WO2013159287A1 - 保温奶瓶 - Google Patents

保温奶瓶 Download PDF

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Publication number
WO2013159287A1
WO2013159287A1 PCT/CN2012/074637 CN2012074637W WO2013159287A1 WO 2013159287 A1 WO2013159287 A1 WO 2013159287A1 CN 2012074637 W CN2012074637 W CN 2012074637W WO 2013159287 A1 WO2013159287 A1 WO 2013159287A1
Authority
WO
WIPO (PCT)
Prior art keywords
bottle
heating
heating assembly
assembly
open end
Prior art date
Application number
PCT/CN2012/074637
Other languages
English (en)
French (fr)
Inventor
邱秀雯
曾陈美霞
Original Assignee
婴一股份有限公司
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 婴一股份有限公司 filed Critical 婴一股份有限公司
Priority to PCT/CN2012/074637 priority Critical patent/WO2013159287A1/zh
Publication of WO2013159287A1 publication Critical patent/WO2013159287A1/zh

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Classifications

    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61J—CONTAINERS SPECIALLY ADAPTED FOR MEDICAL OR PHARMACEUTICAL PURPOSES; DEVICES OR METHODS SPECIALLY ADAPTED FOR BRINGING PHARMACEUTICAL PRODUCTS INTO PARTICULAR PHYSICAL OR ADMINISTERING FORMS; DEVICES FOR ADMINISTERING FOOD OR MEDICINES ORALLY; BABY COMFORTERS; DEVICES FOR RECEIVING SPITTLE
    • A61J9/00—Feeding-bottles in general
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61J—CONTAINERS SPECIALLY ADAPTED FOR MEDICAL OR PHARMACEUTICAL PURPOSES; DEVICES OR METHODS SPECIALLY ADAPTED FOR BRINGING PHARMACEUTICAL PRODUCTS INTO PARTICULAR PHYSICAL OR ADMINISTERING FORMS; DEVICES FOR ADMINISTERING FOOD OR MEDICINES ORALLY; BABY COMFORTERS; DEVICES FOR RECEIVING SPITTLE
    • A61J2200/00—General characteristics or adaptations
    • A61J2200/40—Heating or cooling means; Combinations thereof
    • A61J2200/42—Heating means
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61J—CONTAINERS SPECIALLY ADAPTED FOR MEDICAL OR PHARMACEUTICAL PURPOSES; DEVICES OR METHODS SPECIALLY ADAPTED FOR BRINGING PHARMACEUTICAL PRODUCTS INTO PARTICULAR PHYSICAL OR ADMINISTERING FORMS; DEVICES FOR ADMINISTERING FOOD OR MEDICINES ORALLY; BABY COMFORTERS; DEVICES FOR RECEIVING SPITTLE
    • A61J9/00—Feeding-bottles in general
    • A61J9/06—Holders for bottles
    • A61J9/0615—Holders for bottles providing isolation

Definitions

  • the present invention relates to a heat-insulating bottle, and more particularly to a temperature-preserving bottle which provides safety and convenience.
  • the cold milk must be re-heated to a temperature of, for example, 35 to 40 degrees Celsius. Therefore, there are many styles of warm milk or insulated bottles in the room to provide parents with the above needs. However, known warm milk or insulated bottles have some drawbacks that still need to be improved.
  • a known electric heating bottle 1 which is similarly constructed with an electric spoon structure.
  • an electric heating device 12 containing a heating wire is provided, which can directly heat the milk for drinking.
  • the heating wire is heated too fast and the safety is not good.
  • the nipple is downward, and the bottom electric heating device 12 is often exposed to the air.
  • the bottom is already dry. It may cause burst damage; heating must be turned off when the baby is sucking. Therefore, the electric heating device 12 in the bottle body 11 is not easy to clean.
  • the surface of the electric heating device 12 is not contaminated, and the heat cannot be smoothly dissipated, and the local high temperature may be caused to cause accident or damage. .
