WO2014043831A1 - Beverage bottle with stored solute - Google Patents

Beverage bottle with stored solute Download PDF

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Publication number
WO2014043831A1
WO2014043831A1 PCT/CN2012/001310 CN2012001310W WO2014043831A1 WO 2014043831 A1 WO2014043831 A1 WO 2014043831A1 CN 2012001310 W CN2012001310 W CN 2012001310W WO 2014043831 A1 WO2014043831 A1 WO 2014043831A1
Authority
WO
WIPO (PCT)
Prior art keywords
inner cylinder
bottle cap
bottle
water outlet
cap body
Prior art date
Application number
PCT/CN2012/001310
Other languages
French (fr)
Chinese (zh)
Inventor
宋旭彬
Original Assignee
广东海兴塑胶有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 广东海兴塑胶有限公司 filed Critical 广东海兴塑胶有限公司
Publication of WO2014043831A1 publication Critical patent/WO2014043831A1/en

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Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
    • B65D51/00—Closures not otherwise provided for
    • B65D51/24—Closures not otherwise provided for combined or co-operating with auxiliary devices for non-closing purposes
    • B65D51/28—Closures not otherwise provided for combined or co-operating with auxiliary devices for non-closing purposes with auxiliary containers for additional articles or materials
    • B65D51/2807—Closures not otherwise provided for combined or co-operating with auxiliary devices for non-closing purposes with auxiliary containers for additional articles or materials the closure presenting means for placing the additional articles or materials in contact with the main contents by acting on a part of the closure without removing the closure, e.g. by pushing down, pulling up, rotating or turning a part of the closure, or upon initial opening of the container
    • B65D51/2814—Closures not otherwise provided for combined or co-operating with auxiliary devices for non-closing purposes with auxiliary containers for additional articles or materials the closure presenting means for placing the additional articles or materials in contact with the main contents by acting on a part of the closure without removing the closure, e.g. by pushing down, pulling up, rotating or turning a part of the closure, or upon initial opening of the container the additional article or materials being released by piercing, cutting or tearing an element enclosing it
    • B65D51/2828—Closures not otherwise provided for combined or co-operating with auxiliary devices for non-closing purposes with auxiliary containers for additional articles or materials the closure presenting means for placing the additional articles or materials in contact with the main contents by acting on a part of the closure without removing the closure, e.g. by pushing down, pulling up, rotating or turning a part of the closure, or upon initial opening of the container the additional article or materials being released by piercing, cutting or tearing an element enclosing it said element being a film or a foil
    • B65D51/2835—Closures not otherwise provided for combined or co-operating with auxiliary devices for non-closing purposes with auxiliary containers for additional articles or materials the closure presenting means for placing the additional articles or materials in contact with the main contents by acting on a part of the closure without removing the closure, e.g. by pushing down, pulling up, rotating or turning a part of the closure, or upon initial opening of the container the additional article or materials being released by piercing, cutting or tearing an element enclosing it said element being a film or a foil ruptured by a sharp element, e.g. a cutter or a piercer
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
    • B65D47/00—Closures with filling and discharging, or with discharging, devices
    • B65D47/04—Closures with discharging devices other than pumps
    • B65D47/20—Closures with discharging devices other than pumps comprising hand-operated members for controlling discharge
    • B65D47/24—Closures with discharging devices other than pumps comprising hand-operated members for controlling discharge with poppet valves or lift valves, i.e. valves opening or closing a passageway by a relative motion substantially perpendicular to the plane of the seat
    • B65D47/241—Closures with discharging devices other than pumps comprising hand-operated members for controlling discharge with poppet valves or lift valves, i.e. valves opening or closing a passageway by a relative motion substantially perpendicular to the plane of the seat the valve being opened or closed by actuating a cap-like element
    • B65D47/243—Closures with discharging devices other than pumps comprising hand-operated members for controlling discharge with poppet valves or lift valves, i.e. valves opening or closing a passageway by a relative motion substantially perpendicular to the plane of the seat the valve being opened or closed by actuating a cap-like element moving linearly, i.e. without rotational motion

