M255288 捌、新型說明： 【新型所屬之技術領域】 本創作係關於一種高架地板，尤其係指一種結合結構 更加穩固之高架地板。 【先前技術】 *由於網路科技的進步，；見在㈣築設計逐漸朝向網路 建築進行架才冓，所謂網路建築即是在冑築物興建時，即在 其内部架設有各式電,似網路傳輸線，藉由完整之網路傳 輸線之架設達到隨處均可上網之網路新世代需求。 ,現今架設有網路線路之建築物多係採用高架地板，或 稱作網路地板’其係利用複數個支撐承座將地板單元由與 建築物之實體地面向上架設出所定空間，而該地板單元與 建築物實體地面間之空間即可供網路線或電規進行穿設， 再於適當之位置將線路由地板穿出，如此一來，地板單元 上便不會看到錯綜複雜的網路線及電纜線，不僅可以保持 建築物㈣空間之美觀性，更可增進建築物㈣空間之使 用功能。 驾用之咼架地板在組裝時，多係將支撐承座置放固定 在樓層地面之預定位置，將地板單元之四個角落置放在支 撐承座上，搭配螺*之鎖固及塾片4裝飾使得高架地板呈 現一體之美感。 叫參看第五圖所不，傳統之支撐承座其係由基座（6 〇)、定位片（61)、固定座（62)、墊片（63) 及螺栓（6 4 )組成，其中： M255288 基座（60)係由螺桿（6〇q)及結合片Mu )加以鉚合； 定位片（6 1 ) —端設有供基座（6 〇 )之螺桿（6 0 0 )貫穿的螺孔（6 1 〇 ); 固定座（62)係一方形片體，於其中央設置有具備 螺孔（6 2 1 )之結合柱（6 2 〇 )，該螺孔（6 2 :) 下端可供基座（6 0 )之螺桿（6 〇 〇 )螺設，於方形片 體四邊設有頂端具有固定孔（623)之固定柱（6^2 )，而螺栓（6 4 )則可在地板單元（圖中未示）置放在 固定座（62)上時，與結合柱（62〇)之螺孔（6 2 1 )上端螺合以夾置地板單元； 墊片（63)則是為了避免地板單元直接衝擊到固定 座（6 2)而設置在固定座（6 2)上，其具有一連接環 ( 6 3 0 ) ’於連接壤周圍設置有四個塾體（631)， 各墊體（63 1)下端設有可卡固在固定柱（622)之 固定孔（623)的固定塊（632)。 然而習用之高架地板在組裝時，地板單元之四個角落 很容易因為螺栓之鎖固而產生形變，而此形變之反作用力 會使得螺栓與高架地板卡死，當使用者欲將高架地板拆卸 更換時，螺栓便很不容易卸下，在使用上十分不便。 另外，傳統高架地板之地板單元與支撐承座間之結合 效果並非十分優異，一旦地震來臨產生震動時，地板單元 與支撐承座間便會產生一位變形之虞。 再者’傳統支撐承座上’與樓層地面固定基座多是由 M255288 螺桿與結合片加以鉚合，由於螺桿在螺紋切料，其端部 會呈現傾斜情形，因此若鉚合技術不佳者，很容易會將螺 桿與結合片結合成傾斜之狀態，即螺桿無法垂直於結合片 ’如此-來，高架地板便無法平穩的與支撐承座加以結合 ’因此極待改良。 【新型内容】 本創作人有鑑於上述高架地板及承座於組裝及使用上 的種種缺失，乃積極的進行研究改良，以期可改進上述習 用結構之缺失，經過不斷的試驗及努力，終於開發出本創 作。 本創作之主要目的在於提供一種結合效果更為穩固， 且各零件在製作時之不良品可加以降低之高架地板及其支 撑承座。 為了達到上述創作目的，本創作係採取以下之技術手 段予以達成，其中本創作包括有·· 地板單元，其係呈方形板體，於其四個角落上端處設 有定位凹部，而下端位置設置有定位孔，各邊接近定位凹 部之位置設置有缺口，於該缺口下方則為凹邊； 支撐桿體’該支撐桿體兩端設置有穿孔； 支撐承座，其係由基座、定位片、固定座、支撐墊片 及螺栓組成，其中： 基座係由螺桿及結合片加以鉚合，螺桿於鉚合端設置 有外徑較螺桿大之定位環片； 疋位片一端設有中央形成有供基座螺桿貫穿之螺孔的 M255288 卡固環； 固定座係一方形片體，於其中央設置有具備螺孔之結 a柱於方形片體四邊中央向外延伸有具螺孔之螺固片， 螺固片與結合柱中間位置設有頂端具㈣定孔之固定柱， 方形片體四個角落處設置有可插入地板之定位孑匕的定位桿 支撐墊片，其具有可置放於結合柱頂面之連接環，於 連接環周圍設置有四個墊體，各墊體下端設有可卡固在固 定柱之固定孔的固定塊； 螺栓，其係、固定在固定座之結合柱之螺孔上端以夹置 地板單元。 藉由置放在結合柱頂端之連接環，可以避免螺检鎖固 使所導致之地板單元角落的形變，而由於基座螺桿於柳合 端設置有特較螺桿大之定位環片，因此與結合片娜合時 ’不會產生歪斜現象，故整體結構穩固性可加以提昇。 【實施方式】 請參看第-及二圖，本創作之高架地板包括有： 也板單元（10)，其係呈方形板體，於其四個角落 上端處設有定位凹部（11)’而下端位置設置有定位孔 (13)，各邊接近定位凹冑（11)之位置設置有缺口 (1 2 ) ’於該缺口（ 1 2)下方則為凹邊（1 4广 支撐桿體（20)，該支撐桿體（2〇)兩端設置有 穿孔（2 1 ) ，· 定位片（ 支撐承座（3 0 )，其係由基座（3工） M255288 32)、固定座（33)、古柃執H rQ/1、 ) 支撐墊片（34)及螺栓（3 5 )組成，其中： 基座（3 1 )係由螺桿（3 1 0 )及結合片（3丄丄 )加以鉚合，螺稈（q η A、 1 Ο )於鉚合端設置有外徑較螺桿 (310)大之定位環片（3工2); 定位片（32)-端設有中央形成有供基座（31) 螺桿（3 1 〇 )貫穿之螺孔（3 2 0 )的卡固環（3 2工 )； 固定座（33)係一方形片體，於其中央設置有具備 累孔（331)之結合柱（33〇)，於方形片體四邊中 央向外延伸有具螺孔（ 3 3 3 )之螺固片（3 3 2 )，螺 固片（3 3 2 )與結合柱（3 3 〇 ”間位置設有頂端具 有固定孔（335)之固定柱（334)，方形片體四個 角落處設置有可插入地板單元（丄〇 )之定位?L (丄3 ) 中的定位桿（3 3 6 ); 支撐塾片（34)，其具有可置放於結合枉（330 )頂面之連接環（3 4 〇 )，於連接環（3 4 0 )周圍設 置有四個墊體（341)，各墊體（341)下瑞設有可 卡固在固定柱（334)之固定孔（335)的阁定塊（ 3 4 2 ); 螺栓（3 5)，其係固定在固定座（3 3)之結合柱 (3 3 〇 )之螺孔（3 3 1 )上端以夾置地板單充（1 0 )〇 置放在結合柱（3 30)頂端之連接環（34〇)可 M255288 以避免螺栓（3 5 )鎖固時所導致之地板單元（丄〇 )角 落的形變’而基座（3 1 )之螺桿（3 1 0 )於鉚合端設 置有外徑較螺桿（3 1 〇 )大之定位環片（3丄2 )，因 此與結合片（311)鉚合時，不會產生歪斜現象，故整 體結構穩固性可加以提昇。 