  • the exposure of the electric heating device 12 to the bottle body 11 may cause parents to worry that harmful substances may penetrate into the milk water; even if the electric heating device 12 has leakage or burns the baby, it is a potential crisis. Therefore, this known electric heating bottle 1, is now relatively rare.
  • Fig. 2 is another known electric heat-insulating bottle 2, which is coated with a heating sheet 22 on the outer circumference of the bottle body 21, and the bottle body 21 is sleeved at the bottom of the power socket 23 to heat the milk. But if it is covered with electric heating sheets The bottle body 21 of 22 is taken directly to the baby, and not only is the fear that the hot electric heating sheet 22 has the risk of scalding the baby, and the amount of the baby's milk is not read. Especially if the infant is self-sustaining, grasping the relevant electric heating sheet 22, the parents are concerned about electric shock due to naughty; on the contrary, once removed, the bottle body 21 has no heat preservation effect. In particular, it needs to be connected to a power outlet, which limits the feeding location. Therefore, the known electric heat-insulating bottle 2 is inconvenient to carry and use, and when used for a baby, there is an inconvenience such as a risk of burns or electric shock, and difficulty in reading the amount of milk sucked.
  • Fig. 3 it is a vacuum insulated bottle 3 which is commonly used in the market. That is, the inner and outer bottles have a vacuum layer 31 which can keep the temperature of the liquid in the bottle for a certain period of time.
  • the vacuum insulated bottle 3 is made of stainless steel. Once the bottle is opaque, it is difficult to see the scale when brewing. It is not easy to grasp the concentration of the brew and the amount of milk consumed by the baby. Second, the weight of the stainless steel bottle It is not easy for a baby to take. Furthermore, the vacuum insulated bottle 3 can no longer be warmed up. If the milk in the bottle is cooled to near room temperature, it must be poured out and reheated, which is quite inconvenient for a baby who is slow to drink milk.
  • Other bottles on the market such as a single heating with chemical energy storage, also have the above problems of inability to keep warm and repeat heating.
  • the present invention provides a bottle that is convenient to carry, can be warmed anywhere, and can be temperature-controlled; and provides a safe and easy way to clean; and, heating outside the bottle, there is no danger of scalding the baby, It is a insulated bottle with high safety.
  • Such insulated bottles should improve the above-mentioned lack of known warm milk or insulated bottles, which is the best solution.
  • Another object of the present invention is to provide an insulation that can be detached from the heating device when not heated.
  • the bottle not only allows the baby to easily take it, but also provides a safe and easy to clean way.
  • Another object of the present invention is to provide a heat-insulating bottle that is convenient to carry, and has a heating and heat-insulating function, which can be warmed up anywhere at any time to allow the baby to drink warm milk.
  • a further object of the present invention is to provide a thermos bottle that clearly sees the volume of the liquid, allowing parents to easily estimate the baby's food intake.
  • the present invention is an insulated baby bottle comprising a bottle body having at least one exposed light transmissive side, at least one heated side, an open end remote from the exposed light transmissive side and the heated side, and a opposite end to the open end a heating assembly coupled to the bottle body to shield the heated side and expose the exposed light side, having a body including a heating unit adjacent to the heated side, and a heating unit remote from the heating unit Holding the side portion; and a nipple assembly that joins and closes the open end.
  • the insulated bottle becomes more convenient to heat and has the effect of heat preservation; and the bottle body and the heating element of the insulated bottle can be detached, and it is safer and easier to use and clean.
  • the insulated bottle of the present invention is indeed an insulated bottle that provides the most safety and convenience.
  • Figure 1 is a cross-sectional view showing the appearance of a known electric heating bottle
  • FIG. 2 is a schematic view showing the appearance of a well-known electric heat-insulating bottle
  • Figure 3 is a cross-sectional view showing the appearance of a known vacuum insulated baby bottle
  • FIG. 4 is a schematic view showing the appearance of a first embodiment of the present invention.
  • Figure 5 is a schematic view showing the appearance of a bottle body according to a first embodiment of the present invention.
