099年10月22日修正替换頁 M396864 五、新型說明： 【新型所屬之技術領域】 [0001] 本創作關於一種捲門防火結構，主要指一種可具較 佳阻熱、阻隔火焰、煙之防火捲門。 【先前技術】 [0002] 習知捲門一般具數長條狀金屬門板，並各金屬門板 之相鄰邊互為勾扣，並又設置連動機構與金屬門板連結 ，使得可藉由連動機構令捲門展開至閉關狀態，並可令 捲門捲收以令捲門呈開門狀態。 然而因該金屬門板易導熱，因而當捲門關閉時捲門 外側之火焰溫度將快速傳導至捲門内側，並導致捲門内 侧之背溫過高而造成捲門内側之物體燃燒危險。 又捲門之各金屬門板接合處具有接合間隙，因而易 造成捲門外側火焰、煙易由該間隙滲入捲門内側，並具 火焰、煙隔絕效果不佳缺失。 【新型内容】 [0003] 本創作之目的在提供一種可具教佳阻熱、阻隔火焰 、煙之防火捲門。 本創作包括數防火芯材、數第一、第二門片、防火 膨脹條、連動機構，並該防火芯材為長條形體，並可為 矽酸鈣板、酚醛樹脂、珍珠岩板、陶瓷棉、蛭石板 '防 火發泡或其他各式防火材料，並於上方、下方設置形狀 對應之凸部、凹部，又於凸部、凹部表面設置内凹嵌槽 ;又第一、二門片可為金屬材質製造，並分別設於防火 芯材之一側邊，並對應防火芯材凸部、凹部之嵌槽位置 表單編號A0101 第3頁/共16頁 M396864 099年10月22日修正替換頁 分別設置上、下接合邊，又於對應下接合邊下方延伸設 置延伸部，並使第一、二門片可分別貼靠防火芯材一側 邊，且上、下接合邊分別嵌入防火芯材之凸部、凹部嵌 槽内定位，並藉由螺栓、釘體或其他接合元件穿插上接 合邊與防火芯材固定，並使第一、二門片與防火芯材固 定後形成防火門板，並第一、二門片間具不接觸間隔， 又於第一門片或第二門片之設定位置設置接合部，並該 接合部可設於第一門片或第二門片上、下端位置，並具 樞孔，並令相鄰上、下防火門板之接合部可藉由樞桿樞 接連結，並使上方防火門板之防火芯材凹部及第一、二 門片延伸部可套合下方防火門板之防火芯材凸部，並令 上、下防火門板可連動；又防火膨脹條設於上、下防火 門板間，並可遇熱膨脹以填補上、下防火門板間隙；又 連動機構與防火門板連動，並帶動防火門板收合及展開 動作，並該連動機構可具纜線連結上方防火門板，並可 藉由馬達或其他傳動元件帶動各防火門板動作；藉此本 » 創作之防火捲門關閉時各上、下防火門板間可套合組接 以具較佳密合度，並當門體一侧受熱時可藉由防火芯材 阻熱，並因第一、二門片具間隔，可防止熱源快速傳導 至門體另一侧，且防火膨脹條可遇熱膨脹並填補上、下 防火門板間隙，可防止火焰、煙滲入門體另一側，可具 較佳阻隔火焰、煙功效，此外本創作藉由接合元件穿插 上接合邊與防火芯材組合，使得上、下防火門板接合後 可遮覆該接合元件，可具較佳門體組合整體性質感。 本創作可由其他方式令上、下防火門板可連動接合 ，並該防火門板第一或第二門片設置可提供接合纜線之 表單編號A0101 第4頁/共16頁 M396864 099年10月22曰修正躲頁 接合部，並該接合部具可套接纜線之縱向槽孔，並於槽 孔側緣設置可扣合纜線之扣體，又該纜線與連動機構連 動，使得可藉由連動機構帶動纜線及各防火門板動作。 【實施方式】 [0004] 請參閱第--四圖，本創作包括數防火芯材1、數第 一、第二門片2、3、防火膨脹條4、連動機構5 ’並該防 火芯材1為長條形體，並可為矽酸鈣板、酚醛樹脂、珍珠 岩板、陶瓷棉、蛭石板、防火發泡或其他各式防火材料 ，並於上方 '下方設置形狀對應之凸部11、凹部12，又 於凸部11、凹部12表面設置内凹嵌槽、121。 第一、二門片2、3分別詨於防火芯材1之一側邊’並 對應防火芯材1凸部11、凹硪12.4嵌槽111、121位置分 別設置上、下接合邊21、31、22、32，又於對應下接合 邊22、32下方延伸設置延伸部23、33，並使第一、二門 片2、3可分別貼靠防火芯材1 一側邊，且上、下接合邊21 、31、22、32分別嵌入防火ϋϊ之凸部11、凹部12嵌 槽111、121内定位，並藉由螺栓7穿插上接合邊21、31 -： - 與防火芯材1固定，並使第一、二門片2、3與防火芯材1 固定後形成防火門板6，並第一、二門片2、3間具不接觸 間隔，又於第一門片2之設定位置設置接合部24，並該接 合部24設於第一門片2上、下端位置，並具框孔241，並 令相鄰上、下防火門板6之接合部24可藉由樞桿242樞接 連結’並使上方防火門板6之防火芯材1凹部12及第一、 二門片2、3延伸部23、33可套合下方防火門板6之防火芯 材1凸部11。 表單编號Α0101 第5頁/共16頁 M396864 099年10月22日按正巷換頁 防火膨脹條4設於上、下防火門板6間，並可遇熱膨 脹填補上、下防火門板6間隙。 連動機構5與防火門板6連動接合，並帶動防火門板6 收合及展開動作，並該連動機構5可具纜線51連結上方防 火門板6，並可藉由馬達或其他傳動元件（圖中未標示）帶 動各防火門板6動作。 請參閱第二~五圖，本創作之防火捲門關閉時各上、 下防火門板6間可藉由套合組接以具較佳密合度，並當門 體一側受熱（如雙箭頭所示）時可藉由防火芯材1阻熱，且 防火膨脹條4可遇熱膨脹並填補上、下防火門板6間隙， 可防止火焰、煙滲入門體另一侧，可具較佳阻隔火焰、 煙功效，此外本創作藉由螺栓7穿插上:接合邊21與防火芯 材1組合，使得上、下防火門板6接合後可遮覆該螺栓7， 可具較佳門體組合整體性質感。 本創作可由其他方式令上、下防火門板可連動接合 ，請參閱第六、七圖，本創作另一實施例對應前述實施 例，其差異在防火門板第一門片8設置可提供接合纜線9 之接合部81，並該接合部81真可套接纜線9之縱向槽孔82 ，並於槽孔82侧緣設置可扣合纜線9之扣體83，又該纜線 9與連動機構（圖中未標示）連動，使得可藉由連動機構帶 動纜線9及各防火門板動作。 本創作因上、下防火門板藉由套合可具良好密合性 ，因而本創作若不設置防火膨脹條時亦可具有良好阻隔 火焰、煙功效，因而前述防火膨脹條未設置時亦應屬於 本創作範疇内，又本創作之連動機構亦可為其他型式， 並前述實施例為本創作例示，並非本創作限制，凡依據 表單編號A0101 第6頁/共16頁 M396864 - 099年10月22日核正替换頁 本創作精神所為之等效改變亦應屬於本創作範疇内。 【圖式簡單說明】 [0005] 第一圖係本創作之部分分解圖。 第二圖係本創作之上、下防火門板套合示意圖。 第三圖係本創作之門體立體示意圖。 第四圖係本創作之對應第三圖之A-A剖視示意圖。 第五圖係本創作之捲門一侧加熱示意圖。 第六圖係本創作另一實施例門片示意圖。Amendment page M396864, October 22, 099 V. New description: [New technical field] [0001] This work is about a kind of rolling door fireproof structure, mainly referring to a kind of fireproofing with better heat resistance, flame barrier and smoke. Roll-up door. [Prior Art] [0002] Conventionally, a roll door generally has a plurality of strip-shaped metal door panels, and adjacent sides of each metal door panel are hooked to each other, and a linkage mechanism is further connected with the metal door panel, so that the linkage mechanism can be used The roll door is unfolded to a closed state, and the roll door can be rolled to open the door. However, since the metal door panel is easy to conduct heat, when the rolling door is closed, the flame temperature outside the rolling door is quickly transmitted to the inside of the rolling door, and the back temperature of the inner side of the rolling door is too