Definitions

  • the present invention relates to a beverage bottle with a stored solute.
  • the beverage container has been blended with the good beverage.
  • the blending of the specific active ingredient of the beverage and the purified water is completed on the production line. After that, it can be consumed by the consumer after the storage and transportation process. During this time, due to the temperature, etc.
  • the influence of various factors the material that has been blended and treated will have material reduction, and it will also produce qualitative change and taste change.
  • producers must add various measures such as anti-corrosion, preservation, quality assurance, and stable beverage composition. This not only requires more resources, increases production costs, but more importantly, it cannot achieve long-term preservation, quality assurance and stability in quality assurance.
  • the purpose of the ingredients Therefore, a beverage container designed by the consumer itself has been designed, for example, Chinese Utility Model No.
  • 02276955.2 which discloses a beverage container equipped with a feeding cap, which is pierced with a plastic rod to pierce the plastic heat shrinkable sealing film to make the feeding cap.
  • the blending solution of the instant beverage powder falling into the bottle body when the large amount of solutes are stored, the connecting edge of the sealing film becomes thick and requires a large force to be destroyed, so that the force of only one finger cannot be used.
  • the pressure rod is effective to release the solute.
  • the local puncture makes the instant beverage powder drop very slowly, and the pure water in the feeding bottle is easily splashed into the inside of the sealing film, which causes the unfalling solute to agglomerate in the cap and cannot continue to fall.
  • a beverage bottle cap suitable for storing a large amount of solute has been designed.
  • Chinese Patent No. 200810003651.0 discloses a bottle cap for storing solute, which adopts an inner cylinder body and an outer casing body, and can be used to make the inner cylinder with a small force. The lower end of the part breaks the sealing piece to release the solute, and can be applied to store a large dose of the solute to make the sealing piece difficult to be punctured.
  • the solute is in a negative pressure state, and the solute release process is slow. And the release is not complete; moreover, after the seal is punctured, after the solute enters the beverage bottle, the entire beverage bottle cap must be unscrewed before drinking.
  • the object of the present invention is to provide a belt for storing large doses of solute, pressing labor saving, good film cutting effect, quick release of solute, complete release, and direct drinking. Store solute beverage bottles.
  • the present invention achieves the above object: comprising a bottle body and a bottle cap, the bottle cap comprising a bottle cap body, a slit film inner cylinder and a drinking water pumping cylinder; the bottle cap body having a screwing portion, an inner cylinder portion, a pressing portion, and a deformation a connecting portion of the screwing portion and the inner tube portion, wherein the connecting end of the screwing portion and the inner tube portion are connected to the water outlet tube portion by a bendable deformation portion; the screwing portion of the bottle cap body is screwed to the bottle neck; the cap body The pressing portion cylinder is fixedly connected to the water discharge cylinder portion of the cap body through the rib; the inner tube portion of the cap body is provided with the inner tube of the slit film and is fastened to the inner convex portion of the inner tube portion by the supporting step of the inner tube of the slit film The pressing portion of the cap body is pressed against the closed upper end of the inner tube of the slit film; the deformed portion of the cap
  • annular groove is disposed outside the water discharge cylinder portion of the cap body, and the inner ring rib of the drinking water pump slides up and down in the annular groove to constitute an upper and lower limit structure of the drinking water pump.
  • the cap body can be sleeved with an outer cover.
  • the deformed portion of the cap body is separated from the water outlet hole of the inner tube of the slit film, and the water outlet hole of the inner tube of the slit film is a water outlet hole when drinking water, and the water outlet hole is When the solute falls, it is also the air inlet hole.
  • the space for storing the solute does not form a negative pressure, which is very favorable for the storage solute to fall quickly.
  • the release of the stored solute is considered to be the pressure factor, so the solute is released quickly and released.
  • the inner tube of the slit film is provided with double side slitting blades to form a double-side slitting membrane structure for the diaphragm, so that the solute does not fall vertically when falling, but slides sideways from both sides, not only falling fast, but also avoiding
  • the pure water in the bottle is easily splashed back inside the sealing film, so that the unfalling solute stores the solute in the cap.
  • the space is agglomerated and cannot continue to fall; the membrane structure has obvious advantages over the previous needle-type membrane structure;
  • the inner tube of the slit film is provided with a gap to form a membrane adhesion structure after the film is cut, and the film is prevented from falling into the bottle body, thereby affecting drinking water;
  • the inner tube portion of the cap body is provided with the inner tube of the slit film and is fastened on the inner convex rib of the inner tube portion through the supporting step of the inner tube of the slit film, so as to avoid the bottle with the storage solute before being used, for example, during transportation.
  • the inner cylinder of the slit film is broken due to the vibration;
  • the lower end of the inner tube portion of the bottle cap body is provided with a limiting card rib supporting the supporting step of the inner tube of the slit film, so as to prevent the inner tube of the slit film from falling into the bottle body, thereby affecting drinking water.
  • the invention is applied to store large doses of solute; has the advantages of low labor force, good film cutting effect, fast solute release, complete release, and direct drinking.
  • FIG. 1 is a perspective view showing a three-dimensional structure of an embodiment of the present invention when a solute is not released;
  • FIG. 2 is a perspective view showing a three-dimensional structure of the embodiment of FIG.
  • Figure 3 is a schematic perspective view showing the structure of the bottle cap of the present invention when the solute is not released;
  • Figure 4 is a front view showing the structure of the bottle cap of the present invention when the solute is not released;
  • Figure 5 is a perspective view showing the three-dimensional structure of the embodiment of the present invention.
  • Figure 7 is a schematic perspective view showing the structure of the bottle cap of the present invention when the solute is released;
  • Fig. 8 is a front view showing the structure of the bottle cap of the present invention when the solute is released.
  • this embodiment is a beverage bottle with a storage solute, comprising a bottle body 1 and a bottle cap, the bottle cap comprising a bottle cap body 2, a slit film inner cylinder 3 and a drinking water pumping cylinder 4; a fastening portion 21, an inner cylinder portion 22, a pressing portion 23, a deformation portion 24, and a water discharge cylinder portion 25, and a connection end of both the screw portion and the inner cylinder portion is connected to the water discharge cylinder portion by a bendable deformation portion;
  • the screwing portion of the main body is screwed to the bottle neck 11 of the bottle body;
  • the pressing portion of the cap body is fixedly connected to the water discharge tube portion of the cap body through the rib 26;
  • the inner tube portion of the cap body is set inside the cutting film
  • the tube is fastened to the inner convex rib 221 of the inner tube portion through the supporting step 36 of the inner tube of the slit film, so as to avoid the rupture of the inner tube of the slit film due to vibration before use
  • the pressing portion of the main body is pressed against the closed upper end 31 of the inner tube of the slit film; the deformed portion of the main body of the cap is pressed against the water outlet hole 32 of the inner tube of the slit film, and the water outlet hole is a water outlet hole when drinking water, and the water outlet hole is dropped in the solute It is also the air inlet hole.
  • the solute is stored.
  • A does not form a negative pressure, which is very advantageous for the storage solute to fall rapidly;
  • the water discharge cylinder portion of the bottle cap body forms a communication water passage structure when the deformation portion of the bottle cap body is separated from the water outlet hole of the inner tube of the slit film;
  • the drinking water pump slides the sleeve in the bottle
  • the cover body 41 of the drinking water pump body constitutes a switch control structure for the water outlet channel B;
  • the lower end of the inner tube portion of the bottle cap body is provided with a limiting stud 222 for supporting the support step of the inner tube of the slit film.
  • the inner tube of the inner tube of the cap is prevented from falling into the bottle body; the lower end of the inner tube portion of the cap body is provided with a diaphragm 5, and the diaphragm and the inner tube of the slit film constitute a space A for storing the shield shield; the inner tube of the slit film is provided with a double side slit film blade 33, 34 constitutes the double side slit film structure of the diaphragm, so that the solute does not fall vertically when it falls, but slides sideways from both sides, not only the falling speed is fast, but also avoids the pure water in the bottle being easily splashed back to the sealing film.
  • the inner cylinder of the slit is provided with a notch 35 to form a film-attached structure after the film is cut, and the film is prevented from falling into the bottle.
  • An annular groove 251 is disposed outside the water outlet tube portion of the bottle cap body, and the inner convex rib 42 of the drinking water pump cylinder slides up and down in the annular groove to form an upper and lower limit structure of the drinking water pumping cylinder; Cover 6.
  • the use process of the present invention referring to FIG. 1 to FIG. 8, when the pressing portion 23 of the cap body is pressed, The closed upper end 31 of the inner tube of the slit film is pressed, and the inner tube of the cut film is moved downward. The inner tube of the cut film is supported on the limiting rib 222 at the lower end of the inner tube portion of the cap body; meanwhile, the deformed portion 24 of the cap body is deformed.
  • the deformed portion of the cap body is separated from the water outlet hole 32 of the inner tube of the slit film, and the water outlet hole is also the air inlet hole when the solute falls, because the diaphragm is moved downward to cut the diaphragm, and the space A for storing the solute is When the gas enters, the storage solute falls rapidly;
  • the double-side slitting blades 33 and 34 disposed in the inner cylinder of the slit film form a double-side slitting membrane structure on the diaphragm, so that the diaphragm first along the double side shows the first rotation direction of the diaphragm C1 Rotating, the notch 35 provided in the inner tube of the slit film constitutes a film sticking structure after the film is cut, so that the film rotates in the second step of the rotation direction C2 along the other end of the notch, and the solute falls extremely fast during the whole process.
  • the inner bead rib 42 of the drinking water pump slides up and down in the annular groove to form a switch under the drinking water, which can be directly consumed and closed.