  • Figure 6 is a schematic view showing the appearance of a heating assembly according to a first embodiment of the present invention
  • Figure 7 is a schematic view showing the appearance of a nipple assembly according to a first embodiment of the present invention
  • Figure 8 is a schematic view showing the appearance of a second embodiment of the present invention
  • Fig. 9 is a perspective view showing the appearance of a third embodiment of the present invention.
  • FIG. 4 is a perspective view showing the appearance of a first embodiment of the present invention.
  • An insulated baby bottle 4 includes a bottle body 41, a heating unit 42, and a nipple assembly 43.
  • the bottle body 41 is made of glass and is easy to conduct heat.
  • one side of the lower left side of the figure is defined as an exposed light transmitting side surface 411, which is available to the user.
  • the inside of the bottle is seen through; the other three sides are the heated side 412, which is heated by the heating assembly 42.
  • the bottle body 41 is formed with two grooves 413 at the boundary between the exposed light transmitting side 411 and the heated side surface 412; the upper open end 414 of the bottle body 41 is formed with an external thread portion 415.
  • the heating assembly 42 has a body 421 that can cover the three heated sides 412 of the bottle body 41, and two ribs that extend from the body 421 as the fastening portions 422.
  • the heating assembly 42 covers the bottle body 41, the three heated side surfaces 412 of the bottle body 41 are adjacent to the heating unit 423 of the heating assembly 42, and the two concave portions of the bottle body 41 are fastened by the fastening portion 422 of the body 421.
  • the groove 413 allows the heating assembly 42 to be firmly coupled to the bottle body 41 without the risk of being easily disengaged.
  • the heating assembly 42 includes a grip side 424 remote from the heating unit 423 for any user to safely hold the insulated bottle 4 without the risk of being electrically or burnt.
  • the heating unit 42 can continue to heat the milk at various angles without the problem of dry burning of the bottom heating.
  • the heating unit 423 of the present invention since the heating unit 423 of the present invention has a wide contact surface with the bottle, the heating temperature itself does not have to be too high, and the burn or power consumption is also reduced. The risks and troubles.
  • the nipple assembly 43 shown in Fig. 7 it includes a cover frame 431 corresponding to the external thread portion 415 of the bottle body 41 for engaging and closing the open end 414 of the bottle body 41, and a perforation 433 formed and covered.
  • a teat 432 fixed to the frame 431 is fixed.
  • the cover frame 431 is formed with an internal thread 434 so as to be firmly coupled to the bottle body 41 without falling off. Since the switch 426 is in a position where the heating assembly 42 is shielded by the heated side 412 of the bottle body 41, when it is necessary to heat the liquid in the insulated bottle 4, the bottle body 41 can be separated from the heating unit 42, the switch 426 can be opened, and the heating unit can be opened.
  • the wireless rechargeable battery 427 of 42 can supply electric energy and is converted into thermal energy by the heating unit 423 to be conducted from the heat conducting layer to the heated side surface 412 of the bottle body 41 to uniformly heat the liquid in the bottle.
  • the heating assembly 42 can be removed and the switch 426 can be turned off at any time without heating or cleaning the insulated bottle 4. Not only does it reduce the weight of the insulated bottle 4, the baby is easy to take and drink; the bottle body 41 is also easy to clean, so that the heating element 42 is not wetted, causing short circuit damage.
  • This design also hides the switch 426 in an interface position that is easy for the adult to operate and cannot be touched by the infant, which greatly enhances the structural safety. Even when the infant is continuously holding the milk, the parents do not have to worry about the naughty of the infant and the electric shock or burn. Security risks.
  • the wireless charging battery 427 is charged by placing the heating unit 42 on a charging stand (not shown) and passing through the sensing coil 425 disposed at the bottom of the heating unit 42 and wrapped in the housing. The electrical energy is received in a contact-sensing manner. Since the electrical-sensitive coil 425 is covered by the casing of the heating assembly 42, the circuit of the electrical-sensitive coil 425 can be protected, increasing the life and safety of the product.
  • the bottle body 51 of the insulated baby bottle 5 of the second embodiment of the present invention has the same exposed light side surface 511, heated side surface 512, away from the exposed light transmitting side surface 511, and heated as in the previous embodiment.
