M429329 • 五、新型說明： 【新型所屬之技術領域】 本創作係與組合式花盆結構有關，尤指一種組合式花 • 盆結構係設有複數本體，一本體上之第二套合部係可與另 - 一本體之第一套合部相套合，而具組裝及立體空間之變化 性。 【先前技術】 ^ 按吾人先前所知，習用組合式花盆結構，該專利案名 稱：積木式花盆，專利案公告號第M 3 6 9 0 2 4，其中； 一種積木式花盆，係設有一不透水之盆體1，該盆體 1連接有一内盆1 1，該内盆1 1係為多孔隙之材質所製 成，又盆體1與内盆1 1之間形成有一水槽1 2，又於盆 體1之四周緣表面設有至少一個以上之嵌合柱13及嵌合 槽1 4，另於盆體1之周緣近下方位置處至少凸設有一排 水管1 5，該排水管1 5係貫通至水槽1 2，而盆體1之 .· 另一相對周緣對應於該排水管1 5之位置處則設有連結孔 1 6，該連結孔1 6係相同貫通至水槽1 2，又該盆體1 頂部設有一貫通至水槽1 2内之注水孔1 7。 一盆體1周緣之嵌合柱13係與另一盆體1之嵌合槽 1 4相互嵌接，同時使其中一盆體1之排水管1 5與另一 盆體1之連結孔1 6相連接，如此複數盆體1即為一平面 之組合。 但此專利案結構之缺失係在於. 3 M429329 如其公報之第四圖所示，積木式花盆結構之複數盆體 1間係只能做縱、橫之嵌接組合，亦即係在於一平面上之 組合，該專利案係有單一平面空間上之限制而降低組裝之 變化性。 有鑑於上述習用積木式花盆之結構，本創作不斷研究 及開發，終於有一不同於習用結構之組合式花盆之產品問 世。 【新型内容】 新型所欲解決之問題：一種組合式花盆結構係設有複 數本體，一本體上之第二套合部係可與另一本體之第一套 合部相套合，而具組裝及立體空間之變化性之組合式花盆 結構。 解決問題之技術手段：複數本體，該每一本體係設有 第一容槽，以及第一容槽一端係設有第一套合部，該第一 套合部内係設有貫穿之穿孔，第一容槽另端係設有第二套 合部，該第二套合部係呈穿孔狀，且該一本體之第二套合 部係與另一本體之第一套合部相套設，一本體即係與另一 本體相結合，且第二套合部即與穿孔相連通，如此一本體 内之注入之液體係可因第二套合部與穿孔而流入另一本體 内。 對照先前技術之功效：該複數本體係可如積木般自行 組裝變化其高度與寬度且無組裝空間上之限制，係從中產 生組裝之變化性。該一本體之第二套合部係供另一本體之 第一套合部相套設，該一本體即係與另一本體相結合，且 M429329 該第二套合部即與穿孔相連通，如此一本體内之注入之液 體係可流入另一本體内，該第一套合部内設有穿孔，如此 一本體與另一本體之組設處與液體流通處係位在同一處。 將液體從最高處之一第二套合部或第一容槽中注入，此液 體會一層層向下流至每一本體内直至最底層之每一本體 内亦即經由一本體之穿孔而流入下一本體之第二套合部 内，下一本體之穿孔係再流入下下一本體之第二套合部内。 為使鈞局委員及熟習此項技藝人士對本創作之功效 完全瞭解，茲配合圖式及圖號就本創作之結構、組成說明 於後，惟以下所述者僅為用來解釋本創作之實施例，並非 企圖據以對本創作做任何形式上之限制，是以凡是在本創 作之精神下，所作的任何修飾變更皆仍應屬於本創作之保 護範圍。 ~ 【實施方式】 首先請參閱第一圖至第二圖所示，第一圖係立體分解 圖’第二圖係第—主體（1Q1)之立體圖，本創作係關 於一種組合式花盆結構，其係包括； 複數本體（1 〇 )’該每一本體（i 〇 )係包括：第一 主體（1 0 1)、第二主體（1 0 2)及第三主體（1 〇 3)， 該第-主體（10 1)、第二主體（1 及第三主體（1 0 3 )係為㈣、金屬、木材、陶究或其它材質結構； 該第一主體（10 1)係呈四方狀，該第-主體（丄 0 1)内係設有第-容槽（1 D，該第一容槽（1工）係 供容置土壤以種植各植物、花卉或其它欲種植產品，該第 主體（1 Ο 1 )開口端係設有第一位置（丄4 )，以及遠 離第-位置（1 4 )處係設有第二位置（工5 )，該第二位 置（15)處係固設有隔板（151)，該隔板（151) f呈四方板狀’該隔板（151)上係設有複數孔洞（1 2 )’隔板（1 5 1 )上四角位置處係凸設有凸塊（丄5 3 ); 該第二主體（1 02)係呈四方盤體狀，該第二主體 (10 2)係結合於第一主體（丄〇 i)之第二位置（工 )处β玄第一主體（1 〇2)於底部四角落處係凸設有 第-套合部（i 2 )，該第—套合部（i 2 )内係設有貫穿 之穿孔（12 1 )，該每一穿孔（丄2 "係對正每一凸塊 (153)該第一主體（1〇2)内係設有第二容槽（1 6 )第一♦槽（1 6)係呈四方平面狀，複數孔洞（1 5 2 )係連通第—容槽（1 1 )及第二容槽（1㈠，第二容 槽（1 6 )外周緣係财溝槽（} 6 i )，溝槽（丄6 i ) 係呈凹陷弧狀，溝槽（1 6 1)係與穿孔（1 2 1)呈相 通狀； 該第三主體（1 〇 3)係呈四方框體狀，該第三主體 (1 0 3)係結合於第一位置（工4)處，該第三主體（工 〇 3 )四角落處係設有第二套合部（i 3 )，該第二套合部 (1 3)係呈貫穿狀，該第二套合部（玉3)係與第一容 槽（1 1)連通’該第二套合部（丄3)係對正第一套合 部（1 2 )，亦即該第二套合部（工3 )係與穿孔（丄2 連通； M429329 —六;本體（1 〇 )係設有第一容槽（1 1 )，以及第 9 1 1 )—端係設有第—套合部（1 2 )及穿孔（1 n、’另端係設有第二套合部（13)，且該-本體（1 矣2 套合部（13)係供另一本體（1〇)之第一 ° β 1 2)套設，-本體（工〇)即係與另一本體（工 )相結合’且第二套合部（丄3)即與穿孔（丄2丄） •=通，如此一本體（1〇)内之注入之液體係可因第二 ^部（13)與穿孔（121)而流入另一本體（ 曠 内。 楚該第二主體（102)組設於第二位置（15)以及 第二主體（10 3)組設於第-位置（工4)後，即如第 二圖所示。 請參閱第三圖立體組合圖所示，第四圖係為上視圖， 第五圖係第四圖之A-A處剖視圖，當組合時，第一主體 (1 0 1)内之凸塊（1 5 3)係與第—套合部（1 2) •之穿孔（1 2 1 )相套合’該第二套合部（工3 )、第一容 .槽⑴）、第二容槽（16)及穿孔（121)係呈相通 狀’液體係先從第二套合部（；L 3 )進入第一容槽 内’再通過隔板（1 5 1 )將多餘的液體透過孔二 2)流至第二容槽（1 6)上’然後流向凹陷之溝 6 1 )處，最後從與溝槽（；l 6工）相通 處排出。 