TWM517777U - Improvement of retrofitting glass door leaf without holes boring - Google Patents
Improvement of retrofitting glass door leaf without holes boring Download PDFInfo
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- TWM517777U TWM517777U TW104208979U TW104208979U TWM517777U TW M517777 U TWM517777 U TW M517777U TW 104208979 U TW104208979 U TW 104208979U TW 104208979 U TW104208979 U TW 104208979U TW M517777 U TWM517777 U TW M517777U
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Description
本創作關於一種加裝玻璃的門扇結構，特別是一種不需挖孔加工的加裝玻璃門扇。 This creation relates to a glass door structure, in particular a retrofitted glass door that does not require boring.
如第一圖及第二圖所示，習知加裝玻璃門扇10的結構，通常是由兩片門扇面板11a、11b，四支封邊材15、二片對嵌玻璃框17a、17b及一片以上玻璃80共同組成。 As shown in the first and second figures, the structure of the conventional glass door 10 is generally composed of two door panel panels 11a, 11b, four edge sealing materials 15, two pairs of inlaid glass frames 17a, 17b and a piece. The above glass 80 is composed in common.
如第二圖所示，在組立過程中，所述門扇面板11a或11b為完整面板，不具有供加裝玻璃的中空部，但視實際情況，至少預留一可裁切部12，供將來組立所述玻璃80。 As shown in the second figure, during the assembly process, the door leaf panel 11a or 11b is a complete panel, and does not have a hollow portion for adding glass, but depending on the actual situation, at least one cutable portion 12 is reserved for future use. The glass 80 is assembled.
當所述四支封邊材15與兩片門扇面板11a、11b膠合成一體之後，所述兩片門扇面板11a、11b之間的空間，需灌注聚胺酯發泡塑膠(以下簡稱PU)90充填。在完成上述初步組立後，需使用電腦數值控制工具機(CNC)對所述門扇10進行挖孔加工，將所述門扇面板11a或11b的可裁切部12及相對應的PU90一起挖掉，使得所述門扇10因此具有供加裝玻璃的中空部，以安裝二片對嵌玻璃框17a、17b及組裝上所述玻璃80。 After the four edge sealing materials 15 are glued into the two door leaf panels 11a, 11b, the space between the two door leaf panels 11a, 11b is filled with polyurethane foam plastic (hereinafter referred to as PU) 90. After the preliminary assembly is completed, the door fan 10 is bored using a computer numerical control machine tool (CNC), and the cutable portion 12 of the door leaf panel 11a or 11b and the corresponding PU 90 are dug together. The door leaf 10 thus has a hollow portion for attaching glass to mount the two pairs of inlaid glass frames 17a, 17b and to assemble the glass 80.
如第一圖所示，所述二片對嵌玻璃框17a或17b設有可相互對嵌扣合的榫接結構，由相對應的雄榫18與雌榫19共同構成榫接結構。所以，二片對嵌玻璃框17a、17b經過相互對嵌榫接扣合成一體，就可設置在所述門扇10的供加裝玻璃的中空部上，且將所述玻璃80固定卡掣在門扇10上及支撐所述玻璃80的重量。 As shown in the first figure, the two pairs of inlaid glass frames 17a or 17b are provided with splicing structures which can be interlocked with each other, and the corresponding males 18 and females 19 together form a splicing structure. Therefore, the two pairs of inlaid glass frames 17a, 17b are integrated with each other by the inset buckle, and can be disposed on the hollow portion of the door leaf 10 for adding the glass, and the glass 80 is fixedly clamped on the door leaf. 10 and support the weight of the glass 80.
習知加裝玻璃門扇10的缺點，就在於所述兩片門扇面板11a、 11b的供加裝玻璃的中空部，不是直接一體成型，反而需經CNC挖孔加工才形成該中空部，不但加工程序繁瑣，且造成原料浪費。同樣情形，所灌注的PU90，亦需經CNC加工挖下相對應的中空部，且不能再利用只能直接廢棄，就成本考量並不經濟。 The disadvantage of the conventional glass door 10 is that the two door leaf panels 11a, The hollow part of the 11b for adding glass is not directly formed in one piece, but the hollow part is formed by the CNC digging process, which is not only complicated in processing, but also wastes raw materials. In the same situation, the PU90 that is poured also needs to be dug out of the corresponding hollow part by CNC machining, and can not be reused and can be directly discarded, so the cost consideration is not economical.