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Closures For Containers (AREA)

Abstract

A beverage bottle with a stored solute. A screwing part (21) of a bottle cap main body (2) of the beverage bottle is screwed with a bottle neck of a bottle body. An inner cylinder part (22) of the bottle cap main body (2) is sleeved on a membrane cutting inner cylinder (3) and is snapped on an inner convex clamping rib (221) of the inner cylinder part (22) through a supporting step (36) of the membrane cutting inner cylinder (3). A pressing part (23) of the bottle cap main body (2) is abutted against the closed upper end of the membrane cutting inner cylinder (3). A deformation part (24) of the bottle cap main body (2) is abutted against a water outlet hole (32) of the membrane cutting inner cylinder (3). A water outlet cylinder part (25) of the bottle cap main body (2) forms a communicated water outlet passage structure when the deformable part (24) of the bottle cap main body gets away from the water outlet hole (32) of the membrane cutting inner cylinder. A drinking water suction drum (4) is slidably sleeved on the bottle cap main body (2) to form a switch control structure for the water outlet passage. A space for storing the solute is formed by a membrane (5) and the membrane cutting inner cylinder (3). The membrane cutting inner cylinder (3) is provided with double side membrane cutting edges (33, 34) to form double side membrane cutting structures for the membrane (5). The membrane cutting inner cylinder (3) is provided with a notch (35) to form a membrane adhesion structure for the membrane (5) after membrane being cut. The beverage bottle has the advantages of labor saving for pressing, good membrane cutting effect, quick solute release, complete release and capability of realizing direct drinking.

