M360085 ' 五、新型說明： " 【新型所屬之技術領域】 . 本創作係關於一種擠壓式液體抽取器，可單手操作且 、省力，為一應用壓力原理汲取容器内液體的創作。 【先前技術】 一般液體為方便保存而盛裝於瓶子、罐子或桶子等容 器中’然在使用時，須將容器傾倒才能將液體倒出，而在M360085 ' V. New Description: " [New Technology Area] This creation is about a squeeze type liquid extractor that can be operated with one hand and saves effort. [Prior Art] Generally, liquids are contained in containers such as bottles, cans or buckets for convenient storage. However, when used, the container must be poured to pour liquid out.
倒液體時因傾斜容器，不但無法控制液體的流向與流量， 也容易造成液體潑出、灑出。 …且倒出液體時，更因液體無固定形狀，必需另準備一 谷态盛裴’使-般使用者在倒出液體時會有無法同時握持 傾倒的容器與盛裝的容器。 综上而論’習用的容器在倒出液體時有以下的缺失： 1. 在倒出液體時’不易控制液體流出的流向與流量， 液體容易潑出、灑出。 2. 使用者無法同時握持倒出液體的容器與盛裝液體 的容器’造成容器翻倒。 3. 儲放液體之容器通常體積較大且重量較重，在使用 時倒出液體時較為費力。 【新型内容】 主要係針對習用儲放液體 法。 本創作擠壓式液體抽取器， 的各器缺失，提出可行的解決方 住’方便存放容器内的 充氣囊係為彈性材質製 本創作以一蓋體將容器密封蓋 夜體’该盘體設有氣道與管道.一 M360085 *. 成的中空囊體，一端藉密封套連接於蓋體的氣道，另一端 設有單向氣閥，與氟道保持氣密連接；以及一流通管，穿 設於蓋體的管道，下端設一有開孔的緩衝套，設於容器的 液面下。 藉由蓋體，保持容器内的密封狀態，使用者可藉由擠 壓充氣囊’將充氣囊内空氣灌入容器，使容器内部壓力增 加’造成位於容器内液面下流通管口一端與位於容器外的 另一端間產生壓差，使盛裝於容器内的液體由高壓的容器 Φ 内往低壓的容器外流出。 而使用者停止擠壓充氣囊時，具有彈性的充氣囊則由 單向氣閥吸氣並恢復原本的形狀，成為中空囊體，供下一 次擠壓汲取容器内液體。 綜上所述，本創作具有以下的優點： 1. 本創作擠壓式液體抽取器，由充氣囊控制液體流 里’並以流通管控制液體流向，使用方便。 2. 本創作擠壓式液體抽取器，可單手操作，另一隻手 籲 可握持盛裝的容器’方便且省力。 【實施方式】 明參閱第1圖所示，本創作擠壓式液體抽取器，該抽 取器1包括一蓋體2、一充氣囊3及一流通管4;其中， 請參閱第2圖、第3圖與第4圖所示，該蓋體2包括 一硬質蓋21及—密封塞22,該硬質蓋21為一體成型，在 一側延伸有凸嵌體21〇，凸嵌體21〇外緣環設逆向的溝槽 2100，忒硬質蓋21中設有一相貫通的橫、縱向氣道211、 M360085 2111及中央設有貫穿並與縱向氣道2m互為平行的管道 212,該貫穿的管道212内設有_或數凹槽2m，並於每一 凹槽21 21内设有密制 j夢91 9 在對％ 213，可用以固定流通管4避免滑 洛，-密封塞22套設卡固於硬質蓋21的凸嵌體⑽外緣， 其内緣設有對應凸丧體21G逆向溝槽2⑽的溝紋22〇，可 避免該密封塞22從硬f蓋21的凸礙體21()上脫落，並复When the liquid is poured, the container is tilted, and the flow and flow of the liquid cannot be controlled, and the liquid is likely to be splashed and spilled. ...and when the liquid is poured out, the liquid does not have a fixed shape, and it is necessary to prepare a grain-like state so that the user can not hold the poured container and the container when the liquid is poured out. In summary, the conventional container has the following defects when pouring out the liquid: 1. When the liquid is poured out, it is difficult to control the flow direction and flow rate of the liquid outflow, and the liquid is easily poured out and spilled. 2. The user cannot hold the container for pouring liquid and the container for liquid at the same time, causing the container to tip over. 3. Containers for storing liquids are usually bulky and heavy, and are more labor intensive when used. [New content] Mainly for the conventional storage and discharge liquid method. The squeezing liquid extractor of the present invention is missing, and a feasible solution is proposed. The air bag in the convenient storage container is made of elastic material. The cover is sealed with a cover body. Airway and pipeline. A hollow capsule of M360085 *. One end is connected to the air passage of the cover by a sealing sleeve, and the other end is provided with a one-way air valve to maintain a gas-tight connection with the fluorine channel; and a flow tube is worn through The pipe of the cover body is provided with a buffer sleeve having an opening at the lower end, and is disposed under the liquid surface of the container. By means of the cover body, the sealing state in the container is maintained, and the user can squeeze the air bag into the container by squeezing the air bag, so that the internal pressure of the container is increased, causing the end of the flow port of the container to be located under