high, which causes the object inside the rolling door to burn. At the joint of each metal door panel of the roll door, there is a joint gap, so that the flame and smoke outside the roll door are easily infiltrated into the inside of the roll door by the gap, and the flame and smoke insulation effect is not good. [New Content] [0003] The purpose of this creation is to provide a fireproof roll door that can teach good heat resistance, flame barrier and smoke. The creation includes a plurality of fireproof core materials, a number of first and second door pieces, a fireproof expansion strip, a linkage mechanism, and the fireproof core material is a long strip shape, and may be a calcium silicate board, a phenolic resin, a perlite board, a ceramic. Cotton, slate 'fireproof foam or other various fireproof materials, and the convex and concave parts corresponding to the shape are arranged above and below, and the concave recessed groove is provided on the surface of the convex part and the concave part; the first and second pieces can be Made of metal material, and placed on the side of one of the fireproof core materials, and corresponding to the position of the groove of the fireproof core material and the recessed part. Form No. A0101 Page 3 of 16 M396864 Correction of the replacement page on October 22, 099 The upper and lower joint edges are disposed, and the extension portion is extended below the corresponding lower joint edge, and the first and second door sheets are respectively respectively pressed against one side of the fireproof core material, and the upper and lower joint edges are respectively embedded in the convexity of the fireproof core material. Positioning in the recessed portion of the recessed portion and the recessed portion, and fixing the joint with the fireproof core material by bolts, nails or other engaging elements, and fixing the first and second flaps with the fireproof core material to form a fireproof door panel, and first, There is no between the two doors a contact portion, and a joint portion is disposed at a set position of the first door piece or the second door piece, and the joint portion may be disposed on the first door piece or the second door piece at a lower end position, and has a pivot hole and adjacent The joint portion of the upper and lower fire door panels can be pivotally connected by the pivot rod, and the fireproof core material concave portion and the first and second door sheet extension portions of the upper fire door panel can fit the fireproof core material convex portion of the lower fire door panel, and The upper and lower fire door panels can be linked together; the fireproof expansion strips are arranged between the upper and lower fire door panels, and can be thermally expanded to fill the gap between the upper and lower fire door panels; and the linkage mechanism is interlocked with the fire door panels, and the fire door panels are folded and unfolded. Acting, and the linkage mechanism can be connected with a cable to the upper fire door panel, and the fire door panel can be driven by a motor or other transmission component; thereby the fire door of the present invention can be set between the upper and lower fire door panels when the fire door is closed. The combination is connected to have a better degree of adhesion, and when the door body is heated on one side, the fireproof core material can resist heat, and the first and second door pieces are spaced apart to prevent the heat source from being quickly transmitted to the other side of the door body, and Fireproof The expansion bar can expand with heat and fill the gap between the upper and lower fire door panels. It can prevent the flame and