  • a nipple assembly 53 that incorporates and closes the open end 514.
  • the opening end 514 of the bottle body 51 is slightly retracted, and the bottom end 518 is formed with a joint portion 513 which is, for example, a recess; in contrast, in this example, the main outer casing is made of plastic material.
  • the heating assembly 52 is formed at the top end corresponding to the open end 514 of the bottle body 51.
  • the integral injection molding is formed with a top positioning portion 520 formed with a male thread corresponding to the outer side of the open end 514, and the body 521 is provided.
  • the bottom side also integrally protrudes out of a sleeve portion 522 so that the sleeve portion 522 of the heating assembly 52 can be supported by the bottom portion to hold the bottle body 51. Therefore, after the combination, the heating unit 52 is interference-fixed at the tip end by the nipple assembly 53, and the lower portion is interfered with the bottle body 51, and cannot be easily released by the infant, thereby greatly reducing safety concerns.
  • the bottle body 51 is made of quartz glass with good thermal conductivity, which saves heating time.
  • the heating unit 52 is disposed adjacent to the heated side 512, the corresponding open end 514 and the bottom end 518 of the bottle body 51, respectively, and is provided with a heating unit 523 of at least one heating member.
  • the insulated bottle 5 is heated evenly with the open end 514 facing up, or the open end 514 facing down when the baby is inhaling.
  • the heating assembly 52 of this example is a disposable battery, which allows the user to obtain power supply more conveniently.
  • the insulated baby bottle 6 of the present embodiment includes a bottle body 61, a heating unit 62, and a nipple assembly 63.
  • the bottle body 61 is made of a safety plastic material, and a card slot 613 is formed at the heated side 612 near the bottom end 618.
