M340336 外端22 長槽孔221 螺孔222 斜支30 下端31 開孔311 上端32 螺孔321 螺絲40 螺絲50 螺絲51 八、新型說明： _ 【新型所屬之技術領域】 本創作係有關一種凸窗支撐用三角架結構，尤指一種 利用銘擠型框材組成之直支框材，並藉電子線路連接至臭 氧產生器，：該直支在與踏面相對鎖固接合之框材之外框 面的左、右二端分別設有一凸緣，而使直支之外框面在二 凸緣之間形成一凹面，使當凸窗支撐用三角架之直支藉鎖 固螺釘固定在牆面上時，可藉該直支之凹面以使直支二端 之二凸緣可緊密貼合於牆面上，藉以增進凸窗支撐用三角 Φ 架與踏面之間的固定強度者。 【先前技術】 按，市面上做為支撐用之三角架結構已有多種不同之 設計或產品，如國内公告號第309991號「凸窗之可調式三 角架」新型專利、公告號第418943號「可調式三角架之結 構改良」新型專利、公告號第M299815號「強化型支撐三 角架」新型專利、公告號第M309914號「三角固定架改良 結構」新型專利及公告號第M311824號「可收納之滾輪三 M340336 是」十其中，就二角架之直桿結構而言，大都 型角鐵、u型角鐵或^型鐵，以鎖固於牆面 上’上述各種不同造型之直桿結構係以直桿上之一呈平面 t固定面錢面對應儀接合，當牆面題斜或不平整狀 悲時’使直桿在藉由螺釘或鋼釘與騰面結合時，直桿斑踏 齡產生過多之空隙及鐵材之翹區變形，而造成三角架在 •.安裝完成後其橫桿呈傾斜狀態或仙-段時間後容易鬆脫 之缺點；為了解決上述三角架之缺點，習知的作法是在三 籲肖架中之直桿或橫桿的二側面上分別設置一做為調整位置 用的長槽孔，以調整斜桿與直桿或橫桿之相對位置進而可 調整直4干與棱桿二者間開合角度之大小，或是將 λ 為可調整其長度大小，供可調整直桿與橫桿二者間開=角 度之大小，以提昇三腳架之安裝功效或裝設品質；然，上 述之多項設計多著重在調整斜桿之位置或其長度大小，進 而調整直桿與橫桿二者間開合角度之大小，以達成提昇三 腳架之女4功效，並未提出如何進一步提升三角架鎖固於 牆面上之強度效果；因此，就目前市面上做為凸窗支撐用 之三角架結構而言，如何有效提昇三角架之固定強度，乃 為此類產品首要解決之問題，而本創作即是針對如何有效 ㈣該凸窗支撐用之三角架結構之固定強度而提出解決方 案者。 【新塑内容】 本創作主要目的乃在於提供一種凸窗支撐用三角架結 構，其係利用鋁擠型框材組成，包含··一直支，該直支之 4 M340336 2部樞設一横支，且在直支之下端部與橫支之外端適當處 &有一供可調整支撐點位置之斜支；其特徵在於：該直支 係為一框材’在與牆面相對鎖固接合之框材之外框面上設 有至v —凸緣（的左、右二端分別設有一凸緣），而使直 ^ 卜忙面在二凸緣之間形成一凹面，又在直支之内側面 1有二容f空間，供可容設或樞接—斜支，藉由上述結 田支撐用三角架之直支藉鎖固螺釘固定在赌面上 :占支之凹面以使直支（二端）之二凸緣可緊密 並口於肽面上，不會因螺釘鎖固壓力而造成直支之翹曲， 藉以增進凸窗切用三角架與牆面之_固定強度。 槿，，創作再—目的乃在於提供—種凸窗支_三角架結 一角木之橫支的外端頂面上之適當處設置一長 橫支頂面上之長槽孔對應之斜支之適當位置▲相 古㉟孔’供一螺絲穿設通過橫支之長槽孔後並與斜 孔對應鎖合；藉由調整該螺絲咖之鬆、緊度而 二=支，前後移純置，㈣調整斜支之切點位置使 【貫施方式】 =使本創似加a㈣詳實，㈣舉㈣ 下列^不，將本創作之結構及其技術特徵詳逃丨、:配-一0月參考圖1、2、3、4所示，係本創 二角架結構之立體^意圖、直支局部=自支樓用 斜支接合處之侧面剖視圖及三角架結構立支與 鄉不思圖； 5 t M340336 該凸窗支撐用三角架結構1,係利用鋁擠型框材組成，主 要包含：一直支10，該直支10之頂部樞設一橫支20，且在 直支10之下端部與橫支20之外端22適當處設有一供可調整 支撐點位置之斜支30。 直支10 ’該直支10係為一框材依需求可有多種不同之 設計，如门型（如圖1、2、4所示）、L·型或方管型 (圖未示），該直支1〇之頂部之二侧面上分別設有相對應 之二開孔15 ’供可與橫支2〇之内端21之二侧面上之二開孔 211對應配合’並利用一螺絲4〇螺設通過上述之開孔15、 211 ’使橫支20可以螺絲4〇為圓心向上、下樞轉呈不同角 度’又直支10之下端部之二侧面上分別設有相對應之二開 孔16，且在直支1〇之内侧面設有一容置空間14，供可容設 或樞接一斜支30，該開孔16供可與斜支30之下端31之二侧 面上之二開孔311對應配合，並利用一螺絲4〇螺設通過上 述之開孔16、311，使斜支30可以螺絲40為圓心向上、下 樞轉呈不同角度。 橫支20，該橫支2〇之内端21之二侧面上分別設有相對 應之二開孔211，供可與直支10之頂部之二開孔15對應配 合’且橫支20之外端22之頂面上以軸向方向穿設一長槽孔 221 ’供可與斜支3〇之上端32之螺孔321對應配合，利用 一螺絲50穿設通過橫支20之長槽孔221後再與斜支30上之 螺孔321對應鎖合，以達成固定及定位效果，又將螺絲5〇 放鬆時斜支30利用螺絲50之定位效果，可在橫支20之長槽 孔221中自由移動位置，藉以調整斜支30與橫支20之相對 角度位置。 6 M340336 斜支30，該斜支30之一較寬之外框面大小係略 支1〇之容置空間14之寬度大小，以可容設在直支H)之内^ 面之容置空間Μ中，該斜支3〇之下·之二側面上分= 有相對應之二開孔311，該斜支3〇之上端32之頂面上且: 橫支20之長槽孔221對應配合之位置處穿設一- 可供-螺絲50穿設通過橫支2〇之長槽孔221後再與斜 之上端32之頂面上之螺孔321對應鎖合。 ，創作之主要特徵在於：該直^係為—框材 ^面相對顧接合之框材之外框仙上設有至少二凸緣、 13 ’ 直支1〇之外框面11在二凸緣12之間形成-凹面 】，細。上時，可藉該直支1〇之凹 可緊密貼ΐ於牆面6〇上，不會因螺釘鎖固壓 面60之間的时=。措以增進凸窗支撐用三角架1與牆 框面=可在直支1G在與牆面60相對鎖111接合之框材之外 分別設有—凸緣12，而使直支1〇之外 側邊角進:==::Γ3;又在外框面11之— 盘支2〇使用相同外型之框材，可將橫支2〇反向並 框材二= = 使框材上之凸柱 直支10#支_日4 !二不’又該斜支30分別容設於 隙^支20内時，使二者相互之間具有相同大小之間 因使^ ^直支Μ與橫支20採用相同外型之框材 ，以減少 吏用不同大小之框材所造成物料管理之人力浪費，產増 7 .M340336 ί凸ίίΠ;::結構1移動調整時之穩定性與結構強 -定位支擇用二角架結構1進—步可配合設置至少 之外端22之頂面或-側面並使該定位螺 、Γ、==觸到斜支30之上端32之頂面或-側面上如圖 或侧面的壓Γ而產生—相對抵緊斜支30之上端32之頂面 相對緊固=在!:使=30;上端32與橫支2。之細 面或側面之適當位置處設有至;^在橫支2G之外端22之頂 51準確快速螺設穿過該橫支2〇之外= 螺： 32之頂面或侧面;藉由上述結㈣ 螺====裝時，藉由鎖緊定位 =面時’使糊之上端32與橫二=;頁 成斜支30與橫支20之鬆脫情形，以達 _支撑用二角架結構1之良好_定及定位效果。 ㈣Ϊ H5所示，係本創作凸窗支揮用三角架結構之 態示意圖’將螺絲50放鬆且移動糊 ;===槽孔221中的位置，藉由移動螺絲 而同步帶動斜支30之上端32移動，使橫支m内端21 所設置之螺絲4G為圓心可樞轉£Al角度， 3、 之螺！40為圓:可樞轉呈A2角度，藉上述結構 動作，以增進該三角架結構與其所支揮 應4效果及仏讀性，料賴μ切用三角架結 8 .M340336 構之使用壽命。 藉上述結構，本創作一種凸窗支撐用三角架結構1 ， 利用直支10之外框面丨丨上設有至少二凸緣12，而使該二凸 緣巧間形成—凹面13，藉該凹㈣以使直支之二凸緣12 可緊密貼合於牆面6G上，不會因螺釘顧壓力而造成直支 之χΕ曲，藉以增進凸窗支撐用三角$ i與牆面6〇之間的固 定強度。 