M323903 八、新型說明： 【新型所屬之技術領域】 本發明係關於一種含有如同流體狀物質的塗敷器。尤其是關 於一種具有雙室的塗敷器，其中含有一種或更多如同液體狀物質 於室内者。 【先前技術】 塗片型塗敷器通常含有一支管狀把手，其一端或兩端形成_ 吸收尖端。該吸收尖端可由棉花或泡沫吸收材料作成。管狀把手 可由木料、紙料、或塑膠製成，可以是實心或空心。 塗片型塗敷器的用途很廣。塗片型塗敷器係方便又衛生的裳 置’可用以塗敷很多種物質，例如液體、洗劑、面霜、及各種化 學劑與藥劑。通常乾燥的塗片型塗敷尖端首先與塗敷用液體接觸 以吸收液體。然後經沾濕的塗敷器尖端與塗敷對象表面接觸，藉 以將所吸收的液體塗敷該表面。 有些應用場合須將兩種液體分開貯存而在使用直前混合或依 序使用。這就須要使用兩具分開的塗片型塗敷器。如只使用一隻 塗敷器，塗敷器就須首先與第一種液體接觸，然後與第二種液體 接觸。只使用一隻塗敷器於兩種液體將造成第二種液體污染第一 種液體。 【新型内容】 本發明係一種雙室型塗敷器，每室含有如同液體狀物質於其 中。 ⑽本發明之另一目的係將兩室互相分離，而各室含有分開的物 質，兩室中的物質可以相同或不同。 本發明係一種又一目的係在兩室中具有一條或更多的互連通 道，使物質可由此室進入他室。 本t月之雙至塗敷器包含有一細長殼體，其具有兩密封端。 有-打開機構配置於兩密封端間以隔開兩密封端。有一如同液體 M323903 狀物質被包覆於鄰近各密封端。打開機構一旦 體時，打開機構就有效的變成細長殼體的各 1、、、田長喊 【實施方式】 ° 中之描述與附圖僅供說明之用’並非有所限制。本發明 =他實施形態將對那些對本項技藝具有普通知識者因參閱本說 月曰而仔以領略。雙室型塗敷料—種具有兩室的塗敷器 可含有如同液體狀物質於其中。在—實施例中，相 :各室含有分開的物質。兩室中的物質可以相同或不同相在刀另離一’ ==中’兩室中可具有—條或更多的互連通道者，使物質可由 此至進入他室。 在實施例中，雙室型塗敷5|句会古_ 密封端2,3,如圖一所4敷=:二二長:體h其具有兩 斤丁耆、，，田長忒體1最好為塑膠製，如聚丙 :或^烯。細長殼體！可以是剛體或可撓體。打開機構4配置 、兩植封知2,3間，區隔兩密封端2, 3並規劃出兩分開室5, 6。 ^開機構4最好是屬於—種斷痕線7,當被從斷痕線7附近 時，可把細長殼體1斷裂成兩段。 在實施例中，該打開機構包含一剛體支持部8，直鄰近中段 具有内藏塗敷器尖端9,及-斷痕線7位於該内藏塗敷器尖端9 ^占附於細長殼體4兩密封端2,3間，俾便於細長殼體i為可 撓性而被折彎時打開細長殼體卜當被折f時剛體支持部8可沿 斷痕線斷7成兩節。剛體支持部8具有—個或更多的洞孔1〇,丄卜 從該剛體支持部8的各端部延伸，而越過斷痕線7，但不越過剛 體支持部8的他端部。於此實施例中，兩室5,6各含有互不相同 的物質。 當折彎剛體支持部8時，它就沿斷痕線7折成兩節，並形成 條或更夕的抓體抓道從所包含的物質至剛打開的剛體支持部端 部8。具有斷痕線7的剛體支持部8於内藏塗敷器尖端9將沿斷 痕線7並變成細長殼體1各段的塗敷器、尖端9。如果利用剛體支 M323903 持部8連同斷痕線7於内藏塗敷器尖端9的場合，細長般體丄可 製成兩段並附裝於剛體支持部8的兩端。各密封室5, 6内可容納 例，液體、面霜、或粉劑等物質。在打開機構4被作動而打開細 長双體1時’打開機構4就有效的變成細長殼體i各部段的塗敷 器尖端來分配各室5,6内的物質。如果細長殼體U於可挽性者， 可加壓力於各室5，以沿塗敷器尖端擠出内容物。 如圖一所不’打開機構4周圍可進一步環設吸收性物質12， 棉化、泡沫、或海綿。如此’在打開機構4作動而釋出細長 Γ二：内容物後’内容物即釋放於吸收性物質12而可應用。吸 12亦可含有如同粉劑之物質，以與細長殼^ fit1可加以折彎，使其密封端2。相鄰，成為- 物：二’：約為細長殼體1的-半。内容物釋放於吸收性 物貝12後塗敷器即可利用以塗施於所需位置。 支持^一室:::多器:^^ —端至另端。〜^π, μ 貫通於剛體支持部8之 而：i二他支持部8時，它就沿斷痕線7分成兩段 叩艰烕一條或更多的流體泠音 支持部8之端部。具有斷:始’彳匕覆的物質通到剛打開的剛體 端9將沿斷%、、、7的剛體支持部8在内藏塗敷器尖 村/口®Γ f艮綠7斷開，而成為纟 妒 如圖四所示，打開機構4周圍可^體1 牛各段的塗敷器尖端9。 例如棉花、泡床或海綿。如此，在二：環設吸收生物質12， 體1的内容物後，内容物即釋於：打開機構4作動而釋出細長殼 性物質η亦可含有如同粉劑m:質12而可應用。吸收 現合。細長殼體！可加以折·f，使長殼體1之内容物相 塗敷器，其長度約為細長殼體〗使的:;封r二相鄰，成為-種 貝12:塗敷器即可利用以塗施於所需位置。谷器釋放於吸收性物 圖五為雙室型塗敷3|的 _ 支持部14㈤設有一個或更多 施例圖。在本實施例中，剛體 、貝通孔1 5，貫通於剛體支持部14 M323903 之一端至另端。内藏塗敷器尖端 段，其係形成互相貼附之兩相鄰球體mm部Μ之中 Π。剛體支持部14被折彎時可斷裂成兩部 子= 圓形塗敷器16。 斷痕線17成為 圖六為雙室型塗敷器的又一實 持18開設有一個或更多的貫通 回^施例，剛體支 人’旧貝通孔19，貫通於剛體支 .=至另端。内藏塗敷器尖端20位於鄰近剛體支持部‘ 7 .其係成為將剛體支持冑18鄰近中段部位窄化之形狀 ： >斷痕線21成為兩個狹窄的塗敷器尖端2〇。 圖七為雙室型塗敷器的再—實施圖。在此實施例中 持9 ?設有：個或更多的貫通孔13,貫通於剛體支持部8」一； ;另知。各貝通孔13中穿入有一吸收性物質2 f:或海緯，從貫通孔13的兩端突出。當折彎剛體支持:8二 ::::線17分離成兩段而形成一條或更多的流體流道從所包 覆的物質通往剛打開的剛體支持部8之端部。吸收性 斤^ 化細長殼體】内物質的抽出率，俾便控制吸收性物質2;的庫將用緩 帶有斷痕線7的剛體支持部8在内藏塗敷器尖端沿斷痕線Γ斷開 亚成細長殼體1各部段的塗敷器尖端。 圖八為雙室型塗敷器的更一實施例圖。在此實施例中，剛體 支持部8開設有一個或更多的洞孔1〇，u從剛體支持部8的 延伸通過斷痕線7 ’但並不通過剛體支持部8的另端。在此 例中’兩室56 ’含有互不相同的物質。各洞孔i i i中插 -吸收性物質23,例如棉花、泡沫、或海綿，從各洞& w，” 的開放端突出。當折·彎剛體支持部8時，它即沿斷痕線7分離 兩段’而吸收性物質23的一部份從斷痕線7之表面突出而形成一 條或更多的流體流道，從被包覆的物質通往剛打開的剛體支持部 8的開放端。吸收性物質23將缓化細長殼體丨内物質的抽出率， M323903 俾便控制吸收性物質23的應用。帶有斷痕線7的剛體支持部8 在内藏塗敷器尖端沿斷痕線斷開並成細長殼體i各部段的塗敷器 尖端。 σ 、圖九為雙至型塗敷器的再一實施例圖。在此實施例中，雙室 型塗敷器包含一具有兩密封端2, 3的細長殼體丄。有一斷痕線7, I成於兩山封端2 ’ 3間。有_細長殼體24貼附於各密封端23 並延伸至斷痕線7附近。當在斷痕線7附近折f細長殼體工時， w長设體1即/口斷痕線7斷為兩節。細長殼體i的各分離的部段 將包覆-細長構體24,其係剛好止於或位於斷痕線7内。