  • the heating unit 62 is formed with a corresponding insertion slot 622 of the corresponding card slot 613, which can be mutually latched. fixed.
  • the bottle body 61 can be attached with a temperature-changing temperature indicating color changing film 64, which allows the user to know the inside of the bottle. The temperature of the liquid can be seen at a glance without using a thermometer.
  • Other basic configurations and functions are the same as those of the above embodiment, and are not described herein.

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  • Health & Medical Sciences (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Animal Behavior & Ethology (AREA)
  • General Health & Medical Sciences (AREA)
  • Public Health (AREA)
  • Veterinary Medicine (AREA)
  • Medical Preparation Storing Or Oral Administration Devices (AREA)
  • Cookers (AREA)

Abstract

一种保温奶瓶（4），包括一个瓶身（41），具有至少一个暴露透光侧面（411）、至少一个受加热侧面（412）、一个远离上述暴露透光侧面（411）和受加热侧面（412）的开口端（414）、及一个相反于该开口端（414）的底端；一个以遮蔽上述受加热侧面（412）并暴露出上述暴露透光侧面（411）方式结合至上述瓶身的加热组件（42），具有一个本体（421），包括一个紧邻上述受加热侧面（412）的加热单元（423），及一个远离该加热单元（423）的握持侧部（424）；及一个结合并封闭上述开口端（414）的奶嘴组件（43）。藉此保温奶瓶，确保奶水过凉时可适度加温。

Description

【技术领域】
本发明是关于一种保温奶瓶， 特别是一种可提供具安全性及便利性的保 温奶瓶。
【背景技术】
不管婴儿喝母奶或配方奶， 只要没有马上喝或一次喝完， 冷掉的奶要再 给婴儿喝， 就必须重新加热到例如摄氏三十五至四十度的适温。 因此， 现在 坊间有许多样式的温奶器或保温奶瓶， 提供父母解决上述的需求。 然而， 公 知的温奶器或保温奶瓶都有部分的缺点仍需改进。
如图 1，是一种公知添加类似电汤匙结构的电热奶瓶 1，在瓶身 11内设有 含电热丝的电热装置 12， 可直接加热牛奶饮用。但是， 电热丝加热速度过快， 且安全性不佳， 尤其婴儿吸取奶水时， 奶嘴向下， 底部电热装置 12往往暴露 于空气中， 即使瓶身前端仍有奶水， 但底部早已在干烧， 将可能导致爆裂损 坏； 使得婴儿吸奶时， 必须关闭加热。 加以， 瓶身 11 内的电热装置 12不易 清洗干净， 若是加热粘稠状的奶水更可能沾黏残留， 不仅使得电热装置 12表 面污染， 且无法顺利散热， 亦可能导致局部高温而产生意外或损坏。 何况， 电热装置 12暴露在瓶身 11 内， 会让父母担心有害物质渗入奶水中； 甚或电 热装置 12有漏电或烫伤婴儿之虞， 都是潜在的危机。 因此， 这种公知的电热 奶瓶 1， 现在已经较为罕见。
图 2是另一种公知的电热保温奶瓶 2， 是在瓶身 21外周包覆电热片 22， 瓶身 21 套接在底部的电源套座 23， 即可加热奶水。 但若是把包覆着电热片 22的瓶身 21直接给婴儿拿取，不但担心发热的电热片 22有烫伤婴儿的危险， 也无法判读婴儿食用奶水的量。 尤其若是自行持用的婴幼儿， 抓握相关电热 片 22， 更让父母担忧因顽皮而触电； 反之， 一旦取下， 瓶身 21就没有保温的 效果。 尤其需要与电源插座相连， 更使得喂食的地点受到局限。 由此， 造成 这种公知的电热保温奶瓶 2在携带使用上较不方便， 给婴儿使用时， 又有烫 伤或触电等风险及不易判读吸奶量等不方便之处。
