1300816 i 9 九、發明說明： 【發明所屬之技術領域】 本發明係關於採光捲門，特別地指一種藉由一連續全長 度的透明板作爲門片的中間層結構，以簡化組裝、降低生產 成本之採光捲門及其組成方法。 【先前技術】 查，傳統採光捲門結構例如第9a〜9d圖所示，其係由 > 多數片門片（10，）串接所構成，每一門片（10，）包括一·第 一擠型框條（2 0 ’）及第二擠型框條（3 0，）。該第一擠型框 條（2 0 ’）之一端具有一榫眼（2 1 ’），另一端形成有一鉤槽 (22’）：該第二擠型框條（30’）之一端則具有一與該榫眼 (2 1 ’）相互匹配的與榫銷（3 1 ’），另一端形成有一與該鉤 槽（22 ’）相對應的鉤槽（3 2 ’）。多數個固定長度及寬度的 分隔塊（40，），等距地沿該第一擠型框條（20,）及第二擠 型框條（30，）長度方向配置，該每一分隔塊（40，）兩端各 形成有一個突出之鉤接部（4 1 ’）分別鉤接在兩者之鉤槽 (22’、32’）中’使分隔塊（40’）與分隔塊（40’）之間形 成一鏤空的採光部（5 0，）。又，沿每一採光部（5 0，）水平 方向及垂直方向之四個邊分別嵌設有一，，C”型鋁條（51，、 5 2 ’）’以形成一個安裝部用來鑲嵌透明玻璃板（5 3，）。此 外，每一片透明玻璃板（53,）之四個邊分別藉由一”U”型的 緩衝墊（5 4 ’）繋止在該每一安裝部中。 熟習此項技術者可以理解的是，從上述傳統採光捲門結 構’每一個採光部分別嵌設一透明玻璃板之組成方式，須耗 1300816 r β 費相當多的人力來完成，相對地造成此類採光捲門成本居高 不下之主要原因。 【發明內容】 本發明之主要目的在於提供一種採光捲門結構’藉由一 連續全長度的透明板作爲門片的中間層結構，以簡化組裝、 降低生產成本。 爲了達成上述目的及其他目的’本發明採光捲門結構， 係由多數門片串接所構成，每一門片包括一第一擠型框條及 l 第二擠型框條，其一端各具有一相互匹配的榫眼與榫銷，另 一端則形成一相對應的鉤槽；一板片’介於該第一擠型框條 及第二擠型框條之間；其中，該板片包含有一連續長度的透 明板，多數對固定長度的側板，分別沿該透明板長度方向之 若干定點上成一前、一後對稱地包覆在該透明板兩側，且該 側板兩端各自形成有一鉤部，分別鉤接在該第一擠型框條及 第二擠型框條之鉤槽中成一體；另外，又包含多數對定位框 > 條，每一對定位框條各自套設在該透明板上下部並介於該側 板與側板之間，以在每一門片上界定多數個採光部。 根據本發明之採光捲門，係將一連續全長度的透明板穿 設在該第一擠型框條及第二擠型框條之間，作爲門片的中間 層結構；在穿設之同時，一方面將若干對兩端各具有一鉤部 之固定長度的側板沿該透明板長度方向之定點上成一前、一 後地包覆，另一方面將若干對固定長度之U型定位框條套設 在該透明板上下部，並使其介於該側板與側板之間，而能快 速地組裝成一門片單元。如此之組成方式，使採光捲門之組 1300816 ' r · 裝簡單化’不但能大幅節省人力需求，相對地能大幅降低生 產成本。 【實施方式】 • 以下將配合實施例對本發明技術特點作進一步地說 . 明’該實施例僅爲較佳的範例並非用來限定本發明之實施範 圍’謹藉由參考附圖結合下列詳細說明而獲致最好的理解。 首先，請參考第1、2及3圖，本發明採光捲門結構1， 0 基本上如同傳統採光捲門係由多數門片1 0串接所構成，每 一門片10包括一第一擠型框條20及第二擠型框條30。該第 一擠型框條20之一端具有一榫眼2 1，另一端形成有一鉤槽 22 ;該第二擠型框條30之一端，具有一與該榫眼21相互匹 配的榫銷3 1，另一端則形成一與該鉤槽22相對應的鉤槽 32。及，一板片40，鉤接於該第一擠型框條20之鉤槽22 與第二擠型框條3 0鉤槽3 2之間形成一門片1 0單元。該門 片1 0單元與門片1 0單元之間，藉由第一擠型框條20之榫 $ 眼2 1與第二擠型框條3 0之榫銷3 1相互匹配榫接構成一門 片幕1。 根據本發明，誠如第4a、4b、5及6圖所示，該第一擠 型框條2 0及第二擠型框條3 0之鉤槽2 2、3 2中，分別具有 一水平方向的鏤空槽221及一垂直方向的開口 222。該板片 4 0包含有一連續長度的透明板4 1作爲中間層結構’例如不 容易碎裂之聚碳酸酯板（PC板），及多數對設置在該透明 板4 1兩側之固定長度的側板42、42 ’等。該每一對側板42、 42,之間各自形成有一對應的收容部421、42 Γ收容該透明板 1300816 41，該等側板42、42’係分別沿該透明40板長度方向之若干 定點上成一前、一後對稱地包覆在該透明板4 1兩側，使該 側板42、42’與側板42、42’之間形成一透明的採光部。並 且，該側板42、42’兩端各自形成有一個往左右側突出的鉤 部420、420’，分別鉤接在該第一擠型框條20及第二擠型框 條30之鉤槽22、32中成一體；其中，該側板42、42’兩端 之鉤部420、420’係分別往該第一擠型框條20及第二擠型框 條3 0相對應的鏤空槽22 1之外側突出而繫止，該側板42、 42’和透明板41的總厚度則相當於該對應的開口 222之寬 度。另外，又包含多數對定位框條43、43’，每一對定位框 條43、43 5成對稱的” U ”字形狀，分別各自套設在該透明板 4 1上下部，並分別嵌設在該第一擠型框條2 0及第二擠型框 條30之開口 222中，該定位框條43、43,係介於側板42,、 42’與側板42、42’之間，使該側板42、42,與側板42、42’ 之間能確實定位不致產生晃動。 請再參考第7及8圖所示，根據本發明採光捲門之組成 方法，至少包括下列步驟： 先準備一第一擠型框條20及第二擠型框條30，並使其 一端各具有一相互匹配的榫眼2 1與榫銷3 1，另一端則形成 有一相對應的鉤槽2 2、3 2。 準備一連續長度的透明板4 1 (如聚碳酸酯板p c板）、 若干對兩端各具有一鉤部4 2 0、4 2 0 ’之固定長度的側板4 2、 4 2 ’及若干對固定長度之U型定位框條4 3、4 3，。一方面將側 板4 2、4 2 ’沿該透明4 0板長度方向之定點上成一前、一後地 1300816 . 篆 包覆，同時將此透明40板連同側板42、42,穿設在該第一擠 型框條20及第二擠型框條30之鉤槽22、32中；另一方面’ 將該定位框條4 3、4 3，分別套設在該透明板4 1上下部並使其 介於該側板4 2、4 2，與側板4 2、4 2，之間，構成一門片1 0單 元。 將多數門片1 〇單元縱組，使門片1 〇單元之間第二擠型 框條3 0之榫銷3 1與第一擠型框條2 0之榫眼2 1相互榫接構 _ 成一門片幕1。如此之組成方式，能使採光捲門之組裝簡單 化，不但可大幅節省人力需求，相對地大幅降低生產成本。 以上，僅爲本發明的較佳實施例，並不侷限本發明的實 施範圍；即，不偏離本發明申請專利範圍所作之均等變化與 修飾，應仍屬本發明之涵蓋範圍。 【圖式簡單說明】 第1圖係本發明採光捲門結構立面之局部示意圖。 第2圖係顯示自第1圖之2-2方向剖面示意圖。 > 第3圖係顯示自第1圖之3-3方向剖面示意圖。 第4a圖係本發明第一擠型框條之局部立體圖。 第4b圖係本發明第二擠型框條之局部立體圖。 第5圖係本發明捲門門片之剖面立體圖，其中顯示自非 透明部分剖開之示意圖。 第6圖係本發明捲門門片之另一剖面立體圖，其中顯示 自透明部分剖開之示意圖。 第7圖係顯示本發明捲門門片之組合狀態立體圖。 第8圖係顯示本發明捲門門片之板片局部立體圖。 1300816 t ， 第9a〜9d圖爲習知技術，其中第9a圖係顯示一種傳統 採光捲門之門片單元；第9b圖係顯示自第9a圖之9b-9b方 向剖面示意圖；第9c圖係顯示自第9a圖之9c-9c方向剖面 示意圖；第9d圖係顯示自第9a圖之9d-9d方向剖面示意圖。 【主要元件符號說明】 1 ... 本發明採光捲門結構/門片幕 10.. .門片 20.. ..