1264488 九、發明說明： 【發明所屬之技術領域】 本發明係關於樓板懸吊結構，尤指一種於樓板之結構體設 複數突緣，如此，當相鄰樓板互相結合後，利用前述突緣以產 生適當之結合再於結構體之小平面設懸吊體，如此，可 且利用别述之間隙為待懸吊之物件伸入並勾扣於前述懸吊 體，藉以作為物件懸吊之功能，增進樓板之實用設計。 【先前技術】 按習知樓板，如公告第3 9 7 〇 8 4號：樓層板懸吊系 統’該第-種習知樓板，設平板部份及複數補強體，補強體再 <倒錐狀懸吊槽/或菱形懸吊槽以為定位塊放置，如此定位塊 再為任意用途之吊桿栓合，即可形成懸吊物品之懸吊槽。其缺 點為懸吊槽開口太大，造成樓層板之防火時效降低，及以定位 塊為吊桿吊設，元件複雜，減緩施工速度，增加施工成本。 又如公告第3 4 4 3 9 5號：縮口肋型鋼承板之構造，則 係於鋼承板體係於貼合部設有模型肋，於楔型肋再設密接炭 體，如此當混凝土澆置後，以利用該密接崁體形成較佳之握裹 性，以使鋼承板可以與混凝土間產生最佳之立體結合狀態。但 其缺點為該鋼承板無法被懸吊物件，造成以該鋼承板完成之建 築物，欲懸吊輕鋼架及空調風管等之困擾與問題。 另如公告第5 7 5 0 3 6號··具較長跨具之複層鋼成板， 該第二種習知之鋼承板有如前述第二種習知者一般，均無法被 懸吊物件，如此，當以樓板為基材施工完成之建築物，要再進 行輕鋼架；或燈具；或是電氣管路施工時，必須再辅以各種工 具，才能將前述之懸吊物件充分固定，增加施工成本，且又直 5 1264488 接破壞樓板結構，減少防火效能與安全性。 改广二本發明者特針對前述習知者之結構缺點.加以研究 改良，乃發明本案。 几 【發明内容】 :有之在提供一種方便懸吊物件，又可以保持樓板應 •料〃防火效果，確保建築物建築品質與效用之樓板 恝吊結構。 本發明之特點： 1.本發明之樓板懸吊結構，樓板可為任意形狀並設有平 板面平板面5又結構體，結構體並設小平面，&位於兩側結構 體並設結合部。 2 ·本發明之樓板懸吊結構，於結構體設複數突緣，當相 邰樓板互相結合後，利用前述突緣以產生適當之結合間隙。 3 ·本發明之樓板懸吊結構，於結構體之小平面設懸吊 體，懸吊體可被物件懸吊，藉以作為物件懸吊之功能。 4 ·本發明之樓板懸吊結構，於結構體之小平面設懸吊 體，其中相鄰之懸吊體係具備不同之凹設深度，方便物件懸吊 定位。 【實施方式】 如此，為使貴審查員可充份丁解本發明，茲依附圖式解 說如下： 如圖一〜四所示，本發明之樓板懸吊結構，包含·· 樓板，樓板可以製成任意形狀，及樓板1並設平板面1 0，平板面10可以為平面狀或適當之波浪或是設複數貫穿 孔，平板面1 0並設延伸之結構體1 1，結構體1 1可以依據 6 1264488 樓板之金屬基材之長度而製成單一結構體或是複數結構體， (本發明以複數之結構體解說），及位於樓板1最外侧之結構 體1 1並設對應之結合部1 2、1 3，及前述結構體1 1設小 直立面1 1 〇，且於結構體之小直立面1 1 0並設複數之突緣 11 1 (參第一、三及四圖所示），突緣111以設置於相鄰 樓板1、1A之結合部1 2或1 3最為理想，其目的乃當相鄰 之樓板利用前述之結合部1 2、1 3互相結合時（參第四圖）， 可以利用前述突緣1 1 1抵頂於互相結合，且呈相鄰之樓板1 A結構體1 1之小直立面11〇 (參第四及五圖），如此，將 於前述相鄰互相結合之樓板i、丄A二結構體工 1之二小直立 面1 10間產生適當間隙i 5 (參第五圖所示）。 又於前述結構體1 1之小平面1 12並設懸吊體14，懸吊體 14係由前述之小平面1 12直接加工形成，及相鄰之懸吊體 14、14A係具備不同之凹設深度，如此，當物件被懸吊於 凹設深度較深之懸吊體14時，可再利用凹設深度較淺之懸吊 體14為懸吊物件定位，達到懸吊操作更方便實用之設計。 當如前述’於相鄰二樓板1、1A利用前述結合部1 2、 13互相結合時（參第四圖），可將前述懸吊體14完全包覆 並呈現完全隱藏狀之結構特徵，如此一來，可以利用前述間隙 15為待懸吊之物件伸入並勾扣於前述懸吊體14(參第五及 六圖）’藉以作為物件懸吊之功能，且採用隱藏式之懸吊體， &本樓板灌聚之過程’ m不會滲人樓板中，保持樓板之防 火時效，更可提高樓層板之實用設計，為本案之組成。 【圖式簡單說明】 第一圖：本發明之側視圖。 1264488 第二圖：如第一圖之A — A剖視圖。 第三圖：本發明之相鄰樓板互相結合之部分剖視圖。 第四圖：如第三圖之部分放大視圖。 第五圖：本發明之懸吊物件之剖視圖。 第六圖：本發明之立體視圖。 【主要元件符號說明】 樓板1、1 A、平板面1 〇、結構體1 1、結合部1 2、1 3、 小直立面1 1 0、突緣1 1 1、間隙1 5、小平面1 1 2、懸 吊體1 41264488 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a slab suspension structure, and more particularly to a structure in which a plurality of flanges are formed on a structural body of the slab, such that when adjacent slabs are joined to each other, the aforementioned flange is utilized Forming a suitable combination and then providing a suspension body on the facet of the structure body, so that the object to be suspended can be protruded into and hooked to the suspension body by using a gap described above, thereby functioning as an object suspension. Improve the practical design of the floor. [Prior Art] According to the conventional slab, such as the announcement No. 3 9 7 〇 8 4: floor board suspension system 'the first kind of conventional floor slab, set the flat part and the plural reinforcement body, the reinforcement body and then the reverse cone The suspension trough/or diamond suspension trough is placed for the positioning block, so that the positioning block is then tied for any purpose, and the suspension trough of the suspended article can be formed. The disadvantage is that the opening of the hanging trough