M317414 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種瓶罐之液體定量喷出結構構造，尤指一 種直接利用外力下壓方式而使瓶罐本體内所盛裝之液體以定量 且均勻地喷灑於外，且據以精簡元件的搭配組成與特殊的結構運 用設計，使該瓶罐於使用上不會沾染罐體、手部，更無渗漏之虞。 【先前技術】 參 所謂「食不厭精，臉不厭細」，顯示出飲食文化自古就受人 類高度的重視，基於各國地理、氣候、物產'習俗等因素的差異， 各族群對於飲食各有自己獨特的口味和烹調方式，也因此讓瓶罐 之液體定量喷出結構在烹調使用上佔了舉足輕重之地位。 而現今生活品質提升，即使是瓶罐之液體定量喷出結構這 樣的小東西也要注重其設計感、方便及實用性，然，一般液體瓶 1，請參第一圖所示（係習知之立體示意圖），主要係由瓶身j j 籲及瓶蓋12組成，其瓶蓋12上並凸設有一瓶嘴12ι ; 整體於組裝實施時，係先將瓶身1丨裝入液體，再將瓶蓋j 2 蓋上組接，當欲烹、調食物滋味時，即可傾倒液體瓶丨，使瓶身 11内容之液體由瓶嘴121流出，以達成食物料理之目的，惟此習 用液體瓶1卻存有如下略舉之缺失： 1 ·當完成傾倒調料瓶1以供食物料理後，液體易由瓶嘴工2 j 邊緣順勢沿瓶身11流下，造成瓶身丨〗及置放處之沾污且影響下次 5 M317414 取用者之手部清潔。 2·瓶嘴121易因液體長期積存於周緣並乾酒，而致瓶嘴121 阻塞、產生異味，遂使調理食物時屢生不便且不衛生。 3·液體瓶1之瓶蓋1 2因增添液體而開閉時，易因疏忽而未旋 緊，致使取用者傾倒時，而溢灑液體。 【新型内容】 本創作之主要目的係為提供一種瓶罐之液體定量喷出結 #構，可直接利用下壓之連動方式即可控制液體之定量且呈均勻狀 之喷灑，不致有喷出液體過少或過多或滴滴答答之情形。 為達本創作上揭目的之瓶罐之液體定量喷出結構，主要利 用一種可盛裝液體之瓶罐本體的上、下方位區分成液體盛裝室、 定篁液體集中室，而該定量液體集中室分成第一段落部、第二段 落部，第一段落部之内徑較第二段落部之内徑為窄，且液體盛裝 至及定置液體集中室之間有一區隔界限部，此區隔界限部上設有 可使液體盛裝室及定量液體集中室相通之通道，以供一連動元 件穿過其間；該連動元件形成有一可穿過液體盛裝室内的連結 寺干’且連結桿上設有-凹道，此凹道位於通道處，該連動元件於 對應定量液體集中室處依序形成有第—止撞部、第二止擔部及第 二止擒部，該第-止擋部在連動元件尚未下壓作動時，其正好抵 觸通道下端，若連動元件經下壓往定量液體集中室移動時，則將 遠離通道，該第二止播部上設有止漏墊圈，以供與定量液體集中 M317414 室之第一段落部之内徑壁面緊貼著’第三止擋部的外側處設有凹 槽’此凹槽的内壁至垂直底面處設有流道，且其間配合一彈性墊 片嵌置其間’該彈性塾片之高度小於凹槽的上、下兩端間，使得 彈性墊片與凹槽之間留有一段間隙’以供連動元件作丁降或上升 時’其於凹槽間產生下移或上移，而能控制凹槽之流道的啟閉， 另於連動元件於下端處壓有一彈性元件，此彈性元件另一端壓有 • 一壓觸元件，該壓觸元件之底側設有嵌合部，對該嵌合部則正好 φ 嵌入定量液體集中室之底部設有液體出口孔内。 據此，以供直接下壓操作連動元件，即可達到利用連動元 件之第一至第三擋止部下移，使第一擋止部脫離通道，第二擋止 部脫離對定量液體集中室之第一段落部抵觸，使通道至第二擋止 部之間形成相通，使液體盛裝室之液體可流入定量液體集中室 内，此時第三擋止部處即將第二段落部處形成封閉狀態，使部分 液體停流在第三擋止部處，直至連動元件回復上升時，則令第三 # 擋止部形成開啟狀態，而使停流在第三擋止部處之部分液體通過 第三擋止部流落至定量液體集中室之底部，當連動元件受到下壓 操作時，此時部份液體沿著壓制元件之縫隙而往液體出口孔噴出 於外。 【實施方式】 有關本創作一種瓶罐之液體定量喷出結構，其技術手段及達 成上述目的、功效’兹以最佳實施例，並配合圖式洋細祝明如下· M317414 首先，請一併參閱第二圖至第七圖所示，本創作所運用之 瓶罐的構造設計，係利用一可盛裝液體之瓶罐本體2，於瓶罐本 體2之上、下方位可區分成液體盛裝室21、定量液體集中室22, 此定量液體集中室22以上、下兩段分成第一段落部221、第二段 落部222，第一段落部221之内徑較第二段落部222之内徑為窄， 且於内壁面設有空氣孔223;對於液體盛裝室21及定量液體集中 • 室22之間有一區隔界限部23,此區隔界限部23上設有一可使液體 φ 盛裝室21及定量液體集中室2 2相通之通道231，該通道231上裝有 一軟質膠墊232，此軟質膠墊232外側與通道231緊貼且上、下兩 端分別凸露於液體盛裝室21、定量液體集中室22處，軟質膠墊232 之内側則設有一透孔233，該透孔233為供一連動元件3穿過其 間’而上述液體盛裝室21形成有盛裝入口 211，此盛裝入口 211 可供液體由外裝盛其内，且該盛裝入口 211上套合一蓋體24，蓋 體24上具有一穿孔241，此穿孔241為配合一按壓元件25嵌置並於 鲁一端突出於外，以供方便進行下壓作動，對該按壓元件25的下端 (朝定量液體集中室22方位）為組設一連動元件3,該連動元件3 形成有一可自軟質膠墊232之透孔233穿過瓶罐本體2之液體盛裝 室21的連結桿31，藉該連結桿31朝盛裝入口 211之一端與按壓元 件25結合固定，而連結桿31上設有一凹道311，此凹道311位於軟 負膠塾232處，且該連動元件3於對應定量液體集中室22處依序形 成有第一止擋部32、第二止擋部33及第三止擋部34,上述第一止 M317414 擋部32在連動元件3尚未下壓作動時，其正好抵觸軟質膠墊232 的下端處，可防止液體盛裝室21内之液體流入定量液體集中室22 内，若經連動元件3下壓時，則將往定量液體集中室22移動，使 其遠離軟質膠墊232,以令液體盛裝室21内之液體流入定量液體 集中室22内，上述第二止擋部33即以外側設有止漏墊圈331，以 供與定量液體集中室22之第一段落部221之内徑壁面緊貼著，第 .三止擋部34的外側處設有凹槽341，此凹槽341的内壁至垂直底面 φ 處設有流道342，且此凹槽341處為配合一彈性墊片35嵌置其間， 且彈性墊片35之高度小於凹槽341的上、下兩端間，使得彈性塾 片35與凹槽341之間留有一段間隙，以利連動元件3作下降或上升 時，彈性墊片35將於凹槽341間產生下移或上移，而控制凹槽341 之流道342之啟閉，另於連動元件3於下端處壓有一彈性元件36， 此彈性元件36另一端壓有一壓觸元件37，該壓觸元件37之底側依 序設有擋位部3 71、搬合部3 7 2，對該擔位部3 71使壓觸元件3 7於 φ 定量液體集中室22之底部224有適切間距，而擋位部371恰好抵觸 著定量液體集中室22之底緣，對該嵌合部372則正好嵌入定量液 體集中室22之底部設有液體出口孔225内：對該定量液體集中室 22之底部224可採與定量液體集中室22形成分離式之螺接防漏的 組合設計，以利連動元件3可於定量液體集中室22之底部224穿入 界限區隔部23裝有軟質膠墊232的孔233，而使連動元件3之連結 桿31進入液體盛裝室21内。 M317414 又，針對本創作所運用之瓶罐的構造，可進一步再設計有 一可平穩放置於固定處之底座4,該底座4形成有一容置空間41， :可供上述瓶罐本體2以其定量液體集中室22之方位嵌置其間，方 便瓶罐本體2定位於所欲放置之固定處。 