M324090 -八、新型說明： 【新型所屬技術領域】 本創作防火浪板之結構改良，主要將浪板片與中間的 防火材及底板片做疊覆後，置入到滾壓模組内，做一體滾 製成防火浪板之結構，兩端分別由浪板片做包覆底板片端 緣；折滾製，一端凸伸浪紋形的延伸片，達到浪板疊組時 : 的方便與密實性，透過防火材一體滾壓成型，達到防火材 • 舖裝密實防火安全使用之目的。 • 【先前技術】 一般傳統的防火浪板結構設計，通常都是設成三層狀 的設計，即外部的浪板片預先滾壓製浪紋狀的彎弧片體， 底部間隔以一較薄的平板狀底板，將其預置入適當間隔之 疋型空間内，將具防火材質的材料，配合發泡劑的混合使 用，將其充填到浪板片與底板片的空間做發泡定型，使其 形成中間夾層狀的防火材的功效，構成一具防火用浪板的 結構，而以此等設計，為求防火材發泡後與浪板或底板間 ► 不會產生粘著情形，通常需於板片的接觸面上做處理，期 達到分層分離的效果，操作上很不方便，且發泡處理時於 板片邊面開口處，需做適當的封閉，否則將會產生溢流出 的情形’為改善邊面切齊方便疊組操作，通常需以人工做 • 切削操作，形成實際安裝作業上的不便，而更令使用者困 才炎的則疋，以發泡充填的方式，其發泡防火材的充填密實 度極不均勻，其仰賴實際發泡劑的流動性，故常會產生中 間或部份空間因為發泡流動不足，造成發泡不足的間隔空 間，就防火隔熱的使用效果上極不理想，對整個防火安全 M324090 性的維持’更是大打折扣，然以赌技術又無法做有效的 克服，故便有業者直接以防火棉條做充填，直接充填於浪 板的浪弧凸出的間隙空間，而此一填充操作，不僅形成施 工的不便，更且因為浪形彎弧的低處呈較細小彎弧空間， 形成完全無填充防火隔熱的鐵板區，就隔熱及防火性而言 ，形成僅具一半的功效，就際使用功效上，可說是極不理 想，而不論上述何種充填方式，其邊面處均呈裸空狀態， 當下雨或較大風雨時，常會有水份由邊面銜接處滲入後， 形成含水絲，不僅制絲打折，更料造絲板金屬 面的銹蝕情形發生，很困擾業者及使用消費者，如何使浪 板防火隔熱實雜，真正達到符合環保安全使用，更且得 以使安裝後銜接面更整齊美觀，以現行的防火浪板之設計 ，其實有進一步改良設計的空間。 【新型内容】 本創作者有鑑於上述傳統防火浪板結構實際組裝所產 生的諸多使用不便缺失，乃經悉心研究改技計，終開發 作的簡易防火浪板之結構改良，直接將浪板的疊層 結構設由浪板片、防火材及底板相疊後一體滾製成型，並 :兩端侧分別以浪板做彎折包覆底板片，達到防火材的完 整包覆1由包覆安全均㈣實之結構，有效克服現行防 火浪板操作使用上的諸多不便及不合實用之缺失。 、、本創作之主要創作目的在於：以疊層直接滾製形成實 〜狀的防火浪板結構，使整個防火層面均勻分佈疊組，確 =浪板結構防火及隔熱效果的確實，板面兩端以浪板響折 匕覆封閉，使整個浪板防火及隔熱的效果達到接近完整的 力政，令防火浪板之結構使用真正達到架裝簡便、安全實 M324090 用之功效及目的。 【實施方式】 為方便貴審查委員能進一步瞭解本創作之結構特徵 及實用目的，謹以一實施例圖式配合詳細說明如后： 本創作防火浪板之結構改良，其結構設計主要如第一 〜五_示，整條構製作主要以—較厚實·板片（丄 〇)設於組裝外側之上方，通常在0·4〜〇·5ΜΜ厚間，中指 以-層經測試具高效率防火隔熱功效的防火材（1工）， 一般可以防火玻璃棉捲或陶瓷棉等防火材充用，其厚度一 般在25ΜΜ左右，視實際使紐適當的厚度加減翻，底运 以一較薄的底板片（i 2)墊撐，疊組後同步置入到滚製 杈具内，供同步壓製出浪板片（1 0)的波浪紋面，使防 火材（1 1)彳于以均勾確實的充填於浪板片（i⑸的电 合内部，配合底板片（12)的適當壓擠，達到疊層一體 的L、M冓’而在成型後的板緣兩側，為使整個疊層防火 包覆完整’—側底板片（12)做微垂直向上 ^折後再水平延伸呈—倒置的L形端狀，而浪板片（丄〇 =頃底板片（i 2)的延伸端緣做滾製彎折狀的 :底板片、（12)端緣，使形成封閉端緣，如⑷端頭 ^而浪板結構的另—側端緣，其底板 =封閉的端緣’做相同的組形伸出，而浪板： 過半個浪紋面的延伸片’再滾Μ延伸超 甲月（1 3)，如圖上所示（β)之她 脅、’使構成-完整的防火浪板結構；浪板結 0 3) 、&直接壓抵於銜接另一浪板結構銜接的延伸封閉 M324090 端緣（A)，藉由兩侧端緣漸次高低的設計，使最 ^易的置裝疊接，而不會產生接面不平整的情形且，、更1因 佳，架標安全的功效，尤其在另一侧的浪 i::趙浪弧設計’可確實達到安全銜接防漏隔水密封安 王的使用功效，真正達到浪板隔熱、防火的實用目的。 以本創作之浪板疊組結構設計，其以疊組分層的板片 做同步置人模_做賴定壓賴實處理 ==填裝達到真正密實均勻的特性，兩端= 渗出不良使用的情形，進—步維護整個金屬浪 )及底板>1 (1 2 )結構使用安全性的維持复 時間上，更可提高到達近30分鐘的使用功效，；；大= 升整個防火安全性，且以近乎等長狀的彎折封閉端緣設計 西使浪板粗裝的間隔（隙）達到更細小，枝板組裝内面 更平整減，而多層彎折封閉的延伸片（i 3 )可確實貼 合罩覆銜接端緣，真正_防漏安全的實用目的，而整個 產製的技術完全蝴組簡易—體細，可收技術大幅簡化 的力效/良板片（1 〇)以固定尺寸的連續製作，不僅無 曰加任何製作成本，在產品尺寸規格上，更可收到一致 美觀安全實用堅固的實用目的，就整體結構設計於浪板防 火^熱使用上所具的安全制實用及產製經濟特性功效 之增進’辦現行防火浪板之所可峨，更屬同類防火浪 板結構設計上之創新實用性結構改良。 絲上所述，本創作防火浪板之結構改良，將浪板片與 防火材及底板做疊覆後，直接置人模組内滾壓成型，可 M324090 確實保證浪板防火材的均勻分佈與填充確實，兩倒封閉端 緣之設計，更可確保浪板銜接結構的剛性安全，兼具組裝 便利安全穩固的浪板防火使用目的，就結構設計而言，^ 為同類商品所創新且富實用安全性的改良，更已符:新型 專利申請的要件，爰依法提出申請。 M324090 【圖式簡單說明】 (一） ·圖式部份： 第一圖：係本創作防火浪板滾製疊覆示意分解圖。 第二圖：係本創作防火浪板成品示意參考圖。 第三圖：係本創作防火浪板疊組端緣銜接之示意圖。 第四圖：係本創作防火浪板安裝使用之平面參考圖。 第五圖：係本創作防火浪板組裝使用示意圖。 【主要元件符號說明】 (二） ·圖號部份： (1 1 )防火材 (13)延伸片 (10 )浪板片 (12 )底板片M324090 - VIII, new description: [New technical field] The structural improvement of the fireproof board is mainly to superimpose the wave board and the middle fireproof material and the bottom board, and then put it into the rolling module to make one roll. The structure of the fireproof wave board is made up of two ends respectively covered by the wave plate to cover the edge of the bottom plate; the roll-rolling system has an extension piece with a wave-shaped extension at one end, and