M392236 五、新型說明： 【新型所屬之技術領域】 本創作係涉及-種後嵌式Η框結構，尤指—種_在不_ 厚的牆面上快速組立門框的後嵌式門框結構。 【先前技術】 - —般門框的習知施卫方法，係输Η框的兩縱向框與一橫向 框先雜釘朗定在牆面的則mi錄上，再施行辦或填灌 籲水泥補滿間隙的作業，最後再作表面修飾及上漆塗裝。 換言之’這種Η框的施工方法，須藉助其鱗件、連桿、板 條或撲板將門框固定住之後，還要進行石切碑或填灌水泥。就㈣ 的安裝便利性、省時、省工及定位性方面，仍有改善的空間。 【新型内容】 有鑑於此，本創作的主要目的在於提供一種後嵌式門框結構 ，專用於在膽面的預留門框位置上快速組立門框，具易安裝、易 I定位及組斜間節省的優點，其結構包括—門框骨架、—聯結組 件帛框面組件及第二框面組件，其中，該門框骨架為縱長狀 架體，其縱身橫斷面的其中一側面’設有一台階部，由厚部形成 ㈣且凹陷成台階形狀構成；相對該側面㈣—相對側面，設有 -縱向貫槽及一橫向榫槽；該門框骨架的橫斷面的另外二個相對 側面各认有*合槽，·該聯結組件為爲板狀，具兩個端部，其 中1部具-L型定位部，用於依靠牆面及定位；另—端部具一 可弓折4帛於依不同牆面的壁厚予以彎折；該聯結組件的爲板 3 M392236 狀板面上，凸設-卡榫，且嵌人該門框骨架的橫向榫槽内部；該 第-框面組件為縱長狀物件，具—插嵌部及—壓框部，其中，該 插嵌部嵌人朗框骨架的嵌合_部，該壓框於緊密貼^ 壁的牆面；該第二框面組件為縱長狀物件，具—插㈣及一壓: 部，其中’該插嵌部傲入該門框骨架的另一嵌合槽内部，該壓框 部用於緊密貼合牆壁的另一牆面。 所述後彼式n框的進-步改良結構，包括聯結組件的扁板狀 籲板面上凸設-支柱’且伸入到該門框骨架的縱向貫槽内。 所述後嵌式Η框的進-步改良結構，包括該門框骨架的内部 結構製成中空狀構造，以節省材料。 所述後嵌式Η框的進-步妓結構，包括該第—框面組件的 插嵌部設有軟性迫緊。 所述後嵌式Η框的進-步改良結構，包括該第二框面組件的 插嵌部設有軟性迫緊。 _ 所述後欲式Η框的進—步改良結構，包括第二框面組件的壓 框部與第-框面組件的壓框部的縱長框面外觀，設成相同、相似 或不相似的賴框面結構’使得所述後嵌式門_輯框面具有 多元化變化。 【實施方式】 如圖1及圖4所示’本創作的後嵌式門框1〇，是一種專用於 在牆面90賴留門框位置上快速組立門框敝合件。組裝時， 可以快速將二根賢立及-根橫放的後嵌式門框1〇共同架設成牆 4 W^2236 =幢，_崎㈣機巾—咖嫩式門 ，即可組裝上一門扇80及完成Η扇80的組裝，具易安 裝、易定位及組襄時間節省的優點。 、 該後嵌式門框10的構造，如圖丨_ 骨架20、一聯結組件30、第一框面㈣加 匕括門框 第忙面組件4〇及第二框面組件5〇。 組裝時，該後嵌式門框1〇的聯姓件 外口、、且仵30與門框骨架20預先組 二體，^起安置到牆面⑽的預留門框位置上，經過讀實M392236 V. New description: [New technical field] This creation involves a kind of rear-embedded frame structure, especially the type of post-embedded door frame that quickly assembles the door frame on a wall that is not thick. [Prior Art] - The conventional method of defending the door frame, the two longitudinal frames of the frame and the horizontal frame are first nailed to the wall, and then applied or filled with cement. Work with full gaps, and finally surface modification and lacquering. In other words, the construction method of such a frame must be fixed with a scale, a connecting rod, a slat or a flap to carry out a stone cut or a cement. There is still room for improvement in terms of (4) ease of installation, time saving, labor saving and positioning. [New content] In view of this, the main purpose of this creation is to provide a rear-embedded door frame structure, which is specially designed for quickly assembling the door frame at the reserved door frame position of the biliary surface, which is easy to install, easy to locate, and save between groups. The structure comprises: a door frame skeleton, a coupling component, a frame surface component and a second frame component, wherein the door frame skeleton is a longitudinal frame body, and one of the side faces of the longitudinal cross section is provided with a step portion. Formed by a thick portion (4) and recessed into a stepped shape; opposite to the side surface (four) - the opposite side surface is provided with a longitudinal through groove and a transverse groove; the other two opposite sides of the cross section of the door frame skeleton are each recognized The groove, the coupling assembly is plate-shaped, has two end portions, one of which has a -L-shaped positioning portion for relying on the wall surface and the positioning; the other end portion has a bow and can be folded 4 depending on the