1258525 九、發明說明： 【發明所屬之技術領域】 ㈣指—種嵌入式格柵攔結構，尤指-種不㈣ 會產生果…式結構彼此嵌： 二狀立科***口而可組合成堅固合用之格柵攔的 一種肷入式格柵攔結構。 爾碼ΘΊ 【先前技術】 如第1圖所示，習知由擠 於組裝時，-般都是成之格拇棚結構，其 P疋知用公套立料1 〇〗、 此套合為-主立料⑽，1 ^套立们02彼 沖製出適當數量之蟬辞穿孔101於組合前需先行 相對數量之螺絲固定孔10 ::104上-置 穿過公套立料1Π1 p 於、、且。過私中需用螺絲106 牙U立科101上設之螺絲穿孔ι〇3 104上相對應之螺絲固定孔丨 _ 以、 公套立料101上，Α如八太 而將秩枓104鎖固於 而点—士紋 公套立料101與母套立料102套合 林η &正之格拇搁結構，如此可做成螺絲106不外露之 1各:攔’以使外形美觀，但其組合方式需耗費大量=0之6 大棣本及ί工！!業之時間，令其製作成本高昂，如以-般 之冷氣水管等裝飾格柵攔以求維^ =寸需求而需裝設3。片格柵搁主橫料心二： 主&料m戶斤需之螺絲！ 0 6數量二= 相對合曰，ΒΑτ, ，使成本支出 對㈣，且人工組裳作業時間亦相對增 接之方法焊固組立格柵攔結構，又因焊固έ且立計 ： 磨平再烤漆’亦會増加額外之運費及烤漆 18081 5 1258525 【發明内容】 鏹於以上所述習知技術之缺失，本發明之主要目 在方；^供一種|入式林 、’、 省 式4栅欄結構’其不需施以螺絲鎖固， 播： 過程，利用會產生内膨脹效果之嵌入式姓 構彼此嵌合，並藉以方便的嵌入η: 堅固合用之格栅攔為其目的者。㈣入口而可組合成 構，=二:目的，係在提供，入式格栅欄之結 用新;;用擠型料之餘料成型製作，而不需另 可達環保之目的料而可充份的節省其製作成本，並 本發明之另—日& 乂么各、 上1之、，係在提供一種可藉由格柵欄結構 攔二L得以壓嵌入適當之封口型板，而使該格柵 襴、、、。構更”觀且富有質感。 本發明之再—目的，録 度角或其他轉角角度，供以“…種了错以組衣成90 入式格柵欄結構。-1服轉角固定之不便的一種嵌 構，的’本發明係提供-種嵌入式格柵欄結 再巧肷入式格柵攔之έ士谌± φ ,么丄 嵌迫内塊、壓係由複數個主橫料、由塵 及一由八1*4、 s肷5而成之壓嵌迫塊、壓嵌固定橫料 之主立料所構2和母套立料卡合而成並設有複數個***孔 料係由擠㈣M嵌迫内塊、壓嵌迫管及壓嵌固定橫 抖所沖製而成之具有中空矩形細之結構 18081 6 1258525 體，上述之結構體可依序利用其成型後之餘料而重新沖切 製成型，其嵌合孔内壁上下緣兩端内側適當位置，各設有 一迫合溝凸緣，該迫合溝凸緣與其横料外壁間之間隙形成 迫合溝，内壁上下緣介於兩側迫合溝凸緣之間，則可因需 要設有複數個等高於迫合溝凸緣之嵌合凸緣，藉由上述結 構使其能彼此嵌合並產生内膨脹緊密結合之效果。 其中，主橫料和壓嵌固定橫料之大小相同，而壓嵌迫 管之外距（高度）可相等或略小於壓嵌固定橫料之嵌合孔内 距（高度）；壓嵌迫内塊之外距（高度）則略大於壓嵌迫管之 散合孔内距（高度），使得壓嵌迫内塊係略小於壓敌迫管而 可嵌合入壓嵌迫管内，令壓嵌迫管中腰處受擠壓而產生内 膨服效果，再將壓敌迫管兩侧略為壓擠，使得壓喪迫管内 之迫合溝凸緣得以緊密的嵌合壓嵌迫内塊於其内，而成為 一體之壓嵌迫塊，並使得壓嵌迫塊受壓嵌迫内塊擠壓後之 膨脹外距（高度）略同於壓嵌固定橫料之外距（高度），而當 組裝時亦可被壓嵌入壓嵌固定橫料内，使得被壓嵌入壓嵌 迫塊之壓嵌固定橫料部分受擠壓而形成内脹管凸緣，使其 膨脹外距（高度）大於主立料***口之高度，而令壓嵌固定 橫料壓嵌入主立料***口後，能形成緊密之嵌合效果而不 鬆脫。 組裝前，先於公套立料或母套立料上沖製預定數量之 ***孔，並將公套立料及母套立料卡合組立成主立料，並 於主立料***孔内各別嵌入一主橫料，並預留適當數量之 空置***孔預備嵌入壓嵌迫塊及壓嵌固定橫料；再將壓嵌 7 18081 1258525 迫内塊壓嵌入壓嵌迫管内，形呈 塊，再置於壓嵌固定橫料内，並放：=外距之壓嵌迫 管凸緣，使其膨脹外距大於主立物脹 嵌合之效果而不鬆脫，並藉二便能形成緊密 甘套“4彼此卡合的更緊。藉由上述，即可提 7螺絲鎖固，省去繁複之加工過程，利用會產生内：： :=入式結構彼此嵌合，藉以輕易地嵌入主立料插： 而可方便的組合成堅固合用之格柵攔結構。 【實施方式】 以下係藉由特定的具體實施例説明本發明之實施方 2 ’熟悉此技藝之人士可由本説明書所揭示之崎易地 暸解本發明之其他優點與功效。本發明亦可藉由以不同 =具體貫例加以施行或應用，本説明書中的各項㈣亦可 =於不同觀點與剌，在不,轉本發明之精神下進行各種 修飾與變化。 $ 閱第2圖及第3圖，係本發明嵌入式格栅攔 立肢为解圖及主橫料構件之剖面示意圖，由圖中可清楚 看出，該嵌人式格栅攔2之結構主要係包括主橫料22= 壓嵌迫内塊232、壓嵌迫瞢？成人I丄 β 土瓜ks以1肷合而成之壓嵌迫塊23、 壓嵌固定橫料24及一由公套立料211和母套立料212卡合 而成並設有適當數量之***孔213的主立料21所構成 主橫料22、壓敌迫内塊232、壓嵌迫f 231及壓嵌固定橫 3 8081 8 1258525 ，係由擠型料所沖製而成，並因各個大小不同而可利用 成型出-結構後剩餘的餘料進行成型製作，而 料成型，而可充份的節省其製作成本，並可達環保之目的’； 由於主橫料22、壓鼓迫内塊232、塵嵌迫管231及壓#固 疋i田、料24之内部結構皆相同，是故僅以主橫料&之 結構以示於第3圖中表示之。 ° 主橫料22(及壓嵌迫内塊232、壓嵌迫管23卜壓爭 定橫料24)係由擠型料所沖製而成之具有中空矩形嵌：孔 225之結構體，嵌合孔225内壁上下緣兩端内側適當位置 上，各設有—迫合溝凸緣22卜該迫合溝凸緣221與其橫 料外壁222間之間隙形成迫合溝223，内壁上下緣介於兩 側迫合溝凸緣221之間，則可因節省材料而設計出數個嵌 合凸緣224,亦可不必設有嵌合凸緣224;於|實施例中^ 於内壁上下緣各設置五個嵌合凸緣224，藉由上述結構使 其能彼此嵌合並產生内膨脹緊密結合之效果。 其中，主橫料22和壓嵌固定橫料24之大小相同，而 壓肷迫官231之外距（高度）係相等或略小於壓嵌固定橫料 24之嵌合孔内距（高度）；壓嵌迫内塊232之外距（高度j則 略大於壓嵌迫管231之嵌合孔内距（高度），使得壓嵌迫内 塊232係略小於壓嵌迫管231而可嵌合入壓嵌迫管231 内，令壓肷迫官231中腰處受掩壓而產生内膨脹效果，再 將壓嵌迫管231兩側略為壓擠，使得壓嵌迫管231内之迫 合溝凸緣得以緊密的嵌合壓嵌迫内塊232於其内，而成為 一體之壓肷迫塊23,並使得壓嵌迫塊23受壓嵌迫内塊232 1808] 9 1258525 气壓後之膨脹外距(高度)略同於壓嵌固定橫料24之外距 L南度），而當組裝時亦可被壓嵌入壓嵌固定橫料24内， 得被壓I人壓I迫塊23之壓嵌固定橫料24部分受㈣而 形成内脹管凸緣，使其膨脹外距241(示於第仏圖）大二 立料21***口 213之高度，而令壓嵌固定橫料24壓嵌入 =立料21***口 213後，能形成緊密之嵌合效果而不鬆 、、再請同時參閱第4圖及第5圖，係本發明壓喪固定橫 料&構件之組裝示意圖及嵌人式格栅攔之較佳實施例平面 不意圖，其中第4圖之A、B、c小圖係示意出壓嵌迫塊以 