M326034 八、新型說明： 【新型所屬之技術領域】 本新型係有關高架地板的支撐座，尤其是有關支撐座的組合 構件的改良。 【先前技術】 尚架地板廣用於各種領域，不論是工作間、建築工程、機台 安裝等，都佔有關鍵之地位。有許多有關高架地板的支撐座或稱 基座的專利，例如台灣專利第MI255878號、第1240035號、第 . 450290號、第225808號、第153708號等，或如圖7所示習用高 架地板的支撐座所揭示者；惟這些先前之技術有許多改善之空間。 茲以圖7所揭示習用的高架地板的支撐座為例。其支撐板 係從最外邊周圍設開口槽11A，當施工時，桁樑暫放於支撐板u 之開口槽11A中，此刻並未鎖上螺絲，由於地面不一定是平面而 使支撐板1A略為傾斜時桁樑6A很容易移位掉落，影響施工減低 -效率，甚至發生街樑6A落下傷人意外。高架地板的支揮座在做高 度調整時，需操作第-支揮軸2A上之二調整螺帽3A。由於螺帽 3A為規格品厚度較厚，使第—支揮軸2A的可調整範圍變小，否則 需要增長第—支_ 2A的長度反轉賴作上JM；方便.且第二 支樓轴4A頂端上必須加焊較厚的套接片4U，找通過較高_ 強度的測試。習用第-支揮軸2A為實讀造，不僅單位重 較費成本，且當第-支樓軸2A頂端的支揮板u上邊要鎖固塾片， 微調高度以適_同厚度的面板時，甚不容易蝴⑽頂端 M326034 進行錢孔攻牙之作^底座5A之固定孔51A均為小孔徑圓孔當 底座5A要配合在硬化的填膠上安裝膨脹螺絲時，定位鑽孔加工作 業易因偏斜而產生位移影響精準度，致使該孔因無法再鐵對應的 孔而增加再利用的困難度。第二支撐軸4A與底座5A間係採用焊 接結合，在包裝運輸、庫存儲備上因無法拆卸，均需佔用大量儲 存或運輸才積郎而;I；具實際效益，導致成本過高。尤其當現場 把工時’如果第二支雜4A與底座5A因地形高低起伏變化太大 超過第二域轴4A之設計高度而不夠長時，因為第二支揮轴4a 整批具有-朗長度，無法更換適合的高度的第二域軸4A即時 的處理接合’將影響整體玉程進度。在域板u微調高度時，習 用橡膠或郷㈣均與支雜1A A小相#，細不_形式，成 本較高也不能共贿不_支撐座上。但若改用下述本創作僅置 於支撐座的中央位置的_制時，因本創作的圓形塾片的面積 僅為習用塾片之四分之-，可省下四分之三面積的材料費用。習 用高架地板_板厚度因廠牌不同、型式不同往往厚度也不同， 往往無法共用…支撲座必須分別調高支揮不同的面板厚度時， 常常必需更換整座支抛’不僅影響工程進度，更會增加製造多 樣、多支的支撐座的成本支出。 【新型内容】 為了使已知高架地板的支撐座具有更佳的實用功能，而提出 本新型。 本新型的主要目的’在提供-種高架地板的支，在構造 M326034 上更簡化精良，以便於組裝、調整，提升工作效率。 本新型的另-目的’在提供—種絲地板的支撐座，在改善 構件之形狀尺寸，使獻時，構件#偷，且聽餅之發生。 本新型的又-目的，在提供—種高架地板的支撐座，在改善 構件之結合，使在包裝運輸、庫存儲備上更具效率，並簡化製造 組裝，以降低成本。 本新型的又-目的，在設計專用提供一種高架地板的支撐 座’在設計-廣泛而適用的塾片’增加穩固性及支樓強度，同時 節省材料，簡化施工，不必備用不同高度的支樓座，提昇工作效 率及以降低成本。 本新型的其他目的、功效，請參關式及實施例，詳細說明 如下。 【實施方式】 請參閱圖1、2、3、4、5所示。本新型高架地板的支撐座， 包括: 一支撐板1，在其外圍内，設有一組以上之固定槽Η及至少 一螺孔12。本新型之固定槽π實施例係呈兩個平行排列、相同大 小之長槽孔。如圖4所示，係為本新型的支撐板1與習用的支撐 板1A之比較圖式。 請先參閲圖6所示。與高架地板的支樓座配合施工之桁樑 的扣合部61由二可扣合之彎鉤所構成。當施工時，桁樑6的扣合 部61暫放於支撐板1上邊，因此時並未鎖上螺絲，扣合部61之 M326034 彎鉤恰可扣合於固定槽11之長槽孔内，確保桁樑6不會脫離支撐 板1上邊，可避免發生桁樑6掉落的意外。 一第一支撐管2,係為空心構造，外徑設有螺紋，第一支撐 管2的上端係結合於支撐板丨下邊。當支撐板丨的支撐面遇到= 同厚度的面板要做微調高度時，支撐板丨頂端要進行鑽孔攻牙藉 以固定不同的墊片或固定片，由於第一支撐管2為空心構造，^ 孔攻牙形成螺孔12便很容易進行施工。且空心的第一支撐管2也 較節省製造成本。 -調整固定板3，為具有適當支撲面積之板件。本實施例的 調整固雜3係呈約正方形狀，巾^之補強突緣31設螺孔％;補 強突緣31的周邊設有複數定位點33。調整固定板3的螺孔％螺 接第-支樓管2外徑之螺紋。圖2所示者為調整固定板3與習用 二調整螺帽3A之比較圖式。 -第二支撲管4 ’為t空管，賴套接第—支撑管2的下端， 藉由調錢定板3之特殊設計，不鶴作靈活迅速，且能達到較 南之支撐強度’故第二支撐管4頂部只需結合較薄之套接片（習 用構件，故未圖示），即可承受工作負荷。反之，圖7所示之習用 二個調整麵3A因為外徑較第二支料4A雜小，因此第二支 樓管4A頂部便需結合較厚之套接片4U才具有足夠支樓強度，否 則即承受不住壓力而先行變形。本新型之套接肢有與複數定位 點33相對應的定位g，定位槽分別套接定位點抑使固定板3置 於套接片的上邊時獲得定位不會轉動。 M326034 _紐5，為具有適當支飾積之板件。底座5關邊設適 當數目之長槽孔51。底座5的中心設套環52，與第二支樓管*的 底端緊密結合不會鬆脫、移位或斷裂。更可配合需要施工，直接 在現場更換第二支撐管4臨時組合改裝，工作時相當靈活方便， 不論拆卸組裝、運送儲存，均增加不少效益。本新型，由於長槽 孔51施工配合裕度較大，使本新型底座5容易精準調整鎖合於水 泥地板上。可避免如習用者，上膠硬化射能鑽孔鎖固膨麵絲， » 但當鑽圓孔位有些微歪斜時，則已鑽在水泥地面的圓孔將因偏斜 而無法再用以鎖SI膨脹螺絲，所以定位鑽孔加工非常困難。如圖3 所示，係為本新型的底座5與習知的底座5A之比較圖式。 凊參閱圖5所示。本新型的支撐板1的上方可結合不同厚度 的疋位墊片7及/或圓形墊片8,以作為支撐板1的支撐面的高度 之微調，因此當新舊或不同面板銜接時，不必更換不一樣的支樓 座也能克服板厚差異的問題。定位墊片7設有定位部71 ,也能適 籲 合不同面板規格的更換，如此一來，也能防止面板橫向位移，導 致面板落下，發生意外。使用時可利用螺絲13穿過定位墊片7及 /或圓形墊片8的中心孔鎖固於支撐板1的螺孔12内，使定位墊 片7及/或圓形墊片8固定於支撐板1的上邊。 本新型採用定位墊片7及圓形墊片8，配合螺絲13結合於支 樓座1的上方，確保在施工時不會脫落。且可避免在使用習用的 導電橡膠墊片或塑膠墊片7A時，如圖7所示，因規格未統一，當 更換、加裝等施工時，墊片無法固定，而增加施工困難。但新的 M326034 導電娜㈣或塑膠墊片72、81，如圖5所示，其尺寸設計可縮 小約為支撐板4之四分之一大小，以節省材料，降低成本。 本新型高架地板的支樓座，確保_ 6不會移位，可避免發 生咖落下意外。第-支樓管2為空心構造，使支樓板ι的鑽 孔攻牙更容易進行，以_螺絲13 _定位墊片7及圓形塾片 8。藉由調整固定板3之特殊設計，具有較高之支標強度，使第二 支撐管4頂部只需設置較薄之塾片圓帽，赖第—支樓管2之間 結合=置的調整靈活迅速。底座5巾心設套環52與第二支揮管4 為緊密壓縮配合，；Ϊ；論拆卸組裝、運送儲存，均增加不少效益。 底座5設長槽孔5卜使底座5容易精準鎖合於地板上，而提高面 板的施工品質。 以上所記載，僅為利用本新型技術内容之實施例，任何熟乘 本項技藝者運用本新型所為之修飾、變化，皆屬本新型主張之專 利範圍，而不限於實施例所揭示者。 M326034 【圖式簡單說明】 圖1為本新型高架地板的支撐座的立體示意圖。 圖2為本新型高架地板的支撐座的調整固定板與習用者之示意圖 圖3為本新型高架地板的支撐座的底座與習用者之示意圖。 圖4為本新型高架地板的支撐座的支撐板與底座習用者之示意圖 圖5為本新型定位墊片、圓形墊片之應用示意圖。 圖6為本新型高架地板的支撐座與桁樑之應用示意圖。 圖7為習用之高架地板的支撐座的立體示意圖。 