wall The wall thickness of the surface is bent; the coupling component is a plate 3 M392236-shaped plate surface, convex-clicking, and embedded in the lateral groove of the door frame skeleton; the first-frame surface component is a longitudinally long piece , with a plug-in part and a press-frame part, wherein The inserting portion is embedded in the fitting portion of the frame frame, and the pressing frame is on the wall surface of the wall; the second frame component is a longitudinally long piece, with a plug-in (four) and a pressure: part, wherein The inserting portion protrudes into the inside of another fitting groove of the frame of the door frame, and the pressing frame portion is used to closely fit the other wall surface of the wall. The progressive improvement structure of the rear-end n-frame includes a projecting-pillar of the flat plate-like surface of the coupling assembly and extending into the longitudinal through-groove of the frame of the door frame. The progressive improvement structure of the rear-embedded frame includes a hollow structure of the internal structure of the frame frame to save material. The step-and-step structure of the rear-embedded frame, including the insertion portion of the first frame member, is provided with a soft pressing. The progressive improvement structure of the rear-embedded frame, including the insertion portion of the second frame assembly, is provided with a soft pressing. _ The improved step-by-step structure of the rear frame includes the appearance of the longitudinal frame of the pressing frame portion of the second frame component and the pressing frame portion of the first frame component, and is set to be the same, similar or dissimilar The frame structure of the frame makes the rear-embedded door frame have a variety of changes. [Embodiment] As shown in Fig. 1 and Fig. 4, the rear-mounted door frame 1 本 of the present invention is a type of door frame splicing member which is specially used for quickly arranging the door frame at the position of the wall 90. When assembling, you can quickly erect two rear-mounted door frames that are erected and erected into a wall. 4 W^2236 = Building, _Saki (4) scarf - café door, you can assemble a fan 80 and the completion of the assembly of the fan 80, with the advantages of easy installation, easy positioning and group time saving. The structure of the rear inlaid door frame 10 is as follows: a skeleton 20, a coupling assembly 30, a first frame surface (4), a door frame, a busy surface unit 4〇, and a second frame unit 5〇. When assembling, the outer door of the rear inlaid door frame 1〇, and the 仵30 and the door frame skeleton 20 are pre-grouped, and are placed on the reserved door frame position of the wall surface (10).