再者’請配合參閱第五圖至第七圖所示，當本創作於組裝後 欲進行使用時’利用手部握持瓶罐本體並下壓著按壓元件25，使 *其連設之連動元件3的第一擋止部32遠離位於區隔界限部23之膠 #塾232的透孔233，以及第二擋止部33處遠離對定量液體集中室22 之第一段落部221，使液體盛裝室21之液體將隨著軟質膠墊232 之透孔233流入第二擋止部33處’此時原本在第三擋止部34之凹 槽341下端之彈性墊片35由於受連動元件3下壓移動，亦隨之移位 到凹槽341上端，而堵住凹槽341上之流道342，使部分液體停留 在透孔233至第二擋止部33處；直至放開按壓元件25時，原本受 下壓聚集彈力之彈性元件36因壓力釋放而頂撐連動元件3,使連 籲動元件3上升而使其第一擋止部32回復到封阻透孔233，且第二擋 止部33亦回復到封阻定量液體集中室22之第一段落部221，使液 體盛裝室21之液體與定量液體集中室22之部分液體區隔，且第三 擋止部34上之彈性墊片35在經連動元件3上升的過程中，亦隨之 移位到凹槽341下端，而使凹槽341處之流道342形成開放狀態， 使原本位於第二擋止部33處的部分液體得以順利經由開放中之 流道342而流入定量液體集中室22之底部224，進而再透過下一次 M317414 之下壓作動，而使連動元件3壓觸彈性元件36.過程中，產生抵觸 壓制元件37之壓力，以令貯存在定量液體集中室22之底部224之 部分液體，可沿著壓制元件37與第二段落部222之間的間隙流至 液體出口孔225之外。 其次’本創作之瓶罐設計係可因應各式液體之不同，對於分 子顆粒較大的液體’諸如油類，則可藉由定量液體集中室22之空 ，氣孔371，以利連動元件3受彈性元件37之彈力釋壓回復時，能藉 鲁此快速回吸空氣，以利定量液體集中室22方便喷出於外。 除此之外’如第三圖、第四圖所示，本創作之瓶罐於不使 用時，可搭配前述底座4之組合，將瓶罐本體2以其定量液體集中 室22之方位搬置於底座4之容置空間41内，而可將瓶罐本體2平穩 直立放置於固定處，俾增顯該瓶罐之便利效益。 經由上述，本創作之瓶罐之液體定量喷出結構與前述習用同 範轉產品相較下’明顯具有如下略舉之特點及功效： 鲁 L本創作透過連動元件3之第一擋止部32、第二擋止部33， 可分段式的均勻控制液體所需噴出計量多寡，不致如習用產品因 無法控制液體之多寡，而造成使用液體中之喷出過少或過多之缺 失，且在配合連動元件3受到外力下壓作動的過程中，可於定量 液體集中室22處預留下次欲喷出液體之計量，以利下次取用液體 時，只須輕輕控制連動元件3進行一次的下壓，即可迅速將液體 導出於外。 11 M317414 2·本創作透過連動元件3之第三擋止部34，可隨連動元件3 之移動，而呈封阻區隔第一擋止部32、第二擋止部33間之部分液 體流入定量液體集中室2 2的底部之狀態，以及配合彈性元件％ 本身之吸力及釋壓特性’控制所儲存於定量液體集中室22之部分 液體到液體出口孔225之噴出與否，亦確保貯存於下容室22之部 分液體即使不使用，也不會有滲漏之虞。 • 3·本創作結合瓶罐本體2與連動元件3運用之液體定量喷出 鲁結構，精簡且組裝與使用上皆為操作容易，更透過連動元件3由 外力下壓的動作及液體出口孔朝下之設計，使瓶罐本體2本身可 隨消費需求而設計方便手部握持及操作之既設造型，同樣地，亦 可變化瓶罐本體2之液體盛裝室22與定量液體集中室22為一體或 採分離式之組設結合，皆可彰顯出本創作之方便性及利用價值。 4·本創作於連動元件3上設以第一擋止部32、第二擋止部33 至第二擋止部34於定量液體集中室22内之配合作動，使定量液體 鲁集中室22可預留下次欲喷出液體之計量，以利下次取用液體時， 只須輕輕施予一次的下壓控制連動，即可迅速將液體導出於外。 5·本創作之瓶罐於不使用時，可搭配一種具有既設造型且 可平穩放置於固定處上之底座4，利用該底座4據以容置空間之設 β十’可藉由瓶罐本體2以其定量液體集中室22之方位嵌置於底座4 之谷置空間41内’而可將瓶罐本體2平穩直立放置於固定處，如 此一來’充分彰顯觀罐方便取拿及放置定位，同時達到完全不沾 12 M317414 /亏及不髒手的便利效益。 , 綜上所述，本創作所提供之一種瓶罐之液體定量喷出結構， ： 不但在設計型態上係屬創新，並能較習用物品有功效上之增進， 就整體而言，確具有較佳之產業利用價值，誠不失 出之創新設計，爰依法提出申請，懇請惠予審杳二優異、突 則實感德便。 〜教賜准專利，M317414 VIII. New description: [New technical field] This creation is about a liquid quantitative injection structure of a bottle, especially a kind of liquid that is directly used by the external force to make the liquid contained in the body of the bottle Evenly sprayed on the outside, and according to the composition of the streamlined components and the special structure design, the bottle can not be contaminated with the tank body, hand, and no leakage. [Prior Art] The so-called "food is not tired, the face is not tired", shows that the food culture has been highly valued by humans since ancient times. Based on the differences in geography, climate, and property 'customities, each ethnic group has its own unique taste for food. The taste and cooking style, therefore, allows the liquid quantitative ejection structure of the bottle to occupy a pivotal position in cooking. Nowadays, the quality of life is improved. Even the small things such as the liquid quantitative ejection structure of the bottle and bottle should pay attention to the design, convenience and practicability. However, for the general liquid bottle 1, please refer to the first figure. The three-dimensional schematic diagram is mainly composed of a bottle body jj and a bottle cap 12, and a bottle mouth 121 is protruded from the bottle cap 12; when the whole assembly is implemented, the bottle body 1丨 is first filled into a liquid, and then the bottle is bottled. The