有鑑於此，本創作的主要目的在於揭示一種加裝玻璃門扇，其結構不需使用CNC挖孔加工，包括：二面板，設有加裝玻璃的中空部，各別構成門扇的前面板及後面板；且所述前面板及所述後面板的內側板面，設有一第一凸肋及一個以上第二凸肋；其中，所述第一凸肋沿著所述中空部的口沿周邊凸起高度而形成；所述第二凸肋與所述第一凸肋相互平行且間隔距離，且沿著所述中空部的周圍以分段或整段佈置構成；一左封邊材，構成所述前面板及所述後面板之間的左側框架；一右封邊材，構成所述前面板及所述後面板之間的右側框架；一上封邊材，構成所述前面板及所述後面板之間的上側框架；一下封邊材，構成所述前面板及所述後面板之間的下側框架；一內框模組，固定在所述前面板及所述後面板的第一凸肋與第二凸肋間，且由下列結構構成一體式結構：一隔板部，構成所述前面板及所述後面板的內部空間隔板，且所述隔板部設有一榫槽部，一第一聯結部，設立在所述隔板部的一側，由一玻璃押條部、一第一板片部及一第一聯結凹槽共同構成，且所述第一聯結凹槽形成於所述玻璃押條部與所述第一板片部的交界處；其中，所述第一聯結凹槽卡合在所述後面板的第一凸肋，且所述第一板片部嵌入在所述後面板的第一凸肋及第二凸肋之間的空間；及一第二聯結部，設立在所述隔板部的另一側；由一第二板片部、一第二 聯結凹槽及一延伸平板共同構成，且所述延伸平板的一端與所述隔板部相連，所述第二聯結凹槽形成於所述第二板片部與所述延伸平板的交界處；其中，所述第二聯結凹槽卡合在所述前面板的第一凸肋，且所述第二板片部嵌入在所述前面板的第一凸肋及第二凸肋之間的空間；至少一片押條，設有一榫舌部，且所述榫舌部與所述內框模組的榫槽部構成榫接組合；及一片以上玻璃，組裝在所述押條與所述內框模組的玻璃押條部之間。 In view of this, the main purpose of this creation is to reveal a retrofitted glass door fan, the structure of which does not need to use CNC boring, including: two panels, with hollow parts for adding glass, each forming the front panel of the door leaf and the rear The front panel and the inner panel of the rear panel are provided with a first rib and one or more second ribs; wherein the first rib is convex along the periphery of the hollow portion Forming a height; the second rib and the first rib are parallel to each other and spaced apart from each other, and are arranged in a segment or an entire section along the circumference of the hollow portion; a left edge sealing material, a structure a left side frame between the front panel and the rear panel; a right edge sealing material forming a right side frame between the front panel and the rear panel; an upper sealing material forming the front panel and the An upper side frame between the rear panels; a lower edge material to form a lower side frame between the front panel and the rear panel; an inner frame module fixed to the front panel and the rear panel Between the rib and the second rib, and the integral structure is formed by the following structure a partition portion constituting an inner space partition plate of the front panel and the rear panel, wherein the partition portion is provided with a groove portion, and a first joint portion is provided at one side of the partition portion Forming a glass slat portion, a first slab portion and a first coupling groove, and the first coupling groove is formed at a boundary between the glazing portion and the first slab portion Wherein the first coupling groove is engaged with the first rib of the rear panel, and the first panel portion is embedded between the first rib and the second rib of the rear panel And a second coupling portion is disposed on the other side of the partition portion; a second plate portion and a second portion The coupling groove and an extension plate are formed together, and one end of the extension plate is connected to the partition portion, and the second coupling groove is formed at a boundary between the second plate portion and the extension plate; Wherein the second coupling groove is engaged with the first rib of the front panel, and the second panel portion is embedded in a space between the first rib and the second rib of the front panel At least one piece of the bead having a tongue portion, and the tongue portion is combined with the tongue and groove portion of the inner frame module; and one or more pieces of glass are assembled in the bar and the inner frame Between the glass strips of the module.
