M286814 、八、新型說明： 【新型所屬之技術領域】 本創作係關於一種防撞保護裝置，特別地指一種玻璃容器 防撞保護裝置，其藉由複數個防護環設置在玻璃容器垂直方向 表面之上下端部上，以防止該玻璃容器不小心使用導致碎裂之 危險性。 【先前技術】 • 「創作背景」 查’傳統玻璃容器諸如瓶、罐、杯、壺等，由於玻璃材 質具有容易碎裂之特性，一般在表面沒有任何防護之情況下 ’一不小心就非常容易因碰撞而碎裂，且該銳利的玻璃碎片 往往造成使用者割傷之潛在的危險性。惟，日常生活當中不 ' 乏接觸到以塑膠材料取代的塑膠容器，雖然塑膠材質具有不 容易碎裂及價廉之優點，唯其質感表現不佳，並且在高溫環 境下容易釋出有害人體之物質，因此玻璃容器仍然具有不可 ®被塑膠容器取代之主要因素。 値得注意的是，對於嬰兒餵奶瓶材質之選定，由於嬰兒 ^ 免疫系統尙未發育健全、體質較弱，在每次使用過之後都必 、 須經過高溫消毒，因此塑膠材料並不適合作爲餵奶瓶材料。 惟，一般傳統玻璃餵奶瓶表面上並無任何防護裝置，不僅餵 食者甚至嬰兒都有不小心打破之可能性，安全性堪慮；故而 ，創作人思及，在理想之情況下，玻璃餵奶瓶乃至於一般玻 璃容器等，應具備有防撞保護裝置，以防止該玻璃容器不小 M286814 心使用導致碎裂之危險性等，遽而提供本創作。 【新型内容】 本創作之主要目的在於提供一種玻璃容器防撞保護裝 置，能防止該玻璃容器不小心使用導致碎裂之危險性’即使傾 倒亦不會直接撞擊到玻璃容器表面。 爲達成上述目的及其他目的，根據本創作，該玻璃容器包 括一水平方向之底部及一垂直方向之表面部；一第一防護環， Φ 表面爲削去邊角之圓弧形，其內側具有一內徑套設在該垂直方 向表面部之上端並突出該表面部；一第二防護環，表面形成凹 凸起伏表面，其內側具有一內徑套設在該垂直方向表面部之下 端並突出該表面部。 ' 按照本創作，該第一防護環及第二防護環略具有彈性，能 • 吸收或緩衝撞擊力，該第二防護環縱軸方向之高度較高，在其 內徑底端形成有一個往中心方向突出之承接部，承接在該玻璃 容器底部上並略支高其底部，使該第二防護環除了具有防撞作 • 用之外，同時具有穩定該玻璃容器底部重心之功效等。此爲本 創作之另一目的。 【實施方式】 以下將配合實施例對本創作技術特點作進一步地說明，該 實施例僅爲較佳的範例，並非用來限定本創作之實施範圍，謹 藉由參考附圖結合下列詳細說明而獲致最好的理解。 首先，請參考第1及2圖，爲本創作玻璃容器防撞保護裝 M286814 --置之第一種實施例，根據本創作，其涉及之玻璃容器諸如容易 碎裂之瓶、罐、杯、壺等容器，如圖中所示係以一般餵奶瓶作 爲代表說明。該玻璃容器1 ’其包括一個沿水平方向形成之底部 η ’及一個沿縱軸線方向表面形成之垂直方向的表面部1 〇 ;其 中，在該表面部1 〇之上端，沿其環周設有一個突出、高於表面 部1 〇之第一防護環2 0，及沿其下端環周設有一個突出、高於 表面部1 0之第二防護環3 0，且該第二防護環3 0之底端低於該 水平方向之底部1 1等。 > 根據本創作，在理想之情況下該第一防護環2 〇及第二防 護環3 0應具備有吸收或緩衝中度撞擊力的能力，較佳地以具 有彈性材料或發泡材料製成，並且能夠耐高溫，例如乳膠、矽 膠或其他安全性高之塑化聚合物材料等。該第一防護環2 0及 第二防護環3 0之表面爲削去邊角之圓弧形，內側分別具有一 內徑21、31，該第一防護環20之內徑21套設在該玻璃容器1 表面部10之上端，及第二防護環30之內徑31套設在該玻璃容 _ 器1表面部10下端，並與該玻璃容器1表面部10之外徑成緊 配合；及，該第二防護環30縱軸方向之高度較高，表面形成 凹凸起伏表面30a，在其內徑31底端形成有一個往中心方向突 出之承接部3 1 a，承接在該玻璃容器1底部1 1上並略支高其底 部，該第二防護環3 0除了具有防撞作用之外，同時更具有穩 定該玻璃容器1底部1 1重心之功效。 第3圖爲根據本創作第一種實施例之衍生的變化例，如圖 所示本實施例不同之處在於，該玻璃容器1表面部1 0上端對應 於該第一防護環20內徑2 1，沿其環周形成有一凹進的定位部 M286814 1 2以fe位該第〜防護環2 〇，及該玻璃容器1表面部1 〇下端對 應於該第一防護環3 0內徑3 1，沿環周形成有一凹進的定位部 13以疋位該弟—防護環3〇。 第4及5圖爲根據本創作玻璃容器防撞保護裝置之第二種 貫施例’圖中所示係以一般玻璃杯作爲代表範例，基本上與上 ：4貫施例相同’該玻璃容器i，其具有一個沿水平方向形成之底 部1 1及一個沿縱軸線方向表面形成之垂直方向的表面部1 〇 ;其 中，在該表面部1 0之上端，沿其環周設有一個突出、高於表面 邰1 〇之第一防護環2 0，及沿其下端環周設有一個突出、高於 表面部1 〇之第二防護環3 〇，且該第二防護環3 〇之底端低於該 水平方向之底部1 1等。第6圖爲根據本創作第二種實施例之衍 生的變化例，即該玻璃容器丨表面部丨〇上端對應於該第一防護 環20內徑2 1，沿其環周形成有一凹進的定位部丨2以定位該第 一防遵環20，及該玻璃容器丨表面部丨〇下端對應於該第二防護 環內徑31，沿環周形成有一凹進的定位部13以定位該第二 防護環3 0。 第7及8圖爲根據本創作玻璃容器防撞保護裝置之第三種 貫施例，圖中所示係以一般如化粧品或香水瓶容器等作爲代表 範例，其基本上與前述實施例相同，該坡璃容器丨，其具有一個 沿水平方向形成之底部Π及一個沿縱軸線方向表面形成之垂直 方向的表面部10;其中’在該表面部！。之上端，沿其環周設 有一個突出、高於表面部10之第一防護環2〇，及沿其下端環 周設有一個突出、筒於表面部10之第二防護環3〇，且該第二 防護環30之底端低於該水平方向之底部u等。第9圖爲根據 0 M286814 -- 本創作第三種實施例之衍生的變化例，即該玻璃容器1表面部 1 〇上端對應於該第一防護環20內徑2 1，沿其環周形成有一凹 進的定位部1 2以定位該第一防護環20，及該玻璃容器1表面 部1 〇下端對應於該第二防護環3 0內徑3 1，沿環周形成有一凹 進的定位部1 3以定位該第二防護環3 0等。 以上僅爲本創作的較佳實施例，並不侷限本創作之實施範 圍’熟習此項技術者應可理解的是，上述第一防護環、第二防 護環與該玻璃容器表面部之間可成固定式設置，或且成可分離 ® 式設置，其中實施並無技術之困難性，換言之，即不偏離本創 作申請專利範圍所作之均等變化與修飾，應仍屬本創作之涵蓋 範圍。 綜上所述，利用本創作玻璃容器防撞保護裝置，能防止該 玻璃容器不小心使用導致碎裂之危險性，即使傾倒亦不會直接 撞擊到玻璃容器表面，確實爲一新穎、進步且具產業利用性之 創作。 • 【圖式簡單說明】 弟1圖爲本創作玻璃谷窃防ί里保遵裝置之第一'種實施例示 、 意圖。 ' 桌2圖爲顯示第一種實施例之一種構造示意圖，其中部分 已剖開。 第3圖爲顯示第一種實施例之另一種構造示意圖，其中部 分已剖開。 第4圖爲本創作玻璃容器防撞保護裝置之第二種實施例示 M286814 …意圖。 第5圖爲顯示第二種實施例之一種構造示意圖，其中部分 已剖開。 第6圖爲顯示第二種實施例之另一種構造示意圖，其中部 分已剖開。 第7圖爲本創作玻璃容器防撞保護裝置之第三種實施例示 意圖。 第8圖爲顯示第三種實施例之一種構造示意圖，其中部分 • 已剖開。 第9圖爲顯示第三種實施例之另一種構造示意圖，其中部 分已剖開。 【主要元件符號說明】 1 ....玻璃容器 10... 垂直表面 1 1 ....水平底部 1 2 ....定位部 1 3 ....定位部 2 0 ....第一防護環 ' 2 1 ....內徑 3 0 ....第二防護環 3 0a ....凹凸起伏表面 3 1 ....內徑 3 1 a ... 