第一擠型框條1300816 i 9 IX. Description of the Invention: [Technical Field] The present invention relates to a lighting shutter, and in particular to an intermediate layer structure by using a continuous full length transparent plate as a door panel to simplify assembly and reduce production. The cost of the rolling door and its composition. [Prior Art] It is found that the conventional lighting shutter structure is, for example, shown in Figs. 9a to 9d, which is composed of a plurality of pieces (10,) connected in series, and each of the pieces (10,) includes a first Extruded frame strip (2 0 ') and second extruded frame strip (30,). One end of the first extruded frame strip (20') has a blink (2 1 '), and the other end is formed with a hook groove (22'): one end of the second extruded frame strip (30') has A pin (3 1 ') that matches the blink (2 1 ') and a hook groove (32') corresponding to the hook groove (22') is formed at the other end. a plurality of fixed length and width partition blocks (40,) are equidistantly disposed along the length of the first extruded frame strip (20,) and the second extruded frame strip (30,), each of the partition blocks ( 40,) Each of the two ends is formed with a protruding hook portion (4 1 ') hooked into the hook groove (22', 32') respectively to make the partition block (40') and the partition block (40' Between the formation of a hollow lighting section (50,). Further, a C-shaped aluminum strip (51, 5 2 ')' is embedded in each of the four sides of the horizontal direction and the vertical direction of each lighting portion (50) to form a mounting portion for inlaid transparent. Glass plate (53). In addition, the four sides of each transparent glass plate (53,) are respectively held in each of the mounting portions by a "U" type cushion (5 4 '). It can be understood by the skilled person that the method of embedding a transparent glass plate from each of the above-mentioned conventional lighting shutter structures is required to be 1300816 r β, which requires considerable manpower to complete, and relatively The main purpose of the present invention is to provide a lighting shutter structure "by using a continuous full length transparent plate as the intermediate layer structure of the door panel to simplify assembly and reduce Production cost. In order to achieve the above and other objects, the lighting shutter structure of the present invention is composed of a plurality of door pieces, each of which includes a first extruded frame strip and a second extruded frame strip. Each has Matching the mortise and the pin, the other end forming a corresponding hook groove; a plate 'between the first extruded frame and the second extruded frame; wherein the plate includes a A continuous length of transparent plate, a plurality of fixed length side plates are respectively symmetrically wrapped on both sides of the transparent plate at a plurality of fixed points along the longitudinal direction of the transparent plate, and a hook portion is formed at each end of the side plate And hooking into the hook groove of the first extruded frame strip and the second extruded frame strip respectively; and further comprising a plurality of pairs of positioning frames>, each pair of positioning frame strips are respectively set on the transparent a lower portion of the plate and between the side plate and the side plate to define a plurality of lighting portions on each of the door sheets. According to the present invention, the light rolling door is provided with a continuous full length transparent plate in the first extruded frame. Between the strip and the second extruded frame strip, as the intermediate layer structure of the door panel; at the same time of piercing, on the one hand, a plurality of pairs of fixed length side plates each having a hook portion at both ends are fixed along the length direction of the transparent plate Wrap it up one by one, one after the other, another A plurality of pairs of fixed-length U-shaped positioning frame strips are sleeved on the lower part of the transparent plate and are interposed between the side plates and the side plates, so as to be quickly assembled into a door piece unit. The rolling door group 