五、新型說明： 【新型所屬之技術領域】 本新型是有關於一種接隹哭見 n& 垃……採集斋具，且特別是有關於 檢體採集件及其套組 種 【先前技術】 現4=ΠΓ來瞭解人體或動物的健康狀況是 :治療護理方式之依據。而常見的動:檢體種 便、尿液、痰液、血液、分泌物及滲出物等_如疋糞 過去採錢體的方式主要是轉集棒採 =體之採集棒置入裝有溶劑的反應瓶=檢2 溶劑反應，以待進—步分析使用。制的 使檢，與 採集到的檢體整個溶於溶劑，就是先除去多餘=將 將一定量的檢體溶於_。但即便是後者，尚=在 =檢=問題。另-方面，習用採集方式二 密封狀態’以避免異味散出、檢趙受 卜在衣兄衫s或寄存於檢體中的病菌散播。然而 六 劑反應時可㈣耗㈣氧氣，再加上整體的密封狀雜了二 後的溶液時，在開瓶的瞬間出:爆氣 噴麟問《|。此外，對於部份直接在反應 =渡的採集裝置而言，繼度也因為密=: 4 【新型内容】 因ιΗ" ’本新型之一態樣在於提供一種檢體採集件及其 ，除可有效利 用多餘檢體外，尚可在欲取出反應後溶 ' ’不致遭遇喷濺問題，且亦有助於過濾速度的提升。 ^ =據本新型之一實施方式，提出一種檢體採集件，藉 至$ 二間密封’其包含：一蓋部及一採集部。蓋部具有 一' 第—可貫穿區，且蓋部用以密封空間。採集部具有 士端及一連接端，且採樣端具至少一直條溝，連接端 相對第-可貫穿區銜接蓋部。 依據本新型之另—實施方式，提出一種檢體採集件， :以使空間密封，其包含：-蓋部及一採集部。蓋部具 封办門=一可貫穿區及一第二可貫穿區’且蓋部用以密 ^ 採集部為管狀並具有一採樣端及一連接端，且採 樣端具至少— ^ 一直條溝，連接端對應第二可貫穿區銜接蓋部。 組，新型之又一實施方式，提出—種檢體採集套 一 Μ 1、包含—檢體採集件以及一滴液管。檢體採集件包含 - 口 i及"^採集部。蓋部具有至少一第一可貫穿區及一第 且區。採集部為管狀並具有一採樣端及一連接端， /樣端具至少—直條溝’連接端對應第二可貫穿區銜接 益滴液管包含—管體段以及—過滤段。管體段具一組 合部’_且1段㈣有—到除口。過紐具有-釋液口及 且蓋體封住釋液口。過濾段設於管體段下方。採 掾触牙^彳除σ且直條溝位於管體段，且蓋部與組合部相 錤合以密封滴液管。 根據本新型一實施例’前述檢體採集件之蓋部與採集 5 部為一體連接成型。 根據本新型一實施例，前述檢體採集件之第一可貫穿 區為一膠膜且該管狀採集部之採樣端管口設有一封膜。 根據本新型一實施例，前述檢體採集件之第—可貫穿 區及第二可貫穿區皆為膠膜。 板據本新型一實施例，前述檢體採集件之第一可貫穿 區及第二可貫穿區皆為通孔，且前述檢體採集件更勺 D祺，用以封住通孔。 i 根據本新型一實施例，前述檢體採集件更包括—中办 穿刺件，以扎入或刺破的方式貫穿第—可貫穿區或第一= 貫穿區或封膜。 —° 根據本新型一實施例，前述檢體採集套組之管狀採 部的外管徑相同於刮除口的内口徑。 /、 過 根據本新型一實施例，前述檢體採集套組更包括 濾件，設在管體段底部與過濾段頂部之間。 由於檢體採集件可用以使一空間被密封，當空間密 =即可透過檢體採集件上的第一可貫穿區或第二可貫 ””㈣’所謂接觸例如是在密封空間注入 ，體空Γ壓力、觀察密封空間内的情況等。 =體知集套組讀體採集件組合後可形成密封 二:液管二刮除口可刮除檢體採集件之採樣端上' 夕餘檢體’並使多餘檢體滞留在刮除口 採集部 :错此再透織體採集件上的第—可貫穿區或第二可· 以’即可利好餘檢體進行另外的檢驗 封 6 M434565 間的壓力以加快其内部的過濾速度並解決取出濾液時的噴 濺問題。 【實施方式】 . 請參照第1A圖至第1C圖，其繪示依據本新型一實施 方式之檢體採集件的立體圖及剖視圖。檢體採集件1〇〇包 含一蓋部no以及一採集部120。其中’蓋部110和採集部 120係利用一體成型的方式製造，故彼此一體連接，而蓋 •部110具有的第一可貫穿區因一體成型之製法而為一膠臈 IHa。採集部12〇具有一採樣端ι21及一連接端122。採樣 端121具有至少一直條溝121a，用以於沾取檢體時使檢體 卡入溝中，而直條溝121a之延伸方向與採集部120相同， 此外直條溝121a可用以定量，且直條溝12la的數量可視 ，求而定’例如一個直條溝121a可卡入〇 〇5公克的檢體 量’若檢驗所需的檢體量為〇·3公克，則可設計六個直條 鲁着I2la。連接端122係相對於第一可貫穿區與蓋部11〇銜 ，’換言之，連接端122並不透過第一可貫穿區與蓋部u〇 ，接，而是透過蓋部11〇之第一可貫穿區以外的區域與蓋 部110銜接，因此當以外力垂直貫穿第一可貫穿區時，原 則上不會破壞到採集部12(^採集部12〇不以圖示的實心 棒狀為限’也可以是中空管狀等，惟進行定量檢驗時，需 將直條溝121a以外的多餘檢體清除，而進行定性檢驗則不 在此限。另一方面’檢體採集件100可用以使一空間被密 =’前述空間例如是待裴入檢體之容器的容置空間等，而 在封方式例如是以螺紋旋合、壓紋壓合、套孔套合、扣件 j{434565 扣合等。當檢體採集件loo使一空間被密封後，使用者可 遂過膠膜lUa與密封空間接觸，所謂接觸例如是以中空穿 刺件，如針頭，扎入膠膜Ilia藉以於密封空間注入流體， 或者直接刺破膠膜111a藉此觀察密封空間内的情況或快速 釋放密封空間内的壓力等。因此在本實施方式之其他實施 例中’第〆可貝穿區的大小以不小於人類以肉眼或藉工具 儀器而可透過其觀察到密封空間内的情況為準，且第一可 貫穿區的數量可視需求增加或減少，並不以圖中所示為 籲限，而用以刺破第一可貫穿區的穿刺件亦不限於具中空結 構的中空穿刺件’只要能刺破第一可貫穿區皆可。此外， 第一可貫穿區也可因一體成型之製法形成通孔，而通孔可 另以封口膜封住。膠膜111a及前述封住通孔的封口膜，均 具有可讓中空穿刺件扎入但於中空穿刺件拔出時不致破壞 密封空間之密封狀態的特性。 請參照第2A圖至第2C圖，其繪示依據本新型另一實 施方式之一實施例之檢镡採集件的立體圖及剖視圖。檢體 •採集件200A包含一蓋部210以及一採集部22〇,且採集部 220為管狀。蓋部210具有第一可貫穿區及第二貫穿^。 採集部220具有一採樣端221及一連接端222。採樣端221 具有至少一直條溝221a ’用以於沾取檢體時使檢體卡入溝 中’而直條溝221a之延伸方向與採集部220相同。其中' 蓋部210和採集部220係利用一體成型的方式製诰 , < ’故彼 此一體連接，而蓋部210具有的第一可貫穿區因一體成型 之製法而為一膠膜21 la，而管狀之採集部220的採樣端V. New type description: [New technology field] The new type is related to a kind of crying n& garbage... collecting jigs, and especially related to sample collection parts and their sets [previous technique] 4 = ΠΓ to understand the health of the human body or animal is: the basis for treatment and care. Common movements: specimens, urine, sputum, blood, secretions and exudates, etc. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Reaction bottle = check 2 solvent reaction, to be used for further analysis. The test is performed, and the collected sample is completely dissolved in the solvent, that is, the excess is removed first = a certain amount of the sample is dissolved in _. But even the latter, still = in = check = problem. On the other hand, the conventional collection method is used to seal the state to prevent the odor from escaping, and to detect the spread of the bacteria in the shirt or the specimen stored in the specimen. However, when the six doses are reacted, (four) consumes (iv) oxygen, and when the whole seal is mixed with the second solution, at the moment of opening the bottle: the gas bursts and asks "|. In addition, for some of the acquisition devices directly in the reaction = crossing, the success is also because of the density =: 4 [new content] Because ιΗ" 'One aspect of the present invention is to provide a sample collection and its Effective use of excess in vitro, can not be dissolved after the reaction to remove the '' not to encounter splashing problems, but also contribute to the increase in filtration speed. ^ = According to one embodiment of the present invention, a sample collection member is proposed, which is borrowed from a two-part seal, which comprises: a cover portion and a collection portion. The cover has a 'first-through area' and the cover is used to seal the space. The collecting portion has a male end and a connecting end, and the sampling end has at least a groove, and the connecting end engages the cover portion with respect to the first-permissible region. According to another embodiment of the present invention, a sample collection member is provided to: seal a space, comprising: a cover portion and a collection portion. The cover part has a sealing door=a perforable area and a second perforable area', and the cover part is used for the collection part to be tubular and has a sampling end and a connecting end, and the sampling end has at least — ^ a straight groove The connecting end corresponds to the second permeable region connecting the cover portion. In another embodiment of the novel, a novel sample collection sleeve is provided, which comprises a sample collection member and a drop liquid tube. The sample collection includes - port i and "^ collection. The cover has at least a first permeable region and a second region. The collecting portion is tubular and has a sampling end and a connecting end, and the /-end end has at least a straight groove. The connecting end corresponds to the second penetrable region, and the tubing includes a tube segment and a filtering segment. The pipe section has a combination of '_ and 1 (4) has - to the mouth. The button has a liquid release port and the cover body seals the liquid release port. The filter section is located below the pipe section. The haptics are removed and the sigma is located in the tubular section, and the lid is combined with the combined portion to seal the drip tube. According to an embodiment of the present invention, the cover portion of the sample collecting member is integrally formed with the collecting portion. According to an embodiment of the invention, the first permeable region of the specimen collecting member is a film and the sampling end of the tubular collecting portion is provided with a film. According to an embodiment of the present invention, the first through region and the second through region of the sample collection member are both films. According to an embodiment of the present invention, the first permeable region and the second permeable region of the sample collection member are through holes, and the sample collection member is further provided with a spoon to seal the through hole. According