cover j 2 is covered and assembled. When the taste of the food is desired to be cooked and tasted, the liquid bottle can be poured, so that the liquid of the bottle body 11 is discharged from the bottle mouth 121 for the purpose of food preparation, but the liquid bottle 1 is used. However, there are some shortcomings as follows: 1 · When the dumping bottle 1 is finished for food, the liquid is easily flowed down the bottle body 11 by the edge of the bottle mouth 2 j, causing the bottle body and the place Stain and affect the hand cleaning of the next 5 M317414 user. 2. The bottle mouth 121 is easy to accumulate on the circumference of the liquid and dry the wine, and the bottle mouth 121 is blocked and odor is generated, which makes the food being inconvenient and unsanitary. 3. When the bottle cap 1 2 of the liquid bottle 1 is opened and closed due to the addition of liquid, it is inadvertently unscrewed, causing the liquid to overflow when the user dumps. [New content] The main purpose of this creation is to provide a liquid quantitative spray-out structure for bottles and cans, which can directly control the quantitative and uniform spraying of liquids by means of the interlocking method of pressing, without causing ejection. Poor liquid or too much or drip. The liquid quantitative ejection structure of the bottle for the purpose of the invention is mainly divided into a liquid holding chamber and a liquid concentrating chamber by using the upper and lower directions of the bottle body capable of containing the liquid, and the quantitative liquid concentration chamber Dividing into a first paragraph portion and a second paragraph portion, the inner diameter of the first paragraph portion is narrower than the inner diameter of the second portion, and there is a boundary portion between the liquid containing and the liquid concentration chamber, and the boundary portion is partitioned Providing a passage for communicating between the liquid holding chamber and the metering liquid concentration chamber for a linkage member to pass therethrough; the linkage member is formed with a connection temple that can pass through the liquid holding chamber and the connecting rod is provided with a draw The groove is located at the channel, and the linking element is sequentially formed with a first collision portion, a second stop portion and a second stop portion at the corresponding quantitative liquid concentration chamber, and the first stop portion is not yet connected to the component When the pressing action is performed, it just touches the lower end of the channel. If the linking element moves down to the quantitative liquid concentration chamber, it will be away from the channel, and the second stopping portion is provided with a leakproof gasket for the quantitative liquid collection. The inner wall surface of the first section of the M317414 chamber is closely attached to the outer side of the 'third stop portion is provided with a groove'. The inner wall of the groove has a flow passage to the vertical bottom surface, and a resilient gasket is fitted therebetween. During this period, the height of the elastic cymbal is smaller than the upper and lower ends of the groove, so that a gap is