細^ 體24有助於增加含於細長殼體i内物質的毛細管作用並破壞其表 面張力’俾利物貝的抽取而不必壓縮小直徑的細長殼體1。物質 可被輊易的攸細長破體i流出於細長構體24周圍。在一個或兩個 密封端2, 3上亦可貼附-例如棉花、泡珠、或海綿作成的吸收性 物質，做為塗敷器。 圖十為雙室型塗敷器的又一實施例圖。在此實施例中，雙室 里塗敷盗包3 -具有兩密封端2,3的細長殼體！。有一吸收性物 質25，例如以棉化、泡珠、或海綿製成者貼附於各密封端2，3。 吸收性物質25亦可含有例如粉劑物質，可與細長殼體】之内容物 混f。斷痕線7設於兩密封端2,3間。當在斷痕線7附近折彎細 1時，細長殼體1即沿斷痕線7分離成兩段。在細長殼體 1之-段内的吸收性物質25可藉安置其與鄰近於斷痕線7之另一 端内的物質做物理性的接觸來吸收，並予利用。 本發明係就特別之實施例與應用方式加以說明，那歧通曉於 本項技藝之人士，領略了本說明後，或可推及另外的實施方式， 二、：飾㉟右該等實施方式或修飾未能超越本發明專利範 圍之精神時，均應為本發明專利範圍所涵蓋。由是，所須聲明者， 本說明書所附圖示與說明均應視為較佳之實施例，用以解釋本發 明之實施’而不應解讀為用來限制本發明之範圍。 M323903 【圖式簡單說明】 以及 圖一為本發明雙室型塗敷器之第一實施例圖 圖二為本發明雙室型塗敷器之第二實施例圖 圖三為本發明雙室型塗敷器之第三實施例圖 圖四為本發明雙室型塗敷器之第四實施例圖 圖五為本發明雙室型塗敷器之第五實施例圖 圖六為本發明雙室型塗敷器之第六實施例圖 圖七為本發明雙室型塗敷器之第七實施例圖 圖八為本發明雙室型塗敷器之第八實施例圖 圖九為本發明雙室型塗敷器之第九實施例圖 圖十為本發明雙室型塗敷器之第十實施例圖 【主要元件符號說明】 1細長殼體 2密封端 3密封端 4打開機構 5密封室 6密封室 7斷痕線 8剛體支持部 9塗敷器尖端 10洞孔 11洞孔 12吸收性物質 13貫通孔 14剛體支持部 15貫通孔 16圓形塗敷器 10 M323903 17斷痕線 1 8剛體支持部 19貫通孔 20塗敷器尖端 21斷痕線 22吸收性物質 23吸收性物質 2 4細長構體 2 5吸收性物質M323903 VIII. New description: [Technical field to which the novel technology belongs] The present invention relates to an applicator containing a fluid-like substance. In particular, it relates to an applicator having a dual chamber containing one or more liquid-like substances in the room. [Prior Art] A smear-type applicator usually has a tubular handle with one or both ends forming an absorbing tip. The absorbent tip can be made from cotton or foam absorbent material. The tubular handle can be made of wood, paper, or plastic and can be solid or hollow. The smear type applicator has a wide range of uses. A smear-type applicator is a convenient and hygienic skirt that can be used to coat a wide variety of materials such as liquids, lotions, creams, and various chemicals and agents. The generally dried smear-type coating tip is first contacted with a coating liquid to absorb the liquid. The wetted applicator tip is then brought into contact with the surface of the coated object to apply the absorbed liquid to the surface. In some applications, the two liquids must be stored separately and used in direct mixing or in sequence. This requires the use of two separate smear applicators. If only one applicator is used, the applicator must first contact the first liquid and then with the second liquid. Using only one applicator for the two liquids will cause the second liquid to contaminate the first liquid. [New content] The present invention is a two-chamber type applicator in which each chamber contains a liquid-like substance therein. (10) Another object of the present invention is to separate two chambers from each other, and each chamber contains separate substances, and the substances in the two chambers may be the same or different. A further object of the present invention is to have one or more interconnecting channels in the two chambers so that the substance can enter the chamber from the chamber. The double-applicator of the present month comprises an elongated housing having two sealed ends. The open-opening mechanism is disposed between the two sealed ends to separate the two sealed ends. There is a liquid like M323903 material wrapped around the adjacent sealed ends. When the mechanism is opened, the opening mechanism is effectively turned into the elongated casing. 