to an embodiment of the present invention, the sample collecting member further includes a middle piercing member penetrating or piercing through the first through region or the first = through region or the sealing film. - ° According to an embodiment of the present invention, the outer diameter of the tubular portion of the sample collection kit is the same as the inner diameter of the scraping port. According to an embodiment of the present invention, the sample collection set further includes a filter member disposed between the bottom of the tube section and the top of the filter section. Since the sample collection member can be used to seal a space, when the space is dense, the first permeable region or the second permeable region on the sample collection member can pass through. The so-called contact is injected into the sealed space, for example. Open the pressure, observe the situation inside the sealed space, and so on. The body can be formed into a seal after the combination of the body collection set: the liquid tube two scraping port can scrape off the sample end of the sample collection part and the remaining sample is retained in the scraping port. Acquisition part: the first part of the permeable body acquisition piece can be penetrated or the second can be used to make the remaining test body to carry out additional inspection and sealing of the pressure between 6 M434565 to speed up the internal filtration speed and solve Splash problems when removing the filtrate. [Embodiment] Referring to Figs. 1A to 1C, a perspective view and a cross-sectional view of a sample collecting member according to an embodiment of the present invention are shown. The sample collection member 1 includes a cover portion no and a collection portion 120. The cover portion 110 and the collecting portion 120 are integrally formed, and are integrally connected to each other, and the first permeable region of the cover portion 110 is a capsule IHa due to the integral molding method. The collecting unit 12 has a sampling end 119 and a connecting end 122. The sampling end 121 has at least a straight groove 121a for engaging the sample into the groove when the sample is taken, and the straight groove 121a extends in the same direction as the collecting portion 120, and the straight groove 121a can be used for quantitative purposes, and The number of straight grooves 12la can be seen as a result, for example, a straight groove 121a can be inserted into a sample volume of 5 grams. If the amount of sample required for inspection is 〇·3 grams, six straight lines can be designed. I am tied to I2la. The connecting end 122 is coupled to the cover portion 11 with respect to the first permeable region. In other words, the connecting end 122 does not pass through the first permeable region and the cover portion, but is passed through the first portion of the cover portion 11 The area outside the through-area can be engaged with the cover portion 110. Therefore, when the external force vertically penetrates the first permeable portion, the collection portion 12 is not damaged in principle. (The collection portion 12 is not limited to the solid rod shape shown in the figure. 