M440026 五、新型說明： 【新型所屬之技術領域】 本創作是關於一種便搞式充液瓶，尤其是-種便攜式 充液瓶的充液嘴轉接器。 【先前技術】 市％上用於盛裝香水或其他液體的充液瓶當瓶内的 液體用70之後’可循J衣進行充液。將盛裝有液體的母瓶的 籲瓶嘴與充液瓶的充液嘴對合，對母瓶進行操作即可使母瓶 中的液體進入充液瓶内。然而，目前的部分出液嘴短小或 抽液泵行程較短的母瓶，對便攜式充液瓶進行充液的過程 中’液體容易洩露犮盔法右λ _ „ 令π π路次‘，.、凌充入，浪費了資源或無法使用。 【新型内容】 本創作要解決的技術問題是提供一種密封性好、結構 緊凑，適用各種出液嘴的母瓶的便攜式充液瓶的充液嘴轉 • 接器。 為了解決上述技術問題’本創作採取以下技術方案： 一種便攜式充液瓶的充液嘴轉接器，包括外套、中空 導液柱和密封圈，導液柱與外套裝接，密封圈與導液柱的 充液端裝接，密封圈上開設有與中空導液柱内的充液管路 相連通的通孔。 该外套呈倒3形，導液柱呈凸形，導液柱裝於倒凸形 外套的進口端部内，密封圈裝於外套内且與導液柱的充液 M4〇〇26 端口表面緊密連接。 該凸形導液柱上套裝有彈簧，該彈簀一端頂著導液柱 的台階面、另一端頂著外套的内表面。 该外套呈倒凸形’導液柱的側壁上設有向外水平延伸 的％形卡臂，導液柱裝於外套的進口端部内且該導液柱的 充液端延伸出外套，密封圈設於導液柱的充液端内與導液 柱緊密連接。 •玄倒凸形外套的進口端部的下端和上端均設置有向 内K平I伸的凸臂，该凸臂對導液柱起到限位的作用。 該凸臂與外套為一體成型結構。 該導液柱的外表面上套裝有與外套的進口端部内壁 固定貼裝的安裝套。 該外套通過連接件與導液柱外壁固定連接，密封圈設 於導液柱的充液端内。 該連接件呈多瓣f曲狀。 °玄連接件及與該連接件步接的墓y』 疋伐仟褒接的導液柱和外套為一體 成型結構。 本創作結構緊湊， 適用於各種充液母瓶， 質，可廣泛與各類型的 用0 在封性好，充液時不易發生洩露， 保證充液的可靠性，提升產品的品 可循環充液的便權U液瓶配合使 【實施方式】 4 M440026 為了便於本領域技術人員的理解，下面結合附圖和具 體貫施例對本創作作進一步的描述。 本創作揭示了一種與便攜式充液瓶配合使用的充液 嘴轉接器，如附圖1所示，包括外套丨、中空導液柱2及 岔封圈3，導液柱2與外套1相裝接，密封圈3與導液柱 2相裝接，密封圈3上開設有與令空導液柱2的充液管路 相連通的通扎4，充液時候，充液母瓶的充液嘴插進密封 圈3上的通孔4到達導液柱2的充液管路内。 个在上述揭不的基本結構基礎之上，本創作有以下四種 較佳的實施方式。 實施例一’如附圖1所示，-種便搆式充液瓶的充液 嘴轉接器，包括外套1，以及中空導液柱2和密封圈3, .轉外套1呈倒凸形，導涪4 u 』凸办导液柱2呈凸形，導液柱2裝於倒凸 形外套1的進口端部内笫 '^在封圈3裝於外套1内且與導液 柱2的充液端口表面緊宰車 糸在連接外套1的進口端部的上端 和下端均設置有向該外套1内邱ρ工 苌内。卩水平延伸的凸臂7。導液 柱2的底面被外套1進口她^ 進m端的凸f 7承托住，使導 液柱2不會滑落。充液的時 田導液柱2受到外力往上 移動—定行程的時候，導液柱2 山 D丨白面被外套1進口 4 上端的凸臂7阻擋住，传道_ & 4 任使導液杈2無法再繼續向上移 動，保證導液柱2只能在外套 尝1的進口端部内發生-定的 仃轾位移。導液柱2外壁上還 了]套$有文裝套8,該安裝 套8固定裝於外套1進口 I , 碥。P的内壁上，使導液柱2與外 套1間更加緊密的配合。此杏 ,^ 貝化例—中，整個導液柱2 和岔封圈3均位於外套i 總n山 在封圈3與導液柱2的充液 、口端面緊密固定連接，此姓 接器。 、。構.，且合成為充液嘴内藏式轉 實施例二，如附圖2所干， 嘴轉接器，包括外套hi :攜式充液瓶的充液 中二—液柱2和密封圈3， 該外套1呈倒凸形，導液柱 ^ 1 2呈凸形，導液枉2裝於倒凸 /卜套1的進口端部内，密 ^圈3裝於外套1内且與導液 的充液端口表面緊密連接，導液…套裝有彈性件 5，忒彈性件5 一端 外套丨… 導液柱2的台階面、另-端頂著 ,^ 1外套1的進口端部的上端和下端均設置有 向料套1内部水平延伸的凸臂7 端的凸臂1既頂著彈性件5 外套進°端部上 端，又對導液柱2起到限位 作用。充液的時候’對導液柱2施加外力，使導.、夜 柱2往上移動，當導液柱2往上移動一定…"液 丄杪勁疋私度的距離時， 液柱2的台階面被外套1進口端部上端的四臂7阻擋 呆-導液柱2只能在外套〖進口端部内移動。另外： 導'夜桎2上移的過程中，彈性件$被壓縮，當撤去外力時， 導液柱2受到彈性件5的復位彈力而自動復位”卜套1 :口端部下端的凸臂7承托著導液柱2,使導液杈不會滑 洛導液柱2外壁上還可套裳有安裝套8,該安裳套8固 M440026 疋裝於外套1進口端部的内壁上’使導液柱2與外套1 間更加緊密的配合。此實施例二揭示的結構組合成為充液 嘴自復位式轉接器。 實施例三，如附圖3所示，一種便攜式充液瓶的充液 嘴轉接器，包括外套i，以及中空導液柱2和密封圈3, 6玄外套1呈倒凸形，導液柱2的側壁上設有向外水平延伸 的環形卡臂6,該環形卡臂6與導液柱2可為—體成型結 構’導液柱2裝於外套j的進口端部内且該導液柱2的充 承端延伸出外套卜密封圈3設於導液柱2的充液端内與 導液柱2緊密連接。導液柱2的充液端部件裸露在外套 外，另一部分震在外套】内，密封圈3裝於導液柱2的充 液端内。導液柱2的環形卡臂6部分位於外套】進口端部 ，外套1進口端部下端的凸Η承托著環形卡臂6的底 面’外套1進口端部上端的凸臂7對導液柱2起到限位的 作用。充液的時候，邀咕“ 1 一 柱2受到外力向上移動繼續向 上移動一定行程的時候，道 吟候導液柱2上的環形卡臂6上端面 被外套1進口端部上端 J凸咸7阻擋住，使導液桎2不 繼續向上移動’保證導液 只能在外套1進口端部内發 生行程位移。導液柱2 货 的外臂上還可套裝安裝套8，該安 裝套8固定在外套1進口 柒。P的内壁上，使導液柱2與 套1間更加緊密的配合。 貫施例三揭示的結構組人.為 充液嘴外凸式轉接器。 偁、‘且口成為 M440026 實施例四’如附圖4所示，一種便攜式充液瓶的充液 嘴輅接為，包括外套}、中空導液柱2和密封圈3，外套 1通過連接件9與導液柱2外壁固定連接，密㈣3設於 導液枝2的充液端内。充液的時候對導液枝2施加外力， 使V液柱向上發生一定的行程位移，連接件9設為多辦彎 曲狀’可為弧形狀、半圓形或其他形狀’提升產品的品質， 延長使用壽命。另外，連接件9、導液柱2及外套】為一 體成型結構’通過模具直接注塑成型，加工方便。充液時 候’導液柱2叉到外力的施加，由於連接件9為彎曲狀， 故導液柱2能較為票和的發生行程位移。此實施例四揭示 的結構組合成為一體懸浮式充液嘴轉接器。 另外，安裝套8和外套！可採用塑膠注塑製作而成， 外套1上的凸臂7與外套1為-體成型結構，加工時與外 套一體成型。 5所示，本創作套裝在便攜式充液瓶6上，將 的充液嘴對準轉接器的導液柱的充液端口即 ’適用於不同出液嘴的母瓶。+易發生洩露， 如附圖 充液母瓶7 可進行充液 可靠度高。 而要況月的疋’在不脫離本創作的發明構思的前提 下，任何顯而易見的替換均在本創作的保護範圍之内。 【圖式簡單說明】 圖1為本創作實施例一的剖面結構示意圖； M440026 以及 圖。 