1300816 'r · simplification of loading can not only save a lot of manpower requirements, but also can greatly reduce the production cost. [Embodiment] The technical features of the present invention will be further described below in conjunction with the embodiments. The present invention is not intended to limit the scope of the present invention. The preferred embodiment is best understood by reference to the accompanying drawings in which: FIG. The door structure 1, 0 is basically formed by a plurality of door pieces 10 in series like a conventional lighting roll door system, and each of the door pieces 10 includes a first extruded frame strip 20 and a second extruded frame strip 30. One end of the first extruded frame strip 20 has a blinking eye 2, and the other end is formed with a hook groove 22. One end of the second extruded frame strip 30 has a dowel pin 3 that matches the blinking eye 21 The other end forms a hook groove 32 corresponding to the hook groove 22. And a plate 40, hooked between the hook groove 22 of the first extruded frame strip 20 and the second extruded frame strip 30 hook groove 3 2 to form a door piece 10 unit. Between the door piece 10 unit and the door piece 10 unit, the first extrusion frame strip 20 榫 $ eye 2 1 and the second extrusion frame strip 30 榫 pin 3 1 are matched with each other to form a door. Screen 1. According to the present invention, as shown in Figures 4a, 4b, 5 and 6, the first extruded frame strip 20 and the second extruded frame strip 30 have a horizontal level in the hook slots 2 2, 3 2 The direction of the hollow groove 221 and a vertical opening 222. The plate 40 includes a continuous length of the transparent plate 41 as an intermediate layer structure, such as a polycarbonate plate (PC plate) which is not easily broken, and a plurality of fixed lengths disposed on both sides of the transparent plate 41. Side plates 42, 42' and the like. Each of the pair of side plates 42 and 42 is formed with a corresponding receiving portion 421, 42 for receiving the transparent plate 1300816 41. The side plates 42 and 42' are respectively formed at a plurality of fixed points along the length direction of the transparent 40 plate. The front and rear sides are symmetrically wrapped on both sides of the transparent plate 41, so that a transparent lighting portion is formed between the side plates 42, 42' and the side plates 42, 42'. Further, the two ends of the side plates 42, 42' are respectively formed with a hook portion 420, 420' protruding to the left and right sides, and hooked to the hook groove 22 of the first extruded frame strip 20 and the second extruded frame strip 30, respectively. 32 is integrally formed; wherein the hook portions 420, 420' at the two ends of the side plates 42, 42' are respectively corresponding to the first extrusion frame strip 20 and the second extrusion frame strip 30 corresponding to the hollow groove 22 1 The outer side is protruded and stopped, and the total thickness of the side plates 42, 42' and the transparent plate 41 corresponds to the width of the corresponding opening 222. In addition, a plurality of pairs of positioning frame strips 43 and 43' are formed, and each pair of positioning frame strips 43 and 43 5 has a symmetrical "U" shape, which are respectively sleeved on the upper and lower portions of the transparent plate 4 1 and are respectively embedded. In the opening 222 of the first extruded frame strip 20 and the second extruded frame strip 30, the positioning frame strips 43 and 43 are interposed between the side plates 42, 42' and the side plates 42, 42', so that The side plates 42, 42 and the side plates 42 and 42' can be positioned without causing sway. Referring to Figures 7 and 8, the method for assembling the light-rolling door