is too large, which causes the fire aging of the floor panel to be reduced, and the positioning block is used as a boom to hoist, the components are complicated, the construction speed is slowed down, and the construction cost is increased. For example, in the announcement No. 3 4 4 3 9 5: the structure of the ribbed steel slab, the steel slab system is provided with a model rib at the fitting portion, and the carbon rib is further disposed on the wedge rib, so that when concrete After the pouring, the preferred grip is formed by using the close-knit body, so that the steel plate can produce an optimal three-dimensional joint state with the concrete. However, the disadvantage is that the steel carrier plate cannot be suspended, which causes the construction of the steel carrier plate, the problem of suspending the light steel frame and the air conditioning air duct. In addition, as disclosed in the announcement No. 5 7 5 0 3 6 · a multi-layered steel plate with a long span, the second known steel carrier plate has the same as the above-mentioned second conventional one, and cannot be suspended by the object. Therefore, when a building constructed with a slab as a base material is to be subjected to a light steel frame; or a luminaire; or when the electric pipe is constructed, it must be supplemented with various tools to fully fix the aforementioned suspended object. Increase construction costs, and directly damage the floor structure by 5 1264488, reducing fire safety and safety. The second inventor of the present invention specifically invented the shortcomings of the above-mentioned conventional ones. [Summary of the Invention]: In addition, it provides a floor sling structure that facilitates the suspension of objects and maintains the fireproof effect of the slab and ensures the quality and utility of the building. The invention has the following features: 1. The slab suspension structure of the invention, the floor slab can be of any shape and has a flat surface flat surface 5 and a structural body, and the structural body is provided with a small plane, & . 2) The slab suspension structure of the present invention is provided with a plurality of flanges on the structure body. When the slabs are joined to each other, the aforementioned flanges are used to generate a suitable joint gap. 3. The slab suspension structure of the present invention is provided with a suspension body on the small plane of the structure body, and the suspension body can be suspended by the object, thereby functioning as an object suspension. 4. The slab suspension structure of the present invention is provided with a suspension body on the small plane of the structure body, wherein the adjacent suspension system has different recessed depths to facilitate the suspension and positioning of the object. [Embodiment] In this way, in order to enable the inspector to fully understand the present invention, the following is a schematic diagram as follows: As shown in Figures 1 to 4, the floor suspension structure of the present invention includes a floor panel and a floor panel. In an arbitrary shape, and the floor panel 1 is provided with