圖2為本創作實施例二的剖面結構示意圖 圖3為本創作實施例三的剖面結構示意圖 圖4為本創作實施例四的剖面結構示意圖 圖5為本創作與充液瓶裝配使用的結構示 【主要元件符號說明】M440026 V. New Description: [New Technology Field] This creation is about a liquid filling bottle, especially a liquid filling nozzle for portable liquid filling bottles. [Prior Art] A liquid-filled bottle for containing perfume or other liquid on the market% can be filled with a J after the liquid in the bottle is used. The mouth of the bottle containing the liquid bottle is engaged with the filling nozzle of the liquid filling bottle, and the operation of the mother bottle allows the liquid in the mother bottle to enter the liquid filling bottle. However, at present, some of the mother cylinders with short nozzles or short pump strokes are in the process of filling the portable liquid-filled bottles, and the liquid is easy to leak. The right λ _ „ π π path times.凌充入, wasted resources or can not be used. [New content] The technical problem to be solved in this creation is to provide a liquid-filled bottle with a good sealing and compact structure, which is suitable for the mother bottles of various liquid outlets. In order to solve the above technical problems, the author adopts the following technical solutions: A liquid filling nozzle adapter for a portable liquid filling bottle, comprising a jacket, a hollow liquid guiding column and a sealing ring, and the liquid guiding column and the outer connecting body The sealing ring is connected with the liquid filling end of the liquid guiding column, and the sealing ring is provided with a through hole communicating with the liquid filling pipe in the hollow liquid guiding column. The outer casing is inverted 3 and the liquid guiding column is convex. The liquid guiding column is installed in the inlet end of the inverted convex outer casing, and the sealing ring is installed in the outer casing and is tightly connected with the surface of the liquid-filling M4〇〇26 port of the liquid guiding column. The convex liquid guiding column is provided with a spring, the elastic One end of the crucible is placed on the step surface of the liquid guiding column, and The end is placed on the inner surface of the outer casing. The outer side of the outer surface of the jacket is provided with an inverted convex shape. The side wall of the liquid-conducting column is provided with a horizontally extending card-shaped card arm. The liquid-conducting column is installed in the inlet end of the outer casing and the liquid-conducting column is filled. The liquid end extends out of the outer sleeve, and the sealing ring is disposed in the liquid-filling end of the liquid-conducting column and is closely connected with the liquid-conducting column. • The lower end and the upper end of the inlet end of the inverted convex outer casing are provided with an inward K-flat I The arm has a function of limiting the liquid guiding column. The convex arm and the outer casing are integrally formed. The outer surface of the liquid guiding column is provided with a mounting sleeve fixedly attached to the inner wall of the inlet end of the outer casing. The outer sleeve is fixedly connected to the outer wall of the liquid guiding column through a connecting member, and the sealing ring is disposed in the liquid filling end of the liquid guiding column. The connecting member has a multi-lobed shape. The mysterious connecting member and the tomb y connected with the connecting member The liquid-guiding column and the outer casing of the slashing and splicing are in one-piece structure. The compact structure is suitable for various liquid-filled mother bottles, and can be widely used with various types of 0. It is easy to seal