'It can also be a hollow tube, etc., but when performing quantitative inspection, it is necessary to remove the excess specimen other than the straight groove 121a, and the qualitative test is not limited. On the other hand, the sample collection member 100 can be used to make a space. The density of the space is, for example, the accommodation space of the container to be inserted into the sample, and the sealing method is, for example, screwing, embossing, sleeve fitting, fastener j{434565 fastening, etc. When the sample collecting part loo seals a space, the user can contact the sealing space through the film lUa, and the so-called contact is, for example, a hollow piercing member such as a needle, which is inserted into the film Ilia to inject a fluid into the sealed space. , or directly puncture the film 111a to observe the seal The situation in the space or the rapid release of pressure in the sealed space, etc. Therefore, in other embodiments of the present embodiment, the size of the 'the third passable area is not less than that of a human being visible through the human eye or by means of a tool. The situation in the space shall prevail, and the number of the first permeable regions may be increased or decreased as needed, and is not limited as shown in the figure, and the piercing member for piercing the first permeable region is not limited to being hollow. The hollow piercing member of the structure can be pierced as long as the first penetrable region can be pierced. In addition, the first penetrable region can also be formed by the integral molding method, and the through hole can be sealed by the sealing film. And the sealing film which seals the through-holes has the characteristic that the hollow piercing material can be inserted but the sealing state of the sealing space is not broken when the hollow piercing material is pulled out. Referring to FIGS. 2A to 2C, it is shown A perspective view and a cross-sectional view of a sample collection device according to an embodiment of the present invention. The sample collection member 200A includes a cover portion 210 and a collection portion 22A, and the collection portion 220 is tubular. The cover portion 210 has the first The collecting portion 220 has a sampling end 221 and a connecting end 222. The sampling end 221 has at least a straight groove 221a' for inserting the sample into the groove when the sample is taken. The extending direction of the groove 221a is the same as that of the collecting portion 220. The 'cover portion 210 and the collecting portion 220 are integrally formed, and are integrally connected to each other, and the first permeable region of the cover portion 210 has The integral molding method is a film 21 la, and the sampling end of the tubular collecting portion 220
管口因一體成型之製法而被一封膜221b封閉，且莒A ι蛊部210 8 M434565 具有的第二可貫穿區亦因—體成型之製法而為一通孔 212a。膠膜211a及封膜221b均具有可讓中空穿刺件扎入 仁於中空穿刺件拔出時不致破壞密封空間之密封狀態的特 性。另一方面，連接端222對應通孔212a銜接蓋部210， 換δ之，連接端222係透過通孔212a與蓋部210銜接。由 於採集部220為管狀，且連接端222對應通孔212a銜接蓋 部210,因此當檢體採集件2〇〇八使一空間被密封後使用 者除可選擇透過膠膜211a與密封空間接觸外，亦可選擇透 _過通孔212a經封膜221b與密封空間接觸。前述的空間、 使空間岔封的方式以及所謂的接觸均與第圖的實施方 式相同，故不再贅述。此外，在本實施例中，直條溝221a 的功能及設計等方式和原理亦與第1A圖的實施方式相 同，故不再贅述。 請參照第3A圖至第3B圖，其繪示依據本新型另一實 施方式之另一實施例之檢體採集件的立體圖及剖視圖。本 實施例與第2A圖之實施例大致相同，故僅敘述主要差異， φ其餘不再贅述。主要差異在於，檢體採集件2〇〇b之第一可 貫穿區因一體成型之製法為一通孔21lb，而採樣端221的 管口不形成封膜，此外，通孔211b及通孔212a以封口膜 230封住’故使用者可透過通孔2Ub及通孔212a上的封口 膜230與密封空間接觸。封口膜230具有可讓中空穿刺件 扎入但於中空穿刺件拔出時不致破壞密封空間之密封狀態 的特性。本實施例以一封口膜23〇同時封住通孔211b及通 孔212a，但在其他實施例中，封口膜也可以是數個，分別 封住各通孔。另外，由於本實施例之採集部220為管狀， M434565 且連接端222對應通孔212a銜接蓋部2l〇，因此在結構與 本實施例相同的其他實施例中，用以封住第二可貫穿区之 封口膜亦可選擇設於管狀採集部，只要能使通往第二可貫 穿區的空間被封住即可。另一方面，第二可貫穿區亦可= - 一體成型之製法而為一膠膜。 請參照第4A圖及第4B圖，其繪示根據本新型另—實 施方式之又一實施例之刮視圖及應用示意圖。檢體採集件 300除更包栝一中空穿刺件240，以刺破的方式貫穿^膜 # 221b外，其餘與第2A圖的實施例相同，故不再贅述。