請參看第一至四圖所示，本創作與組裝時，首先使定 位片（3 2 )之卡固環（3 2工）朝上，並使得基座（3 1)螺桿（31〇)由下而上貫穿定位片（32)之螺孔 (3 2 0 ) ’同時將定位μ ( 3 2 )定位在螺桿（3工〇 )上之適當位4，將支揮承座（30)之固定座（33) 以錄合柱……螺孔（331)下端螺固=( 31)之螺#(31〇)上，並使得定位片（32)之卡 固瓖（3 2 1 )抵頂在結合柱（3 3 〇 )之螺孔（3 3工 )下端以定位固定座（33)，將支撐桿體（2〇)以螺 絲、螺检等固定元件（3 6 )貫穿支擇桿體（2㈧之穿 孔（21)及固定座（33)螺固片（332)上之螺孔 (333)以將兩者固定’將支撐墊片（34)之墊體（ 341)的固定塊（342)塞入固定座（33)之固定 柱（ 3 3 4 )的固定孔（3 3 5 )中，並使得支撐墊片（ 34)之連接環（3 4 0 )置放在結合柱（33㈧之頂 面，再將地板單元（10)以定位孔（13)翻定座（ 33)之疋位桿（336)結合，同時使得角落處之定位 凹部（id環設在結合柱（3 3 0 )螺孔（331)之 周園，即可將螺栓（35)㉟固在結合柱（33〇)之螺 M255288 孔（3 3 1 )上端以夾置地板單元（1 〇 )。 組裝完畢後之高架地板與樓層i也面間之網路線及電境 線則可經由地板單元（1 〇 )邊緣之凹邊（1 4 )及缺口 (12)向外延伸而出。 由於地板單元（1 0 )藉由定位孔（1 3 )及固定座 (3 3 )之定位才干（3 3 6 )的結合’故兩者之結合穩固 性可加以提昇，而由於支撐墊片（3 4 )之連接環（3 4 〇 )係置放在結合柱（3 3 0 )之頂面，因此螺栓（3 5 )在夾置地板單元（1〇)日夺，地板單元（1〇)之角落· 因為連接環（340)之支樓而不會產生形變，而由於各 支，承座（3 0 )間均設置有支樓桿體（2 〇 )以支撐地 板單儿（1 〇 )之邊緣，因此結合後之支撐強度可加以提 昇^者，由於定位片（32)螺孔（32〇)上設置有 卡固環（3 2工）’因此與固定座（3 3 )之結合緊密度 可加以提昇，使得固定座（3 3 )之定位效果更佳。 【圖式簡單說明】 (一） 圖式部分 籲 第一圖為本創作之使用狀態分解圖。 第二圖為本創作支撐承座及支撐桿體之立體分解 圖0 第三圖為本創作之剖視圖。 第四圖為本創作之使用狀態上視圖。 第五圖為習用支撐承座之立體分解圖。 (二） 元件代表符號 12 M255288 (1 Ο )地板單元 (1 1 )定位凹部 (1 2 )缺口 (1 3 )定位孔 (1 4 )凹邊 (2 0 )支撐桿體 (3 0 )支撐承座 (31)基座 (3 1 0 )螺桿 (3 1 1 )結合片 (3 1 2 )定位環片 (3 2 )定位片 (3 2 0 )螺孔 (3 2 1 )卡固環 (3 3 )固定座 (3 3 0 )結合柱 (3 3 1 )螺孔 (3 3 2 )螺固片 (3 3 3 )螺孔 (3 3 4 )固定柱 (3 3 5 )固定孔 (3 3 6 )定位桿 (3 4 )支撐墊片 (3 4 0 )連接環 13 M255288 (3 4 1 )墊體 (3 4 2 )固定塊 (3 5 )螺栓 (3 6 )固定元件 (6 0 )基座 (6 0 0 )螺桿 (6 0 1 )結合片 (61)定位片 (6 1 0 )螺孔 (6 2 )固定座 (6 2 0 )結合柱 (6 2 1 )螺孔 (6 2 2 )固定柱 (6 2 3 )固定孔 (6 3 )墊片 (6 3 0 )連接環 (6 3 1 )墊體 (6 3 2 )固定塊M255288 新型 Description of new style: [Technical field to which new style belongs] This creation is about a raised floor, especially a raised floor with a more stable structure. [Previous technology] * Due to the advancement of network technology, seeing that building design gradually moves towards network building, the so-called network building is when the building is built, that is, various types of electricity are set up in its interior. It is like a network transmission line. Through the installation of a complete network transmission line, it can meet the needs of the new generation of the Internet that can be accessed everywhere. Today, most buildings with network lines use elevated floors, or network floors. It uses a plurality of support bearings to place the floor unit up from the physical ground of the building to a predetermined space, and the floor The space between the unit and the physical floor of the building can be installed for network routes or electrical regulations, and then the line is routed from the floor at an appropriate location. In this way, the intricate network routes and Cables can not only maintain the aesthetics of buildings and spaces, but also enhance the use of buildings and spaces. When assembling the floor of the driving rack, the support brackets are mostly placed and fixed at predetermined positions on the floor, and the four corners of the floor unit are placed on the support brackets. The 4 decoration makes the raised floor look beautiful. As shown in