作為優選實施例，所述左封邊材或所述右封邊材的旁邊，設有一補強材，以加強門扇的結構強度。 In a preferred embodiment, a reinforcing material is disposed beside the left edge sealing material or the right edge sealing material to strengthen the structural strength of the door leaf.
作為優選實施例，所述面板的材質，為SMC複合材料或FRP。 As a preferred embodiment, the material of the panel is SMC composite or FRP.
作為優選實施例，所述左封邊材、所述右封邊材、所述上封邊材、所述下封邊材、所述補強材或所述內框模組的材質，為金屬、木材或塑膠。 In a preferred embodiment, the material of the left edge sealing material, the right edge sealing material, the upper sealing material, the lower sealing material, the reinforcing material or the inner frame module is metal, Wood or plastic.
作為優選實施例，所述玻璃以金屬、木材或塑膠裝飾板材取代。 As a preferred embodiment, the glass is replaced by a metal, wood or plastic decorative panel.
本創作的加裝玻璃門扇，具有以下有益效果：1.門扇的前面板及後面板直接一體成型設有供加裝玻璃的中空部，不需使用CNC挖孔加工；2.門扇的前面板及後面板，在中空部的周圍，設有快速安裝內框模組的凸肋，且利用所述內框模組構成門扇內部空間的隔板，在灌注PU時，可阻絕門扇供加裝玻璃的中空部被灌注PU；3.組立過程中，所述內框模組具有雙重功能，一方面用於封閉加裝玻璃門扇的內部空間，另一方面用於供玻璃裝設於其上；4.組立過程中，門扇的前面板及後面板，不需使用CNC挖孔加工，可節省門扇面板原料與PU塑料的雙重成本。 The installation of the glass door leaf of the present invention has the following beneficial effects: 1. The front panel and the rear panel of the door leaf are directly integrally formed with a hollow portion for adding glass, and no need for CNC digging; 2. The front panel of the door leaf and The rear panel is provided with a rib for quickly mounting the inner frame module around the hollow portion, and the inner frame module is used to form a partition of the inner space of the door leaf, and when the PU is filled, the door leaf can be blocked for adding the glass. The hollow portion is filled with PU; 3. During the assembly process, the inner frame module has a dual function, on the one hand, for closing the inner space of the glass door, and on the other hand, for the glass to be mounted thereon; During the assembly process, the front panel and the rear panel of the door leaf do not need to use CNC digging, which can save the double cost of the door panel material and PU plastic.
10‧‧‧習知加裝玻璃門扇 10‧‧‧Study to install glass door leaf
11a、11b‧‧‧門扇面板 11a, 11b‧‧‧ door panel
12‧‧‧可裁切部 12‧‧‧Can be cut
15‧‧‧封邊材 15‧‧‧Edge-sealing materials
17a、17b‧‧‧對嵌玻璃框 17a, 17b‧‧‧ pairs of inlaid glass frames
18‧‧‧雄榫 18‧‧‧
19‧‧‧雌榫 19‧‧‧ Female
20‧‧‧加裝玻璃門扇 20‧‧‧Adding glass door leaf
21a、21b‧‧‧面板 21a, 21b‧‧‧ panels
22‧‧‧中空部 22‧‧‧ Hollow
23‧‧‧第一凸肋 23‧‧‧First rib
25‧‧‧第二凸肋 25‧‧‧second rib
30‧‧‧左封邊材 30‧‧‧ Left edge trim
35‧‧‧右封邊材 35‧‧‧Right edge trim
40‧‧‧上封邊材 40‧‧‧Upper sapwood
45‧‧‧下封邊材 45‧‧‧Under sapwood
50‧‧‧補強材 50‧‧‧ reinforcing materials
60‧‧‧內框模組 60‧‧‧Inner frame module
61‧‧‧隔板部 61‧‧‧Parts
62‧‧‧第一聯結部 62‧‧‧First Linkage
63‧‧‧第二聯結部 63‧‧‧Second junction
64‧‧‧玻璃押條部 64‧‧‧Glass
65‧‧‧第一板片部 65‧‧‧First Board
66‧‧‧第一聯結凹槽 66‧‧‧First junction groove
67‧‧‧第二板片部 67‧‧‧Second Board Division
68‧‧‧第二聯結凹槽 68‧‧‧Second junction groove
68a‧‧‧延伸平板 68a‧‧‧Extension plate
69‧‧‧榫槽部 69‧‧‧榫槽部
70a、70b‧‧‧押條 70a, 70b‧‧‧
72‧‧‧榫舌部 72‧‧‧榫 tongue
80‧‧‧玻璃 80‧‧‧ glass
90‧‧‧聚胺酯發泡塑膠(或稱PU) 90‧‧‧Polyurethane foamed plastic (or PU)
第一圖係習知加裝玻璃門扇的局部剖面放大圖。 The first figure is a partial cross-sectional enlarged view of a conventional glass door leaf.
