M323930 八、新型說明： 【新型所屬之技術領域】 本創作係一種關於過濾技術領域，尤指濾心所安裝的蓋 體，其具有一體形成數蓋體的技術手段，使一濾心蓋體適用數 濾心連結。 【先前技術】 按由過濾水技術經常使用的濾心，其在開口端會以螺紋接 —合手段安裝一蓋體，而一過濾系統通常需要數滤心安排一起， 籲以作連續多次過濾，因此各濾心在其各蓋體外侧另外連接軟 管，以形成管路連通狀態，讓水經過一個個濾心漸步過濾。但 是單一濾心各自搭配獨立的蓋體，其構造會存在幾項問題： 1、 組裝費事。如果需要三支濾心作為一組過濾系統，則 每一支遽要個別接合蓋體，而再以濾心之蓋體供濾水本體機具 連結’所以安裝濾心的安裝動作、時間，依照濾心的支數而重 複累增，組裝耗時。 2、 各別濾心要具備連通作用，需在蓋聽外侧連結套裝軟 _ & ’但疋在軟管套接難免會存在間隙，以致水份流通之間會出 現漏水現象’尤其軟管的材質老化，則漏水現象更為顯著。 【新型内容】 本創作者鐘於前述的問題，進而用心研究開發，因此本創 作主要目^係錢供—種滤心之蓋體結構，其主要係蓋體不同 =在2體单獨接合一支遽心，而係一體連伸形成數蓋子， 使滤心之女裝更為簡化’並且徹底防止漏水問題。 為了可達到前述的目的，本創作所運用的技術手段係在於 5 M323930 提供一種濾心之蓋體結構，其係一蓋體至少包含一第一蓋子、 一第二蓋子’其中該第―、二蓋子均在—端設置—供接合卜、 的接端，另-相對端是帽端，於該第一、二蓋子之帽端間二體 形成-内部為中空的橋段，該橋段中空處内側壁嵌埋_相通該 第一、二蓋子之連通管。 因此依據本創作的技術手段，本創作可以獲得的功效簡要 說明如下所列： -1、本創作之蓋體一體形數蓋子，因此安裝之時，只要將 鲁濾心個別連結於蓋子之後，便可一次提拿起蓋體連同二支或三 支渡心，順利地在-次程序作業安裝完畢，相當省時省力，大 幅簡化安裝的成本，改變以往要個別安裝滤心及其蓋體的耗時 費力問題。 2、 尤其得以避免漏水之問題。本創作特別在蓋體一體形 成數蓋子，於各蓋子一體連伸的橋段内，於製設蓋體之時便於 橋段内埋設連通管，所以連通管隱藏於蓋體内，因此各濾心得 藉連通管形成水路連通，由於連通管轴向的外側壁均與橋段内 鲁側壁形成緊密接合，所以連通管不外露，保障極佳的止漏防滲 功能，徹底阻絕漏水問題。 3、 本創作之蓋體形成蓋子的數目依需要可變動，比如一 次成形第一、二蓋子，或是第一、二、三蓋子，甚至共有四個 位置的蓋子，而且各蓋子的排列不一定呈直線，也可垂直相鄰， 以提南適用的變化性。 【實施方式】 本創作係一種濾心之蓋體結構，如第一圖所示，蓋體（丨〇) 具有第一、二、三蓋子（2〇 )(2〇 1 )(202)等數蓋子，第一、二、 M323930 三蓋子（20) (201 ) (202)之間連伸橋段（25)以構成一體形成的構 造。 請再參看第一、二、三圖所示，蓋體（10)之第一、二、三 蓋子（20)(201 )(202)個別形體相仿，以第一蓋子（2〇)為例，第 一蓋子（20) —端具有諸如内螺紋槽的接端（21)，用以螺紋接合 濾心（40)，另一端是帽端（22)，其中帽端（22)内底側形成一軸 -向的中管（23)，帽端（22)於相近中管（23)處係形成一空間相通 •於接端（21)的引道（241)，而帽端（22)於橫向一側形戒外流道 春（24)，外流道（24)與中管（23)呈垂直連通，帽端（22)相對外流 道（24)的另一側與第二蓋子（2〇1)相對的帽端（22)連伸一呈中 空狀的橋段（25)，橋段（25)中空處即為第二蓋子（2〇1)之外流道 (24)與第一蓋子（20)之引道（241)，而於外流道（24)與引道（241) 共同連成一軸線的内側壁嵌埋一連通管（3〇)，因此藉由連通管 (30)垂直連通第一蓋子（2〇)之引道（241)與第二蓋子（2〇1)之中 皆(23)近上部，意即第一蓋子（2〇)結合的濾心（4〇)過濾水之 後，水引流至引道（241)、連通管（3〇)而至第二蓋子（201)的中 鲁官（23) ’經第二蓋子（201)之中管（μ)以進入第二蓋子（2〇1)連 -結的濾心（401)，以經過再次過濾；同理，第二蓋子（2〇1)與第三 蓋子（202)之間形成橋段（25)，使第二蓋子（201)的引道（241) 籍連通管（30)連通至第三蓋子（2〇2)的中管（23)。 前述連通管（30)嵌埋於橋段（25)的技術，可以是在第一蓋 '子（2〇)之引道（241)與第二蓋子（201)之外流道（24)各安裝一插 銷以共同支撐連通管（30)的兩端管内壁，待注入模具之塑料即 形成蓋體（10) ’而插銷祓除後留下連通管（3〇)，因此連通管（3〇) 與橋段（25)呈中空的内侧壁是呈有如一體般地緊密接合。 7 M323930 因此如第二圖所示，當濾心（40 )(401 )(402)分別鎖接於蓋 .體（10)之第一、二、三蓋子（20)(201)(202)的接端（21)後，就 •可以將三支濾心（40)(401 )(402) —起安裝於過濾器具的設定位 置’因為蓋體（10)為一體，所以一次固定完成，很方便；並且過 濾水在各濾心（40)(401)(402)的流通管路，因為連通管（30)受 到蓋體（10)嵌埋於内不外露，並且呈有如一體般地固定接合， 故不會產生漏水的顧慮。 请再參看第二至六圖係為另一種較佳實施例，本創作可以 籲因應管路流道的變化，也可以在位於第一、二蓋子（2 Q )( 2 〇 1 ) 之間的橋段（25)處，以及第二、三蓋子（2〇1)(2〇2)之間的橋段 (25)處，橫向連伸一外部管（26)，外部管（26)内與連通管（3〇) 垂直連通而有如T形管流通道[可參看第五、六圖]，可以利用 外部管（26)如第四圖所示般地外接流通的管件，藉以說明可供 變化管路聯接型態。 上述實施例僅為例示性說明本創作之技術及其功效，而非 甩於限制本創作。任何熟於此項技術人士均可在不違背本創作 # -之技術原理及精神的情況下，對上述實施例進行修改及變化， 因此本創作之權利保護範圍應如後所述之中請專利範圍所列。 M323930 【圖式簡單說明】 第一圖係本創作一較佳實施例之立體圖。 第一圖係本創作一較佳實施例之剖視圖。 第二圖係本創作另一較佳實施例之立體圖。 第四圖係本創作另一較佳實施例之剖視圖，用 連結濾心的狀態。 第五圖係本創作另一較佳實施例的上視圖。 第六圖係本創作另一較佳實施例的剖視圖。 【主要元件符號說明】 (10)蓋體 (20) 第一蓋子 （2〇1)第二蓋子 (202)第三蓋子 (21) 接端 （22)帽端 (23) 中管 (24) 外流道 （241)弓丨道 (25) 橋段 (26) 外部管 (30)連通管 (40)(401 )(402)濾心 以顯示蓋體M323930 VIII. New description: [New technical field] This creation is a kind of filtration technology field, especially the cover body installed in the filter core. It has the technical means of integrally forming several cover bodies, so that a filter core cover is suitable. A number of filter connections. [Prior Art] According to the filter core often used by the filtered water technology, a cover body is installed by screwing and closing at the open end, and a filter system usually requires a plurality of filter hearts arranged together for a continuous multiple filtration. Therefore, each filter core is additionally connected with a hose on the outer side of each cover body to form a pipeline connection state, and the water is gradually filtered through one filter. However, the single filter core is equipped with a separate cover body, and its construction will have several problems: 1. Assembly costs. If three filter cores are required as a group of filter systems, each of the bundles must be individually joined to the cover body, and then the cover of the filter core is used for the connection of the water filter body implements. Therefore, the installation action and time of installing the filter core are filtered. The number of hearts is repeated and the assembly is time consuming. 