WO2013181775A1 - 供一次性饮料颗粒冲泡的包装物 - Google Patents

供一次性饮料颗粒冲泡的包装物 Download PDF

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Publication number
WO2013181775A1
WO2013181775A1 PCT/CN2012/001526 CN2012001526W WO2013181775A1 WO 2013181775 A1 WO2013181775 A1 WO 2013181775A1 CN 2012001526 W CN2012001526 W CN 2012001526W WO 2013181775 A1 WO2013181775 A1 WO 2013181775A1
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WO
WIPO (PCT)
Prior art keywords
water
disposable
cover
beverage
gaps
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PCT/CN2012/001526
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English (en)
French (fr)
Inventor
庄敏
Original Assignee
Zhuang Min
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Publication date
Application filed by Zhuang Min filed Critical Zhuang Min
Publication of WO2013181775A1 publication Critical patent/WO2013181775A1/zh

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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
    • B65D85/00—Containers, packaging elements or packages, specially adapted for particular articles or materials
    • B65D85/70—Containers, packaging elements or packages, specially adapted for particular articles or materials for materials not otherwise provided for
    • B65D85/804—Disposable containers or packages with contents which are mixed, infused or dissolved in situ, i.e. without having been previously removed from the package
    • B65D85/808—Disposable containers or packages with contents which are mixed, infused or dissolved in situ, i.e. without having been previously removed from the package for immersion in the liquid to release part or all of their contents, e.g. tea bags

Definitions

  • the present invention relates to a disposable drink granule, relating to a beverage with a release and packaging device, and more particularly to a beverage which can be released from the fine particles and dissolved in water by brewing.
  • a beverage package that retains residue in a packaging device. Background technique
  • Teabags have been widely used in daily life. They encapsulate the tea in the wrapping paper. The brewing of hot water gradually releases the taste of the tea from the pores on the wrapping paper. Achieve the effect of agitation, allowing the release material to diffuse into the water in the cup, which is easy to use and overcomes
  • a disposable encapsulated beverage granule characterized by comprising micropores and satisfying consumption A cover made of a material required for hygienic requirements, a ring member having a material satisfying food hygiene requirements and having a density greater than water, the ring member having a groove on the left and right sides except for the lower portion, the groove passing through the groove
  • the mouth is connected to the outside to the left or to the right, wherein: the cover and the ring member enclose a chamber, the beverage particles are placed in the chamber, and the chamber is closed; or, the cover encloses a chamber in the chamber The beverage granules are placed therein, and the chamber is closed, and the ring member is fixed at the edge of the cover.
  • the beverage granules such as tea powder can be enclosed in the chamber and cannot escape from the package.
  • the encapsulated beverage granule of the present invention when it is placed in a cup and brewed by water, since the left and right sides of the ring member have grooves, the water covers the groove and is closed to a hollow state, and thus, the beverage such as tea powder
  • the granules, together with the wrapper, can be suspended and erected in water under the action of buoyancy applied to the upper sides of the sides.
  • the disposable foamed beverage granules thus obtained are capable of brewing the beverage granules in the package by the force of the water column injection, releasing the granules from the micropores of the cover, and releasing them with the continuous impact of the water column.
  • the fine drink particles can be quickly and rapidly diffused from top to bottom into the water to achieve a uniform concentration of the beverage liquid without manual agitation.
  • the process of further flowing the lower temperature water to the upper portion can be fully utilized during the soaking process to further brew the beverage particles, thereby releasing the beverage particles and The spread is more complete.
  • the disposable blister beverage granules are always suspended in the water, and when the cup is shaken, it can also be used to prevent the beverage liquid from overflowing due to shaking, so that it is suitable for drinking in airplanes, trains and the like.
  • the groove has a plurality of partitions, and the partition partitions the groove into a plurality of portions to separate the portions from each other and independently of each other.
  • the air bubbles in the grooves can be made smaller to prevent the flow of the large air bubbles from erecting, so that the disposable foamed beverage particles can be smoothly suspended and stood upright in the water without tilting and shaking.
