M421748M421748
V 五、新型說明： 【新型所屬之技術領域】 本創.作係關於一種免螺絲框架，尤指一種組合式置物 架。. .· - - . ·· 【先前技術】 :坊間有許多產品係使用者自行DIY方式組裝而形成一 φ 可査放物品的收納櫃或一可展示物品的展示架，'且該收納 ^或展示架之組裝時的連結區通常係藉由螺絲或螺栓結合 蟫帽以達到結合固定效果。 然利用螺絲或螺栓結合螺帽的方式，於組裝時較為不 便，且該螺絲、螺栓或螺帽易因疏忽而遺失或於出廠配發 ，配發不足，導致容易因此-而無法組裝或組裝的成品較無 法承載較重的物品。 故有廠商發展出一免螺絲的組合架以達到免螺絲即可 鲁組裝的目的，請參閱圖6，該組合架係由四個具有複數個卡 會孔81的角架80，結合四個狀似”匚”字型的橫桿9〇 ;其 中’該角架80上的卡合孔81係狀似倒葫蘆形狀，其分別 具有一大孔及一小孔，又該橫桿90的兩端分別具有一個以 上匹配角架80卡合孔81且為實心的卡柱91，該卡柱係狀 似’’T”字型，故該卡柱91可穿過該卡合孔81的大孔，並往 卡合孔81的小孔方向卡合，如此一來即可將橫桿9〇穩固 地固定於角鋼80上，且橫桿90及角鋼80的結合形成—矩 形狀的框架’故可置放一匹配該框架的層板7〇,始完成一 3 M421748 具有平台且免螺絲的組合架β 然上述有關免螺絲的組合架中，該層板係透過一堅固 的金屬所構成，且係為一薄片，故使用上易割傷使用者。 針對前述問冑，實有必#進一步檢冑，並冑求可行的解決 方案。 、 【新型内容】 有鑑於前述現有技術的缺點，本創作主要目的係提供 種組合式置物架，其可減少組件數量且避免層板傷人。 為達成上述目的所採取的技術手段係令前述組合式置 物架主要包含有： 四個以上角鋼，其具有直角相鄰的兩側壁而使橫截面 呈’丄’’形狀，前述兩側壁上形成有多數呈倒葫蘆形狀的結合 孔’各結合孔分別位於側壁上的不同高度處； 個以上的層板支撐組’每一層板支撐組分別由三個 杯組成’各橫桿兩端分別形成有一個以上的卡柱，以對 應卡合於角鋼上對應高度處的結合孔内，又各橫桿係於一 垂直°卩的上下端分別延伸形成一水平部而呈匚形狀； 一個以上的層板，係為一矩形板體，其一側邊以直角 方向延伸形成一擋部，該擋部係於一直部底端形成一橫 部’該直部外侧兩端分別形成有—個以上之卡柱，並匹配 於角鋼上的結合孔。 利用上述元件所組成的組合式置物架，可利用層板支 擇組將一層板架設在各角鋼的適當高度處，以提供一置物 平台；由於層板前端具有一擋部，並可直接結合角鋼上， M421748 因此層板支撐組只須三支橫桿即可確實地支撐層板，且因 該&桿減少一支使可組裝程序減少，故可使組裝方便且快 速’又層板前端形成平坦的擋部’可有效防止割傷意外發 t. * -·· 實施方式】 . 關於本創作之一較佳實施例，請參閱圖1，主要係由四 個n的角_ 1 〇' 一個以上的層板支撐組2〇及二個以上的 .層板30所組成，其中： 各角鋼1 0分別具有直角相鄰的兩側壁而使橫截面 呈L形狀’前述兩側壁上在不同高度處分別形成有多數呈 倒葫蘆形狀的結合孔彳彳（如圖2所示），於本實施例中，該 結合孔11係分別具有一大孔區111及一小孔區112(如圖3 所示）； 該層板支撐組20主要係由三個橫桿21組成（請參閱圖 2所示），各橫桿21兩端分別形成有一個以上的卡柱22， 以對應卡合於角鋼彳0上對應高度處的結合孔彳1内，又各 -橫桿21係於一垂直部21彳的上下端分別延伸形成一水平部 212而呈匚形狀，水平部212兩端分別形成一斜切角； 該層板30係為一矩形板體，請參閱圖4 ,其一側邊以 直角方向延伸形成一擋部31，該擋部31係於一直部311 底端形成一橫部312，該直部311外側兩端分別形成有一 個以上之卡柱32，並匹配於角鋼1〇上的結合孔彳彳，又橫 部312兩端分別形成一斜切角。 上述有關層板支撐組20，其各橫桿21兩端的卡柱22 M421748 係為實心且狀似，τ”字型，又可穿過角鋼1〇上所設結合孔 11的大孔區111,俟該卡柱22穿過大孔區後該 卡柱22在小孔區112移動，即可將卡柱22卡人於〗孔[ 112處，以藉此將各橫桿21分別固定於角鋼上1〇。 上述有關層板30，該直部311外侧兩端的卡柱32與 角鋼10的結合孔11卡合方式與前述層板支撐組2〇各橫桿 21的卡柱22與角鋼10的結合孔”卡合方式係為一樣， 在此不再贅述，又透過層板支撐組2〇的各橫桿21之水平 部212支撐該層板3〇 ’使該層板3〇上能置放物品（如圖5 所示）。 由上述可知，利用層板支撐組20可將一層板3〇架設 在各角鋼10於-適當高度處，以提供—置物平台，又因該 層板3〇前端具有一擔部31,並可直接連接於角冑10上， 因此層板支樓& 2G只須三支橫桿21即可確實支撐層板 30，故於組裝時，可減少組裝的步驟，因此可增加組裝的 便寿m且此增進組裝速度，又因層板前端形成一擔部， 可有效防止使用者割傷意外發生。 【圖式簡單說明】 圖1 .係為本創作之-立體圖。 圖2:係為本創作之分解圖。 圖係為本創作之連接角鋼的放大分解圖。 圖4 :·係為本創作之局部左視剖面圖。 圖5.係為本創作之前視剖面圖。 圖6:係為現有技術之局部分解圖。 M421748V V. New description: [New technical field] This is a screw-free frame, especially a combined rack. . . . - - . · 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 The joint area of the display stand is usually combined with a cap by screws or bolts to achieve a joint fixing effect. However, the use of screws or bolts in combination with the nut is inconvenient in assembly, and the screws, bolts or nuts are easily lost or neatly dispensed at the factory, and the dispensing is insufficient, resulting in ease - and cannot be assembled or assembled. Finished products are less able to carry heavier items. Therefore, some manufacturers have developed a screw-free combination frame to achieve the purpose of screw-free assembly. Referring to Figure 6, the combination frame is composed of four angle frames 80 having a plurality of card holes 81, combined with four shapes. The crossbar of the "匚" shape is 9〇; wherein the engaging hole 81 on the angle bracket 80 is shaped like a gourd, which has a large hole and a small hole respectively, and both ends of the crossbar 90 Each of the plurality of matching angle brackets 80 engaging holes 81 is a solid