M363904 五、新型說明. 【新型所屬之技術領域】 本創作係隸屬一種瓶、甕、罐等容器本體之防震定 位技術領域，具體而言係指一種低成本、高吸力之瓶、 甕體防震定位結構，藉以防止容器本體因外力振動、搖 晃而位移傾倒，以減少容器本體不當破損的機率。 【先前技術】 按，一般瓶、甕、罐等容器為了表現其美觀及質感 ，通常主要係以玻璃、瓷石、陶土等材質為主，因此當 不慎掉落地面或受到不當撞擊時，這類容器很容易破裂 損壞，而造成内容物溢灑至外部的狀況，增加整理分類 的困難。以骨灰甕為例，近年來受到土地不足及法令限 制等影響，國人土葬的數量大幅減少，反之火化的數量 大幅的增加，而為了方便家屬祭拜追思，通常會將火化 後的骨灰置於一骨灰甕内，並將骨灰甕擺置於寶塔中， 而為了便於祭祀及增加容量，一般骨灰甕均置於較高的 平台或多層櫃内； 現有骨灰甕*並無定位設計5早純利用樞體的門板加 以限制，然而骨灰甕具有一定的重量，一旦發生地震或 受外力碰撞時，此類的較高平台或多層櫃會產生較大的 搖晃狀況，而使骨灰甕位移傾斜，甚至因自身重量撞開 門板而滾落地面，造成骨灰甕破裂、且骨灰灑出的現象 ，對於先人極不尊重，如多年前921大地震，寶塔因眾 多骨灰甕掉落破裂造成不同骨灰混雜無法分辦的狀況， 也造成後人的心理傷痛； 3 M363904 ，則黏著劑將骨灰甍黏固於櫃體或平台上 甕…表面理;:地==:壞骨灰 在擺ί::1==針對現有瓶、甕、罐等容器 關產業之研發藉由多年從事相M363904 V. New description. [New technical field] The creative department belongs to the field of anti-vibration positioning of a container body such as bottles, bottles and cans. Specifically, it refers to a low-cost, high-suction bottle and carcass anti-vibration positioning. The structure is used to prevent the container body from being displaced and tilted due to external force vibration and shaking, so as to reduce the probability of improper damage of the container body. [Prior Art] According to the general bottle, bowl, can and other containers, in order to express their beauty and texture, it is usually mainly made of glass, porcelain stone, clay, etc., so when accidentally falling on the ground or being improperly impacted, this Class containers are easily broken and damaged, causing the contents to spill to the outside, increasing the difficulty of sorting and sorting. Taking ashes as an example, in recent years, due to insufficient land and legal restrictions, the number of people buried in the burial has been greatly reduced. On the contrary, the number of cremation has increased substantially. In order to facilitate family members’ worship, the ashes after cremation are usually placed in one. In the ashes, the ashes are placed in the pagoda, and in order to facilitate the sacrifice and increase the capacity, the general ashes are placed in a higher platform or multi-storey cabinet; the existing ashes are not positioned. The door panel of the body is limited, but the ashes have a certain weight. In the event of an earthquake or collision with an external force, such a higher platform or multi-layer cabinet will have a larger shaking condition, and the urn will be tilted, even by itself. The weight hits the door and rolls off the ground, causing the urn to rupture and the ashes to spill out. It is extremely disrespectful to the ancestors. For example, the 921 earthquake many years ago, the pagoda was broken due to the collapse of many ashes. The condition also causes psychological pain in future generations; 3 M363904, the adhesive sticks the ashes to the cabinet or platform... surface treatment;: ground == : Bad ashes In the ί::1== For existing bottles, bottles, cans and other containers, the research and development of the industry has been carried out for many years.