smoke from seeping the other side of the entry body. It can better block the flame and smoke. In addition, the creation is inserted into the joint edge and the fireproof core by the joint component. The combination of materials enables the upper and lower fire door panels to be covered to cover the joint element, and has a better overall feel of the door body combination. This creation may be made by other means that the upper and lower fire door panels can be interlocked, and the first or second door panel of the fire door panel can be provided with a form number for joining the cable. A0101 Page 4 of 16 M396864 October 22, 2008 Correcting the splicing joint portion, and the joint portion has a longitudinal slot for splicing the cable, and a buckle body for fastening the cable is disposed at a side edge of the slot hole, and the cable is interlocked with the linkage mechanism, thereby enabling The linkage mechanism drives the cable and each fire door panel to operate. [Embodiment] [0004] Please refer to the figure -4, the creation includes several fireproof core materials 1, number one first, second door piece 2, 3, fireproof expansion strip 4, linkage mechanism 5' and the fireproof core material 1 is a long strip shape, and may be a calcium silicate board, a phenolic resin, a perlite board, a ceramic cotton, a slate board, a fireproof foaming or other various fireproof materials, and a convex portion 11 corresponding to the shape is disposed below the upper portion. The concave portion 12 is further provided with a concave recessed groove 121 on the surface of the convex portion 11 and the concave portion 12. The first and second door pieces 2, 3 are respectively disposed on one side of the fireproof core material 1 and correspondingly the upper and lower joint edges 21, 31 are respectively disposed corresponding to the position of the fireproof core material 1 convex portion 11 and the concave raft 12.4 insertion groove 111, 121. 22, 32, extending the extension portions 23, 33 below the corresponding lower joint edges 22, 32, and the first and second door panels 2, 3 can respectively abut the side of the fireproof core material 1, and the upper and lower joint edges 21, 31, 22, 32 are respectively embedded in the convex portion 11 of the fire dam, the recesses 12, 121, 121 of the recess 12, and the joint edges 21, 31 are inserted through the bolts 7 -: - fixed to the fireproof core material 1 and The first and second door pieces 2, 3 are fixed with the fireproof core material 1 to form a fireproof door panel 6, and the first and second door pieces 2 and 3 are not spaced apart from each other, and the joint portion 24 is disposed at a set position of the first door piece 2, The joint portion 24 is disposed on the upper and lower ends of the first door piece 2, and has a frame hole 241, and the joint portion 24 of the adjacent upper and lower fire door panels 6 can be pivotally connected by the pivot rod 242 and the upper portion The fireproof core material 1 recessed portion 12 of the fire door panel 6 and the first and second door panels 2, 3 extending portions 23, 33 can fit the fireproof core material 1 convex portion 11 of the lower fire door panel 6. Form No. Α0101 Page 5 of 16 M396864 On October 22, 099, according to the lane change, the fireproof expansion strip 4 is set on the upper and lower fire door panels, and can be filled with thermal expansion to fill the gap between the upper and lower fire door panels. The linkage mechanism 5 is coupled with the fire door panel 6 and drives the fire door panel 6 to be folded and unfolded, and the linkage mechanism 5 can have the cable 51 coupled to the upper fire door panel 6 and can be driven by a