Description

带储存溶质的饮料瓶 技术领域  Beverage bottle with stored solute
本发明涉及一种带储存溶质的饮料瓶。  The present invention relates to a beverage bottle with a stored solute.
背景技术 Background technique
目前， 饮料容器盛装已经勾兑好的饮料， 饮料的特定有效成分与纯净 水的勾兑在生产线上完成， 随后， 要经过储运、 销售过程才能被消费者饮 用， 在这段时间里由于气温等各种因素影响， 已经勾兑处理好的饮料会出 现物质还原， 还会产生质变、 味变。 生产者为了解决这个问题必须追加各 种防腐、 保鲜、 保质、 稳定饮品成分等措施， 这不仅需多耗费资源， 增加 生产成本， 更重要的是在质量保障上无法达到长时间保鲜、 保质和稳定成 分的目的。 于是， 有人设计了由消费者自己勾兌的饮料容器， 例如中国实 用新型专利号 02276955.2， 公开了一种配置了加料瓶盖的饮料容器， 采用 压力杆刺破塑料热收缩密封膜， 使加料瓶盖内的速溶饮料粉下落至瓶体内 的勾兌技术方案， 当为了储存大剂量溶质时， 封口膜的连接边缘会变得很 厚需要较大的力才能被破坏， 因此， 仅用一个手指的力量无法使压力杆有 效释放溶质。 同时， 局部刺破使速溶饮料粉下落极慢， 加料瓶内纯净水易 回溅到密封膜内部， 反而使未下落溶质在瓶盖内结块， 无法继续下落。  At present, the beverage container has been blended with the good beverage. The blending of the specific active ingredient of the beverage and the purified water is completed on the production line. After that, it can be consumed by the consumer after the storage and transportation process. During this time, due to the temperature, etc. The influence of various factors, the material that has been blended and treated will have material reduction, and it will also produce qualitative change and taste change. In order to solve this problem, producers must add various measures such as anti-corrosion, preservation, quality assurance, and stable beverage composition. This not only requires more resources, increases production costs, but more importantly, it cannot achieve long-term preservation, quality assurance and stability in quality assurance. The purpose of the ingredients. Therefore, a beverage container designed by the consumer itself has been designed, for example, Chinese Utility Model No. 02276955.2, which discloses a beverage container equipped with a feeding cap, which is pierced with a plastic rod to pierce the plastic heat shrinkable sealing film to make the feeding cap The blending solution of the instant beverage powder falling into the bottle body, when the large amount of solutes are stored, the connecting edge of the sealing film becomes thick and requires a large force to be destroyed, so that the force of only one finger cannot be used. The pressure rod is effective to release the solute. At the same time, the local puncture makes the instant beverage powder drop very slowly, and the pure water in the feeding bottle is easily splashed into the inside of the sealing film, which causes the unfalling solute to agglomerate in the cap and cannot continue to fall.
于是， 又有人设计了宜于储存大量溶质的饮料瓶盖， 例如中国发明专 利号 200810003651.0，公开了一种储存溶质的瓶盖，采用内筒体和外壳体， 可以用很小的力使内筒部的下端破坏封片从而释放溶质， 可以应用于储存 大剂量的溶质而使封片难以被刺破的情况，但是，这种结构在释放溶盾时， 溶质处于负压状态， 溶质释放过程慢且释放不彻底； 而且， 封片被刺破后， 溶质进入饮料瓶后， 必须旋去整个饮料瓶盖， 才可以饮用。  Therefore, a beverage bottle cap suitable for storing a large amount of solute has been designed. For example, Chinese Patent No. 200810003651.0 discloses a bottle cap for storing solute, which adopts an inner cylinder body and an outer casing body, and can be used to make the inner cylinder with a small force. The lower end of the part breaks the sealing piece to release the solute, and can be applied to store a large dose of the solute to make the sealing piece difficult to be punctured. However, when the structure releases the Shield, the solute is in a negative pressure state, and the solute release process is slow. And the release is not complete; moreover, after the seal is punctured, after the solute enters the beverage bottle, the entire beverage bottle cap must be unscrewed before drinking.
发明内容 Summary of the invention
本发明的目的是针对上述存在问题， 提供一种应用于储存大剂量的溶 质、 压按省力、 割膜效果好、 溶质释放快且释放彻底、 并可直接饮用的带 储存溶质的饮料瓶。 The object of the present invention is to provide a belt for storing large doses of solute, pressing labor saving, good film cutting effect, quick release of solute, complete release, and direct drinking. Store solute beverage bottles.
本发明， 实现上述的目的是这样的： 包括瓶体和瓶盖， 瓶盖包括瓶盖 主体、 切膜内筒和饮水抽筒； 瓶盖主体具有旋紧部、 内筒部、 按压部、 变 形部和出水筒部， 旋紧部和内筒部两者的连接端通过可弯曲的变形部与出 水筒部连接； 瓶盖主体的旋紧部与瓶体的瓶颈相旋合连接； 瓶盖主体的按 压部筒体通过肋筋与瓶盖主体的出水筒部固定连接； 瓶盖主体的内筒部套 装切膜内筒并通过切膜内筒的支撑台阶扣设于内筒部的内凸卡筋上； 瓶盖 主体的按压部顶压于切膜内筒的封闭上端； 瓶盖主体的变形部顶压于切膜 内筒的出水孔； 瓶盖主体的出水筒部在瓶盖主体的变形部脱离切膜内筒的 出水孔时形成连通出水通道结构； 饮水抽筒滑动套装于瓶盖主体的出水筒 部外侧， 由饮水抽筒的封盖构成对出水通道的开关控制结构； 瓶盖主体的 内筒部下端设置有支撑切膜内筒的支撑台阶的限位卡筋， 瓶盖主体的内筒 部下末端设置膜片， 由膜片与切膜内筒构成储存溶质的空间； 切膜内筒设 置双旁侧切膜刀刃而构成对膜片的双旁侧切膜结构； 切膜内筒设置缺口而 构成对膜片的切膜后膜片粘连结构。  