M421923 五、新型說明： .【新型所屬之技術領域】 本創作係關於一種具數個容室之包裝瓶，特別是一種 可將複數種物質分開儲放，並於使用前混合的具數個容室 之包裴瓶。 【先前技術】 請參閱第1圖，中華民國公告第M36468〇號「設有活 動分隔物之槪子」專利案，揭示了一種瓶子9，包含一束 腰瓶體9〗、一分隔物92、一扣接器93與一瓶蓋舛，其中， 束腰瓶體91之腰部911上緣形成一扣環912，分隔物％ 之分隔物本體921適可夾扣在束腰瓶體％之腰部9ιι， 束腰瓶體91分隔成上、下二部分，可分別填裝二種不同液 體，分隔物92之扣桿922適可插扣在扣接器％之扣槽931 内，扣接器93之扣帽932適可夾扣在槪蓋94内。據9此結 構，只要開啟瓿Ϊ 94，即可帶動扣接器93與分隔物％， 使扣在束腰瓶體之腰部911與扣環912内之分隔物本體 92i向上位移，讓分隔物92脫離該束腰瓶體％之開口 阳，以使分職裝在腰部911上料下部之㈣進行混合 使用。 其中，當該腰部911上部及下部之液體未進行混合 前’為使束腰瓶體中的上、下二容室可確實分隔，以避 免儲放於上方容室之液體滲流至下方容 91之腰部91!與分隔物92之分隔物本體921 :間^需 要以緊配合的方式岐，因此分_ 92欲_束腰瓶體 —3 — 91時，需克服較大的摩擦力。然而，益认 接哭93夕έ士入々β 4杜 …、响疋瓶盘94與扣 扣接器93與分隔物92之結合，均未 ；:有相互卡扣之防脫離結構，而僅係_緊配合之方式結 二’因此當使用者開啟瓶蓋94時，分隔物本體阳容 售結合於束職㈣之腰部911，反岐由瓶蓋％朴 接器93之間或是由扣接器93與分隔物％之間產生脫離， 使得上、下二容室中的液體仍無法達到確實混合，故該瓶 子9存在有操作不便的問題。 / 又，該瓶子9係藉由分隔物本體921之上緣卡犁於束 腰瓶體91之扣環912形成限位，以避免該分隔物本體921 落至下方容室中。因此，該分隔物本體921與扣環912之 間需有精確對應之外型及尺寸，一旦兩者無法匹配，束腰 瓶體91中的上、下二容室則無法確實分隔，使得該瓶子9 失去分別儲放二種液體之功用。因此，在製造方面，將因 提高製造公差之要求，造成該束腰瓶體91及分隔物92之 製造成本提升。此外，前述結構僅能適用於單一類型之包 裝瓶本體，即具腰身的包裝瓶本體，因此實用性較差。 【新型内容】 本創作之主要目的係提供一種具數個容室之包農 瓶，係可於開啟蓋體前使一塞合件之塞塊緊密結合於一間 隔環圈中’以確實分隔各容室中的物質，並於開啟蓋體時 使該塞合件之塞塊易於脫離該間隔環圈’並隨蓋體帶離以 連通各容室者。 本創作之次一目的係提供一種具數個容室之包裝 瓶，係可藉由〆間隔環圈之敦晋與古 度，以降低製造公差要求者。㈤各構件_結合匹配 本創作之又一目的係提供一 瓶，係可變化各構件之間的相對尺I具數個容室之包裝 之包裝瓶本體者。 、x適用於不同外型 為達到前述目的，本創作所運 -種具數個容室之包裝瓶，係包:技:内容包:有: 具有-開π ; -間隔環圈，由彈 包裝瓶本體.， 結合於該包裝瓶本體之_壁，，該間隔環圈 n 1 L 搞環圈沿軸向設有一 連通口，-盍體，可拆卸地結合於該包 該蓋體設有一結合部；及一塞合件，具有〜 該桿體之-端設有-結合部，該桿 體之結合部’該减設於鱗體之另1，够塊可 於該間隔環圈以封閉該連通口，或與該間隔^分開。 本創作之具數個容室之包裝瓶，其中，該塞合件之塞 塊之最大控向寬度小於該間隔環圈之外經。又，該包裝瓶 本體之内㈣設有-抵接部，賴隔環圈抵接於該抵接 部，該包驗本體於該抵接部以上之區段係為内徑相等。 本創作之具數個容室之包裝瓶，其中，該塞合件之塞 塊之最大徑向寬度等於該間隔環圈之外徑。又，該 本體之内懸設有—抵接部，關畴圈抵接於該抵接 部，該包裝瓶本體於該抵接部以上之區段的内周壁係由該 開口朝該抵接部形成漸縮。 本創作之具數個容室之包裝瓶，其中，該間隔環圈之 上表面形成一斜面，該斜面以該連通口為中心呈現中間低 而外緣高狀。 壁向，其巾，絲塊之外周 向其中，該— 本創作之具數個容室之包裝 部包含數個呈環狀間隔設置之凸 之、·，。合 凸設有H 4各該凸塊朝軸心方向 本創作之具數個容室之包裝瓶，其中，該蓋體之姓人 ^設置内/外螺紋，該塞合件之結合部設置對應之外/内^ 口為中心呈現中間低 本創m個谷室之包裝瓶，其巾，該間隔環圈之 下表面形成一斜面，.該斜面以該查 而外緣高狀。 ^ 本創作之具數個容室之包襄瓶，其中，該包裝瓶本體 之内^壁&有-抵接部’關隔環圈抵接於該抵接部，該 間隔壤圈之下表面的斜面的最幼彳聽，對應於該包裝瓶 本體之抵接部的最小徑向寬度處，以形成相互延接狀。 本創作之具數個容室之包裝瓶，其中，該間隔環圈之 下，面的斜面的最#徑大於關隔環圈之上表面的斜面 的最小内徑以形成-稽止部。又，該間隔環圈之内周壁可 設有數個内凸環。 【實施方式】 為讓本創作之上述及其他目的、特徵及優點能更明顯 M421923 易1下文特舉本創作之較佳實施例，並配合所附圖式， 作詳細說明如下： 請參閱第2、3圖，係為本創作第一實施例之立體分 解圖及軸向截切剖面圖，其中第2圖有部分構件係以局部 剖視表示。在本實施例t，該具數個容室之包裝瓶包含一 包裝开ί本體1、—間隔環圈2、—蓋體3及〆塞合件4。該 間隔％圈2，δ又置於包|瓶本體工中，該塞合件*之一端 可以與間=%圈2密接’將該包裝瓶本體}之容室n分隔 成一第一容室lla；5 —结· ^ 及弟二容室Ub，該塞合件4之另一 端結合於蓋體3，由該蓋體3可帶_塞合件4移動，以 使該塞合件4可以與該間隔環圈2密接或分開。 包裝瓶本體1内部形成一容室11，且包裝瓶本體1具 有開12該包裝瓶本體1鄰近開口 12處可以設有一 接σ 4 13以供盖體3結合定位；在本實施例中，該接合 部13可以f設置在包褒瓶本體1之外周壁上的外螺紋。 間環圈2係結合於包裝瓶本體j之内周壁，其結合 方式可以使用點|方式黏合’也可以是在包裝瓶本體工之 内^壁設有-抵接部14以供間隔環圈2抵接。本實施例係 乂叹置抵接。卩14之方式表示；該抵接部14將該包裝瓶本 f 1分成-上段la及—下段lb，且使該包裝瓶本體ι之 谷^ li對應=成為—第一容室lla及一第二容室仙。該 下^又lb可以為相等之内徑，或該上段之内徑 大於下& lb之内技，或該下段lb之内徑大於上段以之内 仅之任意祕。在本實施例中，該上段^ Θ徑小於下段 內Ί而°亥抵接部14可以是形成於上段la與下段lb 之間，並凸出在該之包裝瓶本體i之内周壁形成一凸緣。 間隔環圈2沿軸向設有一連通口 21，在本實施例中， 該間隔環圈2之外周壁設有數個外凸環2 5，使得間隔環圈 2之最大外徑可略大於包裝瓶本體1之上段la的内徑，以 令該間隔環圈2可被徑向壓縮地緊密結合於包裝瓶本體J 之上段la中，且間隔環圈2之底部可以抵接於該包裝瓶本 體1之抵接部14 ;此外，間隔環圈2之上表面還可以形成. —斜面22’該斜面22較佳係以該連通口 21為中心呈現中 間低而外緣局之態樣，以便於塞合件4之結合及導流。 鲁 蓋體3具有一接合部31，在本實施例中，該接合部 31可以為設置於該蓋體3之軸向内周壁的内螺紋，以對應 於包裝瓶本體1之接合部13之外螺紋，使該蓋體3能夠結 合於該包裝瓶本體1並封閉包裝瓶本體1之開口 12。 另’蓋體3可以設有一結合部32 ’在本實施例中，該 結合部32可以設置於與第一容室ua相對之表面上，以供 基合件4結合’且該蓋體3之結合部32可以包含數個呈環 狀間隔設置之凸塊321，而各凸塊321還可朝轴心方向凸 Φ, 設有一勾部322。 ’ 塞合件4包含一桿體41及一塞塊42 ’該桿體41之一 端設有一結合部以結合於蓋體3之結合部32 ;在本實施例 中，該桿體41之結合部可以為呈肩狀之抵扣部411，使得 桿體41之結合部可順向推入蓋體3之結合部32中，並透 過抵扣部411卡掣結合於數個凸塊321之勾部322(如第3 圖所示），令塞合件4與蓋體3可穩固結合而不脫離。 該塞塊42設於該桿體41之另一端，該塞塊42之最 大徑向寬度較佳小於間隔環圈2之外徑，且該塞塊42可結 合或一體成型於該桿體41之另一端’使該塞合件4之塞塊 42可以將間隔環圈2之連通口 21封閉，或使該塞塊42與 連通口 21分開；此外，該塞塊42之外周壁可向底部漸縮 内徑而呈斜面狀，以與間隔環圈2之斜面22呈緊密貼接。 該塞塊42之頂面還可以形成向桿體41延伸形成斜面狀， 以具有導流之功效。 請參閱第3圖，組設時，係將包裝瓶本體1之開口 12 朝上，並將定量之第一物質S1填入包裝瓶本體1之第二容 室11b中’該間隔環圈2隨後置入包裝瓶本體1之上段la 中’並推至與包裝瓶本體1之抵接部14相抵接；續將塞塊 42置入包裝瓶本體j之容室u，將間隔環圈2之連通口 21封閉，以將第一物質si密封於第二容室lib中。隨後 再將定量之第二物質82填入包裝瓶本體1之第一容室lla 中’並將蓋體3結合於該包裝瓶本體1，以封閉包裝瓶本 體1之開口 12，以及，使該蓋體3之結合部32可以與桿 體41之結合部（抵扣部411)相結合，以確保該塞塊42 可將該間隔環圈2之連通口 21封閉。 