【主要元件符號說明】 1支撐板 1A支撐板 11固定槽 11A開口槽 12螺孔 13螺絲 2第一支撐管 3調整固定板 2A第一支樓軸 3A調整螺帽 31補強突緣 32螺孔 33定位點 4A第二支樓轴 4第二支撐管 41A套接片 5底座 5A底座 51長槽孔 51A固定孔 52套環 61扣合部 71定位部 6 ' 6A桁樑 7定位墊片 7A、72、81墊片 8圓形墊片M326034 VIII. New description: [New technical field] This new type is about the support of the raised floor, especially the improvement of the combined components of the support. [Prior Art] Shangjiao flooring is widely used in various fields, and it has a key position in the workplace, construction, and machine installation. There are many patents on the support or base of the raised floor, such as Taiwan Patent No. MI255878, No. 1240035, No. 450290, No. 225808, No. 153708, etc., or as shown in Figure 7 for raised floor. The support is revealed; but these previous techniques have many room for improvement. For example, the support base of the raised floor disclosed in Fig. 7 is taken as an example. The support plate is provided with an open groove 11A from the outermost side. When the construction is carried out, the truss beam is temporarily placed in the open groove 11A of the support plate u. At this moment, the screw is not locked, and the support plate 1A is slightly omitted because the ground is not necessarily flat. When tilting, the truss beam 6A is easily displaced and dropped, which affects the construction reduction-efficiency, and even the street beam 6A falls and hurts people. The elevated floor support is required to operate the two adjustment nuts 3A on the first pivot shaft 2A when making the height adjustment. Since the nut 3A is thicker than the specification, the adjustable range of the first branching shaft 2A is made smaller, otherwise the length of the first branch _ 2A needs to be increased, and the JM is convenient; and the second branch shaft is convenient. A thicker sleeve 4U must be welded to the top of the 4A to find a higher _ strength test. The conventional first-supporting shaft 2A is a real reading, not only the unit weight is more expensive, but also when the slab of the slab on the top of the sill shaft 2A is to be locked, and the height is adjusted to a panel of the same thickness. , is not easy to butterfly (10) top M326034 for money hole tapping ^ base 5A fixed hole 51A are small aperture round hole when the base 5A should be fitted with the expansion screw on the hardened filler, positioning drilling operation easy The displacement affects the accuracy due to the skew, which makes the hole more difficult to reuse due to the inability to re-correlate the hole. The second support shaft 4A and the base 5A are welded and combined, and cannot be disassembled in packaging transportation and inventory storage, and need to occupy a large amount of storage or transportation to be integrated; I; with practical benefits, resulting in excessive cost. Especially when the work time is on site 'If the second miscellaneous 4A and the base 5A change too much because of the terrain fluctuation and the design height of the second domain axis 4A is not long enough, because the second branch shaft 4a has a -Leng length The inability to replace the appropriate height of the second domain axis 4A immediate processing engagement 'will affect the overall jade progress. When the domain board u fine-tunes the height, the conventional rubber or 郷 (4) is associated with the branch 1A A, which is not a _ form, and the cost is too high to be able to share a bribe. However, if