:期努力之研究_，終於 =:::與:r現有瓶、[罐等以 【新型内容】 〜因此，本創作之主要目的係於提供一種瓶 展疋，結構’藉以利用其自身重量相對擺置平台之表 ^生南吸力’而能提升定位效果，以保護瓶、堯體之安 為此本創作主要係透過下列的技術手段，來具 實現本創作的各項目的與效能；其包含有： 一谷器本體，其係具有特定的重量； 一防震定位組，其係設於容器本體底面，該防震定 =組具有一軟質、且具自動回復彈力之防震墊體，又防 震墊體至少-側表面具有眾多的吸附孔，再者各相鄰吸 附孔間分別形成有至少一供氣體相互流通之橫向溝槽。 藉此，透過上述技術手段的具體實現，讓本創作之 4 M363904 容器本體在利用防震墊體平置於平台表面時，能透過容 器本體的重量壓縮該防震墊體，使防震墊體表面各吸附 孔内的氣體能透過溝槽的導通瞬間完全排出，而產生吸 附作用，其可同時兼具緩衝與吸力之作用，以達到防止 容器本體於地震中傾倒摔破之目的，使本創作之防震定 位結構在「提高吸力、防震效果及定位性」等方面較習 式者更具功效增進。 為使貴審查委員能進一步了解本創作的構成、特 徵及其他目的，以下乃舉本創作之較佳實施例，並配合 圖式詳細說明如后，同時讓熟悉該項技術領域者能夠具 體實施。 【實施方式】 本創作係一種瓶、甕體防震定位結構，隨附圖例示 之本創作防震定位結構的具體實施例及其構件中，所有 關於前與後、左與右、頂部與底部、上部與下部、以及 水平與垂直的參考，僅用於方便進行描述，並非限制本 創作，亦非將其構件限制於任何位置或空間方向。圖式 與說明書中所指定的尺寸，當可在不離開本創作之申請 專利範圍内，根據本創作真體實施例的設計與需求而進 行變化。 本創作防震定位結構之詳細構成，如第一圖所揭示 者，其包含有一瓶、甕、罐體之容器本體（10)及一防 震定位組（20)，其中防震定位組（20)係設於容器本 體（10)底面，用以讓容器本體（10)能穩固定位於平 台表面（50)【如第四圖所示】； 5 M363904 而關於本_餘實_之詳細構成，則請配合參 =二及三圖所示，該容器本體⑴）具有特定的 重里’如-般骨灰1的重量為8 kg，而防紋位組（2〇 • 則具有—對應容器本體（1G)底面大小之防震塾體（ ，該防震塾體（21)係由軟f、且具自動回復彈力 • 之材f所構成，本創作係選自環氣樹脂高分子聚合物， - =防震墊體（21)對應平台表面（5G)之表面具有眾多 、吸附孔（22) ’以本創作環氣樹脂高分子聚合物製成 # 之防震墊體（21)而言，其每平方公分具有約_個 創、吸附孔（22)，用以當防震墊體（21)受力變形時 可擠出吸附孔（22)内的氣體，而形成吸附作用，再者 防^塾體（21)之各相鄰吸附孔（22)間分別形成至少 -橫向溝槽（23) ’溝槽（23)可選自橫導孔（23〇) ' 或外露之橫導槽（231)，讓相鄰之吸附孔（22)内氣 • 體可相互流通，使防震墊體（21)之吸附孔（22)内氣 體月b瞬間元王排出，以提南吸附力，又防震塾體（2 1 ) 對應容器本體（1〇)底面之—側表面具有—黏著膠層（ 25)，讓該防震墊體（21)可透過黏著膠層（25)黏固 於容器本體（10)底面； 藉此，組構成一吸力強、且定位性佳之瓶、甕體防 震定位結構者。 至於本創作之實際運用，首先請參看第三、四圖所 揭示者，當瓶、甕、罐等容器本體（10)欲擺置於平台 表面（50)時，由於容器本體（1〇)底面具有防震定: 組（20)，且防震定位組（2〇)利用防震墊體（21)具 吸附孔（22)的表面水平對應平置於平台表面（5〇)上 6 M363904 】如此可利用谷器本體（10)的自身重量擠壓軟質之防 震墊體（21)，使防震墊體（21)吸附孔（22)内的氣 體可利用橫向之溝槽（23)瞬間完全排出，讓防震塾體 (21 )之吸附孔（22 )相對平台表面（50 )產生強力吸 附j作用，相較於傳統單一獨立吸盤無法順利導出氣體 而言’可解決傳統吸盤因殘留空氣、造成吸力不足的現 象’同時可利用防震定位組（2Q)之厚度克服上、下震 動丄並透過防震墊體（21)吸附孔（22)之吸附作用達 到定位目的，可有效防止容器本體〇〇)因外力而晃動 如此可減少容器本體（10)發生傾倒滾落的狀況，有 效增進容器本體（10)收納擺置的安全性； 且/、要於防震定位組（20)之防震塾體（21)任一 邊緣略為剝離平台表面（5〇)，即可讓空氣迅速進入防 ^體（21)之韻孔（22)内，令使用者可順利搬動 谷益本體（10)，增進操作的便利性。 又本創作另有一實施例，其係如第五、六圖所揭示 者，本創作之防震定位組（20)的防震墊體（21)兩側 表面均形成有吸附孔（22)，且相鄰吸附孔（22)間並 具有由橫導孔（ 230 )或橫導槽（231)構成之溝槽（23 )，使防震定位組（20)可利用防震墊體（21)之吸附 孔（22)直接吸附於平坦之容器本體（1〇)與平台表面 (50)的表面，以減少黏著膠層（25)的使用，其同時 具有前述之優點及功效。 藉此，可以理解到本創作為一創意極佳之新型創作 ，除了有效解決習式者所面臨的問題，更大幅增進功效 ，且在相同的技術領域中未見相同或近似的產品創作或 7 M363904 ，故本創作已符合新型 」的要件，乃依法提出 公開使用’同時具有功效的增進 專利有關「新穎性」與「進步性 申請新型專利。 【圖式簡單說明】 第一圖：^本創作瓶、ft體防以位結構之立體 第1供說明其主要元件態樣及其相關位置 H ^本創作瓶、㈣防m结構的局部剖面 Λ 思圖，其揭示防震墊體的態樣。: The study of hard work _, finally =::: with: r existing bottles, [cans, etc. [new content] ~ Therefore, the main purpose of this creation is to provide a bottle exhibition, the structure 'by its own weight relative The table of the placement platform ^shengnan suction' can improve the positioning effect, to protect the bottle and the body of the body. The main purpose of this creation is to achieve the purpose and effectiveness of the creation through the following technical means; There is: a trough body, the system has a specific weight; a shockproof positioning group, which is set on the bottom surface of the container body, the anti-seismic = group has a soft, anti-shock body with automatic elastic recovery, and a shock-proof cushion body At least one of the side surfaces has a plurality of adsorption holes, and at least one of the adjacent adsorption holes is formed with at least one lateral groove through which the gas flows. Therefore, through the specific implementation of the above technical means, the 4 M363904 container body of the present invention can compress the shockproof cushion body through the weight of the container body when the shockproof cushion body is placed on the surface of the platform, so that the surface of the shockproof cushion body is adsorbed. The gas in the hole can be completely discharged through the conduction of the groove, and the adsorption is generated, which can simultaneously have the function of buffering and suction, so as to prevent the container body from falling and breaking in the earthquake, so as to prevent the earthquake from being located. The structure is more effective than the apprentice