1. The description and drawings in the description are for illustrative purposes only. The present invention = his embodiment will be appreciated by those who have a general knowledge of the art. A dual chamber type coating material - an applicator having two chambers may contain a liquid-like substance therein. In the embodiment, the phase: each compartment contains a separate substance. The substances in the two chambers may have the same or different phases in the two chambers from the one === middle, and may have one or more interconnecting passages, allowing the substance to enter the chamber. In the embodiment, the double chamber type coating 5 | sentence will be ancient _ sealed end 2, 3, as shown in Figure 1 4 = 2 two long: body h with two pounds of 耆,,, Tian Chang 1 body 1 most Good for plastics, such as polypropylene: or ^ ene. Slender shell! It can be a rigid body or a flexible body. The opening mechanism 4 is configured, the two planting seals are known to be 2, 3, and the two sealed ends 2, 3 are separated and two separate chambers 5, 6 are planned. The opening mechanism 4 preferably belongs to a type of broken line 7, which can be broken into two sections when being taken from the vicinity of the broken line 7. In an embodiment, the opening mechanism comprises a rigid body support 8 having a built-in applicator tip 9 in the immediate vicinity, and a break line 7 is located at the end of the built-in applicator 9 Between the two sealed ends 2, 3, the 俾 facilitates the opening of the elongated casing when the elongated casing i is flexed, and the rigid body supporting portion 8 can be broken into 7 knots along the broken line when folded. The rigid body support portion 8 has one or more holes 1 〇 which extend from the respective end portions of the rigid body support portion 8 and pass over the break line 7 but do not pass over the other end portion of the rigid body support portion 8. In this embodiment, the two chambers 5, 6 each contain a substance different from each other. When the rigid body support portion 8 is bent, it is folded into two sections along the break line 7 and forms a strip or a stalk grasping track from the contained substance to the newly opened rigid body support end portion 8. The rigid body support portion 8 having the break line 7 enters the applicator tip 9 and becomes the applicator, tip 9 of each segment of the elongated casing 1 along the break line 7. If the rigid body support M323903 holding portion 8 is used together with the break line 7 to house the applicator tip 9, the elongated body can be made in two stages and attached to both ends of the rigid body support portion 8. Each of the sealed chambers 5, 6 can accommodate, for example, a liquid, a cream, or a powder. When the opening mechanism 4 is actuated to open the elongated double body 1, the opening mechanism 4 effectively