left between the elastic gasket and the groove for the linkage element to be lowered or raised. Producing a downward movement or an upward movement, and capable of controlling the opening and closing of the flow passage of the groove, and the linkage member is pressed at the lower end with an elastic member, and the other end of the elastic member is pressed with a pressure contact member, the bottom of the pressure contact member A fitting portion is provided on the side, and the fitting portion is formed in the liquid outlet hole at the bottom of the quantitative liquid concentration chamber. According to this, in order to directly press the interlocking element, the first to third stopping portions of the interlocking member are moved downward, so that the first stopping portion is disengaged from the passage, and the second blocking portion is separated from the quantitative liquid concentration chamber. The first passage portion is in contact with each other to form a communication between the passage and the second stopping portion, so that the liquid in the liquid containing chamber can flow into the quantitative liquid concentration chamber, and the third blocking portion is formed into a closed state at the second portion. Part of the liquid stops at the third stop until the interlocking element returns to rise, so that the third #stop is formed in an open state, and a portion of the liquid stopped at the third stop passes through the third stop. The portion flows to the bottom of the quantitative liquid concentration chamber. When the interlocking member is subjected to the pressing operation, a part of the liquid is sprayed out to the liquid outlet hole along the gap of the pressing member. [Embodiment] The present invention relates to a liquid quantitative ejection structure for a bottle and a bottle, and the technical means thereof and the above-mentioned object and effect are described as the best embodiment, and the drawings are as follows: M317414 First, please Referring to the second to seventh figures, the design of the bottle and can used in the present invention utilizes a bottle body 2 capable of containing liquid, which can be divided into a liquid holding chamber above and below the bottle body 2. 21. The liquid concentration chamber 22 is defined. The quantitative liquid concentration chamber 22 is divided into a first section 221 and a second section 222. The inner diameter of the first section 221 is narrower than the inner diameter of the second section 222. An air hole 223 is defined in the inner wall surface; and a partitioning portion 23 is defined between the liquid containing chamber 21 and the metering liquid concentration chamber 22, and the partitioning portion 23 is provided with a liquid φ holding chamber 21 and a metered liquid. The channel 231 is connected to the channel 231. The channel 231 is provided with a soft pad 232. The outside of the soft pad 232 is in close contact with the channel 231, and the upper and lower ends are respectively exposed to the liquid containing chamber 21 and the quantitative liquid concentration chamber. 