容】 有II於此’本創作乃提供一種口罩，係一種設有蜂巢渡網之口罩，包 括一殼體與一個以上之蜂巢濾網，該殼體係由一片以上不透氣之材料製 成，該殼體設有一個以上之開口，每一開口接合有一蜂巢濾網，該蜂巢濾 網之本體面板設有多數通氣孔，該蜂巢濾網之前面板亦設有多數通氣孔， 該蜂巢濾網之本體面板與前面板之間設有一蜂巢蕊（或類似蜂巢蕊之袼 網）、二片濾網與多數微粒狀之填充濾材，其中多數微粒狀之填充濾材係均 勻填充在蜂巢蕊（或類似蜂巢蕊之格網）之多數蕊孔内，該蜂巢濾網利用内 設之蜂巢蕊（或類似蜂巢蕊之格網）將多數微粒狀之填充濾材定位，以防止 吸入口罩之空氣，在蜂巢濾網内之微粒狀填充濾材間形成習慣路徑，俾使 蜂巢渡網内之微粒狀填充濾材均能發揮過濾吸入空氣之功效，以增加口罩 之使用奇命。 本創作之主要目的，在提供一種利用蜂巢濾網内設之蜂巢蕊將微粒狀 之填充濾材定位，以防止吸入口罩之空氣，在微粒狀填充濾材間，形成習 慣路徑’俾使蜂巢濾網内之微粒狀填充濾材均能發揮過濾吸入空氣之功 6 M289652 效，以增加使用壽命之設有蜂巢濾網之口罩。 【實施方式】 實施例： 如第四-六圖所示，本創作實施例口罩3，包括一殼體3〇與一蜂巢濾網 31，該殼體30係由一片不透氣之材料製成，該殼體3〇設有一開口3〇1，蜂巢 濾網31係接合於殼體30之開口301内，該蜂巢濾網31包括一本體面板311、 一前面板312、一蜂巢蕊313、二片濾網3U、315與多數活性碳31Θ，該蜂 P 巢濾網31之本體面板311設有多數通氣孔31H，該蜂巢濾網31之前面板312 亦设有多數通氣孔3121，該蜂巢濾網31之本體面板311與前面板312之間設 有一蜂巢蕊313、二片濾網314、315與多數活性碳316，其中多數活性碳316 係、均自填充在蜂巢蕊313之多數蕊孔3131内，鱗巢翻31_内設蜂巢蕊 313之多數蕊孔3131將多數活性碳316均勻定位，每一蕊孔3131内之多數活 性石反316均不會受重力影響產生鉅大壓差，使吸入口罩3之空氣，能夠均勻 的在蜂巢蕊313之多數蕊孔3131之多數活性碳316間流通，俾使均勻填充在 蜂巢蕊313之多數蕊孔3131内之多數活性碳均能發揮過濾吸入空氣之功 效，不虞形成習慣路徑，以增加本創作實施例口罩3之使用壽命。 以上所舉者僅為本創作之較佳具體實施例，並非限制本創作，在不脫 離本創作精神之範圍内，可做種種變形、修飾、與應用，例如在蜂巢渡網 内設類似蜂巢蕊之各種不同幾何形狀格網，將多數微粒狀之填充淚材定 位’凡此當乃包括在本專利範圍内。 7 M289652 【圖式簡單說明】 第一圖係美國發明專利第6, 234,171 B1設有微粒吸著劑之口罩（MOLDED RESPIRATOR CONTAINING SORBENT PARTICLES)其中之微粒吸著劑 11 附著於織物1上之示意圖。 第二圖係設有濾罐之口罩之立體示意圖。 第三圖係設有濾罐之口罩之剖面示意圖。 第四圖係本創作實施例口罩之分解圖。[Prior Art] A mask having an activated carbon layer is generally provided, as shown in Fig. 1 of the U.S. Patent No. 234,171 B1, which is provided with a particulate sorbent (MOLDED RESPIRATOR CONTAINING SORBENT PARTICLES). The activated carbon) n is attached to the fabric raft, and since the amount of the particulate sorbent η adhered per unit area of the woven fabric 1 is very limited, it is easily saturated and fails. Therefore, the related art provides the consumer with a mask 2 provided with the canister 20 as shown in the second and third figures, and the filter can 20 attached to the mask 2 is used to fill the majority of the filter material 21, and it is desired to effectively filter organic gases harmful to the human body. , to achieve antibacterial effect, and remove odor, and extend the use time of effective filtration. However, this type of mask is provided with a canister 2, and the ventilation range is limited to the size 201 of the canister. Therefore, the user wears it for a long time, and in addition to often feeling that the breathing is very difficult, the canister 2 is inside. The filling of the micro-domain section, due to the gravity _, will naturally move the particulate-shaped filter layer 211 downwards into the particulate filter layer 212, 213, which is gradually increasing in thickness, so it flows through the filter and the tank. The filtered air is very accommodating with a minimum pressure and a gas permeability of the largest particulate filter layer 211 5 M289652, forming a habitual path 22. That is to say, the air flowing through the canister 2 is likely to flow only between the upper filter layer 211 which is subjected to the least pressure and the highest air permeability, and is formed in the custom path 22, and is limited to this custom path 22 Circulation. In the canister 20, except for the particulate-shaped crossing layer 211 on the custom path 22, the remaining majority of the particulate-shaped coffin layers 212 and 213 are obviously difficult to function as an air, so that the canister 20 is effectively filtered. Actively miniaturize and shorten the service life of the mask 2. [New content] There are II in this work. The present invention provides a mask, which is a mask provided with a honeycomb crossing net, comprising a casing and more than one honeycomb filter, the casing is made of more than one piece of airtight material. The housing is provided with more than one opening, each opening is coupled with a honeycomb filter, the main body panel of the honeycomb filter is provided with a plurality of vent holes, and the front panel of the honeycomb filter is also provided with a plurality of vent holes, the honeycomb filter Between the body panel and the front panel, there is a honeycomb core (or a honeycomb net similar to a honeycomb core), a two-piece filter mesh and a plurality of particulate filling filter materials, wherein most of the particulate filling filter materials are uniformly filled in the honeycomb core (or similar) In most of the core pores of the honeycomb core, the honeycomb filter uses the built-in honeycomb core (or a honeycomb-like