本創作之塞塊42結合於間隔環圈2中時，該塞塊42 可透過呈斜面之外周壁與間隔環圈2之斜面22對應緊密結 合’且藉由斜向之設計’使塞塊42受到軸向的壓力時，可 將力S向間隔環圈2之斜面22分散，以同步提升間隔環圈 2外側與包舰本體1之上段la㈣獅密合度，以及塞 塊42外周壁與間隔環圈2之斜面22間的密合度，而塞塊 42又到軸向的拉力時，卻能夠輕易地從間隔環圈2之斜面 22脫離。 下二體1的過程中，逐漸 結合部相結合；同32與塞合件4之桿體41上的 與間隔環圈2之結合更^透過按壓桿體41，使塞塊42 可帶動4圖’使用時，使用者只要開啟蓋體3，即 件4從間隔環圈2中脫離，令第二容室llb與 二物^時，儲放於第—容室山中的第 …”“兩環圈2之連通口 21而進入至第 一奋至llb中，以與第—物質S1混合。 a ί創作之具數個容室之包裝瓶，由於塞塊42之最大 仏口九度可以小於間隔環圈2之外徑，因此塞合件*向上 .移動時第·谷至lla中多數的第二物質％也可以通過塞 塊42外周壁與包裝瓶本體1之上段la内周壁之間的間隙 向下移動，、而不會被塞塊42向上帶動而從包裝瓶本體i 之驛=12机出。另藉由塞塊42頂面之導流斜面設計，可 幫助第二物質S2向塞塊42外周壁移動，以減少第二物質 S2殘留於塞塊42上的量。 、 此外，請參閱第5圖，係為本創作之具數個容室之包 裝瓶第一實施例另一態樣的軸向截切剖®圖。在本實施態 樣中，間隔環圈2的下表面外緣與包裝瓶本體丨之抵接部 14相抵接，間隔環圈2的下表面形成一斜面,3，該斜面 23以該連通口 21為中心呈現中間低而外緣高之態樣，且 該斜面23的最大内徑處較佳對應於包裝瓶本體1之抵接部 14的最小梭向寬度處以形成相互延接狀。又，間隔環圈2 -10 .- 面-23的最小内徑大於間隔環圈2上表面的斜面 4時限制部231 ’據以在組設塞合件 ⑽-.1塊的結合深度，避免塞合件4穿伸過通。 ϋ隔_ 2内周壁還可設有被個内凸環2 4。塞4的 基塊42的外周壁則可為 σ 的 環圈2的連诵口” 對應基合密接於間隔 使用睡^丄 數個内凸環24提升氣密效果。 用者口 ’基合件4係穩固結合於蓋體3，因此使 脫離 體3，即可帶動塞合件4從間隔環圈2令 .’且混合後的第—物質S1及第二物質幻要從第二容 下表面的斜面23可進；地 減少混合後的第—㈣S1及第二物質 S2殘留於第二容室llb的量。 ^ 請參閱第6圖’係為本創作之具數個容室之 -實施例之軸向截切剖面圖。該實施例大致上騎第一每 施例，本實施例之具數個容室之包裝瓶係由—包裝瓶本^ 5、-間隔環圈6、-塞合件7及—蓋體3所構成。 在本實施财，該包裝瓶本體5之㈣形成一容室 51，且包裝瓶本體5具有—開σ 52，該包裝瓶本體5鄰近 開口 52處設有-接合部53 ’以供蓋體3結合定位；該包 裝瓶本體5同樣可選擇在内周壁設置—抵接部54以供間隔 環圈6抵接，該婦部54將該包魏本體5分成—上段 5a及一下段5b，且使該包裝瓶本體5之容室51對應形成 為-第-容室51a及-第二容室51b。在本實施例中該 上段5a之内徑大致上大於下段5b之内徑，即該上段化之 内周壁係由開口 52朝抵接部54形成漸縮之設計，該漸縮 M421923 設計較佳為斜度或弧彎形狀。 該間隔環圈6沿軸向設有-連通口 6卜在本實施例 中，該間隔環圈6之外周壁設有數個外凸環63，使得間隔 環圈6之最大外徑可略大於包裝瓶本體5之上段％底部最 小部位的内徑，以令該間隔環圈6可被徑向壓縮地緊密結 合於包裝瓶本體5之上段5a底部，及使該間隔環圈6抵接 於包裝瓶本體5之抵接部54 ;此外，當間隔環圈6抵接於 包裴瓶本體5之抵接部54時，該間隔環圈6之斜面幻與 包裝瓶本體5之上段％漸縮底部内周壁形成相同之 曲率較佳。 A · 該塞合件7具有一桿體71及—塞塊72，該塞塊72位 ，該桿體71之-端’該塞塊72之最大徑向寬度係小於或 等於間隔環圈6之外徑，該桿體.71之另一端則形成該結合 部，該結合部可結合於蓋體3之結合部32。 此外，在本實施例中，蓋體3之結合部32與塞合件7 之結合部的結合方式’則可以選擇為螺合；將蓋體3之結 合部32没置内螺紋，塞合件7之結合部設置對應之外螺 _ 紋，或者相反設置，令塞合件7與蓋體3同樣可穩固結合 而不脫離。 請參閱第7圖，當使用者開啟蓋體3時，即可一倂帶 動塞合件7從間隔環圈6中脫出，令第一容室51a中的第 二物質S2可通過間隔環圈6之連通口 61而進入至第二容 室51b中，以與第一物質S1混合。 在本實施例當中，由於包裝瓶本體5之上段5a之内周 壁係由開口 52朝抵接部54形成漸縮之設計，因此即使塞 12 —· M421923 塊72之最大徑向寬度等於間隔環圈6之外徑時，該塞塊 72之外周壁與包裝瓶本體5之上段5a内周壁之間仍然存 有足夠之間隙’因此’當塞合件7向上移動時，該第一容 室51a中多數的第二物質S2也可以通過上述間隙向下移 動，而不會被塞塊72向上帶動而從包裝瓶本體5之開口 52流出。 綜上所述，本創作之具數個容室之包裝瓶，係可於開 啟蓋體前使塞合件之塞塊緊密結合於間隔環圈中，以確實M421923 V. New description: . [New technical field] This creation is about a bottle with several chambers, especially one that can store multiple substances separately and mix them before use. The bottle of the room. [Prior Art] Please refer to Figure 1, the Republic of China Announcement No. M36468, "The Scorpion with Active Separator" patent, discloses a bottle 9, comprising a bundle of waist bottles 9 and a partition 92. A fastener 93 and a bottle cap, wherein a buckle 912 is formed on the upper edge of the waist 911 of the waist bottle body 91, and the partition body 921 of the partition body is suitable for clamping at the waist of the waist bottle body. The waist bottle body 91 is divided into upper and lower parts, and two different liquids can be respectively filled, and the buckle 922 of the partition 92 can be buckled in the buckle groove 931 of the fastener, and the fastener 93 The snap cap 932 is adapted to be clipped within the flip cover 94. According to this structure, as long as the 瓿Ϊ 94 is opened, the fastener 93 and the separator % can be driven to displace the buckle body 911 in the waist portion 911 of the waist bottle body and the buckle body 912 upward, so that the partition 92 The opening sun of the waist bottle body is removed, so that the four parts of the lower part of the waist 911 are mixed and used. Wherein, before the liquid in the upper portion and the lower portion of the waist portion 911 is not mixed, the upper and lower chambers in the waist bottle body can be surely separated to prevent the liquid stored in the upper chamber from seeping to the lower chamber 91. The waist portion 91! and the partition body 921 of the partition 92 need to be twisted in a tight fit manner, so that a large friction force needs to be overcome when the waist bottle body is 3-91. However, there