M414141 五、新型說明： 【新型所屬之技術領域】 本新型是有關於-種連接件，特別是指—種用於固定 二框架的框架連接件。 【先前技術】 -般的配電箱或設備櫃是由複數中空框架及複數板件 所形成。其中，該等中空框架利用一連接件互相鎖接，使 :等中空框架形成一櫃體。參閱圖，，現有的框架連接件裝 設在二框架i上，該框架連接件包含一抵靠該等框架工的 主板體21、-内板面22’及一外板面…該内板面22盘 ㈣板面23分別形成在該主板體21的兩相反面，且該内 板面22抵靠在該等框架丄。該主板體21包括二間隔相對並 A該等框架1轴向排列的定位孔組2U ’該等定位孔組211 分別與其鄰近的框架1互相鎖接，使該等框架i連接在一 起。 然而，該等框架！具有相當的重量，該框架連接件僅 :定該等框架1的其中-平面，鎖接強度不高且該等框架i “左右傾斜或前後錯位的問題，如此一來，該等框架！ 鎖接不穩固而會產生鬆動造成危險。 【新型内容】 π合Γ此纟新型之目的，即在提供一種鎖接強度較高且 不會有錯位問題的框架連接件。 於是，本新型框架連接件用於連接並固定二框架，該 框架連接件包含一主拓 _ ° 板及一副板。該主板包括一抵靠該等框 3 M414141 架的主板體、-鄰近該等框架的内板面、—遠離該等框架的 板 及一形成在該主板體的兩側邊且沿該等框架的轴線 方向排歹j的第-側邊。該主板體具有二間隔相對並分別由該 ^板面貫穿到該外板㈣定位隸，每—定位孔組具有複數 沿該等框㈣軸線方向咖排列的主孔該等主孔與其鄰近 的框架鎖接。該等副板間隔㈣並由其鄰近的第—側邊朝其 卻k的祀架方向延伸。每—副板包括—與該主板體連接並抵 靠其鄰近框架的副板體，及複數貫穿該副板體的加強孔。該 等加強孔沿該等框架的軸線方向間隔排列，並分別與其鄰近 的框架鎖接。 ' 本新型的功效是利用該等主孔及該等加強孔形成二個 軸向的鎖接’使鎖接強度較高且不會有前後錯位或左右傾 斜的問題。 【實施方式】 、有關本新型之前述及其他技術内容、特點與功效，在 以下配合參考圖式之__個較佳實施例的詳細說 清楚的呈現。 將τ >閱®2本新型框架連接件在本較佳實施例中用於 並固定二框架3’該框架連接件包含一主板 ； 5。該主板4包括一主板體41、一内板面42、_ = =及一第-側邊44。該主板體41抵靠該等框架3 =42鄰近該等框架3,該外板面43遠離該等框架3。談 二:=4:成在該主板體41的兩側邊且沿該等框架； M414141 該主板體41具有二間隔相對並分別由該内板面42貫 穿到該外板面43較位孔組45。在本實施例中每—定位孔 組45具有複數主孔451及複數輔助孔切，該等主孔⑸ 與該等輔助孔452相間隔排列並分別沿該等框_ 3的⑽ 向形成在/5] J；線’但每—定位孔組45也可僅具有該等 主孔45卜該等主孔451分別與其鄰近的框架3鎖接，藉由 該等輔助1 452與其鄰近純架3鎖接，可再提高鎖接強 度。在本實施例中該等主孔451的截面呈圓形，但也可為 其他形狀。 該等副板5間隔相對並分別由其鄰近的第一側邊44朝 其鄰近的框架3方向延伸。每—副板5包括—與該主板體 41連接並抵靠其鄰近框架3的副板體51，及複數貫穿該副 板體Η的加強孔52。該等加強孔52沿該等框架3的轴線 方向間隔排列且分別與其鄰近的框架3鎖接，在本實施例 中該等加強孔52的截面呈矩形，但也可為其他形狀。M414141 V. New description: [New technical field] The present invention relates to a type of connecting member, in particular to a frame connecting member for fixing a two-frame. [Prior Art] A general distribution box or equipment cabinet is formed by a plurality of hollow frames and a plurality of panels. Wherein, the hollow frames are interlocked with each other by a connecting member, so that the hollow frame forms a cabinet. Referring to the drawings, the existing frame connecting member is mounted on the two frames i, and the frame connecting member comprises a main body 21, an inner plate surface 22' and an outer plate surface abutting the frame workers. 22 (4) plate faces 23 are respectively formed on opposite sides of the main plate body 21, and the inner plate faces 22 abut against the frame frames. The main body 21 includes two positioning hole groups 2U' which are axially arranged and spaced apart from each other. The positioning hole groups 211 are respectively interlocked with the adjacent frame 1 to connect the frames i together. However, these frameworks! With considerable weight, the frame connector only defines the mid-plane of the frame 1, the locking strength is not high, and the frames i are "left or right tilted or misaligned, so that the frames! If it is not stable, it will cause looseness and danger. [New content] The purpose of this new type of π is to provide a frame connector with high locking strength and no misalignment. Therefore, the new frame connector is used. For connecting and fixing the two frames, the frame connector comprises a main extension plate and a sub-board. The main plate body comprises a main plate body abutting the frame 3 M414141 frame, adjacent to the inner plate surface of the frames, a plate away from the frame and a first side formed on both sides of the main plate body and arranged along the axial direction of the frames. The main body has two spaced apart faces and is respectively penetrated by the plate surface Positioning to the outer panel (four), each positioning hole group has a plurality of main holes arranged along the axis direction of the frame (four), and the main holes are locked with the adjacent frame. The sub-plates are spaced apart (four) and adjacent thereto - the truss side of the side facing it Each of the sub-boards includes a sub-plate body connected to the main body and abutting the frame, and a plurality of reinforcing holes penetrating the sub-plate body. The reinforcing holes are arranged along the axial direction of the