in terms of "increasing suction, anti-vibration effect and positioning". In order to enable the review board to further understand the composition, features and other purposes of the present work, the following is a preferred embodiment of the present invention, and is described in detail in conjunction with the drawings, as well as to enable those skilled in the art to implement the present invention. [Embodiment] The present invention relates to a bottle and a carcass anti-vibration positioning structure, and a specific embodiment of the present anti-vibration positioning structure and its components, as illustrated in the accompanying drawings, all of the front and rear, left and right, top and bottom, upper References to the lower and horizontal and vertical references are for convenience of description only and are not intended to limit the creation of the invention, nor to limit its components to any position or spatial orientation. The drawings and the dimensions specified in the specification are subject to change in the design and needs of the present embodiments, without departing from the scope of the present invention. The detailed composition of the shockproof positioning structure of the present invention, as disclosed in the first figure, comprises a container body (10) having a bottle, a crucible and a can body, and a shockproof positioning group (20), wherein the anti-vibration positioning group (20) is provided The bottom surface of the container body (10) is used to ensure that the container body (10) can be stably fixed on the surface of the platform (50) [as shown in the fourth figure]; 5 M363904 and the detailed composition of the present__ As shown in Fig. 2 and Fig. 3, the container body (1) has a specific weight. The weight of the ashes 1 is 8 kg, and the anti-stripe group (2〇• has - corresponding to the bottom surface of the container body (1G). The shock-proof body (21) is composed of a soft f, and has an automatic resilience elastic material. The creation is selected from a ring-shaped resin polymer, - = a shock-proof cushion body (21 The surface of the corresponding platform surface (5G) has a large number of adsorption holes (22). For the shock-proof cushion body (21) made of the ring-shaped resin polymer made of the present invention, it has about _ per square centimeter. The adsorption hole (22) is configured to extrude the adsorption hole when the shockproof pad body (21) is deformed by force ( 22) the gas inside, forming an adsorption effect, and further forming at least a lateral groove (23) between each adjacent adsorption hole (22) of the anti-body (21). The groove (23) may be selected from the horizontal The guide hole (23〇)' or the exposed transverse guide groove (231) allows the gas bodies in the adjacent adsorption holes (22) to flow through each other, so that the gas in the adsorption hole (22) of the shockproof pad body (21) b Instantly expelling the king, with the adsorption force of the south, and the anti-vibration body (2 1 ) corresponding to the bottom surface of the container body (1〇) has an adhesive layer (25), so that the anti-vibration pad body (21) can Adhesively adhered to the bottom surface of the container body (10) through the adhesive layer (25); thereby, the group constitutes a strong suction and good positioning of the bottle and the body anti-vibration positioning structure. As for the practical application of the creation, please refer to the first As disclosed in Figures 3 and 4, when the container body (10) such as bottles, bottles, cans, etc. is to be placed on the surface of the platform (50), since the bottom surface of the container body (1〇) has anti-vibration: group (20), and shockproof The positioning group (2〇) utilizes the shock-proof cushion body (21) with the surface of the adsorption hole (22) correspondingly leveled on the surface of the platform (5〇) 6 M363904] The soft anti-vibration pad body (21) can be squeezed by the weight of