is no combination of the 哭 93 93 93 93 93 93 93 93 93 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 : : : : The system _ tightly fits the way two 'so when the user opens the bottle cap 94, the partition body yang is sold and combined with the waist 911 of the bundle (4), and the squat is connected between the caps and the splicing device 93 or by the buckle There is a detachment between the separator 93 and the separator%, so that the liquid in the upper and lower chambers is still unable to achieve the actual mixing, so the bottle 9 has a problem of inconvenience in operation. Further, the bottle 9 is restrained by the buckle 912 of the upper end of the partition body 921 by the ploughing of the waist bottle body 91 to prevent the partition body 921 from falling into the lower chamber. Therefore, the separator body 921 and the buckle 912 need to have a precise corresponding shape and size. Once the two cannot be matched, the upper and lower chambers of the waist bottle body 91 cannot be surely separated, so that the bottle is 9 Loss of the function of storing two kinds of liquids separately. Therefore, in terms of manufacturing, the manufacturing cost of the waist bottle body 91 and the separator 92 is increased due to the requirement of increasing manufacturing tolerances. Further, the foregoing structure can be applied only to a single type of bottle body, that is, a bottle body having a waist, and thus is inferior in practicability. [New content] The main purpose of this creation is to provide a bottle with several compartments, which can be used to tightly bond a plug of a plug to a spacer ring before opening the cover. The substance in the chamber, and the plug of the plug member is easily separated from the spacer ring when the cover is opened and is separated from the cover to communicate with the chambers. The second objective of this creation is to provide a bottle with several chambers that can be used to reduce manufacturing tolerances by the spacing and spacing of the spacer rings. (5) Components _ Combination Matching Another object of the present invention is to provide a bottle which is a package body which can change the relative size of each member and has a plurality of compartments. , x is suitable for different appearances to achieve the above purposes, the creation of the machine - a variety of containers with a number of rooms, package: Technology: content package: have: with - open π; - spacer ring, by elastic packaging The bottle body is coupled to the wall of the bottle body, and the spacer ring n 1 L is provided with a communication port in the axial direction, and the body is detachably coupled to the bag. a joint portion, and a plug member having a joint portion of the rod body, the joint portion of the rod body is reduced to the other of the scale body, and the block can be closed at the spacer ring The communication port is separated from the space. The present invention has a plurality of compartments, wherein the maximum control width of the plug of the plug is smaller than the spacer loop. Further, the inner portion (4) of the bottle body is provided with an abutting portion, and the spacer ring abuts against the abutting portion, and the portion of the inspection body above the abutting portion has an inner diameter equal to each other. The present invention has a plurality of compartments, wherein the maximum radial width of the plug of the plug is equal to the outer diameter of the spacer. Further, the body is suspended from the abutting portion, and the closing ring abuts against the abutting portion, and the inner peripheral wall of the segment of the bottle body above the abutting portion is directed toward the abutting portion Forming a gradual decrease. The present invention has a plurality of compartments, wherein the upper surface of the spacer ring forms a slope, and the slope has a low