請繼續參閱第六圖與第七 作之組裝示意圖，該每一本體M429329 • V. New description: [New technical field] The creative department is related to the structure of the combined flower pot, especially a combined flower and pot structure with a plurality of bodies and a second set of parts on the body. It can be fitted with the first set of the other body, and has the variability of assembly and three-dimensional space. [Prior Art] ^ As we have previously known, the conventional combination flowerpot structure, the name of the patent: building block flowerpot, patent case number M 3 6 9 0 2 4, wherein; a type of flower pot, An impervious basin 1 is disposed. The basin 1 is connected to an inner basin 1 1 , which is made of a porous material, and a basin 1 is formed between the basin 1 and the inner basin 1 1 . 2, at least one or more of the fitting columns 13 and the fitting grooves 14 are provided on the peripheral edge of the basin 1 , and at least a drain pipe 15 is protruded from a position near the periphery of the basin 1 . The pipe 1 5 is connected to the water tank 1 2, and the other opposite peripheral edge corresponds to the drain pipe 15 at a position where a connecting hole 16 is provided, and the connecting hole 16 is equally connected to the water tank 1 2, the top of the basin 1 is provided with a water injection hole 17 extending into the water tank 12. The fitting column 13 of one basin 1 is engaged with the fitting groove 14 of the other basin 1 while the connection hole 16 of the basin 1 and the other basin 1 is 16 6 Connected, such a plurality of basins 1 is a combination of planes. However, the absence of the structure of this patent is based on. 3 M429329 As shown in the fourth figure of the bulletin, the multiple pots of the modular flower pot structure can only be used as a combination of vertical and horizontal engagement, that is, in a plane. In combination, the patent has a single planar space limitation that reduces assembly variability. In view of the structure of the above-mentioned conventional building type flower pots, this creation has been continuously researched and developed, and finally a product of a combined flower pot different from the conventional structure has been introduced. [New content] A new type of problem to be solved: a combined flower pot structure is provided with a plurality of bodies, and a second set of parts on one body can be fitted with the first set of the other body, Modular flower pot structure with variability in assembly and three-dimensional space. The technical means for solving the problem is: a plurality of bodies, each of the systems is provided with a first pocket, and a first sleeve is provided at one end of the first pocket, and the first sleeve is provided with a through hole, a second sleeve portion is formed on the other end of the container, the second sleeve portion is perforated, and the second sleeve portion of the body is sleeved with the first sleeve portion of the other body. A body is combined with another body, and the second set of parts is in communication with the perforations, such that the infused liquid system in the body can flow into the other body due to the second set of parts and perforations. In contrast to the efficacy of the prior art: the plural system can be assembled and changed as a building block to change its height and width without any limitation