The present invention achieves the above object: comprising a bottle body and a bottle cap, the bottle cap comprising a bottle cap body, a slit film inner cylinder and a drinking water pumping cylinder; the bottle cap body having a screwing portion, an inner cylinder portion, a pressing portion, and a deformation a connecting portion of the screwing portion and the inner tube portion, wherein the connecting end of the screwing portion and the inner tube portion are connected to the water outlet tube portion by a bendable deformation portion; the screwing portion of the bottle cap body is screwed to the bottle neck; the cap body The pressing portion cylinder is fixedly connected to the water discharge cylinder portion of the cap body through the rib; the inner tube portion of the cap body is provided with the inner tube of the slit film and is fastened to the inner convex portion of the inner tube portion by the supporting step of the inner tube of the slit film The pressing portion of the cap body is pressed against the closed upper end of the inner tube of the slit film; the deformed portion of the cap body is pressed against the water outlet hole of the inner tube of the slit film; and the deformation of the water discharge tube portion of the cap body at the cap body When the part is separated from the water outlet hole of the inner tube of the slit film, a water outlet passage structure is formed; the drinking water pump sleeve is sleeved on the outer side of the water outlet tube portion of the bottle cap body, and the cover of the drinking water pump tube constitutes a switch control structure for the water outlet passage; The lower end of the inner tube a limiting stud supporting a supporting step of the inner tube of the slitting film is disposed, and a diaphragm is disposed at a lower end of the inner tube portion of the cap body, and a space for storing the solute is formed by the diaphragm and the inner tube of the slit film; the inner tube of the slitting film is provided with double side cutting The membrane blade forms a double-sided slit film structure for the membrane; the slit inner cylinder is provided with a notch to form a membrane-attached membrane adhesion structure to the membrane.
本发明， 瓶盖主体的出水筒部外侧设置环形槽， 由饮水抽筒的内凸圈 筋在环形槽中上下滑动而构成饮水抽筒的上下限位结构。  According to the present invention, an annular groove is disposed outside the water discharge cylinder portion of the cap body, and the inner ring rib of the drinking water pump slides up and down in the annular groove to constitute an upper and lower limit structure of the drinking water pump.
本发明， 瓶盖主体可以套设有外盖。  According to the invention, the cap body can be sleeved with an outer cover.
本发明的突出特点和有益效果：  The salient features and beneficial effects of the present invention:
1 )、 瓶盖主体的按压部顶压切膜内筒后， 瓶盖主体的变形部脱离切膜 内筒的出水孔， 切膜内筒的出水孔在饮水时为出水孔， 该出水孔在溶质下 落时也是进气孔， 在膜片被割破时， 储存溶质的空间不会形成负压， 极利 于储存溶质迅速下落； 储存溶质的下落释放考虑了气压因素， 所以， 溶质 释放快且释放彻底；  1), after the pressing portion of the cap body is pressed against the inner tube of the slit film, the deformed portion of the cap body is separated from the water outlet hole of the inner tube of the slit film, and the water outlet hole of the inner tube of the slit film is a water outlet hole when drinking water, and the water outlet hole is When the solute falls, it is also the air inlet hole. When the diaphragm is cut, the space for storing the solute does not form a negative pressure, which is very favorable for the storage solute to fall quickly. The release of the stored solute is considered to be the pressure factor, so the solute is released quickly and released. Thorough
2 )、 切膜内筒设置双旁侧切膜刀刃而构成对膜片的双旁侧切膜结构， 使溶质下落时不是垂直下落， 而是从两侧侧向旁滑， 不仅下落速度快， 而 且避免瓶内纯净水易回溅到密封膜内部， 使未下落溶质在瓶盖内储存溶质 的空间结块而无法继续下落； 割膜结构较之以前针式破膜结构具有明显优 点； 2), the inner tube of the slit film is provided with double side slitting blades to form a double-side slitting membrane structure for the diaphragm, so that the solute does not fall vertically when falling, but slides sideways from both sides, not only falling fast, but also avoiding The pure water in the bottle is easily splashed back inside the sealing film, so that the unfalling solute stores the solute in the cap. The space is agglomerated and cannot continue to fall; the membrane structure has obvious advantages over the previous needle-type membrane structure;
3 )、 切膜内筒设置缺口而构成对膜片的切膜后膜片粘连结构， 避免膜 片掉入瓶体内， 从而影响饮水；  3), the inner tube of the slit film is provided with a gap to form a membrane adhesion structure after the film is cut, and the film is prevented from falling into the bottle body, thereby affecting drinking water;
4 )、 瓶盖主体的内筒部套装切膜内筒并通过切膜内筒的支撑台阶扣设 于内筒部的内凸卡筋上， 避免带储存溶质的饮料瓶在使用前例如运输时由 于震动使切膜内筒破膜；  4), the inner tube portion of the cap body is provided with the inner tube of the slit film and is fastened on the inner convex rib of the inner tube portion through the supporting step of the inner tube of the slit film, so as to avoid the bottle with the storage solute before being used, for example, during transportation. The inner cylinder of the slit film is broken due to the vibration;