2壓嵌固定橫料24壓嵌入主立料21***口 213之狀態示 思，經由上述將壓嵌迫内塊232壓嵌入壓嵌迫管231後， 形成一具備膨脹外距之壓嵌迫塊23,然後置於壓嵌固定橫 料24内，如第4A圖所示，再將其放置於主立料21的*** 孔21 3 口側，如第4B圖所示，由於壓嵌迫塊23受壓嵌珀 内塊232擠壓後之膨脹外距（高度）略同於壓嵌固定橫料μ 之外距（高度），而當組裝時可被壓入壓嵌固定橫料24内， 使传被壓嵌入壓嵌迫塊23之壓嵌固定橫料24部分受擠壓 而形成内脹管凸緣，使其膨脹外距241大於主立料21插: 口 213之高度，而令壓嵌固定橫料24壓嵌入主立料2丨插1258525 IX. Description of the invention: [Technical field to which the invention belongs] (4) Refers to the type of embedded grille block structure, especially the type-not (4) will produce fruit... the structure is embedded with each other: the two-shaped branch insertion port can be combined into a solid combination A break-in grille structure for the grille.尔码ΘΊ [Prior Art] As shown in Figure 1, the conventional one is squeezed into the assembly, and the general structure is the shape of the thumb shed, and the P 疋 knows the use of the public set material 1 〇〗 - The main material (10), 1 ^ 立立人02, and the appropriate number of 蝉 穿孔 穿孔 101 101 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 :: :: :: :: :: :: :: :: :: :: :: :: :: :: :: :: :: :: :: :: And, and. In the private, you need to use the screw 106. The screw on the U-Fix 101 is perforated ι〇3 104 on the corresponding screw fixing hole _ _, the public set of 101, such as the eight too, will lock the rank 枓 104 And the point-Shishigong set of vertical material 101 and the mother set of the vertical set of 102 sets of forest η & positive frame thumb rest structure, so that the screw 106 is not exposed to each: block 'to make the appearance beautiful, but the combination The method requires a lot of =0 6 big transcripts and work! The time of the industry makes the production cost high. For example, the decorative grille such as the cold air pipe is required to be installed in order to meet the requirements of the dimension. The grille rests on the main body of the two sides: the main & m material needs the screws! 0 6 quantity two = relative combination, ΒΑτ, , so that the cost is paid to (4), and the artificial grouping operation time is also relatively increased. The method of welding and fixing the grid barrier structure is also due to the welding and the calculation: Baking paint will also add extra shipping and baking lacquer 18081 5 1258525 [Summary of the Invention] 主要 In the absence of the above-mentioned conventional techniques, the main objective of the present invention is to provide an |in-type forest, ', provincial type 4 grid The column structure 'does not need to be screwed, broadcast: the process, using the embedded surnames that will produce the internal expansion effect, and the convenience of embedding η: the sturdy joint grille for its purpose. (4) The entrance can be combined into a structure, = 2: the purpose is to provide, the new type of fence is used for new;; the use of the excess material of the extrusion material can be molded without the need to reach the environmental protection material. Sufficely save the production cost, and the other day of the present invention, the first one, is provided by a lattice barrier structure to enable the pressure