M295959 八、新型說明： 【新型所屬之技術領域】 本新型是有關於一種支撐裝置，特別是指一種具有高 結構強度底座之平板存放支撐裝置。 【先前技術】 參閱圖1 ’習知板體支撐裝置，包含有複數概呈矩形且 縱向㈣隔排狀框㈣卜複數分職於該轉架件i兩 側且連接固定該等框架件丨之橫板2，及—蓋設於該等框架 件1頂部之蓋板16。 每t τκ件1 ό具有二縱向間隔排列之立柱11、一兩 端分別與該二立柱u底端連接之橫桿12，及複數支間隔設 置並平行該橫桿12之支擇桿14。該等框架件i之間高度相 對應的支撐# 14相配合’界定出複數個可供該等板體橫向 擺放之置放區間。 二]圖 每立柱11具有多數個縱向間隔排列之穿 孔⑴’每一橫桿12則具有二分別形成於其兩端的螺孔 121(為方便說明，圖2 _只纷出單—個穿孔⑴與螺孔121) 。每一橫桿12與相對應之立柱η相互連接時，是藉由一固 定螺絲13穿伸過立柱η之穿孔⑴，再螺入橫桿12之螺 孔1來使秘衿12與立柱11兩者加以連接固定。藉此方 式，使付母-置放區間存放板體時，其重量可以 定分散至每-立柱U與橫桿12上。 '、、而由於每—立柱11與橫桿12之間是利用固定螺絲 '連接固疋，因此長時間使用後，容易因為固定螺絲 5 M295959 3 #A動*進而影響橫桿12與立柱11兩者間的結合強度， 毛、# 12與立柱u兩者的接合面處形成斷裂，使得該 撐裳置產生額外的修'#費用。再者，每—置放區間 於取放板體的過程中，A合人―^ ^ ，若是 "母一立柱11形成些微的搖晃 /、干與立柱11兩者間的固定螺絲13已呈現鬆動 二更:】大為影響該板體支撐裝置之整體結構穩定度 座之二型，目的’即在提供—種具高結構強度底 、曰子切裝置，以有效提高整體結構穩定度。 ，包：:二：新型具高結構強度底座之平板存放支撐裝置 :有底座、複數立柱，及至少一支撐單元。 。所具有—座體，及二分設於該座體兩側之周邊部 部上縱向間隔㈣且分別設於該底座之該二周邊 :二平=放單元則固設於每兩相對應立柱間，且界定出 供十板存放之擺放平面。 基底力效在於’藉由提供該底座作為每一立柱的 絲作為橫桿與立柱兩者間的結衣置，疋利用固定螺 口疋螺絲鬆動的不良影響 t ，每-立柱與底座可保持良好穩定的：rn 時 型之整體結構穩定度。 4的I怒’有效保持本新 【實施方式】 有關本新型之前述及其他技術 以下配合參考圖式之—較 ☆特如功效，在 孕乂仫只苑例的詳細說明中，將可清 M295959 楚的呈現。 苓閱圖3、4，本新型具高結構強度底座之平板存放支 樓裝置3的較佳實施例，包含有一底座31、複數立柱32、 複數支撐單元33、複數間隔排列連接於每兩相對應立柱32 之底部的連接條34，及複數固定件35。 钱座3 1具有 之周邊部312、複數銲料層313，及複數個間隔設於每一周 邊P 12頂面的凸出塊3 14。所述立柱32係縱向間隔排列 且分別設於該底座31之該二周邊部312上，且每一立柱32 之底面上形成有-可容置相對應凸出塊314之底凹槽321。 每一固定件35穿伸過所對應的凸出塊314，且其末端 ，設於相對應的立柱32内。在本實施例中，每—固定件％ 是為螺絲，當然也可以利用鉚釘或是銲接等其他習知方式 ’皆可以達到每—立柱32與凸出塊314形成對應連接固定 之目的，所以不應侷限於本實施例之說明。 该座體Ml具有複數間隔排列搭接於該二周邊部^ 搭接部315，每一録料厚μ 之 母鲜枓層313則是利用銲接方式，填補於 一格接部7與周邊部312 @，以使兩者加以連接固定， 達到具有鬲結構強度之目的。 =支：早70 33係沿著所述立柱32間隔設置，且每 支撐早兀33具有複數個支桿331，每 分別橫向地連接於每兩相對應之立权Μ上，:之:端 33之所述支# 331相 母-支撐單元 放平面。在本實施例中，共平板橫向存放之擺 揭路出後數個支撐單元33，當 M295959 然也可以只設置單一個支撐單元33,而此種方式是依據使 用者的貫際需求’予以彈性设計規晝，所以不應侷限於本 貫施例的說明。M295959 VIII. New description: [New technical field] The present invention relates to a supporting device, in particular to a flat storage supporting device with a high structural strength base. [Prior Art] Referring to Figure 1 'the conventional plate body supporting device, comprising a plurality of rectangular shapes and a longitudinal (four) partition frame (four), the plurality of blocks are divided on both sides of the frame member i and connected to the frame members. The horizontal plate 2, and the cover plate 16 covering the top of the frame members 1. Each of the t τ κ pieces 1 has two longitudinally spaced columns 11 , a cross bar 12 at one end and a bottom end connected to the bottom ends of the two columns u, and a plurality of spacers 14 spaced apart from the cross bar 12 . The heights of the frame members i corresponding to the support #14 cooperate to define a plurality of placement intervals for the lateral placement of the plates. 2] Each column 11 has a plurality of longitudinally spaced perforations (1) 'Each cross bar 12 has two screw holes 121 respectively formed at both ends thereof (for convenience of explanation, FIG. 2 _ only a single perforation (1) and Screw hole 121). When each crossbar 12 is connected to the corresponding column η, the perforation (1) of the column η is penetrated by a fixing screw 13 and screwed into the screw hole 1 of the cross bar 12 to make the tip 12 and the column 11 They are connected and fixed. In this way, when the body-placement section is stored, the weight can be distributed to each of the column U and the crossbar 12. ', and because each of the column 11 and the crossbar 12 is connected by a fixing screw', it is easy to affect the crossbar 12 and the column 11 by the fixing screw 5 M295959 3 #A* after a long time of use. The bond strength between the two, the joint between the hair, #12 and the column u forms a break, so that the support creates an additional cost. Furthermore, in the process of placing and placing the plate body, A is a combination of ^^^, and if the parent column 11 is slightly swayed, the fixing screw 13 between the stem and the column 11 is presented. Loose second:] greatly affects the overall structural stability of the plate support device type II, the purpose of 'providing a kind of high structural strength bottom, tweezers cutting device to effectively improve the overall structural stability. , package:: 