on the assembly space, resulting in variability in assembly. The second sleeve portion of the body is sleeved for the first sleeve portion of the other body, the body is coupled with the other body, and the second sleeve portion of the M429329 is in communication with the through hole. Such a body fluid system can be flowed into another body, and the first set of parts is provided with perforations, such that the assembly of the body and the other body is in the same position as the liquid circulation. Injecting liquid from the second part of the highest part or the first volume, the liquid will flow down to each body until the bottom of each body, that is, through the perforation of a body In the second set of the body, the perforation of the next body flows into the second set of the lower body. In order to enable the members of the Board and those skilled in the art to fully understand the effects of this creation, the structure and composition of the creation are described in conjunction with the drawings and drawings, but the following are only used to explain the implementation of this creation. For example, it is not intended to impose any form of restriction on this creation. Any modification made in the spirit of this creation should still fall within the scope of this creation. ~ [Embodiment] First, please refer to the first to second figures. The first figure is a three-dimensional exploded view of the second figure, the first body (1Q1). The author is about a combined flower pot structure. The system includes: a plurality of bodies (1 〇)' each body (i 〇) includes: a first body (1 0 1), a second body (1 0 2), and a third body (1 〇 3), The first body (10 1), the second body (1 and the third body (1 0 3 ) are (four), metal, wood, ceramics or other material structure; the first body (10 1) is quadrangular, The first body (丄0 1) is provided with a first-cavity (1 D) for accommodating soil for planting plants, flowers or other products to be planted, the first body (1 Ο 1) The first end position (丄4) is provided at the open end, and the second position (Work 5) is provided away from the first position (14), and the second position (15) is fixed There is a partition plate (151), the partition plate (151) f is in the shape of a square plate. The partition plate (151) is provided with a plurality of holes (1 2 ). The partition plate (1 5 1 ) is provided at four corners. With bumps (丄5 3); the second body (102) is in the shape of a square disk, and the second body (10 2) is coupled to the first body of the first body (丄〇i) at the second position (work) (1 〇 2) a first sleeve portion (i 2 ) is protruded from the bottom four corners, and the first sleeve portion (i 2 ) is provided with a through hole (12 1 ), each of the perforations (丄2 " is aligned with each bump (153). The first body (1〇2) is provided with a second cavity (16). The first groove (16) is in a square shape. The plurality of holes (1 5 2 ) are connected to the first groove (1 1 ) and the second groove (1 (1), and the outer groove of the second