the fifth figure, the traditional support bearing is composed of a base (60), a positioning piece (61), a fixed seat (62), a washer (63) and a bolt (64). Among them: M255288 The base (60) is riveted by the screw (60q) and the binding piece Mu); the positioning piece (6 1)-the end is provided with a screw through which the screw (600) of the base (60) passes The hole (6 1 〇); the fixing base (62) is a square piece body, and a binding post (6 2 〇) with a screw hole (6 2 1) is arranged in the center, and the lower end of the screw hole (6 2 :) can be The screw (600) for the base (60) is screwed, and the four sides of the square plate are provided with fixing posts (6 ^ 2) with fixing holes (623) on the top, and the bolts (6 4) can be installed on the floor. When the unit (not shown) is placed on the fixing base (62), it is screwed with the upper end of the screw hole (62) of the binding post (62) to clamp the floor unit; the gasket (63) is for The floor unit is prevented from directly impacting the fixing base (6 2), and is arranged on the fixing base (62), which has a connecting ring (630). Four carcasses (631) are arranged around the connecting soil, and each pad The lower end of the body (63 1) can be fixed and fixed. Fixing block (632) of fixing hole (623) of column (622). However, when the conventional raised floor is assembled, the four corners of the floor unit are easily deformed due to the locking of the bolt, and the reaction force of this deformation will cause the bolt and the raised floor to become stuck. At this time, the bolt is not easy to remove, which is very inconvenient in use. In addition, the combination effect between the floor unit of the traditional raised floor and the support seat is not very good. Once the earthquake comes and generates vibration, the floor unit and the support seat may be deformed. In addition, the "traditional support base" and the fixed floor of the floor are mostly riveted by M255288 screw and the joint piece. Because the screw cuts the thread, its end will appear inclined, so if the riveting technology is not good It is easy to combine the screw and the combined piece into an inclined state, that is, the screw cannot be perpendicular to the combined piece 'so-then, the raised floor cannot be smoothly combined with the support seat' and therefore needs to be improved. [New content] In view of the above-mentioned defects in the assembly and use of the raised floor and the seat, the creator has actively carried out research and improvement to improve the lack of the conventional structure. After continuous testing and efforts, he finally developed This creation. The main purpose of this creation is to provide a raised floor and its support seat which have a more stable combination effect and can reduce the defective products of each part during production. In order to achieve the above-mentioned creative purpose, this creative system