becomes the applicator tip of each section of the elongated casing i to dispense the contents of the respective chambers 5, 6. If the elongate housing U is disposable, pressure can be applied to each chamber 5 to extrude the contents along the applicator tip. The absorbent material 12, cotton, foam, or sponge may be further circulated around the opening mechanism 4 as shown in FIG. Thus, when the opening mechanism 4 is actuated to release the elongated body 2: the contents are released from the absorbent material 12 and can be applied. The suction 12 may also contain a substance like a powder to be bent with the elongated shell ^fit1 to seal the end 2. Adjacent, becomes - object: two ': about - half of the elongated casing 1. After the contents are released from the absorbent shell 12, the applicator can be utilized to apply to the desired location. Support ^ one room::: multi-device: ^^ - end to the other end. 〜π, μ penetrates through the rigid body support portion 8: i, when it supports the portion 8, it is divided into two segments along the break line 7 to the end of one or more fluid vocal support portions 8. The material having the break: the initial 'opening' passes to the rigid body end 9 which has just been opened, and the rigid body support portion 8 along the broken %, , and 7 is disconnected from the end of the applicator applicator / mouth ® Γ f 艮 green 7 As shown in FIG. 4, the applicator tip 9 of each segment of the cow can be formed around the opening mechanism 4. For example cotton, bubble beds or sponges. Thus, after the contents of the biomass 12 and the body 1 are circulated, the contents are released: the opening mechanism 4 is actuated to release the elongated shell material η or may be applied as the powder m: mass 12. Absorb and combine. Slender shell! It can be folded and f, so that the content phase applicator of the long casing 1 has a length of about a slender shell: the seal r is adjacent to each other, and becomes a kind of shell 12: the applicator can be utilized Apply to the desired location. The granules are released from the absorbent material. Figure 5 shows the _ support section 14 (5) of the double chamber type coating 3| with one or more example diagrams. In the present embodiment, the rigid body and the shell hole 15 are passed through one end of the rigid body support portion 14 M323903 to the other end. The tip end of the applicator is embedded in the mm portion of the two adjacent spheres that are attached to each other. When the rigid body support portion 14 is bent, it can be broken into two parts = a circular applicator 16. The broken line 17 becomes the other embodiment 18 of the double-chamber type applicator shown in Fig. 6. One or more through-turning examples are provided, and the rigid body supporter 'old beak hole 19 passes through the rigid body branch. The other end. The built-in applicator tip 20 is located adjacent to the rigid body support portion '7. It is a shape that narrows the adjacent middle portion of the rigid body support crucible 18: > The