22, soft pad 232 The inner side is provided with a through hole 233 for the passage of a linking member 3 therebetween, and the liquid containing chamber 21 is formed with a receiving inlet 211 for allowing the liquid to be contained therein. The cover 211 is sleeved with a cover body 24, and the cover body 24 has a through hole 241. The through hole 241 is fitted with a pressing member 25 and protrudes at the end of the Lu for convenient pressing operation. The lower end of the pressing member 25 (toward the direction of the quantitative liquid concentration chamber 22) is provided with a linking member 3 which is formed with a through-hole 233 from the soft pad 232 through the liquid containing chamber 21 of the can body 2. The connecting rod 31 is coupled to the pressing member 25 at one end of the receiving inlet 211, and the connecting rod 31 is provided with a recess 311. The recess 311 is located at the soft negative rubber 232, and the linking member 3 is disposed. A first stop portion 32, a second stop portion 33 and a third stop portion 34 are sequentially formed at the corresponding quantitative liquid concentration chamber 22, and the first stop M317414 is blocked when the interlocking member 3 is not depressed. , which just resists the lower end of the soft pad 232, can prevent The liquid in the body holding chamber 21 flows into the metering liquid concentration chamber 22, and when the interlocking member 3 is pressed down, the liquid concentration chamber 22 is moved to away from the soft rubber pad 232 so as to be in the liquid containing chamber 21. The liquid flows into the metering liquid concentration chamber 22, and the second stopper portion 33 is provided with a leakage preventing washer 331 on the outer side so as to be in close contact with the inner wall surface of the first passage portion 221 of the quantitative liquid concentration chamber 22, the third A groove 341 is defined in the outer side of the stopping portion 34. The inner wall of the groove 341 is provided with a flow channel 342 at a vertical bottom surface φ, and the groove 341 is embedded with an elastic spacer 35 therebetween, and the elastic pad is embedded therein. The height of the piece 35 is smaller than the upper and lower ends of the groove 341, so that a gap is left between the elastic piece 35 and the groove 341, so that when the interlocking element 3 is lowered or raised, the elastic spacer 35 will be concave. A downward movement or an upward movement occurs between the grooves 341, and the flow passage 342 of the control groove 341 is opened and closed, and the elastic member 36 is pressed at the lower end of the interlocking member 3, and the other end of the elastic member 36 is pressed with a pressure contact member 37. The bottom side of the pressure contact element 37 is sequentially provided with a gear portion 371 and a moving portion 372. The fulcrum portion 3 71 has a proper spacing of the pressure contact member 37 at the bottom 224 of the φ metering liquid concentration chamber 22, and the gear portion 371 just abuts against the bottom edge of the metering liquid concentration chamber 22, which is just right for the fitting portion 372. The bottom of the embedded quantitative liquid concentration chamber 22 is provided with a liquid outlet hole 225: the bottom portion 224 of the quantitative liquid