adopts the following technical means to achieve it. Among them, this creative work includes a floor unit, which is a square plate, with positioning recesses at the upper ends of its four corners, and the lower end. There are positioning holes, and a notch is provided on each side close to the positioning recess, and a recessed edge is provided below the notch; a supporting rod body; two ends of the supporting rod body are provided with perforations; a supporting seat is composed of a base and a positioning piece; It consists of a fixed seat, a support washer and a bolt. Among them: the base is riveted by a screw and a combination piece, and the screw is provided with a positioning ring piece with a larger outer diameter than the screw at the riveted end; M255288 retaining ring with screw holes through which the base screw penetrates; the fixing seat is a square piece, and a knot with a screw hole is arranged at the center of the square piece. The center of the four sides of the square piece is extended with screw holes. A fixing post with a fixing hole at the top is provided in the middle of the fixing piece, the screw fixing piece and the binding post. The four corners of the square piece body are provided with positioning rod support pads that can be inserted into the positioning dagger of the floor. The connecting ring placed on the top surface of the combined column is provided with four pads around the connecting ring, and the lower end of each pad is provided with a fixing block that can be fixed to the fixing hole of the fixing column; a bolt, which is fastened and fixed on the fixing seat The upper end of the screw hole of the coupling post is used to clamp the floor unit. The connection ring placed on the top of the binding column can avoid the deformation of the corner of the floor unit caused by the screw inspection and locking. The base screw is provided with a positioning ring piece which is larger than the screw at the end of the joint. In combination with Pana, no skew will occur, so the overall structural stability can be improved. [Embodiment] Please refer to the first and second figures. The raised floor of this creation includes: a plate unit (10), which is a square plate, and positioning recesses (11) are provided at the upper ends of its four corners. A positioning hole (13) is provided at the lower end, and a notch (1 2) is provided at each side close to the positioning recess (11). Below the notch (1 2), there is a recessed edge (1 4 wide supporting rod body (20 ), The support rod body (20) is provided with perforations (2 1) at both ends, and · positioning pieces (support seats (30), which are composed of a base (3 workers) M255288 32) and a fixed seat (33) Gu Gu H rQ / 1,) Support pad (34) and bolts (3 5), where: the base (3 1) is riveted by a screw (3 1 0) and a connecting piece (3 丄 丄) The screw stem (q η A, 1 〇) is provided with a positioning ring