a flat surface 10, the flat surface 10 may be a flat shape or a suitable wave or a plurality of through holes, and the flat surface 10 is provided with an extended structural body 1 1. The structural body 1 1 may According to the length of the metal substrate of the 6 1264488 floor, a single structure or a plurality of structures are formed, (the present invention is explained by a plurality of structures), and the structural body 1 1 located at the outermost side of the floor 1 is provided with a corresponding joint portion. 1 2, 1 3, and the structure 1 1 is provided with a small erect face 1 1 〇, and a small façade 1 1 0 of the structure body is provided with a plurality of flanges 11 1 (refer to the first, third and fourth figures) The flange 111 is most preferably provided at the joint portion 1 2 or 1 3 of the adjacent floor slabs 1 and 1A, and the purpose thereof is when the adjacent slabs are combined with each other by the aforementioned joint portions 1 2 and 1 3 (refer to the fourth Figure), can be used to abut the top flange 1 1 1 to join each other, and is adjacent to the floor 1 A knot The small erect surface 11〇 of the structure 1 1 (refer to the fourth and fifth figures), so that a suitable gap will be created between the adjacent adjacent slab i, 丄A two structure body 1 bis small erect surface 1 10 i 5 (see Figure 5). Further, a suspension body 14 is disposed on the facet 12 of the structural body 1 1 , and the suspension body 14 is directly formed by the facet 12 12 described above, and the adjacent suspension bodies 14 and 14A have different concave shapes. The depth is set so that when the object is suspended in the recessed body 14 having a deep depth, the suspended body 14 having a shallow depth can be reused for positioning the suspended object, so that the suspension operation is more convenient and practical. design. When the adjacent two floor slabs 1, 1A are joined to each other by the aforementioned joint portions 1 2, 13 as described above (refer to the fourth figure), the suspension body 14 can be completely covered and exhibit a completely hidden structural feature, In one case, the gap 15 can be used to extend and hook the object to be suspended to the suspension body 14 (refer to FIGS. 5 and 6), thereby functioning as an object suspension, and adopting a hidden suspension body. , & the process of the slab filling process 'm will not infiltrate the floor, keep the fire aging of the slab, and improve the practical design of the floor slab. BRIEF DESCRIPTION OF THE DRAWINGS First FIG.: A side view of the present invention. 1264488 Second picture: A-A cross-sectional view as shown in the first figure. Fig. 3 is a partial cross-sectional view showing the adjacent floor panels of the present invention combined with each other. Figure 4: A partial enlarged view of the third figure. Figure 5 is a cross-sectional view of the suspended article of the present invention. Figure 6: A perspective view of the invention. [Description of main component symbols] Floor 1, 1 A, flat surface 1 结构, structure 1 1 , joint 1 2, 1 3, small erect 1 1 0, flange 1 1 1 , gap 1 5, facet 1 1 2, suspension body 1 4