groove (16) is a groove (} 6 i ), and the groove (丄6) i) is concavely curved, and the groove (1 1 1) is in communication with the perforation (1 2 1); the third body (1 〇 3) is in a quadrangular shape, and the third body (1 0 3) is coupled to the first position (work 4), and the fourth body (work 3) is provided with a second sleeve portion (i 3 ) at the four corners, and the second sleeve portion (13) is In a penetrating shape, the second sleeve portion (Jade 3) is in communication with the first pocket (11). The second sleeve portion (丄3) is aligned with the first sleeve. a part (1 2 ), that is, the second set part (work 3) is connected to the perforation (丄2; M429329-6; the body (1 〇) is provided with the first pocket (1 1 ), and the ninth 1 1 ) - the end is provided with a first sleeve portion (1 2 ) and a perforation (1 n, 'the other end is provided with a second sleeve portion (13), and the body is (1 矣 2 fitting portion ( 13) is provided for the first ° β 1 2) of another body (1〇), and the body (worker) is combined with another body (work) and the second set (丄3) That is, with the perforation (丄2丄)•=pass, the liquid system injected in such a body (1〇) can flow into the other body (in the crucible) due to the second portion (13) and the perforation (121). The second body (102) is disposed in the second position (15) and the second body (103) is disposed in the first position (Work 4), as shown in the second figure. Please refer to the three-dimensional combination diagram of the third figure, the fourth figure is a top view, and the fifth figure is a sectional view of AA of the fourth figure. When combined, the bumps in the first body (1 0 1) (1 5 3) is fitted with the perforation (1 2 1 ) of the first sleeve portion (1 2) • the second sleeve portion (work 3), the first volume (1), and the second container (16) And the perforation (121) is in a communicating state. The liquid system first enters the first tank from the second set of parts (; L 3 ) and then passes the excess liquid through the partition (2 5 1 ) through the hole 2) It flows to the second tank (16) and then flows to the recessed groove 6 1 and finally exits from the intersection with the groove. Please continue to refer to the assembly diagrams of the sixth and seventh works, each of the ontology
圖之不意圖所示，係為本 (10)上之每一第二J 7 M429329 部（1 3)係可與另一本體（丄〇)之每一第一套合部（工 2)相套合，使用者係可將複數本體（1G)如積木般自 订組裝變化其高度與寬度，而係無組裝空間上之限制，從 中產生組裝及栽種之驗’此係為本創作之最大特點組 裝完成後，於最高處之第-容槽（工i )内注入液體，此 液體會順序般一層層向下流至最底層之每一本體（i 〇 ) 内。 請繼續參閱第八圖至第九圖所示，第八圖係第二實施 例立體分解圖，第九圖係第二實施例之第一主體（i 〇工） 之立體圖，該實施例中，該第二主體（i 〇 2 )係與第一 主體（1 0 1 )呈一體狀，該隔板（i 5 i )係為單一元 件。 凊繼續參閱第十圖至第—圖所示，第十圖係第一主 體（10 1)之立體剖視圖，第十一圖係本體（i 0)之 立體圖’係為本創作第三實施例，該實施例中，該第一主 體（1 0 1 )係不設有隔板（1 5 1 )’該第一主體（工〇 1 )係呈中空狀’亦即該第一主體（1 0 1 )與第一容槽 (1 1 )間係設有空間（1 7 )，該第一容槽（1 i )底部 中央係設有一通孔（1 8 )，該通孔（1 8 )係呈圓孔狀， 該第一容槽（1 1 )、通孔（1 8 )、空間（1 7 )以及穿 孔（1 2 1 )係呈相通狀，設有一吸水件（2 〇 )，吸水件 (2 0)係組設於通孔（1 8)處，吸水件（2 〇)係將 空間（1 7)内之液體從通孔（1 8)吸入第一容槽（丄 1 )内。 祐彻Γ第十二圖之立體分解圖所示，係本創作第四實 該實施例中’該第一主體（101)係呈圓筒型， =二主體（103)及第二主體（102)為配合 體狀。 本創作另一實施例，該第二容槽（16)中央係呈凸 起狀’亦即第二容槽（i 6)中央處較高而周緣處係較低， 使该第二容槽（1 6)處之液體係較易往溝槽（i 6丄） 處流動。 