concentration chamber 22 can be combined with the quantitative liquid concentration chamber 22 to form a separate screw-proof leakage prevention design to facilitate the linkage element 3, the bottom 224 of the metering liquid concentration chamber 22 can be inserted into the narrowing portion 233 of the boundary portion 23 with the soft pad 232, and the connecting rod 31 of the linking member 3 can be inserted into the liquid containing chamber 21. M317414 In addition, for the construction of the bottle and can used in the present invention, a base 4 which can be smoothly placed on the fixed portion can be further designed, and the base 4 is formed with an accommodating space 41 for allowing the above-mentioned bottle body 2 to be quantified. The orientation of the liquid concentration chamber 22 is interposed therebetween to facilitate positioning of the can body 2 at the fixed place where it is to be placed. In addition, please refer to the fifth to seventh figures. When the creation is to be used after assembly, the handle body is held by the hand and the pressing member 25 is pressed down, so that the linkage of the connection is made. The first stop portion 32 of the element 3 is away from the through hole 233 of the glue #塾 232 located at the boundary portion 23, and the second stop portion 33 is away from the first passage portion 221 of the quantitative liquid concentration chamber 22, so that the liquid is contained. The liquid in the chamber 21 will flow into the second stopper portion 33 along with the through hole 233 of the soft pad 232. At this time, the elastic spacer 35 originally at the lower end of the groove 341 of the third stopper portion 34 is subjected to the interlocking member 3 The pressure movement is also shifted to the upper end of the groove 341, and the flow path 342 on the groove 341 is blocked, so that part of the liquid stays at the through hole 233 to the second stop portion 33; until the pressing member 25 is released. The elastic member 36, which is originally subjected to the crushing and gathering elastic force, supports the interlocking member 3 due to the pressure release, so that the interlocking member 3 is raised to return the first stopper portion 32 to the blocking through hole 233, and the second stopper is stopped. The portion 33 also returns to the first passage portion 221 of the blocking quantitative liquid concentration chamber 22 to make the liquid in the liquid containing chamber 21 A portion of the liquid of the liquid concentration chamber 22 is partitioned, and the elastic spacer 35 on the third stopper portion 34 is also displaced to the lower end of the recess 341 during the ascending of the interlocking member 3, so that the recess 341 is The flow passage 342 is formed in an open state, so that a portion of the liquid originally located at the second stopper portion 33 can smoothly flow into the bottom portion 224 of the quantitative liquid concentration chamber 22 through the open flow passage 342, and then pass through the next M317414 pressure. Actuating, causing the interlocking member 3 to press against the elastic member 36. During the process, a pressure against the pressing member 37 is generated to allow a portion of the liquid