η二以上所述僅為本創作的較佳實施例，對本創作而言僅 性的’而非限制性的·，本專業技術人員理解，在本 」作權利要求所限定的精神和範圍内可對其進行許多改 ^ ’修改’甚至#_更，但都將落人本創作的保護範圍 【圖式簡單說明】 圖1係本創作—實施例之立體示意圖。 圖2係本創作之直支局部俯視剖視圖。 作之橫支與斜支接合處之侧面剖視圖 創作之-實施例之立體分解示意圖。 圖係本創作之調整角度位置之狀態示意圖。 【主要元件符號說明】 三角架結構1 直支10 外框面11 凸柱12 凹面13 空間14 開孔15 開孔16 凸柱17 ^ 橫支20 9 .M340336 内端21 開孔211 外端22 長槽孔221 螺孔222 斜支30 下端31 開孔311 上端32 螺孔321 螺絲40 螺絲50 螺絲51 牆面60M340336 Outer end 22 Long slot 221 Screw hole 222 Inclined branch 30 Lower end 31 Opening 311 Upper end 32 Screw hole 321 Screw 40 Screw 50 Screw 51 Eight, new description: _ [New technical field] This creation is related to a bay window A tripod structure for support, especially a straight frame material composed of a squeezing frame material, and connected to an ozone generator by an electronic circuit: the straight support is framed outside the frame material that is relatively locked and engaged with the tread surface The left and right ends are respectively provided with a flange, so that the outer frame surface of the straight support forms a concave surface between the two flanges, so that the straight support of the convex window support tripod is fixed on the wall by the locking screw. When the concave surface of the straight support is used, the two flanges of the straight support can be closely attached to the wall surface, thereby improving the fixing strength between the triangular Φ frame and the tread of the convex window support. [Prior Art] According to the three-dimensional structure of the tripod used as support for the market, there are many different designs or products, such as the domestic patent No. 309991 "Adjustable tripod for convex window", new patent No. 418943 New Patent for "Modified Tripod Structure Improvement", Bulletin No. M299815 "Enhanced Support Tripod" New Patent, Bulletin No. M309914 "Triangle Fixing Frame Improved Structure" New Patent and Announcement No. M311824 "Receivable The three wheels of the M340336 are "10". In terms of the straight rod structure of the two-corner frame, most of the angle iron, u-shaped angle iron or ^-type iron are locked on the wall surface. It is made by one of the straight rods, which is fixed in the plane t, and when the wall is inclined or uneven, the straight rod is struck by the screw or steel nail and the slanting surface. Excessive voids and deformation of the iron material, resulting in the disadvantage that the crossbar is tilted or easy to loose after the installation of the tripod; in order to solve the shortcomings of the tripod, Knowing A long slot for adjusting the position is respectively arranged on the two sides of the straight bar or the cross bar of the three-eyed gantry to adjust the relative position of the slant bar and the straight bar or the cross bar to adjust the straight line and The angle of opening and closing between the prisms, or the length of the λ can be adjusted, for adjusting the distance between the straight rod and the crossbar = angle to improve the installation effect or installation quality of the tripod; However, many of the above designs focus on adjusting the position of the slanting rod or its length, and then adjusting the opening and closing angle between the straight rod and the cross rod, so as to achieve the effect of lifting the female of the tripod, and how to further improve The strength effect of the tripod on the wall surface; therefore, in