  • the separation of the grooves also contributes to the easier release of the ring member during manufacture.
  • the annular member has a flow guiding hole at the highest portion on the central axis. Therefore, when the water column is injected, the water column can directly impact the diversion hole of the disposable bubbling beverage particles, and enter the package through the diversion hole, so that the beverage particles are dissolved, and the beverage particle release is brought together from the fine The pores flow out and enter the water from top to bottom, which makes the release of the beverage granules smoother.
  • the disposable blister beverage particles can be rotated, and then the top-down fine beverage particles released from the package will also spread to all directions at the same time, so that The concentration of the beverage liquid is even more uniform.
  • the groove becomes a slit; when the gap is small enough, the water does not enter the slit due to the cohesive force existing by itself.
  • the spacing of the slits is such that the disposable blistering beverage granules are placed in the water in the cup, and the water cannot enter the gap.
  • the cohesive force of water can be utilized to close the mouth of the slit, forming a hollow structure in the slit.
  • the invention also provides a structure which allows the disposable encapsulated beverage particles to be suspended and erected in water to become more stable without being affected by the amount of enclosed air in the grooves.
  • the density of the ring member or the depth of the groove is soaked in the water of the cup together with the beverage granules together with the package, and the top surface of the disposable blister beverage granule is just flush with the water surface. In this way, it can be ensured that the whole disposable granules can be immersed in water to facilitate the dissolution of the beverage granules and release from the micropores.
  • the top surface of the disposable foamed beverage granules is just flush with the water surface, it is not only beneficial for the soaking of beverage granules such as tea powder, but also for direct brewing of beverage granules such as tea powder, and is also advantageous for one-time brewing.
  • the blistering beverage particles are rotated.
  • the cup tilts to move the liquid toward the side of the cup, and the reaction on the side of the cup The force will cause the water to flow to the other side, thus allowing the disposable brewed beverage particles to remain in the middle of the water.
  • the present invention provides a disposable packaged beverage granule in another package form. It is different from the existing teabags. It is always suspended and standing in the water. The brewing effect is better than that of the teabags. In addition, it can stand upright and bring a visual impact. It will give manufacturers or consumers another option with a different feeling.
  • the disposable bagged beverage granule of the present invention provides a structure in which the ring member can be suspended and erected in water only by the groove, so that the structure is very simple, and is very suitable for machine making, which can greatly improve the product. Productivity.
  • the chamber surrounded by the cover and the ring member is formed by attaching the upper and lower covers to the upper and lower sides of the ring member respectively; and the chamber surrounded by the cover is upper and lower.
  • the cover is attached to the synthetic bag, and the ring is clamped or attached to the four peripheral edges of the bag.
  • the ring member may be closed-loop or open-loop; the ring member may be one or several, and may be fixed at the four peripheral edges of the bag at the same time by a plurality of ring members, or up and down
  • the cover is attached to the upper and lower sides of several ring members.
  • FIG. 1 is a cross-sectional structural view showing a first embodiment of the present invention
  • Figure 2 is a side view of the disposable foamed beverage granule of Figure 1;
  • Figure 3 is a cross-sectional view taken along line A-A of Figure 2;
  • Figure 4 is a cross-sectional structural view showing a second embodiment of the present invention.
  • Figure 5 is a side elevational view of the disposable foamed beverage granule of Figure 4.
  • Figure 6 is a cross-sectional view taken along line A-A of Figure 5;
  • Figure 7 is a cross-sectional structural view showing a third embodiment of the present invention.
  • Figure 8 is a side view of Figure 7 - sub-foamed beverage granules
  • Figure 9 is a cross-sectional view taken along line A-A of Figure 8.
  • Figure 10 is a cross-sectional structural view showing a fourth embodiment of the present invention.