在 本實施方式之其他實施例中，中空穿刺件亦可以扎入或刺 破的方式貫穿第一可貫穿區。在其他實施例中，當採樣端 的管口不形成封膜，而第二可貫穿區以封口膜封住或第二 可貫穿區因一體成型之製法而為一膠膜時，則中空穿刺件 亦可以扎入或刺破的方式貫穿第二可貫穿區。 由於糞便檢查為臨床常規化驗檢查項目之一，故下以 糞便採集檢驗為例進行說明。 # 請參照第5A圖至第5C圖，其緣示依據本新型又一實 施方式之檢體採集套組的立體分解圖、刮除檢體及檢體反 應過遽的示意圖。檢體採集套組900包含一檢體採集件 200A以及一滴液管400。檢體採集件2〇〇A與第2A圖所示 實施例之檢體採集件相同，故不再贅述。滴液管4〇〇包含 一管體段410以及一過濾段420。管體段410具有一組合 部411，且管體段41〇内設有一刮除口 412，過渡段420具 一釋液口 421及一蓋體422，且蓋體422以螺紋旋合的方 式封住釋液口 421。而過濾段42〇以螺紋旋合的方式設在 M434565 管體段㈣下方’且管體段41〇之底部413與過濾段 之項部423之間放置-過濾件漏，其中，管體段 底部413係指相對於組合部411的另一端，而過濾段420 之頂部423係指相對於釋液口 421的另一端。過遽件通 例如是濾膜。在其他實施例中，過濾段與管體段亦一 體成型。將沾取有糞便檢體且糞便檢體卡滿直條溝咖的 採樣端221 f過刮除口 412，以將直條溝心以外 糞便檢體册並使其滯留在刮除口 412上方與採集部22〇 之間。之後，將蓋部210與組合部4Π以螺纹方式旋人以 密封滴液管彻。由於管狀採集部22G的外管徑盘到ς口 4Π的内口徑相同’因此多餘糞便檢體所滯留的空間亦 -密封^間。使卡滿.於直條溝221a的糞便檢體與溶劑相 溶’以進行糞便蟲卵檢驗的前置作業。在其他實施例中， 蓋部與組合料可透過壓紋壓合、套孔套合或扣件扣合等 方式組合’而過滤段亦可以壓紋壓合、套孔套合或扣件扣 合等方式設在管體段下方。 # 凊參照第6A圖至第6E圖，其繪示第5C圖進一步應 用的示意圖。檢體採集件200A更包括中空穿刺件24〇或 中空穿刺件250，中空穿刺件240可刺破封膜221b，以釋 放滴液管400内的壓力，此時滴液管4〇〇内溶有糞便檢體 的溶液將因多承受了大氣壓力而能更快完成過濾，且當過 濾完成並欲由釋液口 421取出濾液時也因滴液管4〇〇内的 壓力已釋放’故不會在打開蓋體422時遭遇喷濺的問題。 由於管體段410與過濾段420是以螺紋旋合，故可直接將 過濾段420拆下以取出濾液，其中過濾段42〇可設計成離 11 M434565 進二=完過遽段420後另蓋上封蓋直接 ，並藉由穿刺件的可扎人 ^注人，使試劑與_刮除_上方 :以二Ϊί檢體相反應，等待反應所需時間，之後即可 現的顏:膜心以觀察反應結果後所呈 實施方Α Φ，/ 檢驗的結果為陽性或陰性。在本 致於影i到除::二二::多餘糞便檢體所進行的檢驗不 同b#推—所進行的檢驗，則兩種檢驗亦可 #亦可仃^在本新型之其他實施例中，盛裝«液的過遽 二：不管體段拆下’而直接藉由按壓滴 ^ =液，口滴至檢驗試紙上以進行翼便相關的檢測式= m裝㈣㈣職段自管體段拆下後，可直接將檢驗 ί紙丢入其中以完成糞便相關的快筛檢測。需注意的是， 刚述的糞便蟲彡卩檢驗及潛血檢驗僅為實施例之—以方便說 :’本新型之檢體採集套組所能應用之糞便檢驗並不以此 限其他類型的糞便檢驗及相關的檢體檢驗均可藉相同 方式完成。 由上述本新型的眾多實施方式可知，應用本新型的檢 體採集件可於檢體採集㈣讀―空間被㈣後，透過檢 體採集件上的第-可貫㈣或第二可貫穿區與密封空間接 觸，例如於密封空間注入流體、釋放密封空間的壓力、觀 察役封m内的情況等。而應用本新型的檢體採集套組更 可有效利帛彡餘的檢體’且有祕提升麵速度並解決爆 氣噴濺問題。 12 M434565 雖然本新型已以實施方式揭露如上，然其並非用以限 定本新型，任何熟習此技藝者，在不脫離本新型之精神和 範圍内，當可作各種之更動與潤飾，因此本新型之保護範 圍當視後附之申請專利範圍所界定者為準。 【圖式簡單說明】 為讓本新型之上述和其他目的、特徵、優點與實施例 能更明顯易懂，所附圖式之說明如下： 第1A圖繪示依據本新型一實施方式之檢體採集件的 立體圖。 第1B圖繪示第1A圖之另一視角的立體圖。 第1C圖繪示第1A圖之剖視圖。 第2A圖繪示依據本新型另一實施方式之一實施例之 檢體採集件的立體圖。 第2B圖繪示第2A圖之另一視角的立體圖。 第2C圖繪示第2A圖之剖視圖。 第3A圖繪示依據本新型另一實施方式之另一實施例 之檢體採集件的立體圖。 第3B圖繪示第3A圖之剖視圖。 第4A圖繪示依據本新型另一實施方式之又一實施例 之檢體採集件之剖視圖。 第4B圖繪示第4A圖之應用示意圖。 第5A圖繪示依據本新型又一實施方式之檢體採集套 組的立體分解圖。 13 M434565 第5B圖繪示第5A圖之實施方式之刮除檢體示意圖。 第5C圖繪示第5A圖之實施方式之過濾示意圖。 第6A圖至第6E圖繪示第5C圖之實施方式之進一步 應用的示意圖。 【主要元件符號說明】 100、200A、200B、300 :檢體採集件 110、210 :蓋部 -120、220 :採集部 111a、211a :膠膜 121、221 :採樣端 221b :封膜 121a、221a :直條溝 212a、211b :通孔 122、222 :連接端 230 :封口膜 _ 240、250 :中空穿刺件 400 :滴液管 420 :過濾段 410 :管體段 421 :釋液口 411 :組合部 422 :蓋體 412 :刮除口 423 :頂部 413 :底部 500 :過濾件 900 :檢體採集套組 14The nozzle is closed by a film 221b by the integral molding method, and the second permeable region of the 莒A ι蛊 portion 210 8 M434565 is also a through hole 212a by the body molding method. Each of the film 211a and the sealing film 221b has a property of allowing the hollow piercing member to be inserted into the sealing state when the hollow piercing member is pulled out without damaging the sealed space. On the other hand, the connecting end 222 engages the cover portion 210 corresponding to the through hole 212a, and the connecting end 222 is connected to the cover portion 210 through the through hole 212a. Since the collecting portion 220 is tubular, and the connecting end 222 engages the cover portion 210 corresponding to the through hole 212a, the user can choose to pass through the adhesive film 211a to contact the sealed space after the sample collecting member 2 is sealed. Alternatively, the through-holes 212a may be selected to be in contact with the sealed space via the sealing film 221b. The aforementioned space, the manner in which the space is sealed, and