terms of the tripod structure used as the support for the bay window on the market, how to effectively improve the fixed strength of the tripod is the primary problem for such products. This creation is to propose a solution to how to effectively (4) the fixed strength of the tripod structure for supporting the bay window. [New Plastic Content] The main purpose of this creation is to provide a tripod structure for the bay window support, which is composed of an aluminum extruded frame material, including ···························· And at the lower end of the straight support and the outer end of the transverse branch, there is a diagonal branch for adjusting the position of the support point; the characteristic is that the straight support is a frame material which is relatively locked and engaged with the wall surface The outer frame surface of the frame material is provided with a v-flange (the left and right ends are respectively provided with a flange), so that the straight surface forms a concave surface between the two flanges, and is directly supported. The inner side 1 has two spaces, which are for accommodating or pivoting-inclined branches, and the straight branch of the tripod support is fixed by the locking screw on the gambling surface: the concave surface of the branch is straightened The two flanges of the branch (two ends) can be closely joined to the surface of the peptide, and the warp of the straight branch is not caused by the screw locking pressure, thereby improving the fixing strength of the tripod and the wall.槿,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, Appropriate position ▲ Xianggu 35 hole 'for a screw to pass through the long slot of the horizontal branch and corresponding to the oblique hole; by adjusting the screw loose, tightness and two = support, move back and forth, (4) Adjusting the position of the tangent point of the oblique branch so that the method of "pervasive application" = making the creation of the creation seem to be a (four) detailed, (four) lifting (four) The following ^ no, the structure and technical features of the creation are escaped, and the allocation is as follows: 1, 2, 3, 4, is the three-dimensional ^ intention of the original two-frame structure, the straight branch part = the side section view of the oblique branch joint of the self-supporting building and the tripod structure branch and the township map; 5 t M340336 The three-frame structure 1 for the bay window support is composed of an aluminum extruded frame material, mainly comprising: a straight branch 10, a horizontal branch 20 is pivoted on the top of the straight branch 10, and the lower end of the straight branch 10 is The outer end 22 of the transverse branch 20 is suitably provided with a diagonal branch 30 for adjusting the position of the support point. Straight support 10 'The straight 10 series is a frame material. There are many different designs according to requirements, such as door type (as shown in Figures 1, 2 and 4), L type or square tube type (not shown). The two sides of the top of the straight branch 1 are respectively provided with corresponding two openings 15' for correspondingly engaging with the two openings 211 on the two sides of the inner end 21 of the transverse branch 2' and using a screw 4 The snail is disposed through the above-mentioned