  • Figure 11 is a side elevational view of Figure 10 - sub-foamed beverage granules
  • Figure 12 is a cross-sectional view taken along line A-A of Figure 11; detailed description
  • Embodiment 1 is a diagrammatic representation of Embodiment 1:
  • the disposable packaged beverage granule comprises a ring member 1, a left cover 2, a right cover 3 and a beverage granule 4, wherein: the ring member 1 is made of a material having a density higher than that of water. And the ring member 1 has a plurality of mutually independent grooves 11 on the left and right sides except for the lower portion.
  • each groove 11 is separated by a partition 12 Open, each groove 11 has its notch communicating with the outside to the left or right; the left cover 2 and the right cover 3 constitute a bag, and the beverage granules 4 can be placed in the chamber of the bag, and then the beverage granules are sealed at In the chamber, the beverage particles are prevented from escaping from the inside of the bag; the four peripheral edges of the bag are pasted at the inner ring of the ring member 1; in addition, the beverage particles can be made by adjusting the density of the ring member 1 or the depth of the groove 11. Soaked in the water in the cup together with the bag, the top surface of the disposable packet of beverage particles is just flush with the water surface.
  • the water column When using, put the disposable granules into the cup. When injecting the water, the water column will directly brew the side of the disposable granules and dissolve into the package to dissolve the beverage granules. One side enters the cup, and then the water covers and closes the groove to a hollow state, so that with the continuous injection of water, the disposable bagged beverage particles will be suspended and stand upright in the water by the gravity of the lower part of the ring member 1. , and its top surface is kept flush with the water level.
  • the disposable foamed beverage granules can receive direct brewing of the water column, and allow the injected water to diffuse from the top to bottom of the package together with the beverage lysate into the water of the cup, thereby obtaining a uniform concentration of the beverage without stirring.
  • the object of the present invention is achieved.
  • the disposable beverage beverage granule comprises a ring member 1, a left cover 2, a right cover 3 and a beverage granule 4, wherein: the ring member 1 is denser than water.
  • the material is made of, and the ring member 1 has a plurality of mutually independent grooves 11 on the left and right sides except for the lower portion. In a group of mutually independent grooves 11, each of the grooves 11 is partitioned by a partition.
  • the grooves of each groove 11 are connected to the outside to the left or right;
  • the left cover 2 is attached to the left of the ring member 1 6 side, the chamber thus formed can be placed into the beverage granule 4, and then attached to the right side of the ring member 1 by the right front cover 3 to enclose the beverage granules in the chamber so that the beverage granules cannot escape from the inside of the bag;
  • the beverage granules can be immersed in the water in the cup together with the bag, and the top surface of the disposable blister beverage granules is just flush with the water surface, and the same can be realized.
  • the disposable packaged beverage granule comprises a ring member 1, a left cover 2, a right cover 3 and a beverage granule 4, wherein: the ring member 1 adopts a density ratio water Made of a large material, composed of a ring-shaped left piece la and a ring-shaped right piece lb, which can be integrally joined by the ring-shaped right piece lb and the ring-shaped left piece la, the ring-shaped left piece la and the ring-shaped right piece lb The side has a plurality of mutually independent grooves 11 except for the lower portion.
  • the grooves 11 are separated by a partition 12, and the grooves 11 are evenly oriented.
  • the left cover 2 and the right cover 3 constitute a bag: the beverage granules 4 can be placed in the chamber of the bag, and then the beverage granules 4 are enclosed in the chamber so that the beverage granules 4 cannot be The inside of the bag escapes; the four peripheral edges of the bag are sandwiched between the slits of the annular left piece la and the annular right piece lb; in addition, the beverage granules can be made together by adjusting the density of the ring member 1 or the depth of the groove 11 Soak the bag together in the water in the cup, the top of the disposable packet of beverage particles Exactly flush with the surface of the water, it can achieve the same purposes of the present invention.