to be embedded into the appropriate sealing plate, so that The grid is 襕, ,,. The structure is more and more textured. The re-purpose of the present invention, the angle of the record or the angle of the other corners, is provided with "...the wrong kind to form a 90-entry grid structure. -1 A kind of inlay that is inconvenient to fix the corner, 'The invention provides a kind of embedded lattice fence knot and then the intrusive grille barrier to the gentleman 谌± φ, 丄 丄 embedded inner block, pressure system by A plurality of main cross-sections, dust and a press-fit block formed by eight 1*4, s肷5, and a main set of the press-fit fixed-section material and the base set are combined and formed. There are a plurality of insertion hole materials which are made of a hollow (4) M embedded inner block, a press-fitted inner tube and a press-fit fixed horizontal shake, and have a hollow rectangular thin structure 18081 6 1258525 body, and the above-mentioned structure can be utilized sequentially The formed material is re-punched and formed into a shape, and the inner side of the upper and lower edges of the inner wall of the fitting hole is appropriately positioned at the inner side of each of the upper and lower edges of the fitting hole, and each has a forced groove flange, and the gap between the edge of the forced groove and the outer wall of the transverse material is formed. Forcing the groove, the upper and lower edges of the inner wall are interposed between the flanges of the two sides of the urging groove, and a plurality of fitting flanges higher than the flange of the urging groove may be provided as needed, and the above structure can be embedded with each other. The combination produces the effect of a tight combination of internal expansion. Wherein, the main cross-section and the press-fit fixed cross-section have the same size, and the outer distance (height) of the press-fitted tube can be equal or slightly smaller than the inner distance (height) of the fitting hole of the press-fit fixed cross-section; The outer distance (height) of the block is slightly larger than the inner distance (height) of the loose hole of the press-fitted tube, so that the inner block of the press-fitted inner block is slightly smaller than the crusher and can be fitted into the press-fitted tube, so that the press fit The inner waist of the forced tube is squeezed to produce an inner expansion effect, and then the two sides of the pressure compelling tube are slightly squeezed, so that the flange of the forced sag in the crushing force tube is tightly fitted and pressed into the inner block. , and become the integral compression block, and the expansion distance (height) of the press-fit block is pressed and pressed to fix the outer distance (height) of the cross-section, and when assembled The pressure can also be embedded in the press-fit fixed cross-section, so that the press-fit fixed cross-section portion of the press-fitted press block is pressed to form the inner expansion tube flange, so that the expansion distance (height) is