motor or other transmission component (not shown) Marked) drives each fire door panel 6 to move. Please refer to the second to fifth figures. When the fire shutter door of this creation is closed, the upper and lower fire door panels 6 can be connected by the sleeve to have a better degree of adhesion, and when the door body is heated (such as the double arrow The fireproof core material 1 can be heat-resistant by the fireproof core material 1, and the fireproof expansion strip 4 can be thermally expanded and fill the gap between the upper and lower fire door panels 6, which can prevent the flame and the smoke from seeping the other side of the entry body, and can better block the flame, The effect of the smoke, in addition, the present invention is inserted by the bolt 7 : the joint edge 21 is combined with the fireproof core material 1 so that the upper and lower fire door panels 6 can be covered to cover the bolt 7 , which can have a better overall sense of the door body combination. The present invention can be used to connect the upper and lower fire door panels in other ways. Please refer to the sixth and seventh figures. Another embodiment of the present invention corresponds to the foregoing embodiment, and the difference is provided in the first door panel 8 of the fire door panel to provide the joint cable. 9 joint portion 81, and the joint portion 81 can be sleeved with the longitudinal slot 82 of the cable 9, and a button body 83 for fastening the cable 9 is disposed at the side edge of the slot 82, and the cable 9 is interlocked The mechanism (not shown) is interlocked so that the cable 9 and the fire door panels can be driven by the linkage mechanism. Due to the good adhesion of the upper and lower fire door panels, the creation can also have good flame and smoke resistance if the fireproof expansion strip is not provided. Therefore, the above fireproof expansion strips should also be Within the scope of this creation, the linkage mechanism of this creation may also be other types, and the foregoing examples are examples of the creation, not the limitation of this creation, according to the form number A0101, page 6 / 16 pages, M396864 - October 22, 2008 The equivalent change of the Japanese nuclear replacement script is also within the scope of this creation. [Simple Description of the Drawings] [0005] The first figure is a partial exploded view of the creation. The second picture is a schematic diagram of the upper and lower fire door panels. The third picture is a three-dimensional diagram of the door of the creation. The fourth figure is a schematic cross-sectional view of A-A corresponding to the third figure of the present creation. The fifth picture is a schematic diagram of the heating of the side of the roll door of the present creation. The sixth figure is a schematic diagram of a door piece of another embodiment of the present creation.
第七圖係本創作另一實施例捲門立體圖。 【主要元件符號說明】 [0006] 1防火芯材 11凸部 111嵌槽 12凹部 121嵌槽 2第一門片 21上接合邊 22下接合邊 23延伸部 24接合部 241樞孔 242樞桿 3第二門片 31上接合邊 3 2下接合邊 33延伸部 4防火膨脹條 5連動機構 51纜線 6防火門板 7螺栓 8第一門片 81接合部 82槽孔 83扣體 9纜線 表單編號A0101 第7頁/共16頁The seventh figure is a perspective view of another embodiment of the present invention. [Main component symbol description] [0006] 1 fireproof core material 11 convex portion 111 groove 12 recess portion 121 recess 2 first door piece 21 upper joint edge 22 lower joint edge 23 extension portion 24 joint portion 241 pivot hole 242 pivot 3 Second door piece 31 upper joint edge 3 2 lower joint side 33 extension part 4 fireproof expansion strip 5 linkage mechanism 51 cable 6 fire door panel 7 bolt 8 first door piece 81 joint portion 82 slot hole 83 button body 9 cable form number A0101 Page 7 of 16