201034769 六、發明說明： 【發明所屬之技術領域】 本發明係關於複合鋼板，尤指一種利用高壓成型的方法，將 鋼板與結構層結合成-體’即可製成本發明具有防火或裝飾效果 之複合鋼板。 【先前技術】 少習知複合鋼板’如台灣新型公告第458052「複合鋼板結構」， 係由上、下層鋼板，在上、下層鋼板設發泡層。其缺點為發泡材 ο =防火或耐燃效果’於發生火災時，料造成人賴傷與 大量的損害。 ^如台灣新型第Μ282085號「發泡材複合鋼板改良結構」，在 另一金屬背板之間設置發泡材料。其缺點為發泡材 i量=§燃效果’於發生火災時’容易造成人員損傷與財物 述各ίί者積t年各式鋼板之製造與施工經驗，乃就前 江各駕♦者之缺點加以改進，而發明本 【發明内容】 ” 〇 板，板備义或裝飾效果之複合鋼 或^效Ϊ板具備真正之防火;或耐燃、或隔音;或隔熱; 成一ί發:ilii: 反主3以j壓方法將鋼板與結構層結合 具有=或耐即可讓建築物 麵板’其中結構層，由石鳩；或岩棉；或陶 【實施方式】 如下。：、吏貝審查員可以充分了解本發明，兹依附圖示解說 如圖1所示’係本發明複合鋼板之製造示意圖，本製造方法 201034769 至少包含： 鋼板1，鋼板1可為平面鋼板或浪型鋼板或琉璃鋼板；或各 種形狀之鋼板構成。 結構層2 ’則由石夕耐板；或岩棉；或陶竟棉；或紫針棉構成， 石夕耐板；或岩棉；或陶:£棉；或紮針棉之密度可依據需要製成， 密度越高，單位重量越重，防火；或耐燃；或隔音；或隔熱之效 果就會不同。 Ο 〇 、如^ ’要將前述鋼板1與結構層2結合，則是以高壓成型方 法f ’同壓壓力必須大於100嘲以上，即以將鋼板i與結構層2 結合成一體，並製成本發明之複合鋼板。 是以，如圖2〜9，就是利用本發明製造方法製成之各式複 f鋼板之成品實施例，當穌發明之製造方法並非.僅限於上述圖 ^〜9之實施例’ κ要是將鋼板與結構層 本發明得以為之者。 疋 ^圖2〜5所示，乃是製成單面鋼板i之複合鋼板各式實施 例，亦即該種單面鋼板之實施例，係以結構層2與鋼板i結 一體’並可與各式形狀之鋼板丨結合。 如圖6所示’乃是製成另一種單面鋼板1之複合鋼板實施 列丄亦即該種單面鋼板之實細，係於結構層2之—面與鋼板】 結曰成一體，且於結構層2之側邊20再另以金屬包邊材4包覆之。 _ 圖3或6所示’該種單面鋼板1之複合鋼板實施例，可於 ':構f ί之一面以塗料21魏之，讓複合鋼板產生另一種視覺美 " ，即可以本複合鋼板取代石材或磁碑，形成一種外飾板。 兮插德H所示，乃是製成雙面鋼板1之複合鋼板實施例，亦即 ίΐΐϊ板之實施例，係以結構層2與上下各—鋼板la、lb結 I偏90’ ^可將鋼板1a、lb之兩側10向内彎折包覆於結構層2 之側邊20 ’當然不彎折包覆亦可。 :二ΐΐ雙、'、Q構層2a、2b之實施例’係以上、下結構層2a、2b ” '中央之鋼板1結合成-體，即可製成本發明之複合鋼板。 201034769 而結構層2a、2b可由相同密度或不同密度組成。 如圖9所示，乃是製成複數結構層2a、2b、2c之複合板實 施例’亦即該種複數結構層2a、2b、2c之實施例，係以上、中、 下結構層2a、2b、2c結合成一體，結構層2a、2b、2c可由相同密 度或不同密度組成，以製成本發明之複合鋼板。 如圖1 0所示，則是本發明複合鋼板之運用例，可於樓層板 5的上方先以複合鋼板6舖設，再於複合鋼板6之上方舖設金屬板 7 ’即可製成防火；耐燃；或隔音；或隔熱之綠色環保金屬建築物。201034769 VI. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a composite steel sheet, and more particularly to a method for forming a fire-resistant or decorative effect by combining a steel sheet and a structural layer into a body by a method of high-pressure molding. Composite steel plate. [Prior Art] Less conventional composite steel plates, such as Taiwan's new bulletin No. 458052 "Composite steel plate structure", consist of upper and lower steel plates with foam layers on the upper and lower steel plates. The disadvantage is that the foam material ο = fireproof or flame resistant effect. In the event of a fire, the material causes damage and a large amount of damage. ^ For example, Taiwan's new type No. 282085 "Improved structure of foamed composite steel sheets" is provided with a foaming material between the other metal back sheets. The shortcoming is that the amount of foaming material i = § flammable effect 'in the event of a fire' is easy to cause personal injury and property description. 经验 者 者 积 t t t t t t t t t 各 各 各 各 各 各 各 各 各 各 各 各 各 各 各 各 各 各Improvements, and the invention [invention] 】 〇 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The main 3 combines the steel plate and the structural layer by the j pressure method with = or resistance to allow the building panel 'the structural layer thereof, by the stone shovel; or the rock wool; or the pottery [embodiment] as follows:: mussel examiner The present invention can be fully understood, and the manufacturing diagram of the composite steel sheet of the present invention is shown in FIG. 1 according to the accompanying drawings. The manufacturing method 201034769 includes at least: a steel sheet 1, which may be a flat steel sheet or a wave-shaped steel sheet or a glazed