the liquid level of the container. A pressure difference is generated between the other ends of the container so that the liquid contained in the container flows out of the high pressure container Φ to the outside of the low pressure container. When the user stops squeezing the inflatable bladder, the elastic inflatable bladder is inhaled by the one-way air valve and restored to its original shape, becoming a hollow capsule for the next squeeze to draw the liquid in the container. In summary, the creation has the following advantages: 1. The creation of the squeeze type liquid extractor, which is controlled by the air bag to control the flow of the liquid and to control the flow direction of the liquid by the flow tube, is convenient to use. 2. The squeezing liquid extractor of this creation can be operated with one hand and the other hand can hold the container in a convenient manner. [Embodiment] As shown in Fig. 1, the present invention relates to a squeeze type liquid extractor which comprises a cover body 2, an inflatable bag 3 and a flow tube 4; wherein, see Fig. 2, 3 and 4, the cover 2 includes a hard cover 21 and a sealing plug 22. The hard cover 21 is integrally formed with a convex inlay 21 on one side and a peripheral edge of the convex inlay 21 The reverse groove 2100 is disposed in the crucible hard cover 21, and a transverse and longitudinal air passage 211, M360085 2111 and a pipe 212 are formed in the center and are parallel to the longitudinal air passage 2m. The through pipe 212 is disposed inside. There are _ or several grooves 2m, and there is a secret j dream 91 9 in each groove 21 21. In the pair 213, it can be used to fix the flow tube 4 to avoid sliding, and the sealing plug 22 is set to be rigid. The outer edge of the convex inlay (10) of the cover 21 is provided with a groove 22〇 corresponding to the reverse groove 2 (10) of the convex body 21G, so that the sealing plug 22 can be prevented from falling off the protruding body 21 of the hard f cover 21. And complex
外緣設有逆向片體2?1，I 1可增加與凸嵌體210形成氣密效 透孔222、223 MU與縱向氣道2U1對應貫通的 s氣囊3端連接於蓋體2的橫向氣道⑴，包括— 囊體3卜-密封套32與一單向氣閥33，其中，該囊體“ 為一中空彈性體’兩端設有相貫通的第―、第二開口川、 3111 ’該密封套32為彈性體，設置於蓋體2外側 氣道211相貫通，其外緣並與囊體31_端的第—開口 ς t目二套▲使囊體31與橫向氣道211之間保持氣密；該單向 孔二"又於囊體31另端的第二開口 31"，使空氣僅能以 順由外部通過單向氣閥33流人囊體31中，逆向則 為33的封閉狀態，限制空氣無法通過單向氣問 3 ，—能由囊體31經由相貫通的橫、縱向氣道2ιι、2ΐΐιThe outer edge is provided with a reverse piece 2?1, and I1 can increase the airtight effect hole 222, 223 MU and the longitudinal air passage 2U1 corresponding to the convex inlay 210, and the end of the s airbag 3 end is connected to the lateral air passage of the cover 2 (1) Included, a capsule 3b-seal sleeve 32 and a one-way air valve 33, wherein the capsule body is "a hollow elastic body" having two ends connected to each other, a second opening, 3111' the seal The sleeve 32 is an elastic body disposed on the outer air passage 211 of the cover body 2, and the outer edge thereof and the first opening ▲ of the end of the capsule body 31 _ maintain the airtightness between the capsule body 31 and the lateral air passage 211; The one-way hole two " and the second opening 31" at the other end of the capsule 31 allows air to flow into the human body capsule 31 only through the one-way air valve 33, and the reverse direction is closed state of 33, limiting The air cannot pass through the one-way air 3, which can be passed through the horizontal and vertical air passages of the capsule 31 through the two sides.
