五、新型說明： 【新型所屬之技術領域】 本創作財_合式的地板，尤其是細組合式的高架活 動地板之間的間隙結構，以提供新的處理工法。 【先前技術】 台灣專利公告第510382號揭示一種高架地板之改良，包 括在-鋼板及-魏鑛之相對表面塗佈—層黏著劑，經由高 壓結合-體，以形成一基板，使該基板具備抗壓及不易挽曲變 形之特性，隨即將該基板裁切所欲尺寸，並將其四周以一封邊 條進行封邊，而成為一高架地板。 台灣專利第M311719號揭示一種高架地板之面板改良，該 高架地板係由-主體、-面板及數邊框膠條所組成，面板相鄰 於主體上、下覆板之每—周邊，各保留有較薄唇緣部，供成〔 形之邊框膠條能-併將主體之上、下覆板及該面板唇緣部予以 扣合密封。 上述南架地板的封邊條或邊插膠條與地板的上表面等 阿，施工時若因面板厚度平坦度致使接縫處不平時，容易使兩 相接觸的封雜或邊轉條突出地板的上表面，形成參差不平 的隋况，不僅會影響地板組合後整體的平整度，且亦會影響地 板組合後整體的美觀。 傳統瓷磚、或石材地板的施工法，是使地板靠緊貼附於地 面上，以水泥墊平調整地板之間的厚度差異。相鄰地板之間也 可設有等咖_隙，施玉時再财泥翻_。天然或人造 石地板厚度較厚重量也重，Μ精度較差。傳統工法施作石= 類高架地板的施工難度高，重量重成本也較高，且施工方式完 全不-樣。_可個發泡雜及将填補地板_縫隙^ 若要拿起地板就要先賴工刀破壞填補縫隙的材料，填補縫隙 的材料被破壞後又不能重複使用，實在是美中不足。 【新型内容】 為了改良高架活動地板以提供新的H而提出本新 型。 本新型的主要目的，在提供一種以石材或人造石材類的 高架活動地板’使地板财較其面板的上端面㈣填縫條。 使組合高雜躺減不需翻發泡膠條及·填補地板間 的縫隙’可方便施：L、加快地板賴設作業的速度且降低作 業成本。另吸取地板時不需先用美工刀破壞填補縫隙的材 料不會破壞填縫條反而能重複使用或任意更移地板位置。 本新型的另-目的’在提供—種高架活動地板，使地板 具有較其面板的上端面低的填縫條，利用填縫條可保護地板 具有防撞、止水氣密、調整加卫誤差等魏，並可提供不同 的顏色、覓度及方向的變化的填縫條，增加石材高架活動地 板的線條美或界限導引區格之需要。 本新型的其他目的、功效’請參閱圖式及實施例，詳細說 明如下。 【實施方式】 如圖1'2所示’本新型高架活動地板丨，包括一面板u、 一基板12及填縫條13 ;面板η的下端面lu結合基板12 ; 填縫條13呈環狀與面板η的側面112相結合；填縫條13位 於面板11的上端面113的下緣。 本新型的高架活動地板1，係於施工前在工廠内先在面板 11的侧面112貼發泡材料的填缝條13、或鑲上中空、具彈性 的膠條等填縫條13，甚至附有軟襯的金屬填縫條13，而不必 在工地施作；因事前在工廠内加工所以不會耽搁地板丨的鋪設 作業，因此可加快地板1的鋪設作業的速度且降低作業成本， 又可利用專用機使面板11的側面112結合填縫條13，品質較 穩定且製作速度更快。 如圖2所示，當多塊地板丨以支撐座2組合在一起時，可 使面板11之間留有間隙3，藉由相鄰的填縫條13彈性接觸， 可於面板11的上端面113的下緣封閉間隙3而有清潔、防水 氣密防撞、穩定的功能；且填縫條丨3不會有突出上端面113 造成面板11間不平整的情況。每塊地板丨都是獨立活動可自 由互換，取下高架活動地板丨也不必破壞填縫條13，填縫條 13除了有填縫的功能外並可長久使用，因此可使石材或人造 石材等高架活動地板的施工方式採用此種新工法更具進步性。 本新型地板1的填縫條13是在工廠内加工，使每一塊地 板11的側面112皆具有填縫條13，並非施工好再填縫的傳統 工法。填縫條13並非與面板u的上端面113料，反而是較 面板π的上端面m低若干距離；填縫條13可隨需要色調設 定顏色；填縫條13是薄片狀或異形條狀或其他特殊條狀，可 用貼合或鑲嵌方式固定在面板n的側自112 ;填縫條13的材 料必須吸水耗低具杨水魏，且必練#或發泡有彈性的 特性，而具有吸震、保護、吸音、耐久不錢形的特殊性。填 縫條13亦可具有較硬的插梢增加貼合的接觸面使填縫们3貼 合面板11後不易脫落。 該填縫條13的材料可為_'不會互相_、不具黏著性 的材料。填縫條13可為為軟質、硬質橡膠或塑膠材料或金屬 薄片遵條或金屬薄片護條加軟襯邊條之材料。塑膠硬質或新式 邊條的填縫條13具有保護地板1受撞而受損的功能。填縫條 13使地板1具有較高的接觸面邊可減少二塊地板丨之間因磨 擦造成的損壞或脫落。填縫條13可具有中空、雜結構的優 點是受壓面可以彈性變形使間隙獲得緩衝，並可修正加工公差 或誤差及可增加氣密性或止水。以塑膠或橡膠硬質或軟質的護 邊條作為高架活動地板人造石材或天然石材及瓷磚木板材等 的面板11側面112的填縫條13時，可保護地板1及具有防撞、 止水氣密、調整加工誤差等功能。 本新型可使用於不同材質的高架活動地板結構，如面板 11可為石材、人造石材、瓷磚、木板、人造木板、耐火板或 高壓櫝層板、塑膠地磚類等；面板U的側面112亦可設有結 0^00 合填縫條13的凹槽，使填縫條13的貼合定位更準確。基板 12可為鋁合金、鎂合金、合金鋼、天然或人造木板、特別調 製的專用尚張力水泥板等為複合結構之高架活動地板等。 面板11的材料若使用天然石材、人造石材瓷碑（拋光石 英磚）、天然或人造木板及特別調製的專用高張力水泥板材做 為、、·。構，可做為尚架的活動地板建材，使用於室内室外地坪。 利用本新型的地板1，作為地板間預留縫隙的施工法’有 如下之優點： 1. 大破咼架活動地板安裝施工好再填縫或不留縫的傳統工法 而且具有省時具有更進步性； 2. 無須破壞填縫材料即能使地板丨分離，使固定面板u的填 縫條13變成提取地板1而不會有與相鄰地板丨之間沾黏問 題的優點； 3. 填縫條13可保護地板1及具有防撞、止水氣密、修正加工 誤差等功能； 4·可提供不同義色、寬度及方⑽變化的填縫條13，增加 前述各種高架活動地板的線條美或界限導引區格之需要。 以上所記載，僅為利用本新型技術内容之實施例，任何熟 悉本項技藝者本新制為之修飾、變化，皆屬本新型主^ 之專利範圍，而不限於實施例所揭示者。 7 M378256 【圖式簡單說明】 圖1為本新型而架活動地板的不意圖。 圖2為組合本新型高架活動地板的示意圖 【主要元件符號說明】 1高架活動地板 11面板 111下端面 112側面 113上端面 12基板 13填縫條 3間隙 2支撐座V. New description: [New technical field] The creation of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ [Prior Art] Taiwan Patent Publication No. 510382 discloses an improvement of a raised floor comprising coating a layer of an adhesive on an opposite surface of a steel plate and a quartz ore, and forming a substrate via a high pressure bonding body to make the substrate resistant to pressure. And the characteristics of the deformation is not easy to bend, and