2, each filter should have a connection function, you need to cover the outer side of the cover soft _ & 'But in the hose socket will inevitably have a gap, so there will be water leakage between the water circulation 'especially the hose When the material ages, the water leakage phenomenon is more significant. [New content] The creator of the creator is in the above-mentioned problems, and then researched and developed with care. Therefore, the main purpose of this creator is to provide the cover structure of the filter core, which is mainly composed of different cover bodies. Supporting the heart, and the system is integrally extended to form a number of covers, which makes the women's clothing of the filter more simplified' and completely prevents water leakage. In order to achieve the foregoing objectives, the technical means employed in the present invention is that the 5 M323930 provides a cover structure of a filter core, which is a cover body including at least a first cover and a second cover, wherein the first and second The cover is disposed at the end - the joint for the joint, and the opposite end is the cap end. The two ends of the first and second lids are formed with a hollow bridge section, and the hollow portion of the bridge is hollow. The inner side wall is embedded with a communication tube that communicates with the first and second covers. Therefore, according to the technical means of this creation, the brief descriptions of the functions that can be obtained by this creation are as follows: -1, the cover of the creation is integrated with a number of lids, so when the installation is performed, as long as the Lu filter is individually attached to the cover, It can lift the cover body together with two or three ferry cores at one time, and it can be successfully installed in the -program operation, which saves time and effort, greatly simplifies the installation cost, and changes the consumption of the filter core and its cover separately. Time and effort. 2, especially to avoid the problem of water leakage. In particular, the present invention integrally forms a plurality of covers in the cover body, and in the bridge section in which the respective covers are integrally extended, the connecting pipe is embedded in the bridge section when the cover body is formed, so that the communication pipe is hidden in the cover body, so each filter body is The connecting pipe forms a waterway connection. Since the outer side walls of the connecting pipe axially form a tight joint with the inner side wall of the bridge section, the connecting pipe is not exposed, ensuring an excellent leakproof and seepage prevention function, and completely preventing the water leakage problem. 3. The number of covers formed by the cover of the present invention may be changed as needed, such as forming the first and second covers at one time, or the first, second and third covers, or even a cover having four positions, and the arrangement of the covers is not necessarily Straight line, or vertically adjacent, to accommodate the variability of the South. [Embodiment] This creation is a cover structure of a filter core. As shown in the first figure, the cover (丨〇) has the first, second and third covers (2〇) (2〇1) (202). The cover, the first, second, M323930 three covers (20) (201) (202) are connected to the bridge section (25) to form an integrally formed structure. Please refer to the first, second and third figures. The first, second and third covers (20) (201) (202) of the cover body (10) are similar in shape, and the first cover (2〇) is taken as an example. The first cover (20) has a terminal end (21) such as an internally threaded groove for threadingly engaging the filter core (40) and the other end is a cap end (22), wherein the inner end side of the cap end (22) forms an axis - the middle tube (23), the cap end (22) forms a space communicating with the adjacent tube (23) at the proximal end (21), and the cap end (22) is in the lateral direction The lateral flow passage spring (24), the outer flow passage (24) is in vertical communication with the middle tube (23), and the other end of the cap end (22) opposite the outer flow passage (24) is opposite to the second cover (2〇1) The cap end (22) extends into a hollow bridge section (25), and the hollow portion of the bridge section (25) is the second cover (2〇1) outside the flow passage (24) and the first cover (20) a channel (241), and a connecting tube (3〇) is embedded in the inner side wall of the outer flow channel (24) and the approach channel (241) to form an axis, so that the first cover is vertically connected by the communication tube (30) (2)引) The approach road (241) and the second cover (2〇1) are all near (23) Part, meaning that the first cover (2〇) combined with the filter (4〇) filtered water, the water is drained to the approach channel (241), the communication tube (3〇) to the second cover (201) (23) 'via the tube (μ) in the second cover (201) to enter the second cover (2〇1) connected to the filter core (401) to be filtered again; similarly, the second cover (2)桥1) forming a bridge section (25) with the third cover (202), so that the approach path (241) of the second cover (201) communicates with the communication tube (30) to the middle of the third cover (2〇2) Tube (23). The above-mentioned communication tube (30) is embedded in the bridge section (25), and may be installed in each of the flow path (24) of the first cover '2' (2) and the second cover (201). a pin to jointly support the inner wall of the tube at both ends of the communication tube (30), and the plastic to be injected into the mold forms a cover body (10)', and the connection tube (3〇) is left after the bolt is removed, so the communication tube (3〇) The inner side wall which is hollow with the bridge section (25) is integrally joined as a unit. 7 M323930 Therefore, as shown in the second figure, when the filter cores (40) (401) (402) are respectively locked to the first, second and third covers (20) (201) (202) of the cover body (10) After the terminal (21), the three filter cores (40) (401) (402) can be mounted in the set position of the filter device. Because the cover body (10) is integrated, it is convenient to fix once. And filtering the flow line of the water in each of the filter cores (40) (401) (402), because the communication tube (30) is embedded in the cover body (10) and is not exposed, and is integrally fixedly joined. Therefore, there is no concern about water leakage. Please refer to the second to sixth diagrams as another preferred embodiment. The creation may call for a change in the flow path of the pipeline or between the first and second covers (2 Q ) ( 2 〇 1 ). At the bridge section (25) and at the bridge section (25) between the second and third covers (2〇1) (2〇2), an outer tube (26) is laterally extended, and the outer tube (26) is connected and connected. The tube (3〇) is vertically connected and has a T-shaped tube flow channel [see Figures 5 and 6]. The external tube (26) can be externally connected as shown in the fourth figure to illustrate the available tube. Road connection type. The above embodiments are merely illustrative of the techniques and effects of the present invention and are not intended to limit the present invention. Anyone who is familiar with this technology can modify and change the above embodiments without violating the technical principle and spirit of this creation. Therefore, the scope of protection of this creation should be patented as described later. Listed in the scope. M323930 [Simple Description of the Drawings] The first drawing is a perspective view of a preferred embodiment of the present invention. The first figure is a cross-sectional view of a preferred embodiment of the present invention. The second drawing is a perspective view of another preferred embodiment of the present invention. The fourth drawing is a cross-sectional view of another preferred embodiment of the present invention, which is used to connect the state of the filter. The fifth drawing is a top view of another preferred embodiment of the present creation. Figure 6 is a cross-sectional view of another preferred embodiment of the present invention. [Main component symbol description] (10) Cover body (20) First cover (2〇1) Second cover (202) Third cover (21) Connector end (22) Cap end (23) Middle tube (24) Outflow Road (241) Bow Road (25) Bridge Section (26) External pipe (30) Connect pipe (40) (401) (402) filter to show the cover
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