stored in the bottom portion 224 of the metering liquid concentration chamber 22 to be along the pressing member 37 and the second passage. The gap between the portions 222 flows out of the liquid outlet hole 225. Secondly, the bottle design of the present invention can be adapted to various liquids. For liquids with larger molecular particles, such as oil, the liquid concentrating chamber 22 can be used to quantify the liquid element 371 to facilitate the interlocking of the element 3. When the elastic force release of the elastic member 37 is restored, the air can be quickly sucked back to facilitate the quantitative liquid concentration chamber 22 to be easily sprayed out. In addition, as shown in the third figure and the fourth figure, when the bottle of the present invention is not used, the combination of the base 4 can be used to dispose the bottle body 2 in the direction of its quantitative liquid concentration chamber 22. In the accommodating space 41 of the base 4, the bottle body 2 can be placed steadily upright at a fixed position, which enhances the convenience of the bottle. Through the above, the liquid quantitative ejection structure of the bottle of the present invention has the following features and effects as compared with the conventional analog product: the first stop portion 32 of the interlocking element 3 is created. The second stopping portion 33 can uniformly control the amount of liquid to be ejected in a stepwise manner, so that the product cannot be controlled because of the inability to control the amount of liquid, so that the use of the liquid in the liquid is too small or too much, and in cooperation During the process of the interlocking action of the external component 3, the metering of the liquid to be ejected next time can be reserved in the quantitative liquid concentration chamber 22, so that the next time the liquid is taken, the interlocking element 3 must be gently controlled once. Under the pressure, the liquid can be quickly exported. 11 M317414 2· The present invention passes through the third blocking portion 34 of the interlocking member 3, and can move along with the movement of the linking member 3 to form a partial flow of liquid between the first blocking portion 32 and the second stopping portion 33. The state of the bottom of the liquid concentration chamber 22 is quantified, and the suction and pressure release characteristics of the elastic member % itself are controlled to control whether the liquid stored in the quantitative liquid concentration chamber 22 is discharged to the liquid outlet hole 225, and the storage is ensured. Some of the liquid in the lower chamber 22 does not leak even if it is not used. • 3. This creation combines the liquid quantitative sprayed structure of the bottle body 2 and the interlocking component 3, which is easy to operate and is easy to assemble and use, and is further pressed by the external force through the interlocking element 3 and the liquid outlet hole The design of the bottle body 2 can be designed according to the consumption demand, and the design of the hand holding and the operation can be changed. Similarly, the liquid holding chamber 22 of the bottle body 2 can be changed into the liquid concentration chamber 22 of the bottle body. Or the combination of separate sets can highlight the convenience and use value of this creation. 