流入谷器5内D 6机通官4穿設於蓋體2的管道212内，並由管道212 内：-封％ 213固定，避免流通管4滑落，其包括一中空 的41與—緩衝套42,該中空的管體41穿伸蓋體2的 管1^2’與密封塞22的透孔222密接，並固設於管道212 中的在封級213 ;該緩衝套42為套蓋體，套固於管體“的 M360085 下端’其下侧設有數貫通孔洞421，連通於中空的 請參閱第1圖、“圖及第6圖所示，流 。 的緩衝套4 2，係是因使用日年、、*、帛A A B 下端 口便用時流通管4下端要儘可 水位處，為避免流通管4下端設置過低，抵到容器：底部 而造成容器5或管體41損壞而作的緩衝。 —The flow into the trough 5, the D6 machine 4 is inserted into the pipe 212 of the cover 2, and is fixed by the pipe 212: - Seal % 213 to prevent the flow pipe 4 from slipping, which includes a hollow 41 and a buffer sleeve The hollow tube body 41 extends through the through hole 222 of the sealing plug 22 and is fixed in the sealing stage 213 of the pipe 212; the buffer sleeve 42 is a cover body The sleeve is fixed to the lower end of the M360085 of the pipe body, and a plurality of through holes 421 are provided on the lower side thereof. For connection with the hollow, refer to Fig. 1, "Fig. 6 and the flow shown in Fig. 6. The buffer sleeve 4 2 is due to the use of the date of the year, *, 帛 AAB, when the lower end of the flow tube 4 is used to the water level, in order to avoid the lower end of the flow tube 4 is set too low, reaching the bottom of the container: The container 5 or the tube body 41 is damaged by buffering. -
=參_5圖及“圖所示，本創作實施時係 壓式液體抽取器i套設於盛震液體6的適當口徑容… 口内’並調整流通管4使其下端位於容器…液：心， 虽充氣囊3受到擠壓時’空氣流經單向氣閥33的方向成為 逆向的封閉狀態’囊體31内的空氣被單向氣間33阻擔： 便通過密封套32與橫、縱向氣道211、2iu，進入容2 5 内，使容器5内屢力增加，造成貫穿蓋體2的流通管4兩 端壓力不平衡，而使流體由流通管4管體41位於容器5内 壓力較大的一端往位於容器5外壓力較小的管體Ο另端流 動，此時為了德液體順利流出，流通管4的下端需位於 液面61以下。 請參閱第7圖所示，當放開充氣囊3時，囊體31由於 ，身具有彈性’可自行從擠壓狀態恢復原&，此時連通於 容器5的囊體31内壓力低於容器5外，空氣流經單向氣閥 33的方向成為順向的開放狀態，便可藉由單向氣閥33使空 氣由容器5外流入，對充氣囊3進行充氣，直到充氣囊3 嚢體31内部充滿空氣並恢復原狀。 請參閱第8圖所示，本創作有一實施例，係將流通管4 的管體41分為不同管徑的上端管411與下端管兩段， 上端管411位於容器5外側，且下端固定於蓋體2;下端管 M360085 « — Λ·— * ^ — ν 412位於容器5内側，近上端固定於蓋體2，且套設於上端 管411内，可適應各種容器5的深度，另在收合時，可將 下端管412推入上端管411中，減少管體41長度，方便收 合攜帶。 【圖式簡單說明】 第1圖：係本創作之立體圖。 第2圖：係本創作之蓋體立體透視圖。 第3圖：係本創作之蓋體剖面圖。 Ρ 第4圖：係本創作之立體組立圖。 第5圖：係本創作之實施圖。 第6圖：係本創作之操作示意圖（一）。 第7圖：係本創作之操作示意圖（二）。 第8圖：係本創作之實施例剖面圖。 【主要元件符號說明】 1.抽取器 2.蓋體 21.硬質蓋 210.凸嵌體 2100.溝槽 211.橫向氣道 2111.縱向氣道 212.管道 2121.凹槽 213.密封環 22.密封塞 221.片體 2 2 2.透孔 220.溝紋 3.充氣囊 31.囊體 311.第一開口 3111.第二開口 32.密封套 33.單向氣閥 M360085 - 4.流通管 411.上端管 4 2.緩衝套 5.容器 61.液面 41.管體 412.下端管 421.孔洞 6.液體= Refer to the _5 diagram and the figure. In the implementation of this creation, the pressure-type liquid extractor i is set in the appropriate caliber of the Shengsheng liquid 6... and the flow tube 4 is adjusted so that the lower end is located in the container... When the air bag 3 is squeezed, the direction in which the air flows through the one-way air valve 33 becomes a reverse closed state. The air in the capsule 31 is blocked by the one-way air 33: through the sealing sleeve 32 and the transverse and longitudinal air passages. 