center and a high outer edge centering on the communication port. The wall direction, the towel, and the outer circumference of the wire, the packaging portion of the present invention having a plurality of chambers includes a plurality of convex portions arranged in a ring shape. And a plurality of containers having the plurality of chambers, wherein the cover body of the cover body is provided with an inner/outer thread, and the joint portion of the plug member is correspondingly disposed. The outside/inside of the mouth is a bottle of the middle low-invasive m-grain chamber, and the towel has a sloped surface on the lower surface of the spacer ring. The slope has a high outer edge. ^ The present invention has a plurality of compartments of the container, wherein the inside of the body of the bottle has an abutting portion, and the spacer ring abuts against the abutting portion. The youngest of the bevels of the surface corresponds to the minimum radial width of the abutment of the body of the bottle to form a mutual extension. The present invention has a plurality of compartments, wherein the lower diameter of the bevel of the face is larger than the smallest inner diameter of the bevel of the upper surface of the spacer ring to form a quenching portion. Further, the inner peripheral wall of the spacer ring may be provided with a plurality of inner convex rings. [Embodiment] The above and other objects, features and advantages of the present invention will become more apparent. The preferred embodiment of the present invention will be described in detail below with reference to the accompanying drawings. 3 is a perspective exploded view and an axial cut-away sectional view of the first embodiment of the present invention, wherein a part of the components in the second drawing is partially broken away. In the embodiment t, the bottle having a plurality of chambers comprises a package body 1, a spacer ring 2, a cover body 3, and a tamper member 4. The interval % circle 2, δ is placed in the bag|bottle body, and one end of the plug piece * can be closely connected with the space = % circle 2 to separate the chamber n of the bottle body into a first chamber 11a ; 5 -结 · ^ and the second chamber Ub, the other end of the plug 4 is coupled to the cover 3, and the cover 3 can be moved with the splicing member 4 so that the splicing member 4 can be The spacer ring 2 is in close contact or separate. The inside of the bottle body 1 is formed with a chamber 11 and the bottle body 1 has an opening 12. The bottle body 1 can be provided with a connection σ 4 13 adjacent to the opening 12 for positioning and positioning of the cover body 3; in this embodiment, The engaging portion 13 may be provided with an external thread on the outer peripheral wall of the bottle body 1. The inter-ring ring 2 is coupled to the inner peripheral wall of the bottle body j, and the bonding manner thereof may be bonded by a point method or may be provided within the body of the bottle body by the abutting portion 14 for the spacer ring 2 Abut. In this embodiment, the sigh is abutted. The manner of the 卩 14 is shown; the abutting portion 14 divides the bottle f 1 into an upper segment la and a lower segment lb, and causes the bottle body ι to correspond to the first compartment lla and the first Second room room fairy. The lower and further lbs may be equal inner diameters, or the inner diameter of the upper portion may be greater than the inner and lower lbs, or the inner diameter of the lower lb may be greater than the upper portion. In this embodiment, the upper diameter of the upper section is smaller than that of the lower section, and the abutting portion 14 can be formed between the upper section 1a and the lower section lb, and protrudes to form a convex portion on the inner peripheral wall of the bottle body i. edge. The spacer ring 2 is provided with a communication port 