本創作組合式花盆結構之優點係在於： 一1忒複數本體（10)係可如積木般自行組裝變化 其向度與寬度且無組裝空間上之限制，係從中產生组裝之 變化性。 2、該一本體（1 〇)之第二套合部（α 3)係供另 本體（1 0)之第一套合部（1 2)相套設，該一本體 (1 0)即係與另一本體（i 〇)相結合，且該第二套合 部（1 3)即與穿孔（1 2 1)相連通，如此一本體（1 0)内之注入之液體係可流入另一本體（丄〇)内，該第 一套合部（1 2 )内設有穿孔（1 2 1 )，如此一本體（1 0)與另一本體（1 〇)之組設處與液體流通處係位在同 一處。 3、將液體從最高處之一第二套合部（1 3)或第一 容槽（1 1 )中注入，此液體會一層層向下流至每.一本體 (1 0)内直至最底層之每一本體（1 〇 )内，亦即經由 一本體（1 0)之穿孔（1 2 1 )而流入下一本體（1 0) M429329 之第二套合部（1 3)内，下一本體（1 Ο)之穿孔（1 2 1)係再流入下下一本體（1 0)之第二套合部（1 3) 内。 因此本創作之組合式花盆結構具有產業利用性、新穎 性及進步性，誠能符合新型專利之申請要件，爰依法提出 申請。 M429329 【圖式簡單說明】 二一：係’本創作組合式花盆結構之立體分解圖 匕圖、係本創作第一主體立體圖。 f係、本創作組合式花盆結構之立體組合圖 L:、係本創作組合式花盆結構之上視圖。 第山厫係本創作第四圓之乂―a處剖視圖。It is not intended to show that each of the second J 7 M429329 parts (1 3) of the present (10) can be associated with each of the first parts of the other body (丄〇 2). In the case of the user, the user can change the height and width of the complex body (1G) as a building block, and there is no limitation on the assembly space, resulting in the assembly and planting test. This is the biggest feature of the creation. After the assembly is completed, the liquid is injected into the highest-level tank (work i), and the liquid flows down to the bottommost body (i 〇) in sequence. Continuing to refer to the eighth to ninth drawings, the eighth embodiment is a perspective exploded view of the second embodiment, and the ninth is a perspective view of the first body (i) of the second embodiment. In this embodiment, The second body (i 〇 2 ) is integral with the first body (1 0 1 ), and the separator (i 5 i ) is a single element.凊Continue to refer to the tenth to the first-figure, the tenth figure is a perspective view of the first body (10 1), and the eleventh figure is a perspective view of the body (i 0), which is the third embodiment of the creation. In this embodiment, the first body (1 0 1 ) is not provided with a partition (1 5 1 ). The first body (work 1) is hollow. That is, the first body (1 0 1) a space (1 7 ) is disposed between the first receiving groove (1 1 ) and a through hole (18) in the center of the bottom of the first receiving groove (1 i ), the through hole (18) is The first cavity (1 1 ), the through hole (18), the space (17), and the perforation (1 2 1 ) are in a communicating shape, and are provided with a water absorbing member (2 〇), and a water absorbing member ( 2 0) The system is set at the through hole (18), and the water absorbing member (2 〇) sucks the liquid in the space (17) from the through hole (18) into the first tank (丄1). According to the perspective exploded view of Fig. 12, the fourth embodiment of the present invention is in which the first body (101) is cylindrical, = two bodies (103) and the second body (102). ) to match the body shape. In another embodiment of the present invention, the center of the second receiving groove (16) is convexly shaped, that is, the second receiving groove (i 6) is higher at the center and lower at the periphery, so that the second receiving groove (the second receiving groove) The liquid system at 1 6) is easier to flow toward the trench (i 6丄). The advantages of the creative combination flower pot structure are as follows: A 1 忒 plural body (10) can be assembled and changed as a building block. Its dimension and width are limited by the assembly space, resulting in assembly variability. 