greater than the main standing The height of the material insertion opening, so that the press-fit fixed horizontal material pressure is embedded in the main material insertion opening, which can form a tight fitting effect. Loose. Before assembly, a predetermined number of insertion holes are punched on the main set or the parent set, and the male set and the parent set are assembled into a main set and placed in the main insert insertion hole. Do not embed a main cross-section, and reserve an appropriate number of vacant insertion holes to prepare the embedded compression block and press-fit the fixed cross-section; then press the embedding 7 18081 1258525 into the compression-embedded tube and form a block. Then placed in the press-fit fixed horizontal material, and put: = the outer pressure of the compression tube flange, so that the expansion distance is greater than the effect of the main body expansion and fitting without loosening, and can form a tight The cane "4 is more tightly engaged with each other. By the above, 7 screws can be locked, eliminating the complicated processing process, and the use of the internal:::= input structure is fitted to each other, thereby easily embedding the main The material inserts can be conveniently combined into a sturdy grid grille structure. [Embodiment] The following is a description of the embodiments of the present invention by way of specific embodiments. Kosaki readily understands other advantages and effects of the present invention. Depending on the implementation of the invention, the various items in the present specification may also be modified and changed in the spirit of the invention. Figure 3 is a schematic cross-sectional view of the embedded grille standing limb of the present invention as a solution and a main cross member. It can be clearly seen from the figure that the structure of the inlaid grille 2 mainly includes the main cross section. 22= Pressing and inserting the inner block 232, pressing and inserting the cockroach? Adult I丄β, the melon ks, the press-fit block 23, the press-fit fixed cross-section 24 and a male-fitting 211 and the female The main material 21, which is formed by the sleeve 212 and is provided with an appropriate number of insertion holes 213, constitutes the main horizontal material 22, the pressing inner pressing block 232, the pressing and pressing force 231, and the pressing and fixing horizontal 3 8081 8 1258525 It is made of extruded material, and can be molded by using the remaining material after forming the structure due to different sizes, and the material is formed, which can fully save the production cost and reach The purpose of environmental protection'; due to the main horizontal material 22, the pressure drum forced inner block 232, the dust embedded tube 231 and the pressure #固疋i field, the internal structure of the material 24 In the same way, the structure of the main cross-section & is shown in Figure 3. ° Main cross-section 22 (and press-inserted inner block 232, press-fitted forced tube 23 press pressure to negotiate