break line 21 becomes two narrow applicator tips 2'. Figure 7 is a re-implementation diagram of a dual chamber applicator. In this embodiment, 9 or more through holes 13 are provided, which are penetrated through the rigid body support portion 8"; An absorptive substance 2f: or a seaweed penetrating into each of the perforation holes 13 protrudes from both ends of the through hole 13. When the bent rigid body supports: 8:2::: The line 17 is separated into two segments to form one or more fluid flow paths from the coated material to the end of the newly opened rigid body support portion 8. Absorbent accommodating slender shell] the extraction rate of the inner material, the sputum control of the absorbent material 2; the reservoir will use the rigid body support portion 8 of the slow-breaking line 7 to hang the tip of the applicator along the break line Γ Disconnect the applicator tip of each section of the sub-elastic housing 1 . Figure 8 is a view of a further embodiment of a dual chamber applicator. In this embodiment, the rigid body supporting portion 8 is provided with one or more holes 1 〇 which extend from the rigid body supporting portion 8 through the broken line 7' but not through the other end of the rigid body supporting portion 8. In this example, the 'two chambers 56' contain substances different from each other. Inserting an absorbing material 23, such as cotton, foam, or sponge, in each of the holes iii protrudes from the open end of each hole & w,". When folding and bending the rigid body support portion 8, it is along the broken line 7 The two sections are separated and a portion of the absorbent material 23 protrudes from the surface of the broken line 7 to form one or more fluid flow paths from the coated material to the open end of the rigid body support 8 which has just been opened. The absorbent material 23 will moderate the extraction rate of the material in the elongated casing, and the M323903 controls the application of the absorbent material 23. The rigid body support 8 with the broken line 7 is along the end of the built-in applicator. The wire is broken and becomes the applicator tip of each segment of the elongated casing i. σ, Fig. 9 is a further embodiment of the double-type applicator. In this embodiment, the dual-chamber applicator comprises one An elongated housing 两 of the two sealed ends 2, 3. A broken line 7, I is formed between the two ends of the two ends 2'. The elongated housing 24 is attached to each sealed end 23 and extends to the line of weakness 7 In the vicinity, when the elongate housing is folded near the broken line 7, the w long body 1 or the broken line 7 is broken into two sections. The separated parts of the elongated casing i The segment will be coated with an elongated body 24 that is just inside or located within the break line 7. The fine body 24 helps to increase the capillary action of the material contained in the elongated shell i and destroy its surface tension. The extraction of the shell does not have to compress the elongated housing 1 of small