21 in the axial direction. In this embodiment, the outer peripheral wall of the spacer ring 2 is provided with a plurality of outer convex rings 25, so that the maximum outer diameter of the spacer ring 2 can be slightly larger than the package. The inner diameter of the upper portion la of the bottle body 1 is such that the spacer ring 2 can be tightly coupled to the upper portion 1a of the bottle body J by radial compression, and the bottom of the spacer ring 2 can abut the bottle body In addition, the upper surface of the spacer ring 2 can also be formed. - the inclined surface 22'. The inclined surface 22 preferably has a middle low and an outer edge centered on the communication opening 21, so as to facilitate The combination and drainage of the plug member 4. The cap body 3 has a joint portion 31. In the present embodiment, the joint portion 31 may be an internal thread disposed on the axial inner peripheral wall of the cap body 3 to correspond to the joint portion 13 of the bottle body 1. The thread enables the cover 3 to be coupled to the bottle body 1 and close the opening 12 of the bottle body 1. In addition, the cover body 3 may be provided with a joint portion 32 ′. In the embodiment, the joint portion 32 may be disposed on a surface opposite to the first chamber ua for the joint member 4 to be coupled with the cover body 3 The joint portion 32 may include a plurality of bumps 321 arranged at an annular interval, and each of the bumps 321 may also be convexly Φ in the axial direction, and a hook portion 322 is provided. The splicing member 4 includes a rod body 41 and a plug block 42. One end of the rod body 41 is provided with a joint portion for coupling to the joint portion 32 of the lid body 3; in the embodiment, the joint portion of the rod body 41 It can be a shoulder-shaped buckle portion 411, so that the joint portion of the rod body 41 can be pushed into the joint portion 32 of the cover body 3, and can be coupled to the hook portions of the plurality of bumps 321 through the buckle portion 411. 322 (as shown in FIG. 3), the plug member 4 and the cover 3 can be firmly coupled without being separated. The plug block 42 is disposed at the other end of the rod body 41. The maximum radial width of the plug block 42 is preferably smaller than the outer diameter of the spacer ring 2, and the plug block 42 can be combined or integrally formed on the rod body 41. The other end 'the plug 42 of the plug member 4 can close the communication port 21 of the spacer ring 2 or separate the plug block 42 from the communication port 21; moreover, the outer peripheral wall of the plug block 42 can be gradually turned toward the bottom The inner diameter is tapered to form a close contact with the inclined surface 22 of the spacer ring 2. The top surface of the plug block 42 can also be formed to extend toward the rod body 41 to form a sloped shape to have a flow guiding effect. Referring to FIG. 3, when the assembly is set, the opening 12 of the bottle body 1 is directed upward, and the quantitative first substance S1 is filled into the second chamber 11b of the bottle body 1 'The spacer ring 2 is subsequently Put it into the upper part 1a of the bottle body 1 and push it to abut the abutment portion 14 of the bottle body 1; continue to place the plug block 42 into the chamber u of the bottle body j, and connect the spacer ring 2 The port 21 is closed to seal the first substance si in the second chamber lib. Then, the quantitative second substance 82 is filled into the first chamber 11a of the bottle body 1 and the cover body 3 is coupled to the bottle body 1 to close the opening 12 of the bottle body 1, and the The joint portion 32 of the lid body 3 can be combined with the joint portion (the buckle portion 411) of the rod body 41 to ensure that the plug block 42 can close the communication port 21 of the spacer ring 2. When the plug 42 of the