horizontal material 24) The structure has a hollow rectangular inlay: hole 225 formed by the extrusion material, and the inner side of the upper and lower edges of the inner wall of the fitting hole 225 is at an appropriate position, and each is provided with a forced groove flange 22 The gap between the groove flange 221 and the horizontal outer wall 222 forms a pressing groove 223. The upper and lower edges of the inner wall are interposed between the two sides of the groove flange 221, so that a plurality of fitting flanges 224 can be designed due to material saving. It is not necessary to provide the fitting flange 224; in the embodiment, five fitting flanges 224 are provided on the upper and lower edges of the inner wall, and the above-described structure enables them to be fitted to each other and to produce an effect of inward expansion and tight bonding. Wherein, the main horizontal material 22 and the press-fit fixed horizontal material 24 are the same size, and the outer distance (height) of the pressing and pressing 231 is equal or slightly smaller than the fitting hole height (height) of the press-fit fixed horizontal material 24; The outer diameter of the inner block 232 is pressed and embedded (the height j is slightly larger than the inner distance (height) of the fitting hole of the press-fitted tube 231, so that the press-fit inner block 232 is slightly smaller than the press-fit tube 231 and can be fitted The pressure is embedded in the forced tube 231, so that the waist of the pressing and pressing 231 is concealed to produce an internal expansion effect, and then the two sides of the pressing and pressing tube 231 are slightly squeezed, so that the pressing groove of the pressing groove in the pressing tube 231 is pressed. The tightly fitting and pressing inner block 232 is formed therein, and becomes an integral pressing block 23, and the pressing and pressing block 23 is pressed against the inner block 232 1808] 9 1258525 after the air pressure expands the outer distance ( The height is slightly the same as that of the press-fit fixed cross-section 24, and can be pressed into the press-fit fixed cross-section 24 when assembled, and can be pressed and fixed by the pressing force I. The horizontal material 24 is partially (4) formed into the inner expansion tube flange, so that the expansion outer distance 241 (shown in the figure) is the height of the second inlet 21 opening 213, and the pressure is embedded and fixed. After entering the inlet 21 of the vertical material 21, a tight fitting effect can be formed without looseness, and please refer to FIG. 4 and FIG. 5 at the same time, which is an assembly diagram and embedding of the crushing fixed cross-section & The preferred embodiment of the human grille is not intended to be planar, and the small graphs A, B and c of Fig. 4 show that the press-fit block is inserted into the main stock 21 insertion port 213 by press-fixing the cross-web 24. The state of mind, after pressing and pressing the inner block 232 into the press-fit tube 231, forming a