when filling. Leakage, ensure the reliability of liquid filling, improve the product's product can be recirculated and filled U-Liquid Bottle Coupling [Embodiment] 4 M440026 In order to facilitate the understanding of those skilled in the art, the present invention will be further described below with reference to the accompanying drawings and specific embodiments. This creation discloses a charging device for use with a portable liquid filling bottle. The liquid mouth adapter, as shown in FIG. 1 , comprises a jacket 丨, a hollow liquid guiding column 2 and a 岔 sealing ring 3 , the liquid guiding column 2 is attached to the outer casing 1 , and the sealing ring 3 is connected to the liquid guiding column 2 The sealing ring 3 is provided with a through wire 4 communicating with the liquid filling pipe of the air guiding liquid column 2. When the liquid is filled, the liquid filling nozzle of the liquid filling mother bottle is inserted into the through hole 4 of the sealing ring 3 to reach the guide. In the liquid-filled pipeline of the liquid column 2, based on the above-mentioned basic structure, the present invention has the following four preferred embodiments. Embodiment 1 is as shown in FIG. The liquid filling nozzle of the liquid filling bottle comprises a jacket 1, and a hollow liquid guiding column 2 and a sealing ring 3. The rotating jacket 1 has an inverted convex shape, and the guiding guide 4u is convex, and the liquid guiding column 2 is convex. The liquid guiding column 2 is installed in the inlet end portion of the inverted convex outer casing 1 and is mounted in the outer casing 1 in the sealing ring 3 and is tightly pressed against the surface of the liquid filling port of the liquid guiding column 2. Ito upper and lower ends connected to the inlet end of the outer sleeve 1 is provided with an inner to outer Neiqiu ρ ENGINEERING Chang.凸 Horizontally extending convex arm 7. The bottom surface of the liquid guiding column 2 is supported by the projection f 7 which is introduced into the m-end of the outer casing 1 so that the liquid guiding column 2 does not slip. When the liquid-filled time-receiving liquid column 2 is moved upward by an external force - when the stroke is fixed, the liquid-conducting column 2, the mountain D-white surface is blocked by the convex arm 7 at the upper end of the outer casing 4 of the outer casing 1 , and the evangelism _ & 4 2 It is no longer possible to continue moving upwards, ensuring that the liquid-conducting column 2 can only undergo a predetermined displacement in the inlet end of the jacket. The outer wall of the liquid-conducting column 2 is further provided with a sleeve of $, and the mounting sleeve 8 is fixed to the inlet I of the outer casing 1 and the crucible. On the inner wall of P, the liquid guide column 2 and the outer sleeve 1 are more closely fitted. In this apricot, ^ bei-chemical example, the entire liquid-conducting column 2 and the stern-sealing ring 3 are located in the outer casing i. The total n-mountain is tightly fixedly connected to the liquid-filled and port end face of the liquid-conducting column 2 in the sealing ring 3, and the name is connected. . ,. The second embodiment is as shown in Figure 2, the mouth adapter, including the outer casing hi: the liquid-filled liquid-filled liquid-liquid column 2 and the sealing ring 3, the outer casing 1 is inverted convex