第二圖係習知加裝玻璃門扇的組立過程狀態說明圖。 The second figure is an explanatory diagram of the assembly process state of the conventional glass door.
第三圖係本創作的加裝玻璃門扇立體圖。 The third picture is a perspective view of the glass door leaf of this creation.
第四圖係第三圖的加裝玻璃門扇的內部結構圖。 The fourth figure is the internal structure diagram of the glass door leaf attached to the third figure.
第五圖係第三圖的加裝玻璃門扇的零組件分解圖。 The fifth figure is an exploded view of the components of the glass door leaf attached to the third figure.
第六圖係第五圖的內框模組沿著6-6剖面線的剖面放大圖。 Figure 6 is an enlarged cross-sectional view of the inner frame module of the fifth figure taken along line 6-6.
第七圖係第三圖的加裝玻璃門扇沿著7-7剖面線的局部剖面放大圖。 The seventh figure is a partial cross-sectional enlarged view of the attached glass door leaf of the third figure along the 7-7 section line.
如第三圖至第七圖所示，本創作的加裝玻璃門扇(以下簡稱門扇)20，特點為組裝時不需使用CNC挖孔加工；具體實施例包括由二片相同結構的面板21a(或21b)、二支相同結構的左封邊材30及右封邊材35、二支相同結構的上封邊材40及下封邊材45、一內框模組60、四片截面結構相同的押條70a(或70b)及一片以上(含一片)玻璃80共同組成；或再進一步包括二支相同結構的補強材50，分別靠合在所述左封邊材30及所述右封邊材35的旁邊加強結構強度，以構成另一種具體實施例。 As shown in the third to seventh figures, the glass door leaf (hereinafter referred to as a door leaf) 20 of the present invention is characterized in that it does not need to use CNC hole boring during assembly; the specific embodiment includes two panels 21a of the same structure ( Or 21b), two left edge sealing materials 30 and right edge sealing material 35 of the same structure, two upper sealing materials 40 and lower sealing material 45 of the same structure, one inner frame module 60, and four pieces of the same cross-sectional structure The strip 70a (or 70b) and one or more sheets (including one piece) of glass 80 are combined; or further comprising two reinforcing materials 50 of the same structure, respectively, which are joined to the left edge sealing material 30 and the right edge sealing edge The side of the material 35 reinforces the structural strength to form another specific embodiment.
所述面板21a及21b各別構成所述門扇20的前面板及後面板，以板片式模壓成型技術(SMC)直接一體成型具有一個以上(含一個)中空部22；組裝時，所述中空部22作為組立所述內框模組60、所述四片押條70a(或70b)及固定所述玻璃80之用途。所述面板21a及21b的厚度，視實際使用情況製作，優選為厚度僅有1至4mm，其材質可為SMC複合材料或纖維強化塑膠(FRP)。 The panels 21a and 21b respectively constitute a front panel and a rear panel of the door leaf 20, and have one or more (including one) hollow portions 22 directly formed by a sheet molding technique (SMC); The portion 22 serves as a combination of the inner frame module 60, the four strips 70a (or 70b), and the glass 80. The thickness of the panels 21a and 21b is made according to actual use, and preferably has a thickness of only 1 to 4 mm, and the material thereof may be SMC composite material or fiber reinforced plastic (FRP).