如图 3， 是一种目前市面常见的真空保温奶瓶 3， 即是内外瓶体夹有一真 空层 31， 可保持瓶内液体的温度一段时间。 然而， 这种真空保温奶瓶 3是不 锈钢材质制成， 一来瓶身不透明， 冲泡时很难看得见刻度， 就不容易掌握冲 泡的浓度和婴儿的喝奶量； 二来不锈钢瓶的重量对婴儿来说是不容易拿取的。 再者， 真空保温奶瓶 3 也无法再加温， 若瓶内奶水冷却至接近室温， 就必须 倒出来重新加热， 对喝奶较慢的婴儿相当不便。 其他市面上例如以化学储能 而单次加温的奶瓶， 也有上述无法保温及重复加温的困扰。
因此， 本发明提供一种携带方便的奶瓶， 在任何地方皆可温热， 并可加 以控温； 又提供安全容易清洗的方式； 而且， 在奶瓶外加温， 不会有烫伤婴 儿的危险， 是具有较高安全性的保温奶瓶。 此类的保温奶瓶应可改善上述公 知的温奶器或保温奶瓶的缺失， 实为最佳解决的方案。
【发明内容】
因此， 本发明之一目的在于提供一种高安全性的保温奶瓶， 经由瓶外加 温， 降低有害物质渗入奶水中的风险， 且不会有烫伤婴儿的危险。
本发明的另一目的， 在于提供一种不加热时， 可将加热装置拆离的保温 奶瓶， 不仅让婴儿可轻易拿取饮用， 也提供安全且容易清洗的方式。
本发明的又一目的， 在于提供一种携带方便的保温奶瓶， 且同时具有加 温及保温功能， 可在任何地方随时温热， 让婴儿喝到适温的奶水。
本发明的再一目的， 在于提供一种可清楚看见液体容量的保温奶瓶， 让 父母容易估算婴儿的食量。
本发明为一种保温奶瓶， 包括有一个瓶身， 具有至少一个暴露透光侧面、 至少一个受加热侧面、 一个远离上述暴露透光侧面和受加热侧面的开口端、 及一个相反于该开口端的底端； 一个以遮蔽上述受加热侧面并暴露出上述暴 露透光侧面方式结合至上述瓶身的加热组件， 具有一个本体， 包括一个紧邻 上述受加热侧面的加热单元， 及一个远离该加热单元的握持侧部； 及一个结 合并封闭上述开口端的奶嘴组件。
藉由本发明， 保温奶瓶变得更加便利加热， 同时具有保温的效果； 并且 保温奶瓶的瓶身和加热组件可拆离， 在使用及清洗上都更为安全且容易。 本 发明的保温奶瓶确实是可提供最具安全性及便利性的保温奶瓶。
【附图说明】
图 1是公知电热奶瓶的外观剖视图；
图 2是公知电热保温奶瓶的外观示意图；
图 3是公知真空保温奶瓶的外观剖视图；
图 4是本发明第一实施例的外观示意图；
图 5是本发明第一实施例的瓶身外观示意图；
图 6是本发明第一实施例的加热组件外观示意图； 图 7是本发明第一实施例的奶嘴组件外观示意图； 图 8是本发明第二实施例的外观示意图；
图 9是本发明第三实施例的外观示意图。
【主要元件符号说明】
1...电热奶瓶 2...电热保热奶瓶
3...真空保温奶瓶 4、 5 、 6...保温奶瓶
11、 21、 41、 51、 61...瓶身 520.. .顶端定位部
12...电热装置 22... ,电热片
23...电源套座 31... ,真空层
42、 52、 62...加热组件 43、 53、 63...奶嘴组件
64...温度指示变色膜 411、 511...暴露透光侧面
412、 512、 612...受加热侧面 413. ..凹槽
414、 514...开口端 415. ..外螺纹部
421、 521 ...本体 422. ..扣持部
423、 523...加热单元 424. ..握持侧部
425...感电线圈 426. ..开关
427...无线充电电池 431. ..包覆框
432...奶嘴 433. …穿孔
434...内螺牙 513. ..结合部
518、 618...底端 522. ..套接部
613...卡槽 622. ..插梢 【具体实施方式】
有关本发明的技术内容、 特点与功效， 配合说明书附图的较佳实施例及 其详细说明， 将可清楚的呈现。
图 4为本发明第一实施例的外观示意图， 一种保温奶瓶 4包括有一个瓶 身 41、 一个加热组件 42、 及一个奶嘴组件 43。 一并参阅图 5， 该瓶身 41是 由玻璃制成易于导热， 有四个侧面， 为便于说明起见， 在此定义面向图式左 下方的一个侧面为暴露透光侧面 411， 可供使用者透视瓶内状态； 其他三面则 是受加热侧面 412， 供加热组件 42包覆加热。 且瓶身 41在暴露透光侧面 411 与受加热侧面 412交界处形成有两道凹槽 413 ; 瓶身 41的上方开口端 414则 形成有外螺纹部 415。