shape, the liquid guiding column ^ 1 2 is convex, the liquid guiding jaw 2 is installed in the inlet end portion of the inverted convex/bucket 1, and the dense sealing ring 3 is installed in the outer casing 1 and is connected with the liquid guiding body. The surface of the liquid filling port is tightly connected, and the liquid guiding device is provided with an elastic member 5, and the elastic member 5 is provided at one end of the outer casing. The stepped surface of the liquid guiding column 2 is placed at the other end, and the upper end of the inlet end of the outer casing 1 is The lower end is provided with a convex arm 1 which is extended to the inside of the sleeve 1 and extends horizontally. The convex arm 1 is attached to the upper end of the end portion of the elastic member 5, and the liquid guiding column 2 is restricted. When filling the liquid, 'apply an external force to the liquid guiding column 2 to move the guiding column and the night column 2 upwards. When the liquid guiding column 2 moves upwards, the liquid column 2 is moved. The step surface is blocked by the four arms 7 at the upper end of the inlet end of the outer casing 1 - the liquid guiding column 2 can only move within the outer end of the casing. In addition: during the process of moving up the night squat 2, the elastic member $ is compressed, and when the external force is removed, the liquid guiding column 2 is automatically reset by the return elastic force of the elastic member 5" 套1: the convex arm 7 at the lower end of the mouth end portion Supporting the liquid guiding column 2, so that the liquid guiding crucible will not slide. The outer wall of the liquid guiding column 2 can also be sleeved with a mounting sleeve 8, which is mounted on the inner wall of the inlet end of the outer casing 1 The structure of the second embodiment is combined with the outer casing of the liquid-conducting column. The third embodiment, as shown in FIG. 3, is a portable liquid-filled bottle. The liquid filling nozzle adapter comprises an outer casing i, and a hollow liquid guiding column 2 and a sealing ring 3, wherein the rectangular outer casing 1 is inverted and convex, and the side wall of the liquid guiding column 2 is provided with an outwardly horizontally extending annular card arm 6 The annular card arm 6 and the liquid guiding column 2 can be a body-forming structure. The liquid guiding column 2 is installed in the inlet end of the outer casing j and the filling end of the liquid guiding column 2 extends out of the outer casing. The sealing ring 3 is arranged in the liquid guiding body. The liquid-filled end of the column 2 is tightly connected to the liquid-conducting column 2. The liquid-filled end part of the liquid-conducting column 2 is exposed outside the outer casing, and the other part is exposed inside the outer casing, and the sealing ring 3 In the liquid filling end of the liquid guiding column 2, the annular card arm 6 of the liquid guiding column 2 is partially located at the inlet end of the outer casing, and the tenon at the lower end of the inlet end of the outer casing 1 bears the bottom surface of the annular card arm 6 'the outer end of the outer casing 1 The convex arm 7 at the upper end of the upper portion acts as a limit for the liquid guiding column 2. When filling the liquid, the "1 column 2 is moved upward by the external force and