grid) to position most of the particulate filling filter to prevent the air from being sucked into the mask. The customary path is formed between the particulate filling media in the net, so that the particulate filling filter in the honeycomb network can exert the effect of filtering and inhaling air to increase the use of the mask. . The main purpose of the present invention is to provide a honeycomb-shaped filling filter material by using a honeycomb core built in a honeycomb filter to prevent the air from being sucked into the mask, and form a customary path between the particulate-filled filter materials, so that the honeycomb filter is inside the honeycomb filter. The particulate filling filter can exert the effect of filtering the inhaled air 6 M289652 to increase the service life of the mask with the honeycomb filter. [Embodiment] Embodiment: As shown in the fourth to sixth embodiments, the mask 3 of the present embodiment includes a casing 3 and a honeycomb filter 31, and the casing 30 is made of a material that is airtight. The housing 3 is provided with an opening 3〇1, and the honeycomb filter 31 is engaged in the opening 301 of the housing 30. The honeycomb filter 31 includes a body panel 311, a front panel 312, a honeycomb core 313, and two pieces. The filter screen 3U, 315 and the majority of the activated carbon 31 Θ, the main body panel 311 of the bee P-chamber filter 31 is provided with a plurality of vent holes 31H, and the front panel 312 of the honeycomb filter screen 31 is also provided with a plurality of vent holes 311, and the honeycomb filter screen 31 A honeycomb core 313, two screens 314, 315 and a plurality of activated carbon 316 are disposed between the main body panel 311 and the front panel 312, and most of the activated carbon 316 is self-filled in a plurality of core holes 3131 of the honeycomb core 313. The scale hole flip 31_ contains the majority of the core hole 3131 of the honeycomb core 313 to uniformly position most of the activated carbon 316, and most of the active stone anti-316 in each core hole 3131 is not affected by the gravity to generate a huge pressure difference, so that the suction mask 3 The air can be evenly distributed in most of the pores 3131 of the honeycomb core 313 Circulation 316 to enabling uniform filling of the activated carbon in the most majority of the core hole 3131 of the honeycomb core 313 can play the efficacy of intake air filter, a habit unexpected paths, to increase the mask of the present embodiment creation of embodiment 3 of life. The above is only a preferred embodiment of the present invention, and does not limit the present creation. Various modifications, modifications, and applications can be made without departing from the spirit of the present invention, for example, a honeycomb core is similar in the honeycomb network. The various geometries of the grid, positioning most of the particulate filling of the tears are all included in the scope of this patent. 7 M289652 [Simplified Schematic] The first figure is a schematic diagram of the US Patent No. 6, 234, 171 B1 provided with a particulate sorbent mask (MOLDED RESPIRATOR CONTAINING SORBENT PARTICLES) in which the particulate sorbent 11 is attached to the fabric 1. The second figure is a perspective view of a mask provided with a canister. The third figure is a schematic cross-sectional view of a mask provided with a canister. The fourth figure is an exploded view of the mask of the present embodiment.
第五圖係本創作實施例口罩之組合圖。 第六圖係本創作實施例口罩之剖面圖。 【圖號】： 織物 11 2The fifth figure is a combination diagram of the mask of the present creation embodiment. Figure 6 is a cross-sectional view of the mask of the present embodiment. [Picture Number]: Fabric 11 2
微粒吸著劑 口罩 20Particulate sorbent mask 20
201 21 211 212、213 22 濾罐20 濾罐20之口徑 多數微粒狀濾材 上微粒狀濾材層 下微粒狀濾材層 習慣路徑 口罩 30 殼體 8 M289652201 21 211 212, 213 22 Canister 20 Caliber of canister 20 Most particulate filter material Upper particulate filter layer Lower particulate filter layer Custom path Mask 30 Housing 8 M289652
31 蜂巢濾網 301 殼體30之開口 311 蜂巢濾網31之本體面板 3111 、 3121 多數通氣孔 312 蜂巢濾網31之前面板 313 蜂巢蕊 314 、 315 濾網 316 多數活性碳 3131 蜂巢蕊313之多數蕊孔31 Honeycomb Filter 301 Opening 311 of Shell 30 Main Body Panel 3111, 3121 of Honeycomb Filter 31 Most Vents 312 Honeycomb Filter 31 Front Panel 313 Honeycomb 314, 315 Filter 316 Most Active Carbon 3131 Most of the Honeycomb 313 hole