5 )、 瓶盖主体的内筒部下端设置有支撑切膜内筒的支撑台阶的限位卡 筋， 避免切膜内筒掉入瓶体内， 从而影响饮水。  5) The lower end of the inner tube portion of the bottle cap body is provided with a limiting card rib supporting the supporting step of the inner tube of the slit film, so as to prevent the inner tube of the slit film from falling into the bottle body, thereby affecting drinking water.
本发明， 应用于储存大剂量的溶质； 具有压按省力、 割膜效果好、 溶 质释放快且释放彻底、 并可直接饮用的优点。  The invention is applied to store large doses of solute; has the advantages of low labor force, good film cutting effect, fast solute release, complete release, and direct drinking.
下面实施例结合附图对本发明作进一步的说明。  The following embodiments further illustrate the present invention in conjunction with the drawings.
附图说明 DRAWINGS
图 1是本发明的一个实施例的未释放溶质时的立体结构示意图； 图 2是图 1实施例的分件立体结构示意图；  1 is a perspective view showing a three-dimensional structure of an embodiment of the present invention when a solute is not released; FIG. 2 is a perspective view showing a three-dimensional structure of the embodiment of FIG.
图 3是本发明的瓶盖未释放溶质时的立体结构示意图；  Figure 3 is a schematic perspective view showing the structure of the bottle cap of the present invention when the solute is not released;
图 4是本发明的瓶盖未释放溶质时的主视结构示意图；  Figure 4 is a front view showing the structure of the bottle cap of the present invention when the solute is not released;
图 5是本发明的一个实施例的释放溶质时的立体结构示意图； 图 6是图 5实施例的分件立体结构示意图；  Figure 5 is a perspective view showing the three-dimensional structure of the embodiment of the present invention;
图 7是本发明的瓶盖释放溶质时的立体结构示意图；  Figure 7 is a schematic perspective view showing the structure of the bottle cap of the present invention when the solute is released;
图 8是本发明的瓶盖释放溶质时的主视结构示意图。  Fig. 8 is a front view showing the structure of the bottle cap of the present invention when the solute is released.
图中， 1、 瓶体； 2、 瓶盖主体； 3、 切膜内筒； 4、 饮水抽筒； 5、 膜片； 6、 外盖； 11、 瓶体的瓶颈； 21、 旋紧部； 22、 内筒部； 23、 按压部； 24、 变形部； 25、 出水筒部； 26、 肋筋； 31、 切膜内筒的封闭上端； 32、 切膜 内筒的出水孔； 33、 34、 切膜内筒设置双旁侧切膜刀刃； 35、 缺口； 36、 切膜内筒的支撑台阶； 41、 饮水抽筒的封盖； 42、 饮水抽筒的内凸圈筋； 221、 内筒部的内凸卡筋； 222、 限位卡筋； 251、 环形槽； A、 储存溶质 的空间； B、 出水通道； Cl、 膜片第一步旋转方向； C2、 膜片第二步旋转 方向。 In the figure, 1, the bottle body; 2, the bottle cap body; 3, the film inner tube; 4, the drinking water pump; 5, the diaphragm; 6, the outer cover; 11, the bottle body bottleneck; 21, the tightening portion; 22, the inner tube portion; 23, the pressing portion; 24, the deformation portion; 25, the water outlet tube portion; 26, the rib rib; 31, the closed upper end of the inner tube of the slit film; 32, the water outlet hole of the inner tube of the slit film; 33, 34 , the inner tube of the slit film is provided with double side slitting blade; 35, notch; 36, the supporting step of the inner tube of the slit film; 41, the cover of the drinking water pump; 42, the inner convex ring of the drinking water pump; 221, the inner tube Inner convex reinforcement; 222, limit reinforcement; 251, annular groove; A, storage solute Space; B, water passage; Cl, the first direction of rotation of the diaphragm; C2, the second direction of rotation of the diaphragm.
具体实施方式 detailed description
参照图 1 至图 8, 本实施例是一种带储存溶质的饮料瓶， 包括瓶体 1 和瓶盖， 瓶盖包括瓶盖主体 2、切膜内筒 3和饮水抽筒 4; 瓶盖主体具有旋 紧部 21、 内筒部 22、 按压部 23、 变形部 24和出水筒部 25 , 旋紧部和内筒 部两者的连接端通过可弯曲的变形部与出水筒部连接； 瓶盖主体的旋紧部 与瓶体的瓶颈 11相旋合连接； 瓶盖主体的按压部筒体通过肋筋 26与瓶盖 主体的出水筒部固定连接； 瓶盖主体的内筒部套装切膜内筒并通过切膜内 筒的支撑台阶 36扣设于内筒部的内凸卡筋 221上，避免带储存溶质的饮料 瓶在使用前例如运输时由于震动使切膜内筒破膜； 瓶盖主体的按压部顶压 于切膜内筒的封闭上端 31 ; 瓶盖主体的变形部顶压于切膜内筒的出水孔 32, 该出水孔在饮水时为出水孔， 该出水孔在溶质下落时也是进气孔， 在 膜片被割破时， 储存溶质的空间 A不会形成负压， 极利于储存溶质迅速下 落； 瓶盖主体的出水筒部在瓶盖主体的变形部脱离切膜内筒的出水孔时形 成连通出水通道结构； 饮水抽筒滑动套装于瓶盖主体的出水筒部外侧， 由 饮水抽筒的封盖 41构成对出水通道 B的开关控制结构； 瓶盖主体的内筒 部下端设置有支撑切膜内筒的支撑台阶的限位卡筋 222， 避免切膜内筒掉 入瓶体内； 瓶盖主体的内筒部下末端设置膜片 5 , 由膜片与切膜内筒构成 储存溶盾的空间 A; 切膜内筒设置双旁侧切膜刀刃 33、 34而构成对膜片的 双旁侧切膜结构， 使溶质下落时不是垂直下落， 而是从两侧侧向旁滑， 不 仅下落速度快， 而且避免瓶内纯净水易回溅到密封膜内部， 使未下落溶质 在瓶盖内储存溶盾的空间结块而无法继续下落；切膜内筒设置缺口 35而构 成对膜片的切膜后膜片粘连结构， 避免膜片掉入瓶体内； 瓶盖主体的出水 筒部外侧设置环形槽 251， 由饮水抽筒的内凸圏筋 42在环形槽中上下滑动 而构成饮水抽筒的上下限位结构； 瓶盖主体 2套设有外盖 6。  1 to 8, this embodiment is a beverage bottle with a storage solute, comprising a bottle body 1 and a bottle cap, the bottle cap comprising a bottle cap body 2, a slit film inner cylinder 3 and a drinking water pumping cylinder 4; a fastening portion 21, an inner cylinder portion 22, a pressing portion 23, a deformation portion 24, and a water discharge cylinder portion 25, and a connection end of both the screw portion and the inner cylinder portion is connected to the water discharge cylinder portion by a bendable deformation portion; The screwing portion of the main body is screwed to the bottle neck 11 of the bottle body; the pressing portion of the cap body is fixedly connected to the water discharge tube portion of the cap body through the rib 26; the inner tube portion of the cap body is set inside the cutting film The tube is fastened to the inner convex rib 221 of the inner tube portion through the supporting step 36 of the inner