211, 2iu, into the volume 2 5, the internal force of the container 5 is increased repeatedly, causing the pressure across the flow tube 4 penetrating the cover body 2 to be unbalanced, so that the fluid from the flow tube 4 is located in the container 5 One end flows toward the other end of the tube body which is located outside the container 5, and the lower end of the flow tube 4 needs to be below the liquid level 61. Please refer to Fig. 7 when releasing the inflating. At the time of the capsule 3, the capsule 31 can return to the original & from the squeeze state due to the elasticity of the body. At this time, the pressure in the capsule 31 communicating with the container 5 is lower than that of the container 5, and the air flows through the one-way air valve 33. The direction becomes a forward open state, and the air can be made from the outside of the container 5 by the one-way air valve 33. Inflow, the inflatable bladder 3 is inflated until the inside of the inflatable bladder 3 is filled with air and restored to its original state. Referring to Fig. 8, an embodiment of the present invention divides the tubular body 41 of the flow tube 4 into different tubes. The upper end tube 411 and the lower end tube are two sections, the upper end tube 411 is located outside the container 5, and the lower end is fixed to the cover body 2; the lower end tube M360085 «- Λ·- * ^ — ν 412 is located inside the container 5, and the upper end is fixed to the cover The body 2 is sleeved in the upper end tube 411 to adapt to the depth of the various containers 5. When the body is closed, the lower end tube 412 can be pushed into the upper end tube 411 to reduce the length of the tube body 41, which is convenient for folding and carrying. Brief description of the schema] Fig. 1 is a perspective view of the creation. Fig. 2: A perspective view of the cover of the creation. Fig. 3: A sectional view of the cover of the creation. Ρ Fig. 4: The creation of the creation The three-dimensional group diagram. Figure 5: The implementation diagram of the creation. Figure 6: The operation diagram of this creation (1). Figure 7: The operation diagram of this creation (2). Figure 8: A cross-sectional view of an embodiment of the creation. [Description of main component symbols] 1. Extraction 2. Cover 21. Hard cover 210. Male inlay 2100. Groove 211. Lateral air passage 2111. Longitudinal air passage 212. Piping 2121. Groove 213. Sealing ring 22. Sealing plug 221. Sheet 2 2 2. Through hole 220. Groove 3. Inflatable bladder 31. Capsule 311. First opening 3111. Second opening 32. Sealing sleeve 33. One-way air valve M360085 - 4. Flow tube 411. Upper end tube 4 2. Buffer sleeve 5. Container 61. Liquid surface 41. Tube body 412. Lower end tube 421. Hole 6. Liquid
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