press-fit block 23 having an expanded outer distance, and then placing it in the press-fit fixed cross-section 24, such as 4A As shown in the figure, it is placed on the side of the insertion hole 21 3 of the main stock 21, as shown in Fig. 4B, due to the expansion of the pressing block 23 after being pressed by the inner block 232. ) is similar to the outer distance (height) of the press-fit fixed horizontal material μ, and can be pressed into the press-fit fixed horizontal material 24 when assembled, so that the pressure-inserted embedded pressing block 23 is pressed and fixed horizontally. Partially squeezed to form the inner tube flange so that the expansion outer distance 241 is larger than the height of the main material 21 insertion port 213, and the press-fit fixed horizontal material 24 is embedded in the main standing 2 Shu plug
213後此形成緊密之欲合效果而不鬆脫，如第4C 圖所示。 於肷入式格柵欄2組裴前，先於公套立料211或母套 立料212上沖製預定數量之***孔213,並將公套立料211 10 1808】 1258525 及母套立料212卡合組立成主立料21，於主立料2ι每個 ***孔213内各別嵌入一主橫料22，並預留適當數量之空 置***孔213預備嵌入壓嵌迫塊23及壓嵌固定横料μ 此時將壓嵌迫内塊232壓嵌入壓嵌迫管231内，形成—且 甘入ι鬼亚 肷入壓嵌固定橫料24， 再將已嵌入壓嵌迫塊23之壓嵌固定橫料24—_置放於主 二料21之公套立料211的***孔213再加壓，使得壓嵌入 壓嵌迫塊23之麼嵌固定橫料24部分受擠壓而形成内脹管 凸緣，令其膨脹外距大於主立料22***口 23之高度；^ 月匕形成緊密嵌合之效果而不鬆脫，並同時將主立料Μ之八 套合料2U與母套合料212彼此卡合的更緊’藉以不需: 以螺絲鎖固而組合成一堅固合用之格柵攔2結構。 再者，如同第6圖係本發明主橫料構件裝置封口型板 之立體圖所示’若組合好之格柵欄2結構其主橫料Μ需要 封口處理，可嵌合一封口型板25於其開口侧，該封口；板 25亦可由擠型料製成，其長度及寬度皆等同於主㈣一22' 之長寬比例，封口型板25上設有迫合凸緣251，該迫合凸 緣251之厚度係略大於主橫料迫合溝223之寬度，藉二提 ，於嵌合入主橫料22之迫合溝223時，可緊密的卡=於主 枳料22迫合溝223内，其上更沖製有連續之缺口 252，供 以提供於嵌合入主橫料22時形成摩擦阻力而不易鬆脫，迫 合凸緣251兩旁則形成迫合面253 ;於組合時，可用外力 甘欠入主橫料22之開口側，令其迫合凸緣251緊密的卡固於 主杈料22之迫合溝223内’並藉由缺口 252於嵌固時產生 18081 11 I258525 摩擦阻力而使得嵌人 八士入 “入主㈣22之封口型板25牢牢的、 合於主橫料22開口侧上，+ 干牛的耿 ,9,0 1側上其亦可在封口型板25之迫合而 253加點膠合劑以加強固定。 第7圖則係本發明主橫料構件於轉角應 =列示意圖，於此較佳實施例中，若於實施過= =度角之應用，可利用圖中所示之轉角主橫料2= 发内設’該轉角主橫料％其内部結構如同上述， #山、二 溝26卜並利用上設有角迫合凸緣271之 :=Γ7嵌入轉角主橫料26的迫合請内而形成 复雨= 26之連接’該轉嵌迫角栓27係呈L型， 2fi夕、，人、故 口凸緣271之覓度略大於轉角主橫料 、3溝261寬度，如此而能使_ 轉角組合時，透過連續之角迫合:緣 使得組合後更為堅固且美觀1服==3擦阻力而 固螺絲之不便。 戒克服白知於轉角應用時需鎖 “上所逑，以上僅為本發明之較佳實施例而已 用==之實嶋内容範圍，本她 成疋義於下述之申請專利範圍中，任何他人完 或方法，若是與下述之申請專利範圍所定義 者知元王相同，亦或為同 M ^ φ 此申請專利範圍中 寺心更，均將被視為涵蓋於 【圖式簡單說明】 第1圖係習知擠型料格栅攔之立體分解圖； 18081 12 1258525 弟2圖係本發明嵌人式格柵攔之立體分解圖； 第3圖係本發明主橫料構件之剖面示意圖； θ f 4A圖係本發明壓嵌固定橫料段構件之壓嵌迫塊套 在壓欣固定橫料端部的組裝示意圖； 弟圖係本發明壓嵌固定橫料段構件之壓歲迫塊及 壓肷固定橫料***主立料的***孔的組裝示意圖； 第4C圖係本發明㈣固定橫料段構件之隸迫塊使 壓肷固定橫料擴張以嵌合在主立料之***孔的組裝示音 圖； 〜After 213, this forms a close effect and is not loose, as shown in Figure 4C. Before the break-in type fence 2 sets, a predetermined number of insertion holes 213 are punched on the male set 211 or the mother set stand 212, and the public set 211 10 1808] 1258525 and the mother set are placed. The 212-joining group is formed into a main material 21, and a main horizontal material 22 is embedded in each of the insertion holes 213 of the main material 2, and an appropriate number of vacant insertion holes 213 are reserved for preparing the embedded pressing block 23 and pressing. Fixing the horizontal material μ At this time, the pressing and pressing inner block 232 is pressed into the pressing and inserting tube 231, and is formed into a press-fit fixed