2. The second set of parts (α 3) of the main body (1 〇) is sleeved for the first set part (1 2) of the other body (10), and the body (10) is In combination with another body (i 〇), and the second ferrule (13) is in communication with the perforation (1 2 1), such a liquid system injected into the body (10) can flow into another In the body (丄〇), the first sleeve portion (12) is provided with a perforation (1 2 1 ), such a body (10) and another body (1 〇) group and liquid circulation The department is in the same place. 3. Injecting liquid from the second set of parts (1 3) or the first set of tanks (1 1 ) at the highest point, the liquid will flow down to each body (1 0) until the bottom layer Within each body (1 〇), that is, through a perforation (1 2 1 ) of a body (10), flows into the second set (1 3) of the next body (10) M429329, next The perforation (1 2 1) of the body (1 Ο) flows into the second fitting portion (13) of the lower body (10). Therefore, the combined flower pot structure of this creation has industrial utilization, novelty and progress, and can meet the application requirements of the new patent, and submit an application according to law. M429329 [Simple description of the schema] 21: The stereoscopic exploded view of the creative combination flowerpot structure. f series, the three-dimensional combination of the creative combination flower pot structure L:, the top view of the creative combination flower pot structure. The second mountain is the cross-sectional view of the fourth round of the creation.
第七m、係本創作組合式花盆結構之組裝示意圖。 第八圖、Π創作组合式花盆結構之組裝示意圖。 笛Am f'自作第二實施例之立體分解圖。 ^圖、係柄作第二實_ 體之立體剖視圖 主 第十圖、係本創作第三實施例之第—狀立體圖 =十®係、本創作第三實施例 第十二圖、係本創作第四她“不體之立體圖 【主要元件符號說明】實施例之立體分解圖。The seventh m is a schematic diagram of the assembly of the combined flower pot structure. The eighth figure shows the assembly diagram of the composite flower pot structure. The flute Am f' is an exploded perspective view of the second embodiment. ^Fig., the handle is the second solid view of the body. The tenth view of the main body, the third embodiment of the third embodiment of the present creation = the tenth series, the twelfth figure of the third embodiment of the present creation, the original creation Fourth, she is a three-dimensional exploded view of the embodiment.
(10)本體 (102)第二主體 (1 1)第一容槽 (1 2 1 )穿孔 (14)第一位置 (151)隔板 (1 5 3)凸塊 (161)溝槽 (1 8 )通孔 (1〇1)第一主體 (1〇3)第三主體 (12) 第一套合部 (13) 第二套合部 (1 5)第二位置 〇 5 2)孔洞 (1 6)第二容槽 (1 7)空間 (2 0)吸水件(10) Body (102) Second body (1 1) First pocket (1 2 1 ) Perforation (14) First position (151) Partition (1 5 3) Bump (161) Groove (1 8 ) through hole (1〇1) first body (1〇3) third body (12) first set of joints (13) second set of parts (15) second position 〇5 2) holes (1 6 ) second tank (1 7) space (20) suction parts