the so-called contact are the same as those in the first embodiment, and therefore will not be described again. In addition, in the present embodiment, the manner and principle of the function and design of the straight groove 221a are the same as those of the embodiment of Fig. 1A, and therefore will not be described again. Please refer to FIG. 3A to FIG. 3B , which are a perspective view and a cross-sectional view of a sample collecting member according to another embodiment of another embodiment of the present invention. This embodiment is substantially the same as the embodiment of Fig. 2A, and therefore only the main differences will be described, and the rest of φ will not be described again. The main difference is that the first through-region of the sample collection member 2〇〇b is a through hole 21lb due to the integral molding method, and the nozzle of the sampling end 221 does not form a sealing film. Further, the through hole 211b and the through hole 212a are The sealing film 230 is sealed so that the user can contact the sealing space through the through hole 2Ub and the sealing film 230 on the through hole 212a. The sealing film 230 has a property of allowing the hollow piercing member to be inserted but not sealing the sealing space when the hollow piercing member is pulled out. In this embodiment, the through hole 211b and the through hole 212a are simultaneously sealed by a single film 23, but in other embodiments, the sealing film may be several, and each of the through holes is sealed. In addition, since the collecting portion 220 of the embodiment is tubular, the M434565 and the connecting end 222 are connected to the cover portion 21l corresponding to the through hole 212a, so in the other embodiments having the same structure as the embodiment, the second through can be sealed. The sealing film of the zone may also be optionally disposed in the tubular collecting portion as long as the space leading to the second penetrable zone is sealed. On the other hand, the second permeable region can also be a film formed by the method of integral molding. Please refer to FIG. 4A and FIG. 4B, which are schematic views of a scraping view and an application according to still another embodiment of the present invention. The sample collection member 300 is not limited to a hollow piercing member 240, and is pierced through the film #221b, and the rest is the same as the embodiment of FIG. 2A, and therefore will not be described again. In other embodiments of the present embodiment, the hollow piercing member may also be inserted or punctured through the first permeable region. In other embodiments, when the nozzle end of the sampling end does not form a sealing film, and the second permeable region is sealed by the sealing film or the second permeable region is formed as a film by the integral molding method, the hollow piercing member is also It can be inserted or punctured through the second permeable region. Since the stool test is one of the clinical routine test items, the stool collection test is taken as an example. #Please refer to FIG. 5A to FIG. 5C for the perspective view of the stereoscopic exploded view of the sample collection set according to another embodiment of the present invention, the scraped sample and the sample reaction. The sample collection kit 900 includes a sample collection member 200A and a drop tube 400. The sample collection member 2A is the same as the sample collection member