steel sheet; Or steel plates of various shapes. Structural layer 2' is made of Shixi resistant board; or rock wool; or ceramic wool; or purple needle cotton, Shixi resistant board; or rock wool; or pottery: cotton; The density of the needle cotton can be made according to the needs, the density The heavier the unit weight, the fireproof; or the flameproof; or the sound insulation; or the effect of the heat insulation will be different. Ο 〇, such as ^ 'To combine the steel plate 1 with the structural layer 2, the high pressure molding method f 'the same pressure The pressure must be greater than 100 mazing, that is, the steel plate i and the structural layer 2 are integrated into one body, and the composite steel plate of the present invention is formed. Therefore, as shown in FIGS. 2 to 9, various types of composite f steel plates produced by the manufacturing method of the present invention are used. In the finished product embodiment, the manufacturing method of the invention is not limited to the embodiment of the above-mentioned figures ～9. κ If the steel plate and the structural layer are used in the present invention, 疋^ shown in Figs. 2 to 5, is a system. The various embodiments of the composite steel sheet of the single-sided steel sheet i, that is, the embodiment of the single-sided steel sheet, are formed by integrating the structural layer 2 with the steel sheet i and can be combined with the steel sheets of various shapes. The indication is that the composite steel plate of another single-sided steel sheet 1 is made into a tantalum, that is, the solid thickness of the single-sided steel sheet, which is formed on the surface of the structural layer 2 and the steel sheet, and is integrated into the structural layer 2 The side edge 20 is further covered with a metal edging material 4. _ Figure 3 or 6' The composite steel plate embodiment of the single-sided steel plate 1 can be used to paint the surface of the composite steel sheet with a coating of 21 Wei, so that the composite steel sheet can be replaced with a stone or a magnetic monument. An exterior fascia. The embossed H is an embodiment of a composite steel plate made of a double-sided steel plate 1, that is, an embodiment of a slab, which is formed by a structural layer 2 and upper and lower steel plates la and lb. 90' ^ can bend the sides 10 of the steel plate 1a, lb inwardly to cover the side 20 of the structural layer 2 ' Of course, it can not be bent and covered. : Two pairs of double, ', Q layer 2a, 2b In the embodiment, the upper and lower structural layers 2a and 2b are combined with the steel sheet 1 in the center to form a composite steel sheet of the present invention. 201034769 The structural layers 2a, 2b may be composed of the same density or different densities. As shown in FIG. 9, the composite plate embodiment of the plurality of structural layers 2a, 2b, and 2c, that is, the embodiment of the plurality of structural layers 2a, 2b, and 2c, is the upper, middle, and lower structural layers 2a, 2b, 2c are integrated, and the structural layers 2a, 2b, 2c may be composed of the same density or different densities to form the composite steel sheet of the present invention. As shown in FIG. 10, it is an application example of the composite steel plate of the present invention, which can be laid on the composite plate 6 above the floor panel 5, and then laid on the metal plate 7' above the composite steel plate 6 to make fireproof; Or soundproofing; or insulated green metal buildings.