the bar body (10), so that the gas in the adsorption hole (22) of the anti-vibration pad body (21) can be completely discharged instantaneously by the lateral groove (23). The adsorption hole (22) of the anti-vibration scorpion (21) exerts a strong adsorption effect on the platform surface (50), which can solve the problem that the conventional suction cup is caused by residual air and causes insufficient suction compared with the conventional single independent suction cup. At the same time, the thickness of the anti-vibration positioning group (2Q) can be used to overcome the upper and lower vibration 丄 and the adsorption function of the adsorption hole (22) of the anti-vibration pad body (21) can achieve the purpose of positioning, and the container body can be effectively prevented from being externally driven. The shaking can reduce the condition that the container body (10) is dumped and rolled, and the safety of the container body (10) is effectively increased; and/or the shock-proof body (21) of the anti-vibration positioning group (20) is used. The edge of the platform is slightly peeled off (5〇), so that the air can quickly enter the rhyme hole (22) of the anti-body (21), so that the user can smoothly move the Guyi body (10) to improve the convenience of operation. . In another embodiment of the present invention, as disclosed in the fifth and sixth figures, the anti-vibration pad body (21) of the present anti-vibration positioning group (20) is formed with adsorption holes (22) on both sides thereof, and the phase Between the adjacent adsorption holes (22) and having a groove (23) formed by the transverse guiding hole (230) or the transverse guiding groove (231), the anti-vibration positioning group (20) can utilize the adsorption hole of the shockproof pad body (21) ( 22) Directly adsorbing on the surface of the flat container body (1〇) and the platform surface (50) to reduce the use of the adhesive layer (25), which has the aforementioned advantages and effects. In this way, it can be understood that this creation is a creative and excellent new creation. In addition to effectively solving the problems faced by the practitioners, the effect is greatly enhanced, and the same or similar product creation or the same in the same technical field is not seen or 7 M363904, the original creation has already met the requirements of the new type, and it is a publicly-used method that promotes the use of patents related to "novelty" and "progressive application of new patents." [Simple description] First picture: ^This creation The bottle and ft body are protected by the three-dimensional structure of the bit structure. The main component parts and their related positions are shown in the H. The creation bottle and (4) the partial section of the anti-m structure, which reveals the state of the anti-vibration pad.
第三圖：^本創作瓶、t體防震定位結構之立體外觀 甕體防震定位結構之側視平面 第四圖：係本創作瓶 意圖。The third picture: The three-dimensional appearance of the creation bottle and t-body anti-vibration positioning structure The side view plane of the anti-seismic positioning structure of the carcass The fourth picture: the intention of the creation bottle.
體防震定位結構另一實施例之 0 體防震定位結#另-實施例的 ，其顯示該實施例中防震墊體 第五圖：係本創作瓶、甕 側視平面示意圖 第六圖：係本創作瓶、甕 局部剖面示意圖 的態樣。 【主要元件符號說明】 (10) 容器本體 (21) 防震墊體 (23) 溝槽 (231) 橫導槽 (50) 平台表面 (20) 防震定位組 ^ 22) 吸附孔 ( 230 )横導孔 (25) 黏著膠層 8The body anti-vibration positioning structure of another embodiment of the body anti-vibration positioning structure is another embodiment, which shows the fifth figure of the anti-vibration pad body in the embodiment: the sixth figure of the side view of the bottle and the side view of the present invention: Create a bottle and 瓮 partial profile diagram. [Explanation of main component symbols] (10) Container body (21) Shockproof cushion body (23) Groove (231) Transverse guide groove (50) Platform surface (20) Anti-vibration positioning group ^ 22) Adsorption hole (230) Transverse guide hole (25) Adhesive layer 8