opening 15, 211 ' such that the transverse branch 20 can be pivoted upward and downward at different angles by the screw 4 ', and the two sides of the lower end of the straight branch 10 are respectively provided with corresponding two openings. The hole 16 and the inner side of the straight support 1 are provided with an accommodating space 14 for accommodating or pivoting a diagonal branch 30, and the opening 16 is provided on the two sides of the lower end 31 of the oblique branch 30. The opening 311 is correspondingly matched, and is screwed through the opening 16 and 311 by a screw 4, so that the oblique branch 30 can pivot upward and downward at different angles with the screw 40 as a center. The transverse branch 20, the two sides of the inner end 21 of the transverse branch 2 are respectively provided with corresponding two openings 211 for cooperating with the two openings 15 at the top of the straight support 10 and outside the transverse branch 20 A long slot 221 ' is bored in the axial direction on the top surface of the end 22 for correspondingly engaging with the screw hole 321 of the upper end 32 of the oblique branch 3〇, and a long slot 221 passing through the transverse branch 20 is pierced by a screw 50. Then, it is correspondingly locked with the screw hole 321 of the diagonal branch 30 to achieve the fixing and positioning effect, and the positioning effect of the oblique branch 30 by the screw 50 when the screw 5 is loosened can be in the long slot 221 of the transverse branch 20. The position is freely moved to adjust the relative angular position of the oblique branch 30 and the transverse branch 20. 6 M340336 oblique branch 30, one of the oblique branches 30 is wider than the outer frame size is slightly larger than the width of the accommodating space 14 to accommodate the accommodating space within the straight branch H) In the middle of the slanting branch, the two sides of the oblique branch 3 = have the corresponding two openings 311, and the oblique support 3 〇 is on the top surface of the upper end 32 and: the long slot 20 of the transverse branch 20 corresponds to the fit At the position, the screw 50 is inserted through the long slot 221 of the cross member 2, and then the screw hole 321 on the top surface of the upper end 32 is correspondingly locked. The main feature of the creation is that the straight frame is - the frame material is opposite to the frame of the joint frame. The frame is provided with at least two flanges, 13 ' straight branches 1 〇 outside the frame surface 11 at the two flanges Formed between 12 - concave surface, fine. When it is up, it can be attached to the wall 6 by the concave of the straight support, and the time between the pressing faces 60 will not be locked by the screws. The tripod 1 and the wall frame surface for improving the bay window support can be respectively provided with a flange 12 outside the frame material of the straight branch 1G which is engaged with the lock surface 111 of the wall surface 60, and the straight branch is provided Side angle advance: ==::Γ3; Also on the outer frame surface 11 - the disk support 2〇 uses the same shape of the frame material, the horizontal branch 2〇 can be reversed and the frame material 2 = = the frame material is convex Column straight branch 10#支_日4!