一并参考图 6所示， 加热组件 42具有一个可包覆瓶身 41三个受加热侧 面 412的本体 421， 及延伸自本体 421的两道作为扣持部 422的凸肋。 当加热 组件 42包覆瓶身 41，将使瓶身 41的三个受加热侧面 412紧邻加热组件 42的 加热单元 423， 再以本体 421的扣持部 422扣持在瓶身 41的两道凹槽 413， 即可让加热组件 42与瓶身 41稳固结合， 不会有轻易脱开的风险。 而加热组 件 42包括一个远离加热单元 423的握持侧部 424， 可供任何使用者安全地拿 握保温奶瓶 4， 不致有被电到或烫伤的风险。 因此， 即使在婴幼儿被喂食的期 间， 仍然可以持续加热奶水， 丝毫不用担心吸取时无法保温。 另方面， 由于 接触面积大， 也可以确保当奶瓶以奶嘴向下食用时， 加热组件 42仍可以在各 角度持续加热奶水， 不会有底部加热的干烧问题。 尤其， 由于本发明加热单 元 423 与奶瓶的接触面广， 本身加热温度不必过高， 亦减少烫伤或耗电量大 的风险与困扰。
一并参考图 7所示的奶嘴组件 43， 其包括有一个对应瓶身 41外螺纹部 415的包覆框 431， 供结合并封闭瓶身 41开口端 414， 以及一个形成有穿孔 433且受包覆框 431固定的奶嘴 432。 其中， 包覆框 431形成有内螺牙 434， 藉以稳固结合至瓶身 41而不会脱落。 由于开关 426是位在加热组件 42受瓶 身 41的受加热侧面 412遮蔽的位置， 当需要加热保温奶瓶 4内的液体时， 可 以将瓶身 41与加热组件 42分离， 打开开关 426， 加热组件 42里的无线充电 电池 427即可供应电能， 并透过加热单元 423转为热能而由导热层传导至瓶 身 41的受加热侧面 412， 使瓶内液体均匀地加热。
反之， 在不需加热或要清洗保温奶瓶 4时， 随时可将加热组件 42取下而 关闭开关 426。 不但减轻保温奶瓶 4的重量， 婴儿易于拿取饮用； 瓶身 41也 容易清洗， 不会因此浸湿加热组件 42， 造成线路短路损坏。 而这种设计也将 开关 426 隐藏在成人易于操作而婴幼儿无法接触的介面位置， 大幅提升结构 安全性， 即使在婴幼儿正在吸食奶水时持续保温， 父母也无须顾虑婴幼儿顽 皮而触电或烫伤的安全风险。
其中无线充电电池 427的充电方式， 是将加热组件 42放置在一个充电座 (：图未视：)上， 并透过设置在加热组件 42 的底部并包覆于壳体内的感电线圈 425， 以接触感电的方式接受电能， 由于感电线圈 425受到加热组件 42的壳 体包覆， 使得感电线圈 425的线路能够受到保护， 增加产品的寿命及安全性。
请参阅图 8， 本发明第二实施例的保温奶瓶 5的瓶身 51与前一实施例同 样具有暴露透光侧面 511、 受加热侧面 512、 远离暴露透光侧面 511和受加热 侧面 512的开口端 514、 及一个相反于开口端 514的底端 518; 也具有同样以 遮蔽上述受加热侧面 512、并暴露出上述暴露透光侧面 511方式结合至上述瓶 身 51的加热组件 52; 以及结合并封闭上述开口端 514的奶嘴组件 53。 与前 一实施例相异的是： 在瓶身 51的开口端 514稍有内缩， 而底端 518形成有一 个例如为凹陷的结合部 513 ; 相反地， 本例中， 主要外壳为塑胶材质的加热组 件 52， 则是在顶端对应于瓶身 51开口端 514处， 一体射出成型延伸形成有一 个顶端定位部 520， 此部分形成有一段与开口端 514外侧对应的外螺纹， 且由 本体 521底侧也一体射出成型地延伸出一个套接部 522， 使得加热组件 52的 套接部 522可以由底部支撑固持住瓶身 51。 因此在结合后， 加热组件 52在顶 端被奶嘴组件 53干涉固定， 下方与瓶身 51干涉固定， 无法被婴幼儿轻易松 脱， 从而大幅降低安全顾虑。
本例中， 瓶身 51材质为导热性佳的石英玻璃， 可更加节省加热时间。 且 加热组件 52在紧邻瓶身 51受加热侧面 512、 对应开口端 514及底端 518处， 分别设置有至少一个加热件的加热单元 523。 使得保温奶瓶 5 无论是开口端 514朝上， 或婴儿吸食时开口端 514朝下， 奶水都可被均匀加热。而本例的加 热组件 52是采抛弃式电池， 让使用者可更便利的取得电能供应。