frames, and They are respectively locked with the adjacent frame. The function of the present invention is to use the main holes and the reinforcing holes to form two axial locking joints, so that the locking strength is high and there is no problem of front-back misalignment or left-right tilting. [Embodiment] The foregoing and other technical contents, features and effects of the present invention will be apparently described in detail below with reference to the preferred embodiment of the reference drawings. τ > The frame connector is used in the preferred embodiment to fix and fix the two frames 3'. The frame connector comprises a main board; 5. The main board 4 includes a main body 41, an inner panel 42, _ = = and a first - The side plate 44. The main body 41 abuts the frame 3 = 42 adjacent to the frame 3, the outer plate surface 43 is away from the frame 3. The second: = 4: on both sides of the main body 41 Along the frames; M414141 the main body 41 has two spaced opposites and respectively The plate surface 42 extends into the outer plate surface 43 of the outer hole surface group 45. In the embodiment, each of the positioning hole groups 45 has a plurality of main holes 451 and a plurality of auxiliary hole cuts, and the main holes (5) are opposite to the auxiliary holes 452. Arranged at intervals and respectively formed along the (10) direction of the frame _ 3 at /5] J; line 'but each locating hole group 45 may also have only the main holes 45, respectively, the frame 3 adjacent to the main holes 451 The locking, by the auxiliary 1 452 being locked with the adjacent pure frame 3, can further increase the locking strength. In the present embodiment, the main holes 451 have a circular cross section, but can also have other shapes. The sub-plates 5 are spaced apart and extend from their adjacent first side edges 44 toward their adjacent frames 3, respectively. Each of the sub-boards 5 includes a sub-plate 51 that is coupled to the main body 41 and abuts the frame 3 adjacent thereto. And a plurality of reinforcing holes 52 penetrating the sub-plate body. The reinforcing holes 52 are spaced apart in the axial direction of the frames 3 and are respectively locked to the adjacent frames 3. In the present embodiment, the reinforcing holes 52 have a rectangular cross section, but may have other shapes.
综上所述，利用該主板4及該等副板5對該等框架3 形成兩軸向的固定，並利用該等主孔451及該等加強孔Μ 提高鎖固強度，使該等框架3不會產生前後錯位或左右傾 斜的問題，故確實能達成本新型之目的。 ^惟以上所述者，僅為本新型之較佳實施例而已，當不 能以此限定本新型實施之範圍，即大凡依本新型巾請專利 範圍及新型說明内容所作之簡單的等效變化與修飾皆仍 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 5 M414141 圖1是一立體圖，說明習知的一框架連接件固定二框 架的狀態；及 圖2是一立體圖，說明本新型框架連接件的一較佳實 施例。 M414141 【主要元件符號說明】 3 ..........框架 4 ..........主板 41 .........主板體 42 .........内板面 43 44 44 外板面 第一側邊 45.........定位孔組 451 .......主孔 452 .......輔助孔 5 ..........副板 51.........副板體 52 加強孔In summary, the main board 4 and the sub-boards 5 are used to fix the two frames in the axial direction, and the main holes 451 and the reinforcing holes are used to increase the locking strength, so that the frames 3 are There is no problem of misalignment or tilting left and right, so the purpose of the present invention can be achieved. However, the above is only the preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple equivalent change of the patent scope and the new description of the novel towel is Modifications are still within the scope of this new patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing a state in which a frame connector is fixed to a two-frame frame; and FIG. 2 is a perspective view showing a preferred embodiment of the frame connector of the present invention. M414141 [Description of main component symbols] 3 ..........Frame 4 .......... Main board 41 ......... Main board body 42 ... ...inner plate surface 43 44 44 outer plate surface first side edge 45.........positioning hole group 451 ....... main hole 452 ....... auxiliary hole 5 ..........Sub-board 51.........Sub-plate 52 Reinforced hole