所述面板21a及21b的內側板面，設有一第一凸肋23及一個以上(含一個)第二凸肋25；其中，所述第一凸肋23是沿著所述中空部22的口沿周邊以凸起高度而形成，用於幫助快速組立所述門扇20；所述第二凸肋25的佈置方式，是與所述第一凸肋23相互平行且間隔距離，且沿著所述中空 部22的周圍以分段或整段佈置構成，用於幫助快速定位所述內框模組60。 The inner side surface of the panels 21a and 21b is provided with a first rib 23 and one or more (including one) second rib 25; wherein the first rib 23 is along the mouth of the hollow portion 22. Formed along the periphery with a raised height for helping to quickly assemble the door leaf 20; the second rib 25 is arranged in parallel with and spaced apart from the first rib 23, and along the Hollow The periphery of the portion 22 is constructed in a segmented or integral configuration for facilitating rapid positioning of the inner frame module 60.
所述左封邊材30或所述右封邊材35的材質，為金屬、木材或是塑膠；組裝時，以膠合方式分別構成所述面板21a及21b之間的左側框架(left stile)及右側框架(right stile)。 The material of the left edge sealing material 30 or the right edge sealing material 35 is metal, wood or plastic; when assembled, the left side stile between the panels 21a and 21b is respectively formed by gluing and Right stile.
所述補強材50的材質，為金屬、木材或是塑膠；組裝時，以膠合方式組裝在所述左封邊材30或所述右封邊材35旁邊，以加強所述門扇20的結構強度。 The material of the reinforcing material 50 is metal, wood or plastic; when assembled, it is assembled by glue to the left edge sealing material 30 or the right edge sealing material 35 to strengthen the structural strength of the door leaf 20. .
所述上封邊材40或所述下封邊材45的材質，為金屬、木材或是塑膠；組裝時，以膠合方式分別構成所述面板21a及21b之間的上側封材(top rail)或下側封材(bottom rail)。 The material of the upper sealing material 40 or the lower sealing material 45 is metal, wood or plastic; when assembled, the upper side sealing material between the panels 21a and 21b is respectively formed by gluing. Or the bottom side of the sealing material (bottom rail).
如第五圖及第七圖所示，所述押條70a(或70b)為相同結構的玻璃封邊押條，材質可為金屬、木材或是塑膠。而且，所述押條70a(或70b)設有一榫舌部72。 As shown in the fifth and seventh figures, the bead 70a (or 70b) is a glass beading strip of the same structure, and the material can be metal, wood or plastic. Moreover, the bead 70a (or 70b) is provided with a tongue portion 72.
如第四圖至第七圖所示，所述內框模組60為一體式結構，組裝時，是構成所述門扇20的內部空間的隔板，在灌注PU90時，將阻絕灌注的PU90流入所述面板21a及21b的中空部22；而且，如第七圖所示，所述面板21a的中空部22與所述面板21b的中空部22之間的空間，藉所述內框模組60組立在其中間，將所述面板21a及所述面板21b的中空部22的沿口完全封閉後，使得所述面板21a及所述面板21b的中空部22及所述內框模組60共同組成可供組裝所述玻璃80的中空空間。 As shown in the fourth to seventh embodiments, the inner frame module 60 is a one-piece structure. When assembled, it is a partition that constitutes the inner space of the door leaf 20. When the PU90 is poured, the perfusion of the PU90 is blocked. The hollow portion 22 of the panels 21a and 21b; and, as shown in the seventh diagram, the space between the hollow portion 22 of the panel 21a and the hollow portion 22 of the panel 21b, by the inner frame module 60 After being completely closed, the panel 21a and the hollow portion 22 of the panel 21b are completely closed, so that the panel 21a and the hollow portion 22 of the panel 21b and the inner frame module 60 are combined. A hollow space in which the glass 80 can be assembled.
如第五圖至第七圖所示，為達到快速組合的目的，所述內框模組60的橫斷面結構，具有一隔板部61、一第一聯結部62及一第二聯結部63，其中，所述第一聯結部62及第二聯結部63分別設立在所述隔板部61的兩側。 As shown in the fifth to seventh figures, the cross-sectional structure of the inner frame module 60 has a partition portion 61, a first connecting portion 62 and a second connecting portion for the purpose of rapid assembly. 63, wherein the first connecting portion 62 and the second connecting portion 63 are respectively established on both sides of the partition portion 61.