post 91, and the post is shaped like a 'T" shape, so that the post 91 can pass through the large hole of the engaging hole 81. And the direction of the small hole of the engaging hole 81 is engaged, so that the cross bar 9〇 can be firmly fixed on the angle steel 80, and the combination of the cross bar 90 and the angle steel 80 forms a rectangular frame. Putting a layer 7〇 matching the frame, and completing a 3 M421748 platform with screw-free assembly frame β. In the above-mentioned screw-free combination frame, the layer is formed by a solid metal, and is A thin sheet, so it is easy to cut the user. It is necessary to check the above questions and ask for feasible. Solution. [New content] In view of the above-mentioned shortcomings of the prior art, the main purpose of the present invention is to provide a combined rack which can reduce the number of components and avoid the injury of the laminate. The technical means adopted to achieve the above object is The above-mentioned combined rack mainly comprises: four or more angle steels having two side walls adjacent to each other at right angles to have a cross-sectional shape of '丄' shape, and the two side walls are formed with a plurality of joint holes in the shape of inverted gourds. The bonding holes are respectively located at different heights on the side wall; more than one layer supporting group 'each layer supporting group is composed of three cups respectively', and one end of each cross bar is respectively formed with more than one post to correspondingly engage In the joint hole at the corresponding height on the angle steel, the cross bars are respectively extended at the upper and lower ends of a vertical angle to form a horizontal portion and have a meander shape; one or more layers are a rectangular plate body, one side of which A flank is formed at a right angle, and the dam is formed at a bottom end of the straight portion to form a horizontal portion. The outer ends of the straight portion are respectively formed with more than one post and matched Bonding holes on the angle steel. Using the combined racks of the above components, a layer of plates can be used to lay a layer of plates at appropriate heights of the angles to provide a platform; since the front end of the layer has a stop And can be directly combined with the angle steel, M421748, therefore, the laminate support group only needs three crossbars to reliably support the laminate, and because the & pole is reduced to reduce the assembly procedure, it can be assembled easily and quickly. The front end of the layered plate is formed with a flat stop portion' to prevent accidental accidental t. * -·· Embodiments. With regard to a preferred embodiment of the present creation, please refer to Fig. 1, mainly by four corners of n _ 1 〇' More than one laminate support group 2〇 and two or more layers 30, wherein: each angle steel 10 has two side walls adjacent to each other at right angles to make the cross section L-shaped A plurality of bonding holes 形状 in the shape of a reversed gourd are formed at different heights (as shown in FIG. 2 ). In the embodiment, the bonding holes 11 respectively have a large hole area 111 and a small hole area 112 . (as shown in Figure 3); the laminate The support group 20 is mainly composed of three cross bars 21 (see FIG. 2), and more than