then the substrate is cut to the desired size, and it is edged with a side strip to become an elevated floor. Taiwan Patent No. M311719 discloses an improvement of a raised floor panel which is composed of a main body, a panel and a plurality of frame strips, and the panel is adjacent to each of the upper and lower panels of the main body, and each of the panels is retained. The thin lip portion is provided for the shape of the frame strip, and the upper and lower cover plates and the lip portion of the panel are fastened and sealed. The edge banding or edge strip of the south frame floor is the same as the upper surface of the floor. If the seam is not flat due to the flatness of the panel thickness during construction, it is easy to make the two-phase contact or the edge strip protrude from the floor. The upper surface forms uneven conditions, which not only affects the overall flatness of the floor combination, but also affects the overall aesthetics of the floor combination. The traditional tile or stone floor construction method is to make the floor close to the ground surface and adjust the thickness difference between the floors with a cement pad. There can also be a gap between the adjacent floors, and Shi Yushi will turn over the money. Natural or artificial stone floors are thicker and heavier in weight and have a lower precision. The traditional method of applying stone = high-rise floor construction is difficult, heavy weight and cost, and the construction method is not the same. _Can be a foamy and will fill the floor _ crevice ^ If you want to pick up the floor, you must first destroy the material that fills the gap, and the material that fills the gap is destroyed and can not be reused. It is really a fly in the ointment. [New content] This new model was proposed to improve the raised raised floor to provide a new H. The main purpose of this new type is to provide an elevated raised floor in the form of stone or artificial stone, which makes the floor richer than the upper end of the panel (4). It is convenient to apply the combination of high-quality lie and reduce the need to turn over the styrofoam and fill the gap between the floors. L: Accelerate the speed of the floor-laying operation and reduce the operating cost. When the floor is sucked, it is not necessary to first use a utility knife to break the material that fills the gap without destroying the caulking strip, but it can be reused or moved to any other position. The other purpose of the present invention is to provide an elevated raised floor that allows the floor to have a lower seaming strip than the upper end surface of the panel. The sealing strip can be used to protect the floor from collision, water tightness and adjustment error. Waiting for Wei, and can provide different caulking strips with different colors, twists and directions, increasing the need for the line beauty or boundary guiding area of the stone elevated floor. Other objects and effects of the present invention will be described in detail with reference to the drawings and the embodiments. [Embodiment] As shown in Fig. 1'2, the present novel elevated raised floor sill includes a panel u, a