continues to move upward by a certain stroke, and the channel is on the liquid guiding column 2 The upper end surface of the annular card arm 6 is blocked by the upper end J of the outer casing 1 and the convexity 7 is blocked, so that the liquid guiding jaw 2 does not continue to move upwards to ensure that the liquid guiding can only be displaced in the inlet end of the outer casing 1. The outer arm of the liquid guide column 2 can also be fitted with a mounting sleeve 8 which is fixed to the inlet of the outer casing 1. On the inner wall of P, the liquid guide column 2 and the sleeve 1 are more closely fitted. The structural group disclosed in Example 3 is a liquid-filled convex adapter.偁, 'and the mouth becomes M440026. Embodiment 4 As shown in FIG. 4, the filling nozzle of a portable liquid filling bottle is connected, including the outer casing}, the hollow liquid guiding column 2 and the sealing ring 3, and the outer casing 1 is passed through the connecting piece. 9 is fixedly connected to the outer wall of the liquid guiding column 2, and the dense (4) 3 is disposed in the liquid filling end of the liquid guiding branch 2. When filling the liquid, an external force is applied to the liquid guiding branch 2, so that the V liquid column is displaced upward by a certain stroke, and the connecting member 9 is set to be curved, which can be an arc shape, a semicircular shape or the like to improve the quality of the product. , Extended service life. In addition, the connecting member 9, the liquid guiding column 2 and the outer casing are integrally molded by a single mold, and the processing is convenient. When the liquid is filled, the liquid guiding column 2 is forked to an external force, and since the connecting member 9 is curved, the liquid guiding column 2 can be displaced by the stroke of the ticket. The structure disclosed in this fourth embodiment is combined into an integral suspension type nozzle adapter. In addition, install the sleeve 8 and the jacket! It can be made by plastic injection molding. The convex arm 7 and the outer casing 1 on the outer casing 1 are formed into a body-shaped structure, and are integrally formed with the outer sleeve during processing. As shown in Fig. 5, the creation kit is placed on the portable filling bottle 6, and the filling nozzle is aligned with the filling port of the liquid guiding column of the adapter, that is, the mother bottle of the different dispensing nozzles. + It is prone to leakage, as shown in the figure. The liquid filled bottle 7 can be filled with high reliability. However, any obvious substitutions are within the scope of this creation without departing from the inventive concept of this creation. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic cross-sectional structural view of a first embodiment of the present invention; M440026 and FIG. 2 is a schematic cross-sectional structural view of the second embodiment of the present invention. FIG. 3 is a schematic cross-sectional structural view of the third embodiment of the present invention. FIG. 4 is a schematic cross-sectional structural view of the fourth embodiment of the present invention. FIG. [Main component symbol description]
1 外套 2 中空導液柱 3 密封圈 4 通孑L 5 彈性件 6 環形卡臂 7 凸臂 8 安裝套 9 連接件1 Jacket 2 Hollow liquid column 3 Sealing ring 4 Ventilation L 5 Elastic member 6 Ring card arm 7 Arm 8 Mounting sleeve 9 Connector