承接部 -10-M286814, VIII, new description: [New technical field] This is a kind of anti-collision protection device, especially a glass container anti-collision protection device, which is disposed on the vertical surface of the glass container by a plurality of guard rings. Upper and lower ends to prevent the risk of chipping caused by inadvertent use of the glass container. [Prior Art] • "Creation Background" Check 'Traditional glass containers such as bottles, cans, cups, pots, etc., because the glass material has the characteristics of being easily broken, generally without any protection on the surface, 'it is very easy to accidentally Fragmentation due to a collision, and the sharp glass fragments often pose a potential hazard to the user's cut. However, in daily life, there is no shortage of plastic containers that are replaced by plastic materials. Although plastic materials have the advantages of being not easily broken and inexpensive, their texture is not good, and it is easy to release harmful human body in high temperature environment. Substance, therefore the glass container still has the main factor that it cannot be replaced by a plastic container. It is important to note that for the selection of baby feeding bottle materials, because the baby's immune system is not well developed and weak, it must be subjected to high temperature sterilization after each use, so the plastic material is not suitable as a feeding bottle. material. However, there is no protective device on the surface of traditional glass feeding bottles. Not only the feeders and even the babies have the possibility of accidentally breaking, the safety is considered. Therefore, the creator thinks that, under ideal circumstances, the glass feeding bottle In general, glass containers, etc., should be equipped with anti-collision protection devices to prevent the glass container from being damaged by the use of the M286814 core. [New content] The main purpose of this creation is to provide a glass container anti-collision protection device which can prevent the glass container from being inadvertently used to cause the risk of chipping, even if it is poured, it will not directly hit the surface of the glass container. In order to achieve the above and other objects, according to the present invention, the glass container includes a bottom portion in a horizontal direction and a surface portion in a vertical direction; a first guard ring, the surface of the Φ is a circular arc shape with the corners removed, and the inner side has An inner diameter is sleeved on the upper end of the vertical direction surface portion and protrudes from the surface portion; a second guard ring has a surface forming an undulating surface, and an inner diameter thereof has an inner diameter sleeved at a lower end of the vertical direction surface portion and protrudes Surface part. According to the present invention, the first guard ring and the second guard ring are slightly elastic and can absorb or buffer the impact force. The height of the second guard ring in the longitudinal direction is relatively high, and a bottom is formed at the bottom end of the inner diameter thereof. The receiving portion protruding in the center direction is received on the bottom of the glass container and slightly raised to the bottom thereof, so that the second guard ring has the effect of stabilizing the center of gravity of the bottom of the glass container in addition to collision avoidance. This is another purpose of the creation. The embodiments of the present invention will be further described with reference to the embodiments, which are merely preferred examples, and are not intended to limit the scope of the present invention. The best understanding. First, please refer to Figures 1 and 2, which is a first embodiment of the creation of a glass container anti-collision protection device M286814. According to the present invention, the glass container, such as a bottle, can, cup, Containers such as pots, as shown in the figure, are generally represented by a typical feeding bottle. The glass container 1' includes a bottom portion η' formed in a horizontal direction and a surface portion 1 垂直 formed in a