如第六圖及第七圖所示，所述內框模組60的隔板部61構成所述內框模組60的框架結構，且構成所述前面板及所述後面板的內部空間隔板，一方面用於封閉所述門扇20的內部空間，另一方面用於供玻璃80裝設 於其上；而且，所述隔板部61設有一榫槽部69，用於供所述押條70a(或70b)的榫舌部72與其構成榫接結構的組合。 As shown in the sixth and seventh figures, the partition portion 61 of the inner frame module 60 constitutes a frame structure of the inner frame module 60, and constitutes an internal space of the front panel and the rear panel. The plate is used to close the inner space of the door leaf 20 on the one hand, and to be used for the glass 80 on the other hand. Further, the partition portion 61 is provided with a groove portion 69 for the combination of the tongue portion 72 of the bead 70a (or 70b) and the splicing structure thereof.
所述內框模組60的第一聯結部62，由一玻璃押條部64、一第一板片部65及一第一聯結凹槽66共同構成；其中，所述第一聯結凹槽66形成於所述玻璃押條部64與所述第一板片部65的交界處。 The first connecting portion 62 of the inner frame module 60 is composed of a glass slat portion 64, a first plate portion 65 and a first coupling groove 66; wherein the first coupling groove 66 It is formed at the boundary between the glass bead portion 64 and the first sheet portion 65.
如第七圖所示，當玻璃80裝設在所述內框模組60的隔板部61上面後，所述玻璃押條部64用於與所述押條70a及70b共同搭配緊密地固定所述玻璃80。 As shown in the seventh figure, after the glass 80 is mounted on the upper surface of the partition portion 61 of the inner frame module 60, the glass bead portion 64 is used to closely fix the strips 70a and 70b. The glass 80.
如第七圖所示，所述內框模組60的第一聯結凹槽66，對應所述面板21b(或21a)的第一凸肋23的結構，組裝時，可與所述面板21b(或21a)的第一凸肋23快速構成榫接組合。 As shown in the seventh figure, the first coupling groove 66 of the inner frame module 60 corresponds to the structure of the first rib 23 of the panel 21b (or 21a), and can be assembled with the panel 21b ( Or the first rib 23 of 21a) quickly constitutes a splicing combination.
如第七圖所示，所述內框模組60的第一板片部65，對應所述面板21b(或21a)的第一凸肋23及第二凸肋25間的相隔距離，組裝時，所述第一板片部65可直接嵌入於所述面板21b(或21a)的第一凸肋23及第二凸肋25之間的空間，且藉此達到快速定位及組合的目的。 As shown in the seventh figure, the first plate portion 65 of the inner frame module 60 corresponds to the distance between the first rib 23 and the second rib 25 of the panel 21b (or 21a), and is assembled. The first plate portion 65 can be directly embedded in the space between the first rib 23 and the second rib 25 of the panel 21b (or 21a), and thereby achieves the purpose of rapid positioning and combination.
所述內框模組60的第二聯結部63，由一第二板片部67、一第二聯結凹槽68及一延伸平板68a共同構成；其中，所述延伸平板68a的一端與所述隔板部61相連，所述第二聯結凹槽68形成於所述第二板片部67與所述延伸平板68a的交界處。 The second connecting portion 63 of the inner frame module 60 is composed of a second plate portion 67, a second coupling groove 68 and an extending plate 68a; wherein one end of the extending plate 68a is The partition portion 61 is connected, and the second coupling groove 68 is formed at a boundary between the second sheet portion 67 and the extending flat plate 68a.
如第七圖所示，所述內框模組60的第二聯結凹槽68，對應所述面板21a(或21b)的第一凸肋23的結構，組裝時，可與所述面板21a(或21b)的第一凸肋23快速構成榫接組合。 As shown in the seventh figure, the second coupling groove 68 of the inner frame module 60 corresponds to the structure of the first rib 23 of the panel 21a (or 21b), and can be assembled with the panel 21a ( Or the first rib 23 of 21b) quickly constitutes a splicing combination.