二不' and the oblique branch 30 are respectively accommodated in the gap ^20, so that the two have the same size between each other, so that the straight branch and the transverse branch 20 Use the same type of frame material to reduce the labor waste of material management caused by different sizes of frame materials, production 7 .M340336 ί convex ίΠ;:: stability and structure of structure 1 movement adjustment - positioning The top frame or the side surface of the outer end 22 can be matched and the positioning screw, Γ, == can be touched to the top or side of the upper end 32 of the diagonal branch 30. The pressure is generated as shown in the figure or on the side - the top surface of the upper end 32 of the opposite oblique support 30 is relatively fastened = at:: = 30; the upper end 32 and the transverse branch 2. Appropriate position of the fine face or side is provided to; ^ the top 51 of the outer end 22 of the transverse branch 2G is accurately and smoothly screwed through the transverse branch 2〇 = the top or side of the screw: 32; Knot (4) Snail ==== When loading, by locking the positioning = face, 'make the upper end 32 and the horizontal two =; the page becomes the detachment of the oblique branch 30 and the transverse branch 20, to reach the _ support with two corners Good structure and positioning effect of the frame structure 1. (4) Ϊ H5 shows the schematic diagram of the tripod structure of the convex window of the creation. The screw 50 is loosened and moved; the position in the slot 221 is rotated, and the upper end of the diagonal branch 30 is synchronously driven by moving the screw. 32 moves, so that the screw 4G set at the inner end 21 of the transverse branch m is pivoted by the angle of the Al angle, 3, the screw! 40 is a circle: it can be pivoted to an A2 angle. The above structure is used to enhance the effect and readability of the tripod structure and its support. It is expected that the service life of the triangle frame is 8. M340336. With the above structure, a tripod structure 1 for a bay window support is created, and at least two flanges 12 are provided on the outer frame of the straight support 10, so that the two flanges form a concave surface 13 Concave (four) so that the straight flange 2 can be closely attached to the wall surface 6G, and the straight support is not bent due to the pressure of the screw, thereby improving the convex window support triangle $i and the wall surface 6 The fixed strength between. η 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 There are a lot of changes to it, 'modification' or even #_, but it will fall into the scope of protection of this creation. [Simplified illustration of the drawing] Figure 1 is a perspective view of the present creation-embodiment. Figure 2 is a partial top cross-sectional view of the straight branch of the present invention. A side cross-sectional view of the joint of the transverse branch and the oblique branch. The diagram shows the state of the adjustment angle position of the creation. [Description of main component symbols] Tripod structure 1 Straight support 10 Outer frame surface 11 Stud 12 Concave surface 13 Space 14 Opening 15 Opening 16 Stud 17 ^ Cross section 20 9 .M340336 Inner end 21 Opening 211 Outer end 22 Long Slot 221 Screw hole 222 Inclined branch 30 Lower end 31 Opening 311 Upper end 32 Screw hole 321 Screw 40 Screw 50 Screw 51 Wall 60