  • the disposable foamed beverage granule comprises 8 ring members 1, a left cover 2, a right cover 3 and a beverage granule 4, wherein: the ring member 1 adopts a density Made of a material larger than water, and the ring member 1 has a plurality of mutually independent grooves 11 on the side, and in a group of mutually independent grooves 11, the grooves 11 are separated by a partition 12 Each groove 11 has its groove communicating with the outside; the left cover 2 and the right cover 3 constitute a bag, and the beverage granules 4 can be placed in the chamber of the bag, and then the beverage granules 4 are enclosed in the chamber to make the beverage granules 4 Can not escape from the inside of the bag; 8 ring members 1 are divided into two groups, respectively attached to the edges of the left and right sides of the upper part of the bag;
  • a ring-shaped ring member is not attached to the left and right sides of the lower portion of the bag to increase the weight of the lower portion; in addition, the beverage granules can be made together by adjusting the density of the ring member 1 or the depth of the groove 11 Bag one The immersion in the water in the cup, the top surface of the disposable blister beverage granules is just flush with the water surface, and the object of the invention can be achieved as well.
  • the blister beverage granules of the above four embodiments are listed in the form of a heart, and it is obvious that the granules of the blister beverage can be made into an elliptical shape, a circular shape, a hexagonal shape, a star shape, a quadrangular shape or the like.