when the wave plate is stacked, the convenience and compactness are integrated through the fireproof material. Roll forming, to achieve fireproof materials • paving dense fire and safe use. • [Prior Art] Generally, the traditional fireproof board structure design is usually designed in a three-layer design, that is, the outer wave sheet is pre-rolled to suppress the wave-shaped curved curved body, and the bottom is spaced apart by a thin flat plate. The bottom plate is preset into the space of the proper spacing, and the material with the fireproof material is mixed with the foaming agent, and is filled into the space of the wave plate and the bottom plate to be foamed and shaped to form the middle. The effect of the laminated fire-retardant material constitutes a structure for fireproof wave board, and in order to ensure that the fireproof material is foamed and the wave board or the bottom plate is not adhered, it is usually required to be in contact with the sheet. The surface is treated to achieve the effect of layered separation, which is inconvenient in operation, and the foaming process is required to be properly closed at the opening of the edge of the sheet, otherwise an overflow will occur. Face-cutting is convenient for stacking operations, usually requires manual cutting operations to form inconveniences in actual installation work, and even more difficult for users to use, foaming and fireproofing materials in a foam filling manner. The filling density is extremely uneven, and it depends on the fluidity of the actual foaming agent. Therefore, the middle or part of the space is often generated because the foaming flow is insufficient, resulting in insufficient space for foaming, and the effect of fireproof and heat insulation is extremely high. Ideally, the maintenance of the overall fire safety M324090 is greatly reduced, but the gambling technology can not be effectively overcome, so the industry directly fills the gap with the fire tampon and directly fills the wave of the wave plate. Space, and this filling operation not only forms the inconvenience of construction, but also because the lower part of the wave-shaped curved arc has a small curved space, forming an iron plate area completely filled with fireproof and heat insulation, which is heat-insulating and fire-resistant. Words, the formation of only half of the effect, the use of the effect, it can be said that it is extremely unsatisfactory, regardless of the above-mentioned filling method, its side is exposed to bare air, when it rains or a large wind and rain, often After the water penetrates from the joint of the side surface, it forms a water-containing wire, which not only makes the silk thread discount, but also causes the corrosion of the metal surface of the wire-making board to occur, which is very troublesome for the operators and consumers, how to make the wave board The fire insulation is very complicated, and it is truly environmentally safe and safe to use. Moreover, the joint surface after installation is more neat and beautiful. With the current design of fireproof board, there is actually room for further improvement. [New content] The creator has made a lot of inconvenience