diameter. The substance can be flowed around the elongated body 24 by the easy elongate body i. It can also be attached to one or both of the sealed ends 2, 3 - An absorbent material such as cotton, beads, or sponge is used as an applicator. Fig. 10 is a view showing still another embodiment of the dual chamber type applicator. In this embodiment, the stolen package is coated in the double chamber. - an elongated housing having two sealed ends 2, 3! An absorbent substance 25, for example made of cotton, beads, or sponge, is attached to each of the sealed ends 2, 3. The absorbent material 25 may also contain For example, the powder material may be mixed with the contents of the elongated casing. The break line 7 is disposed between the two sealed ends 2, 3. When the thin 1 is bent near the broken line 7, the elongated casing 1 is broken. The trace 7 is separated into two segments. The absorbent material 25 in the segment of the elongated casing 1 can be placed by placing it adjacent to the material adjacent to the other end of the fracture line 7. The present invention is described in terms of particular embodiments and applications, and those skilled in the art will appreciate the description, or may. 2. The decoration or the modification of the 35 right should not be beyond the scope of the patent scope of the invention, and should be covered by the scope of the invention. Therefore, the statement and description attached to this specification are It is to be understood that the preferred embodiment is intended to be illustrative of the invention, and is not to be construed as limiting the scope of the present invention. M323903 [Simple Description of the Drawings] and Figure 1 is the first embodiment of the dual chamber type applicator of the present invention. 2 is a second embodiment of a dual chamber type applicator of the present invention. FIG. 3 is a third embodiment of the double chamber type applicator of the present invention. FIG. 4 is a double chamber type applicator of the present invention. Fig. 5 is a fifth embodiment of a dual chamber type applicator of the present invention. Fig. 6 is a sixth embodiment of the double chamber type applicator of the present invention. Fig. 7 is a double chamber type applicator of the present invention. Seventh embodiment FIG. 8 is a double chamber type of the present invention The eighth embodiment of the present invention is a ninth embodiment of the double chamber type applicator of the present invention. FIG. 10 is a view showing a tenth embodiment of the double chamber type applicator of the present invention. Housing 2 sealed end 3 sealed end 4 opening mechanism 5 sealed chamber 6 sealed chamber 7 broken line 8 rigid body support portion 9 applicator tip 10 hole 11 hole 12 absorbent material 13 through hole 14 rigid body support portion 15 through hole 16 round applicator 10 M323903 17 broken line 1 8 rigid body support 19 through hole 20 applicator tip 21 broken line 22 absorbent material 23 absorbent material 2 4 elongated body 2 5 absorbent material