  • the purpose of the invention is listed in the form of a heart, and it is obvious that the granules of the blister beverage can be made into an elliptical shape, a circular shape, a hexagonal shape, a star shape, a quadrangular shape or the like. The purpose of the invention.

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Apparatus For Making Beverages (AREA)
  • Packages (AREA)
  • Packging For Living Organisms, Food Or Medicinal Products That Are Sensitive To Environmental Conditiond (AREA)

Abstract

供一次性饮料颗粒冲泡的包装物，包括具有微细孔的且满足食用卫生要求的材料制成的封面（2，3）、满足食用卫生要求且密度比水大的材料制成的环状件（1），该环状件（1）于左、右侧面除下部外均具有凹槽（11），凹槽（11）通过其槽口向左或向右与外界连通，其中：封面（2，3）与环状件（1）围成封闭的腔室，于腔室中放入饮料颗粒（4）；或者，封面（2，3）围成封闭的腔室，于腔室中放入饮料颗粒（4），而环状件（1）固定在封面（2，3）边沿处。该包装物冲泡时能悬浮并直立于水中，使水柱的注入能直接冲泡包装物内的饮料颗粒，其冲泡效果好且饮料释出均匀，另外，它还能阻止杯中水摇晃，防止水溢出。

Description

供一次性饮料颗粒冲泡的包装物 技术领域
本发明属于一种一次性饮品颗粒， 涉及一种带有供释出和包装器具的饮 料， 更具体说， 是一种通过冲泡能使其中的细微颗粒释放出来并溶入水中的 饮料， 也指一种可将残渣物滞留在包装器具的饮料包。 背景技术
袋泡茶已广泛存在于日常生活中， 它通过包装纸将茶末封闭于其中， 通 过热水的冲泡， 使茶的味道渐渐由包装纸上的孔隙释出， 且由系绳的抖动来 实现搅拌的作用， 让释出物扩散到杯中水里， 具有使用方便的特点， 它克服
7：茶叶在抓取的过程中容易出现掉落， 以及茶水中经常性出现茶末漂浮在水 面， 容易对饮用构成妨碍的问题， 它的应用受到了人们的欢迎。 但是， 这种 袋泡茶的冲泡， 仍存在着许多缺陷： 一、 冲泡后， 当茶叶吸收一定水分， 袋 泡茶会沉入杯底， 由于茶水比重比水大， 因而随后释出的茶水不会自动地扩 散到水中， 致使茶水浓度不均， 不能满足饮用， 而由系绳的抖动以实现搅均 又显得不雅观； 二、 使用中系绳有时会发生脱落， 造成无法利用抖动来完成 搅拌使茶水浓度均匀， 而且一旦脱落则会给饮用者带来麻烦； 三、 冲泡中， 水更多地系通过渗入方式进入茶包的， 而不是让茶叶接受注入水柱的直接冲 泡， 故茶的释出较慢； 四、 袋泡茶沉入杯底， 茶水易受到摇晃而从杯口溢出， 不适合在晃动的情况下使用， 也易因茶水的溢出而造成使用者烫伤。 发明内容
本发明的目的是要提供一种一次性包泡饮料颗粒， 该包泡饮料颗粒提供 一种机构， 该机构能够充分利用冲泡时注入水柱的冲力来实现饮料颗粒的溶 解并将饮料微细颗粒迅速扩散到水中。
本发明的目的由下列方案实现：
一种一次性包泡饮料颗粒， 其特征在于， 包括具有微细孔的且满足食用 卫生要求的材料制成的封面、 具有满足食用卫生要求且密度比水大的材料制 成的环状件， 环状件于左、 右侧面除下部外均具有凹槽， 凹槽通过其槽口向 左或向右与外界形成连通， 其中： 封面与环状件围成腔室， 于腔室中放入有 饮料颗粒， 且腔室构成封闭； 或者， 封面围成腔室， 于腔室中放入有饮料颗 粒， 且腔室构成封闭， 而环状件固定在封面边沿处。
这样， 可使茶末等饮料颗粒封闭在腔室， 不能从包装物里面逃逸出来。 本发明的包泡饮料颗粒， 当其置入杯中并由水冲泡时， 由于环状件左右 两侧面均具有凹槽， 水将凹槽覆盖并封闭成中空状态， 于是， 茶末等饮料颗 粒连同包装物可在施加于两侧上部浮力的作用下悬浮起来并直立于水中。