of the embodiment shown in Fig. 2A, and therefore will not be described again. The drip tube 4A includes a tube section 410 and a filter section 420. The pipe section 410 has a combination portion 411, and a scraping port 412 is disposed in the pipe body segment 41. The transition portion 420 has a liquid discharge port 421 and a cover body 422, and the cover body 422 is screwed and sealed. Suspension liquid port 421. The filter section 42 is disposed under the M434565 pipe section (4) in a threaded manner and is disposed between the bottom 413 of the pipe section 41〇 and the filter section 423, wherein the bottom of the pipe section 413 means the other end with respect to the combination portion 411, and the top portion 423 of the filtration section 420 refers to the other end with respect to the liquid discharge port 421. The passage of the element is, for example, a filter. In other embodiments, the filter section and the tubular section are also integrally formed. The sampling end 221 f of the stool sample is taken up and the stool sample is filled with the straight grooved coffee 412 to pass the stool sample outside the straight groove and is retained above the scraping port 412. Between the collection units 22〇. Thereafter, the lid portion 210 and the joint portion 4 are screwed to seal the drip tube. Since the outer diameter of the tubular collecting portion 22G is the same as the inner diameter of the port 4', the space left by the excess stool sample is also sealed. The fecal sample in the straight groove 221a is dissolved in the solvent to perform the pre-operation of the fecal egg test. In other embodiments, the cover portion and the composite material may be combined by embossing, sleeve fitting or fastener fastening, and the filter segment may also be embossed, sleeved or buckled. The method is set below the pipe section. # 凊 Referring to Figs. 6A to 6E, a schematic diagram of a further application of Fig. 5C is shown. The sample collection member 200A further includes a hollow piercing member 24〇 or a hollow piercing member 250, and the hollow piercing member 240 can pierce the sealing film 221b to release the pressure in the drip tube 400, and the drip tube 4 is dissolved therein. The solution of the stool sample will be filtered more quickly due to the atmospheric pressure, and when the filtration is completed and the filtrate is to be taken out from the liquid discharge port 421, the pressure in the drip tube 4 is released. The problem of splashing is encountered when opening the cover 422. Since the pipe section 410 and the filter section 420 are screwed together, the filter section 420 can be directly removed to take out the filtrate, wherein the filter section 42 can be designed to be separated from the 11 M434565. The upper cover is directly, and the person can be injected with the puncture member, so that the reagent and the _ scraping _ above: react with the two Ϊ 检 sample, wait for the reaction time, and then the current color: film heart After the results of the reaction were observed, the results of the test Α Φ, / test were positive or negative. In the case of the original in the shadow i:: 22:: the test carried out by the excess fecal specimen is different from the test carried out by the b# push, then the two tests can also be used in other embodiments of the present invention. , containing the liquid "liquid 2: no matter the body section removed" and directly by pressing the drop ^ = liquid, drip