Qn μ L , _U凡件75將聯結組件30鎖固到牆面 90上，此刻亦同步完成將該 ^20起固疋到牆面9〇的預 考’將搭配組合的第—框面Μ件40及第二框 1與該門框骨架20嵌合及完成構成Η框的框面之後，即 元成所述後嵌式門框10的組裝。 該聯結組件30為扁板狀金屬材 Φ 中-端部設成具-定位部31，另_端部^且具有兩個端部，其 如圖2及圖3所示，該定_ 3J ^&成具一可幫折部32。 疋Y邛31的優選結構為呈乙 將《結組件3〇組裝到牆面 洲 組㈣的L型定位部3】依靠到：框位置上時，藉該聯，结 H_.面9〇上’該聯結組件30可以 ==Γ。如圖4及圖5所示，該，折部32用於因 ^不同牆面的壁厚再予叫折，經顺正枝後，再使用鎖固无 <45將該聯結組件3G的可彎折部32細到牆面如上。 卡祥件30的扁板狀板面上，凸設有-支柱烈或/和〆 掉用於與朗框骨架2G組合成-體化結構。 5 M392236 該門框骨架20為縱長狀架體，具堅 為減少材料的目的，可以選擇地特性，但 該門框骨架2。的縱身橫斷面的其中—側二成—中空狀構造。 由厚部形成較薄且凹陷成台階形狀所構成；該1二台階部21， ，如圖1及圖4所示，是用於接 ^ 21的用途 扇80、或用於提供給與門扇8〇的=· 7〇鎖固其上以便組立門 以達到鎖門效果H步作'、配對使用的鎖具安裝其上 與該門框雜⑼鮮辦的阻 側面，順著門框架體相對面的另-邊 向榫槽24 ;如圖2所亍，加4又有一縱向貫槽23及一橫 ，是將所述縱向貫槽23及输體2G的這個側面的優選結構 ，且在這個側社亂構細目通的結構 對稱結構。因此，當“構’且佈置成相互呈相向 榫槽24組合成-體。 /月架20的其中-組橫向 如圖2及圖3所示，利用i 20 24 ^ ；；；^；# 3〇 34 33進入到該門框骨架2〇的1用5亥聯結組件3〇的支柱 23的槽底，簡得堅^内部且抵靠到該縱向貫槽 元件乃將該聯結組件3G 二在這種情況下，再使用鎖固 化結構。 、框月木20鎖固-起及組合成一體 該門框骨架20的横 斷 面的另外二個相對側面，各設有一 嵌 6 M39.2236 合槽22 ’用於供組合第一框面組件4〇及第二框面組件5〇之時使 用。 第一框面組件40為縱長狀物件，具一插嵌部41及^框部 42。其中，該插嵌部41帛於嵌入該門框骨架2〇的嵌合槽内 部，組合後可收到的效果，包括：使得該壓框部42緊密貼合牆 面90上’以及，使用第一框面組件1〇與該門框骨架2〇組合成 一體。 該第一框面組件40的壓框部42具縱長裝飾框面外觀，當聯 結組件30與門框骨架2〇 —起鎖固在牆面9〇的預留門框位置上 後，可收到的效果’包括：用於遮蓋鎖固在牆面9〇上的聯結組 件30與鎖固元件75，以及，構成在本創作的後嵌式門框㈣裝 飾框面。 如圖2及圖4所示，第-框面組件4〇的插嵌部41可以進一 錢有軟性迫緊6〇，當第-框面組件1G與朗框f㈣組合成 一體時第-框面組件1G的軟性迫緊6()緊密貼合門框骨架 20的嵌合槽，可以達到加強防水的功能。 第二框面組件50與第-框面組件4〇之間具共同基本構造， 同樣為縱長狀物件，以及第二框面組件5{)亦具—插嵌部Η及一 聖忙。p 52且該插肷部51可以進一步設有軟性迫緊⑽。所以， 第二框面崎50與第一框面組件4〇之間具有相同效果的部分， 可以參考前面對於第-框面組件40的敘述，不再贅述。 第二框面組件50的壓框部52與第—框面組件4〇的壓框部 7 M392236 42的縱長框面外觀，得設成相同、相似或不相似的裝飾框面結構 ，使得本創作的錢式門框1G的㈣框面具有多元化變化。 如圖5所示，本創作的後嵌式門框H)可以架設在不同牆厚 的牆面90上組成門框。组裝時，利用與門框骨架2〇組合成一體 結構的聯結組件30的可管折部32按牆面壁厚予以適切彎折，經 過校正定位及使用鎖料件了5鎖固後，再_第—框面組件4〇 的插嵌部41及第二框面組件50的插喪部51嵌入到門框骨竿2〇 參的谈合槽22内部的深度，就達成將第一框面組件40的壓框部42 及第二框面組件5〇的馳部52緊密貼合職壁㈣後牆面⑽ 上，並且達到在牆面9〇 _留門框位置上快速組立門框的目的 【圖式簡單說明】 >圖1為使用本創作的後嵌式門框架設顿壁上組成門框且供 鉸鍊組裝門扇的示意圖。 圖2係本創作的後嵌式門框的剖面結構分解圖。 圖3係圖2的顧式門框將聯結組件與門桓骨_先組合成 -體再-起架設到牆_留門框的位置上及使用細元件將定位 ==件鎖固到牆壁上再嵌合第一框面組件及第二框面組件 圖4 _ 1所7F的本創作後嵌式馳架設在牆壁上組成門框 且供鉸鍊組裝門扇的剖面組合圖。 圖5為說明本創作的後歲式門框可以架設在不同牆厚的牆面 8 M392236 上組成門框的示意圖。 【主要元件符號說明】 10…. ••…後嵌式門框 20…. ••…門框骨架 21…. …··台階部 22…. .....肷合槽 23…. .....縱向貫槽 24…. .....4¾向棒槽 30…. .....聯結組件 31…. •…·定位部 32…. ••…可彎折部 33…· .....支柱 34…· …··卡榫 40…· 41…. …··插嵌部 42…. …··壓框部 50…. …··第二框面組件 51…· .....插肷部 52…. …··壓框部 60…· ••…軟質迫緊 70…· .....较鍊 75…· ••…鎖固元件 80…· …··門扇 90…· .....牆面Qn μ L , _U Van 75 locks the coupling assembly 30 to the wall 90, and simultaneously completes the pre-test of the ^20 from the wall to the wall 9 ' will be combined with the first frame - frame element 40 and the second frame 1 are assembled with the frame frame 20 and the frame surface constituting the frame is completed, that is, the assembly of the rear frame 10 is assembled. The coupling assembly 30 is a flat plate-shaped metal material Φ. The middle end portion is provided with a positioning portion 31, and the other end portion has two end portions. As shown in FIG. 2 and FIG. 3, the coupling _ 3J ^ & has a foldable portion 32. The preferred structure of 疋Y邛31 is that the L-shaped positioning portion 3 of the assembly of the knot assembly 3〇 to the wall-face group (four) is returned to the frame position by the joint, and the knot H_. The coupling assembly 30 can be ==Γ. As shown in FIG. 4 and FIG. 5, the folded portion 32 is used to fold the wall thickness of the different wall surfaces, and after the straight branch is used, the locking component is not used to bend the coupling component 3G. The folded portion 32 is as thin as the wall surface as above. The flat plate-like surface of the card member 30 is convexly provided with a strut or/and is used for combining with the frame 2G to form a body-structure. 