G Ο 如圖1 1所示，貝I]是本發明複合鋼板之另一運用例，可於樓 ，板5之間隔5〇先舖設結構層2d，再於樓層板5的上方以複合鋼 ^ 6舖設，再於複合鋼板6上方舖設金屬板7，其中結構層2d之 J度可以與複合鋼板6之結構層2為相同密度或不同密度均無不 ^建即可製成防火；财燃；或隔音；或隔熱之綠色環保金 做$ t圖1〇及11之運用例，可將複合鋼板分別施工亦可，即 亦可之鋼板與結構層不預先結合，而於施工時再分次舖設 亦可達3成製造綠色環保金屬建築物之目的。 鋼乾上練’本發明之複合輸’主要係以高壓方法將 預ΐ成型結合，因此，具有施工方便，又具備防火； 【圖式έ單;明;;或裝飾之複合鋼板，為本案之組成。 圖1是本發明製造方法示意圖。 f2是本發明複合鋼板實施例一之剖視圖。 =是本發明複合鋼板實施例二之剖視圖。 疋本發明複合鋼板實施例三之剖視圖。 是本發雜合鋼板實施湘之剖視圖。 ，本發明之複合鋼板實酬五之剖視圖。 圖/ίί明之複合鋼板實闕六之剖視圖。 圖Q 伽之複合顺實關七之舰圖。 9疋本㈣之複麵讀_之剖視圖。 5 201034769 圖10是本發明之複合鋼板運用實施例一之剖視圖。 圖11是本發明之複合鋼板運用實施例二之剖視圖。 【主要元件符號說明】 鋼板1、鋼板la、lb、兩侧10、結構層2、結構層2a、2b、 2c、2d、側邊20、塗料21、高壓成型方法3、金屬包邊材4、樓 層板5、間隔50、複合鋼板6、金屬板7G Ο As shown in Fig. 11, the shell I] is another application example of the composite steel sheet of the present invention. The structural layer 2d can be laid first on the floor and the floor 5, and then the composite steel is placed on the upper side of the floor panel 5. 6 laying, and then laying the metal plate 7 above the composite steel plate 6, wherein the J degree of the structural layer 2d can be the same density or different density as the structural layer 2 of the composite steel plate 6 can be made into fireproof; Or soundproofing; or heat-insulating green gold for the use of $t Figure 1〇 and 11, the composite steel plate can be separately constructed, that is, the steel plate and the structural layer can be combined without prior, and then divided during construction. Laying can also achieve 30% of the purpose of manufacturing green metal buildings. The steel composite training 'the composite transmission of the invention' mainly combines the pre-twisting molding by a high-pressure method, so that it has convenient construction and fireproofing; [pattern έ single; Ming; or decorative composite steel plate, the case composition. BRIEF DESCRIPTION OF THE DRAWINGS F2 is a cross-sectional view of the first embodiment of the composite steel sheet of the present invention. = is a cross-sectional view of the second embodiment of the composite steel sheet of the present invention. A cross-sectional view of a third embodiment of the composite steel sheet of the present invention. It is a sectional view of the hybrid steel plate of this hair. A cross-sectional view of the composite steel sheet of the present invention. Figure / ί 明 之 复合 复合 复合 复合 复合 复合 复合 复合 复合 复合 复合Figure Q gamma composite Shun Shiguan seven ship map. 9 疋 (4) of the complex surface read _ section view. 5 201034769 Fig. 10 is a cross-sectional view showing the first embodiment of the composite steel sheet according to the present invention. Figure 11 is a cross-sectional view showing the second embodiment of the composite steel sheet according to the present invention. [Description of main component symbols] Steel plate 1, steel plate la, lb, both sides 10, structural layer 2, structural layers 2a, 2b, 2c, 2d, side 20, paint 21, high pressure molding method 3, metal edging material 4, Floor board 5, interval 50, composite steel plate 6, metal plate 7