vertical direction along the longitudinal axis direction; wherein, at the upper end of the surface portion 1 ,, along the circumference thereof a first guard ring 20 protruding from the surface portion 1 ,, and a second guard ring 30 protruding from the lower end circumference thereof, higher than the surface portion 10, and the second guard ring 30 The bottom end is lower than the bottom 1 1 of the horizontal direction. > According to the present invention, the first guard ring 2 and the second guard ring 30 should ideally have the ability to absorb or cushion moderate impact forces, preferably made of an elastic material or a foamed material. And can withstand high temperatures, such as latex, silicone or other highly safe plasticized polymer materials. The surface of the first guard ring 20 and the second guard ring 30 is a circular arc shape with the corners removed, and the inner side has an inner diameter 21, 31 respectively, and the inner diameter 21 of the first guard ring 20 is sleeved thereon. The upper end of the surface portion 10 of the glass container 1 and the inner diameter 31 of the second guard ring 30 are sleeved on the lower end of the surface portion 10 of the glass container 1 and are tightly fitted to the outer diameter of the surface portion 10 of the glass container 1; The second guard ring 30 has a high height in the longitudinal axis direction, and the surface is formed with the undulating surface 30a. At the bottom end of the inner diameter 31, a receiving portion 31a protruding in the center direction is formed, and is received at the bottom of the glass container 1. In addition to the anti-collision effect, the second guard ring 30 has the effect of stabilizing the center of gravity of the bottom of the glass container 1 at the same time. Figure 3 is a variant of the first embodiment of the present invention. The difference in the embodiment is that the upper end of the surface portion 10 of the glass container 1 corresponds to the inner diameter of the first guard ring 20. 1. A recessed positioning portion M286814 1 2 is formed along the circumference thereof to position the first guard ring 2 〇, and a lower surface of the surface portion 1 of the glass container 1 corresponds to the first guard ring 30 inner diameter 3 1 A recessed positioning portion 13 is formed along the circumference to clamp the younger guard ring 3〇. Figures 4 and 5 show a second embodiment of the glass container anti-collision protection device according to the present invention. The figure shows a general glass as a representative example, basically the same as the above: 4 embodiment. i, having a bottom portion 1 1 formed in a horizontal direction and a surface portion 1 形成 formed in a vertical direction along the longitudinal axis direction; wherein, at the upper end of the surface portion 10, a protrusion is provided along the circumference thereof a first guard ring 20 that is higher than the surface 邰1 ,, and a second guard ring 3 突出 protruding along the circumference of the lower end thereof, higher than the surface portion 1 〇, and the bottom end of the second guard ring 3 Below the bottom of the horizontal direction 1 1 and so on. Figure 6 is a variant of the second embodiment of the present invention, in which the upper end of the surface portion of the glass container corresponds to the inner diameter 2 of the first guard ring 20, and a recess is formed along the circumference thereof. The positioning portion 丨2 is configured to position the first anti-compensation ring 20, and the lower end of the surface portion of the glass container corresponds to the inner diameter 31 of the second guard ring, and a recessed positioning portion 13 is formed along the circumference