the following creation is used only in the central position of the support seat, the area of the circular cymbal created by this creation is only four-quarters of the size of the conventional cymbal, which can save three-quarters of the area. Material costs. The use of raised floor _ plate thickness is different due to the different brands, different types, often different thickness, often can not be shared ... When the support block must be raised separately to support different panel thickness, often need to replace the entire support throw 'not only affect the progress of the project, It will increase the cost of manufacturing a variety of support seats. [New content] In order to make the support base of the known raised floor have better practical functions, the present invention is proposed. The main purpose of this new type is to provide a support for the raised floor, which is more simplified on the construction M326034, so as to facilitate assembly, adjustment and work efficiency. The other object of the present invention is to provide a support for the silk floor, which improves the shape and size of the member, allows the member to steal, and listens to the occurrence of the cake. The purpose of the present invention is to provide a raised floor support that improves the combination of components, makes packaging transport, inventory storage more efficient, and simplifies manufacturing assembly to reduce costs. The purpose of this new-purpose, in the design of a support for the provision of a raised floor 'in the design - a wide range of suitable slabs' to increase the stability and strength of the building, while saving materials, simplifying the construction, without having to spare the branch of different heights Block, improve work efficiency and reduce costs. For other purposes and functions of the present invention, please refer to the related examples and examples, and the details are as follows. [Embodiment] Please refer to Figures 1, 2, 3, 4, and 5. The support base of the novel raised floor comprises: a support plate 1 having a plurality of fixing slots and at least one screw hole 12 in the periphery thereof. The fixed groove π embodiment of the present invention is a long slot having two parallel rows and the same size. As shown in Fig. 4, it is a comparative diagram of the new support plate 1 and the conventional support plate 1A. Please refer to Figure 6 first. The fastening portion 61 of the truss beam that cooperates with the support of the raised floor is composed of two hooks that can be engaged. When the construction, the fastening portion 61 of the truss beam 6 is temporarily placed on the support plate 1 , so that the screw is not locked, and the M326034 hook of the fastening portion 61 can be fastened into the long slot of the fixing slot 11 . It is ensured that the truss 6 does not detach from the upper side of the support plate 1, and the accident that the truss 6 is dropped can be avoided. A first support tube 2 is of a hollow structure, the outer diameter of which is provided with a thread, and the upper end of the first support tube 2 is coupled to the lower side of the support plate. When the support surface of the support plate meets the panel of the same thickness to be fine-tuned, the top of the support plate is drilled and tapped to fix different gaskets or fixing pieces. Since the first support tube 2 is hollow, ^ Hole