substrate 12 and a caulking strip 13; the lower end surface of the panel η is combined with the substrate 12; the caulking strip 13 is annular The side surface 112 of the panel η is combined; the sealing strip 13 is located at the lower edge of the upper end surface 113 of the panel 11. The elevated raised floor 1 of the present invention is attached to a caulking strip 13 of a foamed material on the side 112 of the panel 11 or a caulking strip 13 such as a hollow, elastic strip, or even attached to the side of the panel 11 before construction. There is a metal lining strip 13 with a soft lining, and it is not necessary to be applied at the construction site; since it is processed in the factory beforehand, the laying operation of the floor raft is not delayed, so that the speed of laying the floor 1 can be accelerated and the operation cost can be reduced, and The side surface 112 of the panel 11 is combined with the sealing strip 13 by a special machine, and the quality is relatively stable and the manufacturing speed is faster. As shown in FIG. 2, when a plurality of floor sills are combined with the support base 2, a gap 3 is left between the panels 11, and the adjacent caulking strips 13 are elastically contacted, and the upper end faces of the panel 11 can be used. The lower edge of 113 closes the gap 3 to have a clean, waterproof, airtight, anti-collision, and stable function; and the caulking strip 3 does not have a protruding upper end surface 113 to cause unevenness between the panels 11. Each floor slab is freely interchangeable for independent activities. It does not need to break the caulking strip 13 when the raised floor is removed. The caulking strip 13 can be used for a long time in addition to the function of caulking, so that stone or artificial stone can be used. The construction method of elevated raised floor is more progressive with this new method. The seaming strip 13 of the novel floor 1 is machined in the factory so that the side 112 of each floor panel 11 has a seaming strip 13, which is not a conventional method of construction and refilling. The caulking strip 13 is not the same as the upper end surface 113 of the panel u, but is a few distances lower than the upper end surface m of the panel π; the caulking strip 13 can set the color according to the desired hue; the caulking strip 13 is a sheet or a strip shape or Other special strips can be fixed to the side of the panel n from the side of the panel n by fitting or inlaying; the material of the caulking strip 13 must have low water absorption and Yangshui Wei, and must be made with foam or elastic characteristics, and have shock absorption. The special nature of protection, sound absorption, and durability. The filler strip 13 may also have a stiffer tip to increase the contact surface of the fit so that the seams 3 are less likely to fall off after being attached to the panel 11. The material of the caulking strip 13 may be a material that does not adhere to each other and is not adhesive. The caulk 13 may be a soft, hard rubber or plastic material or a foil or a foil strip with a soft edging strip. The filler strip 13 of plastic hard or new side