由此获得的一次性包泡饮料颗粒， 能够利用水柱注入时的冲力冲泡着包 装物里的饮料颗粒， 使其从封面的微细孔较快释出， 且随着水柱的不断冲击， 释出的细微饮料颗粒能够自动迅速地由上而下扩散到水中， 达到使饮料液体 的浓度均匀， 又无须进行手动搅拌。
此外， 由于一次性包泡饮料颗粒悬浮并直立于水中， 浸泡过程中还能够 充分利用下部温度较高的水向上部流动的过程来进一步冲泡饮料颗粒的作 用， 因而， 饮料颗粒的释出和扩散更为充分。
再者， 一次性包泡饮料颗粒始终悬浮于水中， 当杯子受到摇动时， 还能 够利用它起到阻止饮料液体因晃动溢出的作用， 因而它适应在飞机、 火车等 场合中饮用。
更好的是， 上述方案中， 凹槽具有若干个隔板， 隔板可以将凹槽分隔成 若干部分， 使各部分相互隔断， 互相独立。
这样， 可使凹槽中的空气泡变小， 起到避免大空气泡的流动对直立的影 响， 让一次性包泡饮料颗粒平稳地悬浮并直立于水中， 而不出现倾斜及摇晃。
另外， 凹槽的分隔也有助于环状件在制作时更易进行脱膜操作。
更好的是， 上述方案中， 环状件于中心轴线上的最高部分处开有导流孔。 于是， 当水柱注入时， 可让水柱直接冲击着一次性包泡饮料颗粒的导流 孔， 并经导流孔进入包装物里面， 使饮料颗粒溶释， 并带动饮料颗粒溶释物 一起从微细孔流出， 且由上而下进入水中， 可使饮料颗粒的释出更为顺畅。
同时， 可在水柱的冲击带动下， 让一次性包泡饮料颗粒旋转起来， 于是， 从包装物里释出的由上而下的细微饮料颗粒也将同时向四周各个方向扩散， 这样， 可使饮料液体的浓度更加均勾。
当凹槽的宽度变得非常小时， 凹槽成为缝隙； 当缝隙足够小时， 水由于 自身存在的内聚力， 因而不会进入到缝隙中。
更好的是，1在上述方案中， 缝隙的间距以一次性包泡饮料颗粒置于杯中 水里， 水不能进入缝隙为准。
这样， 可以利用水的内聚力来封闭缝隙的口， 在缝隙中形成中空结构。 于是， 发明还提供一种结构， 它使一次性包泡饮料颗粒悬浮并直立在水 中变得更为稳定， 不会受到凹槽中封闭空气多少的影响。
更好的是， 上述方案中， 环状件的密度或凹槽的深度， 以饮料颗粒连同 包装物一起浸泡在杯中水里， 一次性包泡饮料颗粒的顶面刚好与水面平齐为 准， 这样， 可以保证一次性包泡饮料颗粒整体均能浸泡在水中， 以利于饮料 颗粒溶解并从微细孔释出。
、 当一次性包泡饮料颗粒的顶面刚好与水面平齐时， 不仅有利于茶末等饮 料颗粒的浸泡， 而且有利于茶末等饮料颗粒的直接冲泡， 冲泡时也有利于一 次性包泡饮料颗粒旋转起来。
还有， 让" 次性包泡饮料颗粒悬浮并立于水中， 是不会对饮用者饮用构 成妨碍的。 事实上， 当饮用时， 杯子倾斜使液体向杯子一侧移动， 由杯子一 侧的反作用力将使水流向另一侧， 这样， 反而使一次性包泡饮料颗粒能够保 持在水中的中间位置处。
重要的是，.本发明创造提供了另一种包装形式的一次性包泡饮料颗粒， 它有别于现有的袋泡茶， 其冲泡中始终悬浮并立于水中， 冲泡效果优于袋泡 茶， 另外， 它还能直立起来， 给人带来了一种视觉上的冲击， 它将为厂家或 消费者带来另一种选择， 具有另一番别样的感受。
再者， 本发明的一次性包泡饮料颗粒提供的结构， 仅仅依据凹槽即可实 现环状件悬浮并直立于水中， 因而其结构十分简单， 非常适合于采用机器制 作， 能够大大提高产品的生产效率。
在本发明的具体实施方式中， 封面与环状件围成的腔室系采用上、 下封 面分别贴于环状件的上、 下面而形成； 而封面围成的腔室系采用上、 下封面 贴合成的袋， 而环状件则夹持或粘贴在袋的四周边沿处。
本文中， 环状件可以是闭环的， 也可以是开环的； 环状件可以为一个， 也可以为若干个， 可由若干个环状件同时固定在袋的四周边沿处， 或者上、 下封面分别贴在若干个环状件的上、 下面处。
附图说明
图 1是本发明第一种具体实施方式的剖视结构示意图；
图 2是图 1一次性包泡饮料颗粒的侧面示意图；
图 3是图 2沿 A- A .向的剖视示意图；