tapping to form the screw hole 12 is easy to construct. The hollow first support tube 2 also saves manufacturing costs. - Adjusting the fixing plate 3 as a plate having an appropriate area of the flap. The adjustment solid 3 of the embodiment has a square shape, and the reinforcing flange 31 of the towel has a screw hole %; and the periphery of the reinforcing flange 31 is provided with a plurality of positioning points 33. Adjust the screw hole % of the fixing plate 3 to screw the thread of the outer diameter of the first branch pipe 2. Fig. 2 shows a comparison of the adjustment fixing plate 3 and the conventional two adjusting nut 3A. - The second pipe 4' is a t-tube, and the lower end of the first-support pipe 2 is spliced. With the special design of the money-fixing plate 3, the crane is not flexible and can reach the support strength of the south. Therefore, the top of the second support tube 4 can be subjected to a workload only by being combined with a thin sleeve piece (a conventional member, not shown). On the contrary, the conventional two adjustment faces 3A shown in FIG. 7 have a smaller outer diameter than the second material 4A, so that the top of the second branch pipe 4A needs to be combined with the thicker sleeve piece 4U to have sufficient strength of the building. Otherwise, it can not withstand the pressure and deform first. The socket body of the present invention has a positioning g corresponding to the plurality of positioning points 33, and the positioning grooves respectively sleeve the positioning points so that the fixing plate 3 is positioned on the upper side of the socket piece to obtain positioning and does not rotate. M326034 _ New 5, is a plate with appropriate support. The base 5 is provided with a suitable number of long slots 51. The center of the base 5 is provided with a collar 52 which is tightly coupled to the bottom end of the second branch pipe* and does not come loose, displaced or broken. It can also be used in conjunction with the need for construction. The second support tube 4 is directly replaced on site to be temporarily combined and modified. It is quite flexible and convenient to work, and it has many benefits, regardless of disassembly, assembly and transportation. In the present invention, the construction of the long slot hole 51 has a large tolerance, so that the base 5 of the present invention can be easily adjusted and locked on the cement floor. It can be avoided, as in the case of the application, the sizing hardening can drill the locking expansion wire, » but when the drilling hole is slightly skewed, the hole that has been drilled on the concrete floor will be unable to be locked due to the deflection. SI expansion screws, so positioning drilling is very difficult. As shown in FIG. 3, it is a comparison diagram of the new base 5 and the conventional base 5A.凊 See Figure 5. The support plate 1 of the present invention can be combined with the clamping pads 7 and/or the circular spacers 8 of different thicknesses to be used as a fine adjustment of the height of the support surface of the support plate 1, so that when new or old panels are connected, It is also possible to overcome the problem of the difference in thickness without having to replace a different branch. The positioning pad 7 is provided with a positioning portion 71, which can also be adapted to replace the different panel specifications. In this