strips has the function of protecting the floor 1 from being damaged by impact. The caulking strip 13 allows the floor 1 to have a higher contact side to reduce damage or shedding caused by friction between the two floor sills. The advantage that the sealing strip 13 can have a hollow, heterostructure is that the pressure receiving surface can be elastically deformed to cushion the gap, and the machining tolerance or error can be corrected and the airtightness or water stop can be increased. When the plastic or rubber hard or soft edge strip is used as the joint strip 13 on the side 11 of the panel 11 of the raised floor artificial stone or the natural stone and the tile wood board, the floor 1 can be protected and the airtight and watertight airtightness can be protected. , adjust the processing error and other functions. The novel can be used for the elevated raised floor structure of different materials, for example, the panel 11 can be stone, artificial stone, ceramic tile, wood board, artificial wood board, fireproof board or high pressure layer board, plastic floor tile, etc.; The groove of the 0^00 joint filling strip 13 is provided, so that the fitting position of the sealing strip 13 is more accurate. The substrate 12 may be an aluminum alloy, a magnesium alloy, an alloy steel, a natural or artificial wood board, a special-purpose tension concrete board specially decorated, and the like, and an elevated raised floor of a composite structure. The material of the panel 11 is made of natural stone, artificial stone porcelain stone (polished stone brick), natural or artificial wood board, and special high-strength cement board specially prepared. Structure, can be used as a raised floor building material, used in indoor and outdoor floors. The use of the new floor 1 as a construction method for the gap between the floors has the following advantages: 1. The large-breaking truss raised floor is installed and the traditional method of refilling or not leaving the seam is more time-saving and more progressive. 2. The floor sill can be separated without breaking the caulking material, so that the caulking strip 13 of the fixing panel u becomes the floor 1 without the problem of sticking to the adjacent floor sill; 3. the caulking strip 13 can protect the floor 1 and has the functions of anti-collision, water tightness and airtightness, correction of machining error, etc. 4. It can provide the sealing strip 13 with different color, width and square (10) changes, and increase the line beauty of the above various raised raised floor or The boundary guides the need for a compartment. The above description is only for the embodiments of the present invention, and any modifications and variations made by the present invention are the scope of the present invention, and are not limited to the embodiments disclosed. 7 M378256 [Simple description of the diagram] Figure 1 is a schematic view of the new type of raised floor. Figure 2 is a schematic diagram of the combination of the new raised raised floor. [Main component symbol description] 1 elevated raised floor 11 panel 111 lower end 112 side 113 upper end 12 base plate 13 caulk 3 gap 2 support