5 M392236 The frame frame 20 is a longitudinal frame with a selective feature for the purpose of reducing the material, but the frame frame 2. The longitudinal cross-section of the cross-section of the two sides into a hollow structure. The thick portion is formed thin and recessed into a stepped shape; the two step portions 21, as shown in FIGS. 1 and 4, are used for the purpose of the fan 80, or for providing the door leaf 8 〇 · · · = 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 以便 组 组 组 组 组 组 组 组 组 组 、 、 、 、 、 、 - edgewise groove 24; as shown in Fig. 2, the addition of 4 has a longitudinal through groove 23 and a transverse direction, which is the preferred structure of the longitudinal through groove 23 and the side of the delivery body 2G, and on this side of the chaos Structured symmetrical structure. Therefore, when "constructed" and arranged to be mutually aligned with each other, the trough 24 is combined into a body. The middle group of the lunar frame 20 is laterally as shown in Figs. 2 and 3, using i 20 24 ^ ;;;;;# 3 〇 34 33 enters the bottom of the frame of the frame 2 of the door frame 2, and the bottom of the groove 23 of the truss assembly 3, which is simply inside and abuts against the longitudinal groove member, the coupling assembly 3G is In this case, the lock curing structure is used again. The frame moon wood 20 is locked and assembled and the other two opposite sides of the cross section of the door frame skeleton 20 are integrally formed with a 6 M39.2236 slot 22 ' It is used for combining the first frame assembly 4〇 and the second frame assembly 5〇. The first frame assembly 40 is an elongated member having an insertion portion 41 and a frame portion 42. The fitting portion 41 is disposed inside the fitting groove embedded in the frame frame 2〇, and the effect that can be received after the combination includes: bringing the pressing frame portion 42 into close contact with the wall surface 90', and using the first frame surface component 1 〇 is integrated with the door frame skeleton 2〇. The pressing frame portion 42 of the first frame surface assembly 40 has a longitudinally decorative frame surface appearance when the coupling assembly 30 is After the frame skeleton 2 is locked to the position of the reserved door frame of the wall 9 ,, the effect that can be received 'includes: the cover assembly 30 and the locking member 75 for covering the wall 9 ,, And the decorative frame frame of the rear inlaid door frame (4) of the present creation. As shown in Fig. 2 and Fig. 4, the insertion portion 41 of the first frame member 4〇 can be softened and tightened 6〇, when the first When the frame assembly 1G is combined with the flange frame f (four), the softness of the first frame component 1G is tightly adhered to the fitting groove of the door frame skeleton 20, and the waterproof function can be enhanced. The second frame component 50 and The first frame member 4 has a common basic structure, and is also a vertically long member, and the second frame member 5{) also has