图 4是本发明第二种具体实施方式的剖视结构示意图；
图 5是图 4一次性包泡饮料颗粒的侧面示意图；
图 6是图 5沿 A- A向的剖视示意图；
图 7是本发明第三种具体实施方式的剖视结构示意图；
图 8是图 7—次性包泡饮料颗粒的侧面示意图；
图 9是图 8沿 A-A向的剖视示意图；
图 10是本发明第四种具体实施方式的剖视结构示意图；
图 11是图 10—次性包泡饮料颗粒的侧面示意图；
图 12是图 11沿 A- A向的剖视示意图。 具体实施方式
下面结合附图对本发明作出具体详述：
实施方式一：
参照图 1、 图 2和图 3， 本一次性包泡饮料颗粒， 包括环状件 1、 左封面 2、 右封面 3和饮料颗粒 4， 其中： 环状件 1采用密度比水大的材料制成， 且 环状件 1于左、 右两侧面除下部外各具有一组互相独立的凹槽 11， 在一组互 相独立的凹槽 11中， 各个凹槽 11之间由隔板 12分隔开来， 各个凹槽 11其 槽口均向左或向右与外界连通； 由左封面 2和右封面 3构成袋， 可在袋的腔 室中放置入饮料颗粒 4， 然后将饮料颗粒封闭在腔室中， 使饮料颗粒不能从袋 里面逸出； 袋的四周边沿粘贴在环状件 1 的内环处； 另外， 可以通过调节环 状件 1的密度或凹槽 11的深度， 使饮料颗粒连同袋一起浸泡在杯中水里， 一 次性包泡饮料颗粒的顶面刚好与水面平齐。
. 使用时， 把一次性包泡饮料颗粒放入杯中， 当注入开水时， 水柱将直接 冲泡着一次性包泡饮料颗粒的侧面， 并进入包装物里面将饮料颗粒溶解， 随 后， 经另一侧面进入杯里， 接着， 水将凹槽覆盖并封闭成中空状态， 这样， 随着水的不断注入， 受环状件 1 下部的重力作用， 一次性包泡饮料颗粒将悬 浮并直立在水中， 且其顶面保持着与水平面平齐。
因此， 一次性包泡饮料颗粒能够接受水柱的直接冲泡， 并使注入的水穿 过包装物与饮料溶释物一起自上而下扩散到杯子的水中， 从而获得浓度均匀 的饮料而无须搅拌， 从而实现了本发明的目的。
实施方式二： 参照图 4、 图 5和图 6， 本一次性包泡饮料颗粒， 包括环状 件 1、 左封面 2 右封面 3和饮料颗粒 4， 其中： 环状件 1采用密度比水大的 材料制成， 且环状件 1于左、 右两侧面除下部外均具有一组互相独立的凹槽 11， 在一组互相独立的凹槽 11中， 各个凹槽 11之间由隔板 12分隔开来， 各 个凹槽 11其槽口均向左或向右与外界连通； 由左封面 2粘贴在环状件 1的左 6 侧， 由此形成的腔室可放置入饮料颗粒 4， 再由右封面 3粘贴在环状件 1的右 侧， 将饮料颗粒封闭在腔室中， 使饮料颗粒不能从袋里面逸出； 另外， 可以 通过调节环状件 1的密度或凹槽 11的深度， 使饮料颗粒连同袋一起浸泡在杯 中水里， 一次性包泡饮料颗粒的顶面刚好与水面平齐， 同样可实现本发明的 目的。
实施方式三： 参照图 7、 图 8和图 9， 本一次性包泡饮料颗粒， 包括环状 件 1、 左封面 2、 右封面 3和饮料颗粒 4， 其中： 环状件 1采用密度比水大的 材料制成， 由环状左件 la和环状右件 lb构成， 可由环状右件 lb与环状左件 la粘合而成为一体， 环状左件 la和环状右件 lb的侧面除下部外均具有一组 互相独立的凹槽 11， 在一组互相独立的凹槽 11中， 各个凹槽 11之间由隔板 12分隔开来， 各个凹槽 11其槽口均向左或向右与外界连通； 由左封面 2和右 封面 3构成袋，:可在袋的腔室中放置入饮料颗粒 4， 然后将饮料颗粒 4封闭在 腔室中， 使饮料颗粒 4不能从袋里面逸出； 袋的四周边沿夹持在环状左件 la 和环状右件 lb的缝隙之间； 另外， 可以通过调节环状件 1 的密度或凹槽 11 的深度， 使饮料颗粒连同袋一起浸泡在杯中水里， 一次性包泡饮料颗粒的顶 面刚好与水面平齐， 同样可实现本发明的目的。