caused by the actual assembly of the above-mentioned traditional fireproof wave board structure, and has carefully studied the technical plan, and finally improved the structure of the simple fireproof board, and directly laminated the wave board. The wave plate, the fireproof material and the bottom plate are stacked and integrated into one shape, and the two ends are respectively bent and covered with a wave plate to cover the bottom plate, so that the complete covering of the fireproof material is achieved, and the coating is safe (4). The structure effectively overcomes the inconvenience and inapplicability of the current fireproof waveboard operation. The main creative purpose of this creation is to form a solid-shaped fire-proof wave board structure by direct rolling of the laminate, so that the entire fireproof layer is evenly distributed and stacked, and indeed, the fireproof and heat insulation effect of the wave board structure is true, and both ends of the board surface are The wave plate is closed and closed, so that the effect of fireproofing and heat insulation of the whole wave plate is close to complete power, so that the structure of the fire wave board can truly achieve the effect and purpose of the simple and safe mounting of M324090. [Embodiment] In order to facilitate the review of the structural features and practical purposes of the author, we will use an embodiment to illustrate the details of the following: The structural improvement of the fireproof board is mainly as the first ~ Five_ shows that the whole structure is mainly made up of thicker plates (丄〇) placed on the outer side of the assembly, usually between 0·4~〇·5ΜΜ thick, and the middle finger is tested with high efficiency fire barrier. The fire-retardant fire-proof material (1 work) can be filled with fire-retardant glass wool or ceramic wool. The thickness is generally around 25ΜΜ. (i 2) pad support, placed in the rolling cooker synchronously after stacking, for synchronously pressing the wave pattern of the wave plate (10), so that the fireproof material (1 1) is filled with the uniform filling In the interior of the wave plate (i(5), with the proper pressing of the bottom plate (12), the L, M冓' of the lamination is integrated, and on both sides of the formed plate edge, the entire laminate is fire-proof coated. '—The side bottom plate (12) is slightly vertical and upward The horizontal extension is in an inverted L-shaped end shape, and the wave plate (丄〇 = the bottom edge of the bottom plate (i 2) is rolled and bent: the bottom plate, the (12) end edge, so that the closed end is formed The edge, such as (4) the end ^ and the other side edge of the wave board structure, the bottom plate = the closed end edge 'do the same group shape, and the wave board: the extension piece of more than half of the wave surface 're-rolling extension A month (1 3), as shown in the figure (β), she threatened, 'make the composition - complete fire wave board structure; wave board 0 3), & directly pressed to extend the closure of another wave structure M324090 End edge (A), with the design of the edge of the two sides gradually higher and lower, so that the most easy to install and splicing without