present invention is coupled to the spacer ring 2, the plug block 42 can be closely coupled to the beveled surface 22 of the spacer ring 2 through the peripheral wall of the beveled surface, and the plug block 42 can be made by oblique design. When subjected to axial pressure, the force S can be dispersed toward the inclined surface 22 of the spacer ring 2 to synchronously raise the outer edge of the spacer ring 2 and the upper portion of the upper body of the main body 1 (la), and the outer peripheral wall and the spacer ring of the plug 42 The tightness between the inclined faces 22 of the ring 2, and when the plug 42 is again pulled to the axial direction, can be easily detached from the inclined surface 22 of the spacer ring 2. In the process of the lower body 1, the joint portion is gradually combined; the combination of the 32 and the spacer 41 on the rod 41 of the plug member 4 passes through the pressing rod body 41, so that the plug block 42 can drive the figure 4 'In use, the user only needs to open the cover 3, that is, the member 4 is detached from the spacer ring 2, so that the second chamber llb and the two objects are stored in the first..." The communication port 21 of the circle 2 enters the first to llb to be mixed with the first substance S1. a ί created a bottle with several chambers, since the maximum opening of the plug 42 can be less than the outer diameter of the spacer ring 2, so the plugging member * moves upwards and most of the valleys to the lla The second substance % can also be moved downward by the gap between the outer peripheral wall of the plug block 42 and the inner peripheral wall of the upper portion la of the bottle body 1 without being driven upward by the plug block 42 from the bottle body i = 12 Machine out. Further, by the flow guiding slope design of the top surface of the plug block 42, the second substance S2 can be moved to the outer peripheral wall of the plug block 42 to reduce the amount of the second substance S2 remaining on the plug block 42. In addition, please refer to Fig. 5, which is an axial section cutaway view of another aspect of the first embodiment of the bottling of the present invention. In this embodiment, the outer edge of the lower surface of the spacer ring 2 abuts against the abutting portion 14 of the bottle body ,, and the lower surface of the spacer ring 2 forms a slope, 3, the slope 23 is the communication port 21 The center is low in the middle and the outer edge is high, and the maximum inner diameter of the inclined surface 23 preferably corresponds to the minimum shuttle width of the abutting portion 14 of the bottle body 1 to form a mutual extension. Further, when the minimum inner diameter of the spacer ring 2 - 10 . - face -23 is larger than the inclined surface 4 of the upper surface of the spacer ring 2, the restriction portion 231 ' is configured to be combined with the depth of the combination of the plug members (10) - 1. The plug member 4 is passed through. The inner wall of the partition _ 2 may also be provided with an inner convex ring 24 . The outer peripheral wall of the base block 42 of the plug 4 may be a connecting port of the ring 2 of the σ". The corresponding base is closely connected to the interval to use the inner ring 24 to improve the airtight effect. The 4 series is firmly coupled to the cover 3, so that the disengagement body 3 can drive the splicing member 4 from the spacer ring 2' and the mixed first substance S1 and the second substance are illusory from the second lower surface. The inclined surface 23 can be made to reduce the amount of the mixed (4) S1 and the second substance S2 remaining in the second chamber 11b. ^ Please refer to Fig. 6 'which is a plurality of chambers for the creation - embodiment The axial cross-sectional view of the embodiment. In this embodiment, the first embodiment of each of the first embodiment is used. The