tube of the slit film, so as to avoid the rupture of the inner tube of the slit film due to vibration before use, for example, during transportation. The pressing portion of the main body is pressed against the closed upper end 31 of the inner tube of the slit film; the deformed portion of the main body of the cap is pressed against the water outlet hole 32 of the inner tube of the slit film, and the water outlet hole is a water outlet hole when drinking water, and the water outlet hole is dropped in the solute It is also the air inlet hole. When the diaphragm is cut, the solute is stored. A does not form a negative pressure, which is very advantageous for the storage solute to fall rapidly; the water discharge cylinder portion of the bottle cap body forms a communication water passage structure when the deformation portion of the bottle cap body is separated from the water outlet hole of the inner tube of the slit film; the drinking water pump slides the sleeve in the bottle The cover body 41 of the drinking water pump body constitutes a switch control structure for the water outlet channel B; the lower end of the inner tube portion of the bottle cap body is provided with a limiting stud 222 for supporting the support step of the inner tube of the slit film. The inner tube of the inner tube of the cap is prevented from falling into the bottle body; the lower end of the inner tube portion of the cap body is provided with a diaphragm 5, and the diaphragm and the inner tube of the slit film constitute a space A for storing the shield shield; the inner tube of the slit film is provided with a double side slit film blade 33, 34 constitutes the double side slit film structure of the diaphragm, so that the solute does not fall vertically when it falls, but slides sideways from both sides, not only the falling speed is fast, but also avoids the pure water in the bottle being easily splashed back to the sealing film. Internally, the space where the unfalling solute is stored in the cap to store the shield is agglomerated and cannot continue to fall; the inner cylinder of the slit is provided with a notch 35 to form a film-attached structure after the film is cut, and the film is prevented from falling into the bottle. An annular groove 251 is disposed outside the water outlet tube portion of the bottle cap body, and the inner convex rib 42 of the drinking water pump cylinder slides up and down in the annular groove to form an upper and lower limit structure of the drinking water pumping cylinder; Cover 6.
本发明的使用过程：参照图 1至图 8,在按下瓶盖主体的按压部 23时， 切膜内筒的封闭上端 31受到顶压，切膜内筒下移，切膜内筒支撑在瓶盖主 体的内筒部下端的限位卡筋 222上； 同时， 瓶盖主体的变形部 24变形， 瓶 盖主体的变形部脱离切膜内筒的出水孔 32，该出水孔在溶质下落时也是进 气孔， 由于，切膜内筒下移使膜片被割破，储存溶质的空间 A有气体进入， 储存溶质迅速下落；切膜内筒设置的双旁側切膜刀刃 33、 34构成对膜片的 双旁侧切膜结构， 使膜片沿双旁侧出现膜片第一步旋转方向 C1 旋转， 切 膜内筒设置的缺口 35构成对膜片的切膜后膜片粘连结构，使膜片沿缺口对 应另一端出现膜片第二步旋转方向 C2旋转， 整个过程溶质下落速度极快 且不会出现瓶内纯净水易回溅到储存溶质的空间的情况， 而且溶质完全释 放， 储存溶质的空间 A不会残留溶质。 摇匀后， 由饮水抽筒的内凸圈筋 42 在环形槽中上下滑动而构成饮水上下开关， 可以直接饮用及封闭。 The use process of the present invention: referring to FIG. 1 to FIG. 8, when the pressing portion 23 of the cap body is pressed, The closed upper end 31 of the inner tube of the slit film is pressed, and the inner tube of the cut film is moved downward. The inner tube of the cut film is supported on the limiting rib 222 at the lower end of the inner tube portion of the cap body; meanwhile, the deformed portion 24 of the cap body is deformed. The deformed portion of the cap body is separated from the water outlet hole 32 of the inner tube of the slit film, and the water outlet hole is also the air inlet hole when the solute falls, because the diaphragm is moved downward to cut the diaphragm, and the space A for storing the solute is When the gas enters, the storage solute falls rapidly; the double-side slitting blades 33 and 34 disposed in the inner cylinder of the slit film form a double-side slitting membrane structure on the diaphragm, so that the diaphragm first along the double side shows the first rotation direction of the diaphragm C1 Rotating, the notch 35 provided in the inner tube of the slit film constitutes a film sticking structure after the film is cut, so that the film rotates in the second step of the rotation direction C2 along the other end of the notch, and the solute falls extremely fast during the whole process. There is no possibility that the pure water in the bottle will easily splash back into the space where the solute is stored, and the solute is completely released, and the space A in which the solute is stored does not remain solute. After shaking, the inner bead rib 42 of the drinking water pump slides up and down in the annular groove to form a switch under the drinking water, which can be directly consumed and closed.