to the test paper for the wing-related detection type = m loading (four) (four) section from the body section After that, the inspection paper can be directly thrown into it to complete the fecal-related fast screening test. It should be noted that the fecal worm test and occult blood test just mentioned are only examples - it is convenient to say: 'The stool test that can be applied to the sample collection set of the present invention is not limited to other types of faeces. Inspection and related specimen testing can be done in the same way. According to the various embodiments of the present invention, the sample collection device of the present invention can be applied to the first (peripheral) or second permeable region of the sample collection member after the sample is collected (4) after reading the space (4). The sealing space contacts, for example, injecting a fluid into a sealed space, releasing a pressure in a sealed space, and observing a situation in the seal m. The application of the new sample collection kit can effectively improve the residual sample and have the secret surface speed and solve the problem of gas explosion. Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention. Any one skilled in the art can make various changes and retouchings without departing from the spirit and scope of the present invention. The scope of protection is subject to the definition of the scope of the patent application. BRIEF DESCRIPTION OF THE DRAWINGS In order to make the above and other objects, features, advantages and embodiments of the present invention more obvious, the description of the drawings is as follows: FIG. 1A illustrates a sample according to an embodiment of the present invention. A perspective view of the acquisition piece. FIG. 1B is a perspective view showing another perspective of FIG. 1A. Fig. 1C is a cross-sectional view showing Fig. 1A. 2A is a perspective view of a sample collection member according to an embodiment of another embodiment of the present invention. FIG. 2B is a perspective view showing another perspective of FIG. 2A. Fig. 2C is a cross-sectional view showing Fig. 2A. FIG. 3A is a perspective view of a sample collection member according to another embodiment of another embodiment of the present invention. FIG. 3B is a cross-sectional view of FIG. 3A. 4A is a cross-sectional view of a sample collection member according to still another embodiment of another embodiment of the present invention. FIG. 4B is a schematic diagram showing the application of FIG. 4A. FIG. 5A is an exploded perspective view of a sample collection kit according to still another embodiment of the present invention. 13 M434565 FIG. 5B is a schematic view showing the scraping specimen of the embodiment of FIG. 5A. FIG. 5C is a schematic view showing the filtration of the embodiment of FIG. 5A. 6A to 6E are schematic views showing a further application of the embodiment of Fig. 5C. [Description of main component symbols] 100, 200A, 200B, 300: sample collection member 110, 210: cover portion - 120, 220: collection portions 111a, 211a: film 121, 221: sampling end 221b: sealing film 121a, 221a : Straight groove 212a, 211b: Through hole 122, 222: Connection end 230: Sealing film _ 240, 250: Hollow piercing member 400: Drip tube 420: Filter section 410: Tube section 421: Discharge port 411: Combination Portion 422: cover body 412: scraping port 423: top 413: bottom 500: filter member 900: sample collection set 14