packaging bottle with several chambers of the embodiment is composed of a packaging bottle, a spacer ring 6, and a closure. In the present embodiment, the bottle body 5 (4) forms a chamber 51, and the bottle body 5 has an opening σ 52, and the bottle body 5 is disposed adjacent to the opening 52. The engaging portion 53 ′ is positioned for the cover body 3 to be coupled; the bottle body 5 can also be provided with an abutting portion 54 on the inner peripheral wall for the spacer ring 6 to abut, The portion 54 divides the bag body 5 into an upper portion 5a and a lower portion 5b, and the chamber 51 of the bottle body 5 is correspondingly formed into a -th-chamber 51a and a second chamber 51b. In this embodiment The inner diameter of the upper portion 5a is substantially larger than the inner diameter of the lower portion 5b, that is, the upper peripheral inner peripheral wall is designed to be tapered by the opening 52 toward the abutting portion 54, and the tapered M421923 is preferably designed to have a slope or an arc. The spacer ring 6 is provided with a communication port 6 in the axial direction. In this embodiment, the outer peripheral wall of the spacer ring 6 is provided with a plurality of outer convex rings 63, so that the maximum outer diameter of the spacer ring 6 can be omitted. An inner diameter that is greater than a minimum portion of the bottom portion of the upper portion of the bottle body 5 so that the spacer ring 6 can be tightly coupled to the bottom portion of the upper portion 5a of the bottle body 5 in a radially compressed manner, and the spacer ring 6 is abutted The abutting portion 54 of the bottle body 5; furthermore, when the spacer ring 6 abuts against the abutting portion 54 of the bottle body 5, the slope of the spacer ring 6 is tapered and the upper portion of the bottle body 5 is tapered. The bottom inner peripheral wall is preferably formed with the same curvature. A · The plug member 7 has a rod 71 and a plug 72, the block 72 The distal end of the rod body 71 has a maximum radial width which is less than or equal to the outer diameter of the spacer ring 6. The other end of the rod body 71 forms the joint portion, and the joint portion can be coupled to the cover portion. In the present embodiment, the combination of the joint portion 32 of the cover 3 and the joint portion of the plug member 7 can be selected as a screwing; the joint portion 32 of the cover 3 is not The inner thread is provided, and the joint portion of the plug member 7 is disposed corresponding to the outer thread or the opposite direction, so that the plug member 7 can be stably combined with the cover body 3 without being detached. Referring to Fig. 7, when the user opens When the cover 3 is closed, the plug 7 can be pulled out from the spacer ring 6 so that the second substance S2 in the first chamber 51a can enter the second through the communication port 61 of the spacer ring 6. The chamber 51b is mixed with the first substance S1. In the present embodiment, since the inner peripheral wall of the upper portion 5a of the bottle body 5 is tapered by the opening 52 toward the abutting portion 54, even if the maximum radial width of the plug 12-M421923 block 72 is equal to the spacer ring When the outer diameter of the outer diameter of the block 72 is sufficient, there is still a sufficient gap between the outer peripheral wall of the plug block 72 and the inner peripheral wall of the upper portion 5a of the bottle body 5. Therefore, when the plug member 7 is moved upward, the first chamber 51a is in the middle chamber 51a. Most of the second substance S2 can also be moved downward through the gap described above without being driven upward by the plug 72 to flow out of the opening 52 of the bottle body 5. In summary, the bottle with several compartments of the present invention can be used to tightly bond the plug of the plugging member to the spacer ring before opening the cover body.