如第七圖所示，所述內框模組60的第二板片部67，對應所述面板21a(或21b)的第一凸肋23及第二凸肋25間的相隔距離，組裝時，所述第二板片部68可直接嵌入於所述面板21a(或21b)的第一凸肋23及第二凸肋25之間的空間，且藉此達到快速定位及組合的目的。 As shown in the seventh figure, the second plate portion 67 of the inner frame module 60 corresponds to the distance between the first rib 23 and the second rib 25 of the panel 21a (or 21b), and is assembled. The second plate portion 68 can be directly embedded in the space between the first rib 23 and the second rib 25 of the panel 21a (or 21b), and thereby achieves the purpose of rapid positioning and combination.
如第四圖及第七圖所示，組裝時，將所述左封邊材30及所述右 封邊材35連同所述上封邊材40及所述下封邊材45與所述面板21b(或21a)膠合後，再組裝所述內框模組60；此際，不需使用校正工具，所述內框模組60的第一聯結凹槽66可直接卡合於所述面板21b(或21a)的第一凸肋23，同時，藉所述面板21b(或21a)的第二凸肋25的卡掣，所述內框模組60的第一板片部65可直接嵌入於所述面板21b(或21a)的第一凸肋23及第二凸肋25之間的空間，而達成快速組合的目的。 As shown in the fourth and seventh figures, the left edge sealing material 30 and the right side are assembled. After the edge sealing material 35 is glued to the panel 21b (or 21a) together with the upper sealing material 40 and the lower sealing material 45, the inner frame module 60 is assembled; no correction tool is needed at this time. The first coupling groove 66 of the inner frame module 60 can be directly engaged with the first rib 23 of the panel 21b (or 21a), and at the same time, by the second convex of the panel 21b (or 21a) The latching of the rib 25, the first panel portion 65 of the inner frame module 60 can be directly embedded in the space between the first rib 23 and the second rib 25 of the panel 21b (or 21a), and Achieve a quick combination of purposes.
接著，組裝另一片面板21a(或21b)時，同樣不需使用校正工具，藉所述內框模組60的第二聯結凹槽68可直接卡合於所述面板21a(或21b)的第一凸肋23，同時，藉所述面板21a(或21b)的第二凸肋25的卡掣，所述內框模組60的第二板片部67可直接嵌入於所述面板21b(或21a)的第一凸肋23及第二凸肋25之間的空間，所述面板21a(或21b)即快速完成組裝。 Then, when the other panel 21a (or 21b) is assembled, the correction tool is also not required, and the second coupling groove 68 of the inner frame module 60 can be directly engaged with the panel 21a (or 21b). a rib 23, and at the same time, by the latch of the second rib 25 of the panel 21a (or 21b), the second panel portion 67 of the inner frame module 60 can be directly embedded in the panel 21b (or The space between the first rib 23 and the second rib 25 of 21a), the panel 21a (or 21b) is quickly assembled.
此後，對初步完成組裝的所述門扇20進行灌注PU90，再對所述門扇20的中空空間，依序將所述玻璃80組裝到所述內框模組60的隔板部61上，再榫接扣合上所述四片押條70a(或70b)，使玻璃80得到固定，即組裝成本創作的加裝玻璃門扇20。 Thereafter, the door fan 20 that is initially assembled is infused with the PU 90, and then the glass 80 is sequentially assembled to the partition portion 61 of the inner frame module 60 in the hollow space of the door leaf 20, and then The four strips 70a (or 70b) are closed and the glass 80 is fixed, that is, the assembled glass door 20 is assembled.
據此，本創作的加裝玻璃門扇20，在組裝時，不但可快速組裝，且不需使用CNC挖孔加工，具工序簡單及節省成本的特點。 Accordingly, the glass door 20 of the present invention can be assembled quickly, and does not need to use CNC digging, which is simple in process and cost-saving.
本創作的加裝玻璃門扇20的應用範圍，包括應用於組成加裝玻璃的推拉門或橫拉門。本創作的加裝玻璃門扇20的玻璃80，可以使用金屬、木材或是塑膠裝飾板材替換。 The scope of application of the glass door leaf 20 of the present invention includes the application of a sliding door or a horizontal sliding door that constitutes an attached glass. The glass 80 of the creation of the glass door leaf 20 can be replaced with a metal, wood or plastic decorative sheet.