实施方式四： 参照图 10、 图 11和图 12， 本一次性包泡饮料颗粒， 包括 8 个环状件 1、 左封面 2、 右封面 3和饮料颗粒 4， 其中： 环状件 1采用密度比 水大的材料制成， 且环状件 1于侧面具有一组互相独立的凹槽 11， 在一组互 相独立的凹槽 11中， 各个凹槽 11之间由隔板 12分隔开来， 各个凹槽 11其 槽与外界连通； 由左封面 2和右封面 3构成袋， 可在袋的腔室中放置入饮料 颗粒 4， 然后将饮料颗粒 4封闭在腔室中， 使饮料颗粒 4不能从袋里面逸出; 8个环状件 1分成两组， 分别粘贴在袋上部左右两侧的边沿处；
且在袋的下部左、 右两侧粘贴有不开有凹槽的环状件， 以增加下部的重量； 另外， 可以通过调节环状件 1的密度或凹槽 11的深度， 使饮料颗粒连同袋一 起浸泡在杯中水里， 一次性包泡饮料颗粒的顶面刚好与水面平齐， 同样可实 现本发明的目的。
上述四个实施方式的包泡饮料颗粒虽以心形的形式列举， 显然， 将这些 包泡饮料颗粒制作成椭圆形、 圆形、 六角形、 星形、 四边形等等， 均同样也 可实现本发明的目的。

Claims

权 利 要 求
- 1、 一种一次性包泡饮料颗粒， 其特征在于， 包括具有微细孔的且满足 食用卫生要求的材料制成的封面、 具有满足食用卫生要求且密度比水大的材 料制成的环状件， 环状件于左、 右侧面除下部外均具有凹槽， 凹槽通过其槽 口向左或向右与外界形成连通， 其中： 封面与环状件围成腔室， 于腔室中放 入有饮料颗粒， 且腔室构成封闭； 或者， 封面围成腔室， 于腔室中放入有饮 料颗粒， 且腔室构成封闭， 而环状件固定在封面边沿处。
2、 根据权利要求 1的一次性包泡饮料颗粒， 凹槽具有若干个隔板， 隔板 可以将凹槽分隔成若干部分， 使各部分相互隔断， 互相独立。
3、 根据权利要求 1或 2的一次性包泡饮料颗粒， 封面具有左封面和右封 面， 左、 右封面分别贴于环状件的左、 右面。
4、 根据权利要求 1或 2的一次性包泡饮料颗粒， 封面具有左封面和右封 面， 左、 右封面贴合形成袋， 而环状件夹持或粘贴在袋的四周边沿处。
5、 根据权利要求 1或 2的一次性包泡饮料颗粒， 环状件有若干个， 由若 干个环状件固定在袋的四周边沿处， 或者封面具有左封面和右封面， 左、 右 封面的边沿贴在若干个环状件的左、 右面。
6、 根据权利要求 1或 2的一次性包泡饮料颗粒， 凹槽为缝隙， 缝隙的间 距以一次性包泡饮料颗粒置于杯中水里， 水不能进入缝隙为准。
7、 根据权利要求 3的一次性包泡饮料颗粒， 凹槽为缝隙， 缝隙的间距以 一次性包泡饮料颗粒置于杯中水里， 水不能进入缝隙为准。
8、 根据权利要求 4的一次性包泡饮料颗粒， 凹槽为缝隙， 缝隙的间距以 饮料颗粒连同包装物置于杯中水里， 水不能进入缝隙为准。
9、 根据权利要求 5的一次性包泡饮料颗粒， 凹槽为缝隙， 缝隙的间距以 饮料颗粒连同^ ^装物置于杯中水里， 水不能进入缝隙为准。
10、 根据权利要求 7的一次性包泡饮料颗粒， 环状件为心形， 环状件于 中心轴线上的最高部分处开有导流孔， 环状件的密度或缝隙的深度， 以一次 性包泡饮料颗粒浸泡在杯中水里， 一次性包泡饮料颗粒的顶面刚好与水面平 齐为准。
PCT/CN2012/001526 2012-06-04 2012-11-12 供一次性饮料颗粒冲泡的包装物 WO2013181775A1 (zh)

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CN102649498A (zh) * 2012-05-18 2012-08-29 庄敏 一种一次性包泡饮料颗粒
CN202687162U (zh) * 2012-06-04 2013-01-23 庄敏 一种供一次性饮料颗粒冲泡的包装物
CN102689749A (zh) * 2012-06-04 2012-09-26 庄敏 一种一次性包泡饮料颗粒
CN103991650B (zh) * 2014-05-08 2016-04-27 青岛农业大学 袋泡茶的包装结构及其茶包

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