分隔各容室中的物質，並於開啟蓋體時使該塞合件之塞塊 易於脫離該間隔環圈，並隨蓋體帶離以連通各容室，使各 谷至中之物貝可確實混合，具有提升操作便利性之功效。 本創作之具數個容室之包襞瓶，使包裝瓶本體之抵接 部及基合件之塞塊，即使存在有一定的製造誤差，仍可藉 由該間隔環圈之設置而可相互匹配結合，因此各構件之製 造公差要求可*必太高，具有提升良率、降低製造成本之 功效。Separating the substances in the chambers, and when the cover is opened, the plugs of the plugs are easily separated from the spacer ring, and are separated from the cover to connect the chambers, so that the valleys can be It is really mixed and has the effect of improving the convenience of operation. The present invention has a plurality of compartments for the container, so that the abutting portion of the bottle body and the plug of the base member can be mutually mutually connected by the arrangement of the spacer ring even if there is a certain manufacturing error Matching and bonding, so the manufacturing tolerance requirements of each component can be too high, which has the effect of improving yield and reducing manufacturing cost.
本創作之具數個容室之包裝瓶，係可變化間隔環圈及 塞合件之塞塊之間的相對尺寸，以適用於不同外型之包裝 瓶本體，具有提升實用性之功效。 雖然本創作已利用上述較佳實施例揭示，然其並非用 以限定本触，任何熟習此技藝者衫脫縣_之精神 和範圍之内，讀上述實關進行各歡動雜改仍 創作所保護之技絲#，@此本_之賴朗當視後 之申請專利範圍所界定者為準。 ~~ 13 — 【圖式簡單說明】 ^1圖：習知瓶子之軸向截切剖面圖 解圖 其中部分構 第2圖：本創作第一實施例之立體分 件係以局部剖視表示。 刀 •叫+到邛矛一貫孢例之軸向： 第4圖：本創作第-實施例之實施示意^了®1。 第6圖 第5圖:本創作第一實施例另'態樣的二 —1:本創作第二實施例之軸向截切剖面=剖面1 第7圖：本創作第二實施例之實施示意圖 【主要元件符號說明】 〔本創作〕 1 包裝瓶本體 la 上段 lb 下段 11 容室 11a 第一容室 lib 第二容 12 開口 13 接合部 14 抵接部 2 間隔環圈 21 連通口 22 斜面 23 斜面 231 擔止部 24 内凸環 25 外凸環 3 蓋體 31 接合部 32 .結合部 321 凸塊 322 勾部 4 塞合件 41 桿體 M421923 411. 抵扣部 42 塞塊 5 包裝瓶本體 5a 上段 5b 下段 51a 第一容室 51b 第二容室 52 開口 53 接合部 54 抵接部 6 間隔壤圈 61 連通口 62 斜面 63 外凸環 7 塞合件 71 桿體 72 塞塊 SI 第一物質 S2 第二物質 〔習知〕 9 瓶子 91 束腰瓶體 911 腰部 912 扣環 913 開口 92 分隔物 921 分隔物本體 922 扣桿 93 扣接器 931 扣槽 932 扣帽 94 瓶蓋 15 —The bottle with several compartments of the present invention is a relative size between the spacers of the spacer ring and the plug fitting, so as to be suitable for the bottle body of different appearances, and has the effect of improving practicality. Although the present invention has been disclosed by the above-described preferred embodiments, it is not intended to limit the touch, and any skilled person in the spirit and scope of the school is going to read the above-mentioned real customs. The protection of the wire #, @本本_ depends on the scope of the patent application after the definition of the patent. ~~ 13 — [Simple description of the figure] ^1 Fig.: Axial section cutaway view of a conventional bottle. Solution Part of the structure Fig. 2: The three-dimensional part of the first embodiment of the present invention is shown in partial cross section. Knife • Called + to the axis of the spears of the spears: Figure 4: The implementation of the first embodiment of this creation shows the ®1. Fig. 6 and Fig. 5: The first embodiment of the present invention is another aspect of the second embodiment: the axial cut section of the second embodiment of the present invention = section 1 Fig. 7: a schematic diagram of the second embodiment of the present creation [Main component symbol description] [This creation] 1 Bottle body la upper section lb lower section 11 chamber 11a first chamber lib second volume 12 opening 13 joint portion 14 abutment portion 2 spacer ring 21 communication port 22 bevel surface 23 bevel 231 Holding portion 24 Inner ring 25 External convex ring 3 Cover 31 Joint portion 32. Joint portion 321 Bump 322 Hook portion 4 Plug member 41 Rod M421923 411. Relief portion 42 Plug block 5 Bottle body 5a Upper section 5b lower section 51a first chamber 51b second chamber 52 opening 53 joint portion 54 abutment portion 6 spacer ring 61 communication port 62 slope 63 outer collar 7 plug member 71 rod 72 plug block SI first substance S2 Two substances [conventional] 9 bottles 91 waist bottle body 911 waist 912 buckle 913 opening 92 partition 921 partition body 922 buckle 93 fastener 931 buckle groove 932 buckle cap 94 cap 15 —