以上所揭示的內容，乃本創作較佳的具體實施例，舉凡與本創作的創作目的與所能達成的效果，係構成所謂的等效或均等，且屬為熟習該項技術者能夠輕易完成的簡易修改、修飾、改良或變化，應俱不脫離本創作得以涵蓋主張的專利權範疇。 The content disclosed above is a preferred embodiment of the present invention, and the effects achieved by the creation and the purpose of the creation are so-called equivalent or equal, and can be easily accomplished by those skilled in the art. The simplifications, modifications, improvements, or changes of the simplifications should not be divorced from the scope of patent rights covered by this creation.
20‧‧‧加裝玻璃門扇 20‧‧‧Adding glass door leaf
21a、21b‧‧‧面板 21a, 21b‧‧‧ panels
22‧‧‧中空部 22‧‧‧ Hollow
23‧‧‧第一凸肋 23‧‧‧First rib
25‧‧‧第二凸肋 25‧‧‧second rib
30‧‧‧左封邊材 30‧‧‧ Left edge trim
35‧‧‧右封邊材 35‧‧‧Right edge trim
40‧‧‧上封邊材 40‧‧‧Upper sapwood
45‧‧‧下封邊材 45‧‧‧Under sapwood
50‧‧‧補強材 50‧‧‧ reinforcing materials
60‧‧‧內框模組 60‧‧‧Inner frame module
70a、70b‧‧‧押條 70a, 70b‧‧‧
80‧‧‧玻璃 80‧‧‧ glass
90‧‧‧聚胺酯發泡塑膠(或稱PU) 90‧‧‧Polyurethane foamed plastic (or PU)
Claims (6)
Priority Applications (10)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW104208979U TWM517777U (en) | 2015-06-05 | 2015-06-05 | Improvement of retrofitting glass door leaf without holes boring |
| GB1513798.7A GB2539282A (en) | 2015-06-05 | 2015-08-04 | Closure assembly with a window and a method of making the same |
| GB1514422.3A GB2535254B8 (en) | 2015-06-05 | 2015-08-13 | Closure assembly with a window and a method of making the same |
| US14/825,390 US9683403B2 (en) | 2015-06-05 | 2015-08-13 | Closure assembly with a window and a method of making the same |
| ES15195905.3T ES2673620T3 (en) | 2015-06-05 | 2015-11-23 | Closing set with a window and its manufacturing method |
| EP15195905.3A EP3109392B1 (en) | 2015-06-05 | 2015-11-23 | Closure assembly with a window and a method of making the same |
| AU2016200442A AU2016200442B2 (en) | 2015-06-05 | 2016-01-27 | Closure assembly and a method of making the same |
| NZ716538A NZ716538A (en) | 2015-06-05 | 2016-02-01 | Closure assembly and a method of making the same |
| CA2929687A CA2929687C (en) | 2015-06-05 | 2016-05-11 | Closure assembly and a method of making the same |
| JP2016002570U JP3205798U (en) | 2015-06-05 | 2016-06-03 | Closure assembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW104208979U TWM517777U (en) | 2015-06-05 | 2015-06-05 | Improvement of retrofitting glass door leaf without holes boring |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| TWM517777U true TWM517777U (en) | 2016-02-21 |
Family
ID=55811877
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW104208979U TWM517777U (en) | 2015-06-05 | 2015-06-05 | Improvement of retrofitting glass door leaf without holes boring |
Country Status (1)
| Country | Link |
|---|---|
| TW (1) | TWM517777U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US10145167B1 (en) | 2017-11-29 | 2018-12-04 | Nan Ya Plastics Corporation | Closure member with decorative panel |
-
2015
- 2015-06-05 TW TW104208979U patent/TWM517777U/en unknown
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US10145167B1 (en) | 2017-11-29 | 2018-12-04 | Nan Ya Plastics Corporation | Closure member with decorative panel |
| US10214953B2 (en) * | 2017-11-29 | 2019-02-26 | Nan Ya Plastics Corporation | Closure member with decorative panel |
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