4. The creation of the interlocking element 3 is provided with a first blocking portion 32, a second stopping portion 33 to a second blocking portion 34 in the dosing liquid concentration chamber 22, so that the quantitative liquid concentration chamber 22 can be Reserve the metering of the liquid to be ejected next time, so that when the liquid is taken next time, the liquid can be quickly taken out by simply applying a downward pressure control linkage. 5. When the bottle is not in use, it can be combined with a base 4 having a shape that can be smoothly placed on the fixed position, and the base 4 can be used to accommodate the space. 2 The surface of the quantitative liquid concentration chamber 22 is embedded in the valley space 41 of the base 4', and the bottle body 2 can be placed upright and fixed at a fixed position, so that the tank can be conveniently taken and placed. At the same time, it achieves the convenience of 12 M317414 / loss and not dirty hands. In summary, the liquid quantitative ejection structure of the bottle provided by the present invention is not only innovative in terms of design type, but also has an effect on the efficiency of the conventional items, and as a whole, does have The better use of the value of the industry, the innovative design that is not lost, the application of the law, the request for the benefit of the second review, the sudden sense of real feelings. ~ teach patents,
13 M317414 【圖式簡單說明】 第一圖 係習知之立體示意圖 第二圖 係本創作之立體分解圖 第三圖 係本創作之立體外觀示意圖 第四圖 係本創作之組合剖面圖 第五圖 係本創作之局部剖面示意圖 第六圖 係本創作之受壓作動示意圖 第七圖 係本創作之回復作動示意圖 【主要元件符號說明】 1 液體瓶 11 瓶身 12 瓶蓋 121 瓶嘴 2 瓶罐本體 21 液體盛裝室 22 定量液體集中室 221 第一段落部 222 第二段落部 223 空氣孔 224 底部 225 液體出口孔 23 區隔界限部 231 通道 232 軟質膠墊 233 透孔 24 蓋體 241 穿孔 25 按壓元件 3 連動元件 31 連結桿 311 凹道 32 第一止擋部 33 第二止擋部 M317414 331 止漏塾圈 34 341 凹槽 342 35 彈性墊片 36 37 壓觸元件 371 372 嵌合部 4 41 容置空間 第三止擋部 流道 彈性元件 擋位部 底座13 M317414 [Simple diagram of the diagram] The first diagram is a stereoscopic diagram of the prior art. The second diagram is a three-dimensional exploded view of the creation. The third diagram is the three-dimensional appearance of the creation. The fourth diagram is the fifth section of the combination of the creation. The sixth section of the creation is a schematic diagram of the pressure actuation of the creation. The seventh diagram is a schematic diagram of the restoration of the creation. [Main component symbol description] 1 liquid bottle 11 bottle body 12 bottle cap 121 bottle mouth 2 bottle body 21 Liquid holding chamber 22 Quantitative liquid concentration chamber 221 First paragraph portion 222 Second paragraph portion 223 Air hole 224 Bottom portion 225 Liquid outlet hole 23 Interval limit portion 231 Channel 232 Soft pad 233 Through hole 24 Cover body 241 Perforation 25 Pressing member 3 Linking Element 31 Connecting rod 311 Draw 32 First stop part 33 Second stop part M317414 331 Stop leaking ring 34 341 Groove 342 35 Elastic spacer 36 37 Pressure contact element 371 372 Fitting part 4 41 Housing space Three stop section flow path elastic element gear base
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