Claims

权 利 要 求 Rights request
1、 一种带储存溶盾的饮料瓶， 包括瓶体（1 )和瓶盖， 其特征在于： 所述瓶盖包括瓶盖主体（2)、 切膜内筒（3)和饮水抽筒（4); 所述瓶 盖主体具有旋紧部（21)、 内筒部（22)、 按压部（23)、 变形部（24)和出 水筒部（ 25 )，所述旋紧部和内筒部两者的连接端通过可弯曲的变形部与出 水筒部连接； 所述瓶盖主体的旋紧部与瓶体的瓶颈 （ 11 )相旋合连接； 所 述瓶盖主体的按压部筒体通过肋筋（ 26 )与瓶盖主体的出水筒部固定连接； 所述瓶盖主体的内筒部套装切膜内筒并通过切膜内筒的支撑台阶（36)扣 设于内筒部的内凸卡筋（221 )上； 所述瓶盖主体的按压部顶压于切膜内筒 的封闭上端 (31 ); 所述瓶盖主体的变形部顶压于切膜内筒的出水孔（ 32 ); 所述瓶盖主体的出水筒部在瓶盖主体的变形部脱离切膜内筒的出水孔时形 成连通出水通道结构；所述饮水抽筒滑动套装于瓶盖主体的出水筒部外侧， 由饮水抽筒的封盖 （41 )构成对出水通道（B) 的开关控制结构； 1. A beverage bottle with a storage shield, including a bottle body (1) and a bottle cap, characterized in that: the bottle cap includes a bottle cap body (2), a film-cut inner cylinder (3) and a drinking water pump ( 4); The bottle cap body has a tightening part (21), an inner cylinder part (22), a pressing part (23), a deformation part (24) and a water outlet cylinder part (25). The tightening part and the inner cylinder The connecting ends of the two parts are connected to the water outlet cylinder part through a bendable deformation part; the tightening part of the bottle cap body is screwed and connected to the bottle neck (11) of the bottle body; the pressing part cylinder of the bottle cap body The ribs (26) are fixedly connected to the water outlet cylinder of the bottle cap body; the inner cylinder of the bottle cap body is fitted with the film-cut inner cylinder and buckled on the inner cylinder through the support steps (36) of the film-cut inner cylinder. on the inner convex clamping rib (221); the pressing part of the bottle cap body presses against the closed upper end of the film-cutting inner cylinder (31); the deformed part of the bottle cap body presses against the water outlet hole of the film-cutting inner cylinder ( 32); The water outlet tube part of the bottle cap body forms a connected water outlet channel structure when the deformation part of the bottle cap body breaks away from the water outlet hole of the film-cut inner tube; the drinking water pump is slidably mounted on the outside of the water outlet tube part of the bottle cap body. , the cover (41) of the drinking water pump constitutes the switch control structure of the water outlet channel (B);
所述瓶盖主体的内筒部下端设置有支撑切膜内筒的支撑台阶的限位卡 筋 （222), 所述瓶盖主体的内筒部下末端设置膜片 （5)， 由膜片与切膜内 筒构成储存溶质的空间（A); 所述切膜内筒设置双旁侧切膜刀刃（33、 34) 而构成对膜片的双旁侧切膜结构； 所述切膜内筒设置缺口 （35) 而构成对 膜片的切膜后膜片粘连结构。 The lower end of the inner cylinder of the bottle cap body is provided with a limiting clamp (222) that supports the support step of the film-cut inner cylinder. The lower end of the inner cylinder of the bottle cap body is provided with a diaphragm (5). The diaphragm and The film-cutting inner cylinder constitutes a space (A) for storing solute; the film-cutting inner cylinder is provided with double side film-cutting blades (33, 34) to form a double-side film-cutting structure for the diaphragm; the film-cutting inner cylinder is provided with a gap (35) This constitutes the adhesion structure of the diaphragm after cutting the diaphragm.
2、根据权利要求 1所述的带储存溶质的饮料瓶， 其特征在于： 所述瓶 盖主体的出水筒部外侧设置环形槽（ 251 ),由所述饮水抽筒的内凸圏筋（ 42 ) 在所述环形槽中上下滑动而构成饮水抽筒的上下限位结构。 2. The beverage bottle with stored solute according to claim 1, characterized in that: an annular groove (251) is provided on the outside of the water outlet barrel of the bottle cap body, and the inner convex rib (42) of the drinking water pumping barrel is ) slides up and down in the annular groove to form the upper and lower limiting structure of the drinking water pump.
3、根据权利要求 1或 2所述的带储存溶质的饮料瓶， 其特征在于： 所 述瓶盖主体（2)套设有外盖 （6)。 3. The beverage bottle with solute storage according to claim 1 or 2, characterized in that: the bottle cap body (2) is equipped with an outer cap (6).
PCT/CN2012/001310 2012-09-19 2012-09-26 Beverage bottle with stored solute WO2014043831A1 (en)

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WO2008051032A1 (en) * 2006-10-26 2008-05-02 Kyoung Joong Kwon Cap for adding addition
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US20110168659A1 (en) * 2010-01-08 2011-07-14 Strong Energy Biotechnical Development Co., Ltd Bottle Cap Device
CN202743718U (en) * 2012-09-19 2013-02-20 广东海兴塑胶有限公司 Beverage bottle with solute storage function

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CN102837893B (en) 2014-02-12

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