再进一歩， 本发明的第三实施例如图 9所示， 本实施例的保温奶瓶 6包 括有一个瓶身 61、 一个加热组件 62、 和一个奶嘴组件 63。 此瓶身 61系一种 安全塑胶材质制成，在其受加热侧面 612接近底端 618处形成有一个卡槽 613 与加热组件 62形成有一个对应卡槽 613的插梢 622， 可相互卡榫固定。另外， 瓶身 61更可附加一片随温度变色的温度指示变色膜 64，可让使用者知道瓶内 液体的温度， 不须另外用温度计测量即可一目了然。 其他基本构造和功能则 与上述实施例相同， 在此不另赘述。
惟以上所述者， 仅为本发明的较佳实施例而已， 当不能以此限定本发明 实施的范围， 即大凡依本发明权利要求书及说明书内容所作的简单的等效变 化与修饰， 皆应仍属本发明专利涵盖的范围内。

Claims

权 利 要 求 书
1、 一种保温奶瓶， 包括：
一个瓶身， 具有至少一个暴露透光侧面、 至少一个受加热侧面、 一个远 离上述暴露透光侧面和受加热侧面的开口端、 及一个相反于该开口端的底端； 一个以遮蔽上述受加热侧面并暴露出上述暴露透光侧面方式结合至上述 瓶身的加热组件， 具有一个本体， 包括一个紧邻上述受加热侧面的加热单元， 及一个远离该加热单元的握持侧部； 及
一个结合并封闭上述开口端的奶嘴组件。
2、 如权利要求 1所述的保温奶瓶， 其中该加热组件更包括延伸自该本体 并供扣持该瓶身的扣持部。
3、 如权利要求 1所述的保温奶瓶， 其中该加热组件更包括延伸自该本体 且套持该瓶身底端的套接部。
4、 如权利要求 1所述的保温奶瓶， 其中上述奶瓶受加热侧面接近上述底 端处形成有一个卡槽， 且该加热组件形成有一个对应该卡槽的插梢。
5、 如权利要求 1、 2、 3或 4所述的保温奶瓶， 其中该奶瓶形成有对应上 述开口端的外螺纹部； 且该奶嘴组件包括：
一个对应该外螺纹部的包覆框， 及
一个形成有穿孔且受该包覆框固定的奶嘴；
其中， 该包覆框形成有内螺牙， 且该加热组件更包括一个自该本体延伸 至该包覆框内的顶端定位部。
6、 如权利要求 1、 2、 3或 4所述的保温奶瓶， 其中该加热组件更包括一 个受上述瓶身受加热侧面遮蔽的开关， 且上述加热单元更包括一片导热层。
7、 一种保温奶瓶用的加热组件， 其中该保温奶瓶包括一个具有一个远离 上述暴露透光侧面和受加热侧面的开口端、 及一个相反于该开口端的底端的 瓶身， 以及一个结合并封闭上述开口端的奶嘴组件； 该瓶身更具有至少一个 暴露透光侧面、 至少一个受加热侧面、 及一个结合部， 供该加热组件以遮蔽 上述受加热侧面并暴露出上述暴露透光侧面方式相互结合， 该加热组件包括： 一个本体， 包括一个紧邻上述受加热侧面、 且在对应上述开口端及底端 分别设置有至少一个加热件的加热单元； 及一个远离该加热单元的握持侧部; 及
一个顶端定位部；
其中， 上述奶嘴组件包括一个对应该外螺纹部的包覆框， 及一个形成有 穿孔且受该包覆框固定的奶嘴； 且上述顶端定位部是由该本体延伸至该包覆 框内。
8、 如权利要求 7所述的加热组件， 其中该瓶身具有四个侧面， 上述结合 部分别是两道凹槽， 且上述加热组件本体包覆该瓶身的三个侧面， 及上述加 热组件更包括延伸自该本体并供扣持该瓶身上述凹槽的扣持部。
9、 如权利要求 7所述的加热组件， 其中上述结合部是该瓶身的底端， 且 该加热组件更包括延伸自该本体且套持该瓶身底端的套接部。
10、 一种保温奶瓶用的瓶身， 其中该保温奶瓶包括一个具有一个本体的 加热组件及一个奶嘴组件， 其中该本体包括一个加热单元， 及一个远离该加 至少一个未受上述加热组件本体遮蔽的暴露透光侧面；
至少一个受上述加热组件本体遮蔽， 并与该加热单元紧邻的受加热侧 B 一个远离上述暴露透光侧面和受加热侧面、 并与上述奶嘴组件结合而 封闭的开口端；
一个相反于该开口端的底端； 及
一个供该加热组件结合的结合部。
PCT/CN2012/074637 2012-04-25 2012-04-25 保温奶瓶 WO2013159287A1 (zh)

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CN108113498A (zh) * 2017-12-01 2018-06-05 姜向军 一种暖奶器
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WO2015142279A1 (en) * 2014-03-17 2015-09-24 Fitson Singapore Pte Ltd Closure and feeding bottle incorporating it
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