one post 22 is formed at each end of each cross bar 21 to correspondingly engage with the corresponding height on the angle steel 彳0. In the joint hole 1 , the cross-bars 21 are respectively extended at the upper and lower ends of a vertical portion 21 形成 to form a horizontal portion 212 and have a meandering shape, and the two ends of the horizontal portion 212 respectively form a chamfer angle; The figure is a rectangular plate body. Referring to FIG. 4, a side portion of the straight portion 311 is formed at a bottom end of the straight portion 311 to form a lateral portion 312. More than one post 32 is formed respectively, and is matched with the joint hole 〇 on the angle 1 彳彳, and a chamfer angle is formed at each end of the horizontal portion 312. In the above-mentioned related layer support group 20, the post 22 M421748 at both ends of each crossbar 21 is solid and shaped like a τ" shape, and can pass through the large hole area 111 of the joint hole 11 provided on the angle steel 1 ,. After the post 22 passes through the large hole area, the post 22 moves in the small hole area 112, and the post 22 can be locked to the hole [112, thereby fixing the cross bars 21 to the angle steel respectively. In the above-mentioned layer 30, the binding holes 32 at the outer ends of the straight portions 311 and the coupling holes 11 of the angle steel 10 are engaged with the bonding holes of the pillars 22 of the cross-bar 21 and the angle steel 10 of the above-mentioned laminate supporting group 2 The manner of the engagement is the same, and the details are not described herein. The horizontal portion 212 of each crossbar 21 of the laminate support group 2 supports the laminate 3' so that the laminate can be placed on the laminate 3 ( As shown in Figure 5). It can be seen from the above that, by using the laminate support group 20, a layer of plates 3 can be erected at the appropriate heights of the angle steels 10 to provide a storage platform, and the front end of the laminates 3 has a shoulder portion 31 and can be directly It is connected to the corner 胄 10, so the slab slab & 2G only needs three crossbars 21 to reliably support the slab 30, so that the assembly step can be reduced during assembly, thereby increasing the assembly life and This increases the assembly speed, and a support portion is formed at the front end of the laminate, which can effectively prevent the user from accidentally cutting. [Simple diagram of the diagram] Figure 1. This is the creation of the three-dimensional map. Figure 2: An exploded view of the creation. The figure is an enlarged exploded view of the joint angle of the creation. Figure 4: A partial left side cross-sectional view of the creation. Figure 5. is a front cross-sectional view of the creation. Figure 6 is a partial exploded view of the prior art. M421748
【主要元件符號說明】 10角鋼 1 11 大孔區 20層板支撐組 22卡柱 212水平部 .30'層板 ........ 311 直部 32卡柱 70平台 80角架 90橫桿 1 1結合孔 1 1 2小孔區 21橫桿 21 1垂直部 31 ..擋部 312橫部 81卡合孔 91卡柱[Main component symbol description] 10 angle steel 1 11 large hole area 20 layer board support group 22 card column 212 horizontal part. 30' layer board........ 311 straight part 32 column 70 platform 80 angle frame 90 horizontal Rod 1 1 joint hole 1 1 2 small hole area 21 cross rod 21 1 vertical portion 31 .. shield portion 312 cross portion 81 snap hole 91 clip