horizontal material 24, and then the pressure of the embedded pressing block 23 is embedded. The insertion fixing hole 24__ is inserted into the insertion hole 213 of the main set material 211 of the main material 21 and is pressed again, so that the portion of the press-fit pressing block 23 is pressed and formed into the inner portion. The expansion flange is such that the expansion distance is greater than the height of the insertion opening 23 of the main material 22; ^ The formation of the tight fitting is not loose, and at the same time, the eight sets of the main material are combined with the 2U and the mother. The sleeves 212 are more tightly engaged with each other's. Therefore, they need not be: screwed together to form a solid grille barrier 2 structure. Furthermore, as shown in Fig. 6, a perspective view of the sealing member of the main cross member device of the present invention is shown in Fig. 6. If the main crosspiece of the lattice fence 2 structure is required to be sealed, a lip plate 25 can be fitted thereto. The opening side, the sealing plate; the plate 25 can also be made of an extruded material, the length and the width of which are equal to the length ratio of the main (four) to 22', and the sealing plate 25 is provided with a urging flange 251, the urging convexity The thickness of the edge 251 is slightly larger than the width of the main transverse material urging groove 223. By the way, when the merging groove 223 of the main horizontal material 22 is fitted, the tight card can be used to force the groove 223 in the main material 22 The inner portion is further punched with a continuous notch 252 for providing frictional resistance when it is fitted into the main cross member 22, and is not easy to loosen, and the urging surface 253 is formed on both sides of the pressing flange 251; The external force can be owed to the open side of the main cross-section 22 so that the urging flange 251 is tightly engaged in the urging groove 223 of the main shovel 22 and generates 18081 11 I258525 friction by the notch 252. The resistance causes the inlaid Ba Shi to enter the "sealing plate 25 of the main (4) 22 firmly, and fits on the open side of the main cross-section 22, + dry cow耿, 9, 0 1 on the side can also be forced in the sealing plate 25 and 253 add a glue to strengthen the fixation. Figure 7 is the main cross member of the present invention in the corner = column diagram, here In the preferred embodiment, if the application of the ==degree angle is applied, the corner main cross-section shown in the figure can be used as the inside of the corner. The internal structure of the corner is the same as the above, #山,二沟26b and the use of the angled engagement flange 271: = Γ 7 embedded in the corner of the main horizontal material 26 to form a re-integration = 26 connection 'the connection of the angle of the angle 27 is L-shaped, 2fi On the eve, the width of the person and the mouth flange 271 is slightly larger than the width of the main corner of the corner and the width of the 3 groove 261. Thus, when the _ corner is combined, the continuous angle is forced to merge: the edge makes the combination stronger and beautiful. 