piece (3 workers 2) with a larger outer diameter than the screw (310) at the riveted end; the positioning piece (32) is provided with a center at the end to form a base The retaining ring (32) of the screw hole (320) penetrated by the screw seat (31) of the seat (31); the fixing seat (33) is a square piece body, and the center is provided with a hole (331) ) 'S binding column (33〇), in a square plate A screw hole (3 3 2) with a screw hole (3 3 3) extends outward from the center of the side, and a fixing hole (335) is provided at the top between the screw pin (3 3 2) and the coupling post (3 3 0). ) Of the fixed column (334), four corners of the square plate body are provided with positioning rods (3 3 6) that can be inserted into the positioning unit L (丄 3) of the floor unit (丄 〇); a support cymbal plate (34), The utility model has a connecting ring (340) which can be placed on the top surface of a coupling ring (330). Four pad bodies (341) are arranged around the connecting ring (340). Each pad body (341) is provided under the pad. There is a cabinet fixing block (3 4 2) that can be fixed to the fixing hole (335) of the fixing post (334); a bolt (3 5), which is a combination post (3 3 〇) fixed to the fixing seat (3 3) The upper end of the screw hole (3 3 1) is clamped to the floor single charge (1 0). The connecting ring (34) placed on the top of the binding post (3 30) can be M255288 to avoid the bolt (3 5) being locked. The deformation of the corner of the floor unit (丄 〇) is caused, and the screw (3 1 0) of the base (3 1) is provided with a positioning ring piece (3 丄 2) having a larger outer diameter than the screw (3 1 〇) at the riveted end. ), So no distortion occurs when riveted with the bonding piece (311) The oblique phenomenon, so the overall structural stability can be improved. Please refer to the first to fourth figures. When creating and assembling, first make the retaining ring (32) of the positioning piece (32) work upward, and make The base (31) screw (31) passes through the screw hole (32) of the positioning piece (32) from the bottom up, and simultaneously positions the positioning μ (3 2) on the screw (3). 4. Fix the fixed seat (33) of the support base (30) to the recording post ... on the screw # (31〇) of the lower end of the screw hole (331) = (31), and make the positioning piece (32) The fixing bracket (3 2 1) abuts on the lower end of the screw hole (33 mm) of the coupling post (33), to position the fixing seat (33), and the support rod body (20) is inspected by screws, screws, etc. The fixing element (3 6) penetrates the supporting rod body (the perforation (2) of the 2 及) and the screw hole (333) on the screwing piece (332) of the fixing base (33) to fix the two, and will support the gasket (34) The fixing block (342) of the pad body (341) is inserted into the fixing hole (3 3 5) of the fixing post (3 3 4) of the fixing seat (33), and the connecting