a plug portion Η and a saccade. p 52 and the splicing portion 51 Further, soft pressing (10) may be provided. Therefore, the portion having the same effect between the second frame surface 50 and the first frame assembly 4 can be referred to the foregoing description of the first frame member 40, and will not be described again. The longitudinal frame appearance of the pressing frame portion 52 of the second frame assembly 50 and the pressing frame portion 7 M392236 42 of the first frame assembly 4〇 The same, similar or dissimilar decorative frame structure makes the (4) frame surface of the money door frame 1G of this creation have a variety of changes. As shown in Figure 5, the rear frame door frame H) of this creation can be erected in different wall thicknesses. The door frame 90 is formed on the wall surface 90. During assembly, the tube foldable portion 32 of the joint assembly 30 which is combined with the door frame skeleton 2〇 is appropriately bent according to the wall thickness of the wall, and the correct positioning and use of the lock member are performed. After the 5 locks, the insertion portion 41 of the _ frame-frame assembly 4 and the insertion portion 51 of the second frame assembly 50 are embedded in the depth of the inside of the splicing groove 22 of the door frame 2 〇 2 It is achieved that the pressing frame portion 42 of the first frame assembly 40 and the second portion of the second frame assembly 5 are closely attached to the rear wall (10) of the wall (4), and the position of the door frame is fast. The purpose of assembling the door frame [Simple description of the drawing] > Fig. 1 is a schematic view of the door frame formed by the rear-mounted door frame using the present invention and the door leaf is assembled by the hinge. Figure 2 is an exploded view of the cross-sectional structure of the rear-mounted door frame of the present invention. Figure 3 is the door frame of Figure 2, the joint assembly and the door slab _ first combined into a body - then erected to the position of the wall _ retaining the door frame and use the fine elements to lock the positioning == pieces to the wall and then embedded The first frame component and the second frame component are shown in Fig. 4 _ 1 of the 7F. The post-embedded frame is set on the wall to form a door frame and the hinge assembly frame is assembled. Fig. 5 is a schematic view showing that the rear door frame of the present invention can be framed on different wall thicknesses of the wall 8 M392236 to form a door frame. [Description of main component symbols] 10.... ••...Back-embedded door frame 20....••...Door frame 21........··Step part 22...........肷合槽23.......... Longitudinal through groove 24......43⁄4 to rod groove 30....... coupling assembly 31.... •.... positioning portion 32.... ••... bendable portion 33...· ... .. pillar 34...·...··卡榫40...· 41....···Insert portion 42.....·Pressure frame portion 50....···Second frame assembly 51...·. Inserting portion 52....··Blocking frame 60...·••...soft pressing 70...·.....relative to chain 75...·••...locking element 80...····· door leaf 90... · ..... wall surface