according to the present invention comprises at least the following steps: First, a first extruded frame strip 20 and a second extruded frame strip 30 are prepared, and one end of each There is a matching mortise 2 1 and a shackle 3 1, and the other end is formed with a corresponding hook groove 2 2, 3 2 . Preparing a continuous length of transparent plate 4 1 (such as polycarbonate plate pc plate), a pair of fixed length side plates 4 2, 4 2 ' and a plurality of pairs each having a hook portion 4 2 0, 4 2 0 ' Fixed length U-shaped positioning frame strips 4 3, 4 3,. On the one hand, the side plates 4 2, 4 2 ' are formed along the longitudinal direction of the transparent 40 plate into a front and a rear 1300816. The transparent 40 plate is placed along with the side plates 42 and 42 at the same time. The squeezing frame strips 20 and the second squeezing frame strips 30 are in the hook grooves 22, 32; on the other hand, the positioning frame strips 4 3, 4 3 are respectively sleeved on the upper and lower portions of the transparent plate 4 1 and It is between the side plates 4 2, 4 2 and the side plates 4 2, 4 2, forming a door piece 10 unit. The majority of the door pieces 1 〇 unit longitudinal group, so that the first extrusion frame strip 3 0 pin 3 1 between the door 1 〇 unit and the first extrusion frame bar 2 0 blink 2 1 are connected to each other _ Into a screen curtain 1. Such a form of composition can simplify the assembly of the light-rolling door, which not only saves manpower requirements, but also substantially reduces production costs. The above is only the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention; that is, the equivalent changes and modifications made without departing from the scope of the present invention should remain within the scope of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a partial schematic view showing the façade of the lighting shutter structure of the present invention. Fig. 2 is a schematic cross-sectional view taken along line 2-2 of Fig. 1. > Fig. 3 is a schematic cross-sectional view taken in the direction of 3-3 of Fig. 1. Figure 4a is a partial perspective view of the first extruded frame strip of the present invention. Figure 4b is a partial perspective view of a second extruded frame strip of the present invention. Fig. 5 is a cross-sectional perspective view showing the shutter door of the present invention, showing a schematic view taken away from the non-transparent portion. Fig. 6 is a perspective view, partly in section, of the roll door panel of the present invention, showing a cutaway view from a transparent portion. Fig. 7 is a perspective view showing the combined state of the shutter door of the present invention. Figure 8 is a partial perspective view showing the sheet of the shutter door of the present invention. 1300816 t , Figures 9a to 9d are conventional techniques, wherein the 9th figure shows a door unit of a conventional light-rolling door; the 9th figure shows a sectional view of the 9b-9b direction of the 9a figure; A schematic view of the section from the 9c-9c direction of Fig. 9a is shown; the 9th figure shows a schematic view of the section from the 9d-9d direction of Fig. 9a. [Description of main component symbols] 1 ... The light-emitting rolling door structure/door curtain of the present invention 10.. Door piece 20... First extruded frame strip
21…榫眼 22、32…鉤槽 221...鏤空槽 222…開口 3 0...·第二擠型框條 31…榫銷 40…板片 4 1...透明板 42、42’...側板 420、420’ ...鉤部 42 1、42 1 5…收容部 43、4 3 5 ·· 定位框條21...Blinking 22,32...hook groove 221...slotted groove 222...opening 3 0...·second extruded frame strip 31...pin 40...plate 4 1...transparent plate 42, 42' ...side plates 420, 420' ... hook portions 42 1 , 42 1 5 ... housing portions 43, 4 3 5 ·· positioning frame strip