1 service == 3 rubbing the resistance and fixing the screw is inconvenient. The ring overcomes the need to lock the corner application. "The above is only the preferred embodiment of the present invention and has been used == the actual content range, this In the scope of the patent application below, any other person's method or method is the same as the one known to the following patent application scope. Or it may be the same as M ^ φ in the scope of this patent application, which will be regarded as covering the [simplified description of the drawing]. Figure 1 is a three-dimensional exploded view of the conventional extrusion type grid grille; 18081 12 1258525 2 is a perspective exploded view of the embedded grille of the present invention; FIG. 3 is a schematic cross-sectional view of the main cross member of the present invention; θ f 4A is a press-fitted sleeve of the press-fit fixed cross-section member of the present invention The assembly diagram of the end portion of the press-fit fixed cross-section; the drawing is a schematic view of the assembly of the pressing block of the press-fit fixed cross-section member and the insertion hole of the press-fixed horizontal cross-section into the main-cut material; FIG. 4C The invention (4) fixing the cross-section of the horizontal section member to make the compression fixed horizontal material expand to fit the assembled sound diagram of the insertion hole of the main material;
圖係本發明嵌入式格栅欄 之較佳實施例平面示意 以及Figure is a plan view of a preferred embodiment of the embedded lattice barrier of the present invention and
圖係本發明主橫料構件裝 置封口型板之立體圖 第7圖係本發明主橫料構件於 實施例示意圖。 一較佳之 轉角應用之另 【主要元件符號說明】 1 習知格柵欄 100 101 公套立料 102 103 螺絲穿孔 104 105 螺絲固定孔 106 2 嵌入式格柵欄 21 211 公套立料 212 213 ***孑L 22 221 迫合溝凸緣 222 主立料 母套立料 主橫料 螺絲 主立料 母套立料 主橫料 橫料外壁 1808] 13 1258525 223 迫合溝 224 嵌合凸緣 225 银:合孔 23 壓嵌迫塊 231 壓嵌迫管 232 壓嵌迫内塊 24 壓散固定橫料 241 膨脹外距 25 封口型板 251 迫合凸緣 252 缺口 253 迫合面 26 轉角主橫料 261 迫合溝 27 轉嵌迫角栓 271 角迫合凸緣 14 18081Fig. 7 is a perspective view of the main cross member of the present invention. Fig. 7 is a schematic view showing the main cross member of the present invention. Another preferred corner application [Main component symbol description] 1 知格格篱100 101 101 sets of vertical stock 102 103 screw perforation 104 105 screw fixing hole 106 2 built-in grid 21 211 male set 212 213 insert 孑L 22 221 forced grooving flange 222 main vertical material mother set vertical material main horizontal screw main vertical material parent set vertical material horizontal material outer wall 1808] 13 1258525 223 forced groove 224 fitting flange 225 silver: hole 23 Pressing and inserting block 231 Pressing and inserting force tube 232 Pressing and inserting inner block 24 Dispersing fixed horizontal material 241 Expansion distance 25 Sealing plate 251 Forced flange 252 Notch 253 Forced surface 26 Corner main cross material 261 Forced ditch 27-transformed angled bolt 271 angled engagement flange 14 18081