to locate the first portion Second guard ring 3 0. Figures 7 and 8 show a third embodiment of the glass container anti-collision protection device according to the present invention. The figure shows a typical example such as a cosmetic or perfume bottle container, which is basically the same as the foregoing embodiment. The glass container crucible has a bottom portion formed in a horizontal direction and a surface portion 10 formed in a vertical direction along the longitudinal axis direction; wherein 'in the surface portion! . The upper end is provided with a first guard ring 2〇 protruding from the circumference of the surface portion 10 along the circumference thereof, and a second guard ring 3〇 protruding from the lower end of the circumference of the surface portion 10, and The bottom end of the second guard ring 30 is lower than the bottom u of the horizontal direction or the like. Figure 9 is a variation of the third embodiment of the present invention according to 0 M286814, that is, the upper end of the surface portion 1 of the glass container 1 corresponds to the inner diameter 2 of the first guard ring 20, and is formed along the circumference thereof. There is a recessed positioning portion 12 for positioning the first guard ring 20, and a lower end of the surface portion 1 of the glass container 1 corresponds to the inner diameter 3 1 of the second guard ring 30, and a recessed positioning is formed along the circumference. The portion 13 is positioned to position the second guard ring 30 and the like. The above is only a preferred embodiment of the present invention, and is not limited to the scope of implementation of the present invention. It should be understood by those skilled in the art that the first guard ring, the second guard ring and the surface of the glass container may be In a fixed setting, or in a separable ® setting, the implementation is not technically difficult, in other words, the equivalent changes and modifications that do not depart from the scope of this patent application should remain within the scope of this creation. In summary, the use of the glass container anti-collision protection device can prevent the glass container from being inadvertently used to cause the risk of chipping, and even if it is dumped, it will not directly hit the surface of the glass container, which is indeed a novel, advanced and Creation of industrial use. • [Simple description of the schema] The 1st figure is the first example of the creation and intention of the creation of the glass valley. The table 2 is a schematic view showing a configuration of the first embodiment, in which a part has been cut away. Fig. 3 is a view showing another configuration of the first embodiment, in which a part has been cut away. Figure 4 is a second embodiment of the creation of a glass container anti-collision protection device. Fig. 5 is a view showing a configuration of the second embodiment in which a part has been cut away. Fig. 6 is a view showing another configuration of the second embodiment, in which a part has been cut away. Fig. 7 is a view showing a third embodiment of the creation of a glass container collision protection device. Fig. 8 is a view showing a configuration of a third embodiment in which a part of the section has been cut away. Fig. 9 is a view showing another configuration of the third embodiment, in which a part has been cut away. [Description of main component symbols] 1 .... Glass container 10... Vertical surface 1 1 .... Horizontal bottom 1 2 .... Positioning part 1 3 .... Positioning part 2 0 .... A guard ring ' 2 1 .... inner diameter 3 0 .... second guard ring 3 0a .... undulating surface 3 1 .... inner diameter 3 1 a ... receiving part -10-