ring (3) of the support pad (34) 4 0) placed on the top surface of the combination post (33㈧), and then the floor unit (10) The positioning hole (13) is combined with the positioning lever (336) of the fixing seat (33), and at the same time, the positioning recess at the corner (id ring is set in the circle of the screw hole (331) of the coupling post (3 30)) Fix the bolt (35) to the upper end of the screw M255288 hole (3 3 1) of the coupling post (33) to clamp the floor unit (10). After the assembly, the network and electrical lines between the raised floor and the floor i can be extended outward through the concave edges (1 4) and the gaps (12) of the edges of the floor unit (10). Due to the combination of the positioning ability (3 3 6) of the floor unit (1 0) through the positioning hole (1 3) and the fixing seat (3 3), the combination and stability of the two can be improved, and because of the support gasket ( The connecting ring (34) of 34) is placed on the top surface of the coupling post (330), so the bolt (35) is captured on the floor unit (10), and the floor unit (10) Corner · Because the branches of the connecting ring (340) will not be deformed, and because of each branch, the supporting rods (20) are set between the supports (30) to support the floor singles (1 〇) Edge, so the support strength after combination can be improved ^, because the positioning piece (32) screw hole (32) is provided with a retaining ring (32), it is tightly combined with the fixed seat (3 3) The degree can be increased, so that the positioning effect of the fixed seat (3 3) is better. [Schematic description] (I) Schematic part The first picture is an exploded view of the use of the creation. The second picture is a three-dimensional exploded view of the support base and support rod of the creation. Fig. 0 The third picture is a cross-sectional view of the creation. The fourth picture is the top view of the use state of the creation. The fifth figure is an exploded perspective view of a conventional support base. (II) Symbols for component 12 M255288 (1 〇) Floor unit (1 1) Positioning recess (1 2) Notch (1 3) Positioning hole (1 4) Concave edge (2 0) Support rod body (3 0) Support bearing Seat (31) base (3 1 0) screw (3 1 1) coupling piece (3 1 2) positioning ring piece (3 2) positioning piece (3 2 0) screw hole (3 2 1) retaining ring (3 3) Fixing base (3 3 0) Binding post (3 3 1) Screw hole (3 3 2) Screw fixing piece (3 3 3) Screw hole (3 3 4) Fixing post (3 3 5) Fixing hole (3 3 6) Positioning rod (3 4) Support pad (3 4 0) Connection ring 13 M255288 (3 4 1) Pad body (3 4 2) Fixing block (3 5) Bolt (3 6) Fixing element (6 0) base Seat (6 0 0) screw (6 0 1) combination piece (61) positioning piece (6 1 0) screw hole (6 2) fixed seat (6 2 0) combination post (6 2 1) screw hole (6 2 2 ) Fixing post (6 2 3) Fixing hole (6 3) Gasket (6 3 0) Connecting ring (6 3 1) Pad body (6 3 2) Fixing block