the unevenness of the joint surface, and better, the safety of the label is safe. Efficacy, especially on the other side of the wave i:: Zhao Lang arc design 'can really achieve the safe connection of leak-proof water seal An Wang's use of the effect, truly achieve the practical purpose of wave insulation, fire prevention. Group structure design, which uses the plates of the stacked layers to make the simultaneous placement of the molds. Compact and uniform characteristics, both ends = poorly used for oozing, maintenance of the entire metal wave) and the bottom plate >1 (1 2) The safety of the structure is maintained over a period of time, which can increase the arrival time by nearly 30 minutes. The use efficiency,;; large = liter of the entire fire safety, and the design of the closed end edge of the nearly equal length to make the gap (gap) of the wave plate rougher to be finer, the inner surface of the branch plate assembly is more flat and reduced, and the multilayer The bent and extended extension piece (i 3 ) can be surely fitted to cover the end edge of the cover, which is a practical purpose for real leakage prevention, and the entire production technology is completely simple and compact, and the technology can be greatly simplified. The effect/good plate (1 〇) is continuously produced in a fixed size, not only without any production cost, but also in the product size specification, it can receive a consistent, beautiful, safe, practical and sturdy practical purpose, and the overall structure is designed for wave board fire protection. ^The use of safety system and the improvement of the economic characteristics of the production and use of the hot use of the existing fire-proof board can be awkward, and it is an innovative and practical structural improvement of the similar fire-proof board structure design. As mentioned above, the structure of the fireproof board is improved. After the wave board and the fireproof material and the bottom board are overlapped, the module is directly rolled into the module, and the M324090 can ensure the uniform distribution and filling of the wave board fireproof material. The design of the two inverted closed edges ensures the rigidity and safety of the waveboard connection structure, and the purpose of the assembly is convenient and safe. The purpose of the structural design is to improve the innovation and practical safety of similar products. More already: the requirements of the new patent application, 提出 apply in accordance with the law. M324090 [Simple description of the diagram] (1) ·Graphic part: The first picture: This is a schematic exploded view of the fireproof wave board rolling overlay. The second picture is a schematic reference picture of the finished product of the fireproof wave board. The third picture is a schematic diagram of the end edge connection of the fireproof wave board stack. The fourth picture: the plane reference picture for the installation and use of the fire board. The fifth picture: the schematic diagram of the assembly and use of the fireproof board. [Description of main component symbols] (2) · Part number: (1 1) Fireproof material (13) Extension piece (10) Wave plate (12) Floor plate