way, the lateral displacement of the panel can be prevented, causing the panel to fall and an accident occurs. When used, the screw 13 can be locked in the screw hole 12 of the support plate 1 through the center hole of the positioning pad 7 and/or the circular pad 8 to fix the positioning pad 7 and/or the circular pad 8 to The upper side of the support plate 1. The present invention adopts a positioning washer 7 and a circular spacer 8 which are coupled with the screw 13 above the support base 1 to ensure that it does not fall off during construction. Moreover, when using the conventional conductive rubber gasket or the plastic gasket 7A, as shown in Fig. 7, since the specifications are not uniform, when the construction is replaced or installed, the gasket cannot be fixed, and the construction is difficult. However, the new M326034 conductive nano (4) or plastic spacers 72, 81, as shown in Figure 5, can be reduced in size by about a quarter of the support plate 4 to save material and reduce cost. The new elevated floor support ensures that the _ 6 will not shift and avoid accidents. The first branch pipe 2 has a hollow structure, which makes it easier to drill the tapping of the branch floor ι, with the _screw 13 _ locating washer 7 and the circular cymbal 8 . By adjusting the special design of the fixed plate 3, it has a higher standard strength, so that the top of the second support pipe 4 only needs to be provided with a thin round dome cap, and the adjustment between the first and the branch pipes 2 is adjusted. Flexible and fast. The base 5 is provided with a collar 52 and a second tube 4 for tight compression fit; Ϊ; disassembly assembly, transport and storage, all add a lot of benefits. The base 5 is provided with a long slot 5 to make the base 5 easy to accurately fit on the floor, and to improve the construction quality of the panel. The above description is only for the use of the embodiments of the present invention, and any modifications and variations of the present invention by those skilled in the art are intended to be within the scope of the present invention, and are not limited to the embodiments disclosed. M326034 [Simple description of the drawing] Figure 1 is a perspective view of the support base of the new raised floor. Fig. 2 is a schematic view showing the adjustment fixing plate of the support base of the novel raised floor and the occupant. Fig. 3 is a schematic view showing the base and the user of the support base of the new raised floor. Fig. 4 is a schematic view of the support plate and the base of the support base of the novel raised floor. Fig. 5 is a schematic view of the application of the new positioning gasket and the circular gasket. Fig. 6 is a schematic view showing the application of the support base and the truss girder of the novel raised floor. Figure 7 is a perspective view of a support base for a conventional raised floor. [Main component symbol description] 1 support plate 1A support plate 11 fixing groove 11A opening groove 12 screw hole 13 screw 2 first support pipe 3 adjustment fixed plate 2A first branch shaft 3A adjustment nut 31 reinforcing flange 32 screw hole 33 Positioning point 4A second branch shaft 4 second support tube 41A sleeve piece 5 base 5A base 51 long slot hole 51A fixing hole 52 collar 61 fastening portion 71 positioning portion 6 '6A 桁 beam 7 positioning washer 7A, 72 , 81 gasket 8 round gasket