2: new flat storage support device with high structural strength base: there are base, multiple columns, and at least one support unit. . The two sides of the base are vertically spaced apart from each other on the peripheral portions of the two sides of the base body (four) and are respectively disposed at the two sides of the base: the two flat=release units are fixed between each of the two corresponding columns. And define the placement plane for ten plates to store. The base force effect is 'by providing the base as the wire of each column as the knot between the cross bar and the column, and using the fixing screw to loosen the screw, the stability of each of the column and the base can be kept stable. : rn The overall structural stability of the time type. 4 I anger 'effectively keep this new [Embodiment] The above and other technologies related to the present invention are as follows with reference to the figure - ☆ special effects, in the detailed description of the pregnancy only case, will be clear M295959 The presentation of Chu. Referring to Figures 3 and 4, a preferred embodiment of the flat-panel storage branch unit 3 of the present invention has a base 31, a plurality of columns 32, a plurality of support units 33, and a plurality of spaced-apart arrangements connected to each of the two corresponding portions. A connecting strip 34 at the bottom of the column 32, and a plurality of fixing members 35. The holder 3 1 has a peripheral portion 312, a plurality of solder layers 313, and a plurality of protruding blocks 3 14 spaced apart from the top surface of each of the peripheral edges P 12 . The uprights 32 are longitudinally spaced apart and are respectively disposed on the two peripheral portions 312 of the base 31. The bottom surface of each of the pillars 32 is formed with a bottom recess 321 that can accommodate the corresponding protruding block 314. Each of the fixing members 35 extends through the corresponding protruding block 314, and the end thereof is disposed in the corresponding column 32. In this embodiment, each of the fixing parts is a screw, and of course, other conventional methods such as rivets or welding can be used to achieve the purpose of forming a corresponding connection and fixing for each of the uprights 32 and the protruding blocks 314, so It should be limited to the description of the embodiment. The base body M1 has a plurality of spaced-apart intervals lapped on the two peripheral portions lap portions 315, and the mother fresh enamel layer 313 of each recording thickness μ is filled in a lattice joint portion 7 and a peripheral portion 312 by welding. @, in order to make the two connected and fixed, to achieve the purpose of the structure strength. = branch: early 70 33 is arranged along the column 32, and each support early 33 has a plurality of struts 331 which are respectively laterally connected to each of the corresponding two erecting rafts, respectively: The branch #331 phase-support unit is placed in a plane. In this embodiment, a plurality of support units 33 are disposed after the horizontal storage of the common flat plate, and when the M295959 can also be provided with only a single support unit 33, the method is flexible according to the user's continuous demand. Design rules, so should not be limited to the description of the application.
參閱圖5，為使該底座31之每一銲料層313填補於每 一搭接部315與周邊部312間的銲接過程中，每一搭接部 315與周邊部312是能以水平搭接的方式結合在一起，所以 本新型藉由H4 |每一搭接部315與周邊部312撐離 地面相同高度，以使兩者結合時的水平接合度達到良好狀 態。該治具4包含有-支架單元41、複數個設於該支架單 元41上且分別可容置定位每—搭接部315與周邊部312的 定位塊42、複數設於每-定位塊42上且用以夾聚定位該二 周邊部312的夾鉗43，及複數個用以調整每一搭接部315 之冋度之调整夹44 〇 於實際銲接時，是將該二周邊部312分別容置於分處 兩側的所述定位塊42内，然後再利用所述夾钳43將每一 周邊口P 3 12予以夾聚定位，並且調整每一調整夾料，以使 每一搭㈣315與周邊部312是位於同-高度，確保將兩 者予以鮮接SJ定時，具有良好的水平接合程度，藉此不但 可以使韻座31達到高結構強度之目的，而且更能提高整 個底座3 1的水平精度。 續參閱圖3、4，益山 猎由上述之設計，便可提供該高結 強度的底座31作為每_立柱32的基底結構，並不需 習知板體支撐裝置_2)，是湘隨㈣13作為橫桿 12 /、立柱Π兩者間的結合元件，所以能夠消除固定螺絲η 8 M295959 鬆動的不良影塑，阴& 1 ，每-立柱32二底座：型之每一擺放平面存放平板時 持本新型之整體結構穩定度1持良好穩定的狀態，有效保 裝置H4 ’本新型具高結構強度底座之平板存放支撐 以 田該底座31進行銲接固定結合時，藉由該治具4 擔任辅助定位支擔的趟 古 W冓’以使得該底座31不但可以達到 二構強度之目的，而且更能提高其水平精度。再者，本 自板體支m消除了固定螺絲13鬆動的 肤^ a，因此每—立柱32與底座爿可保持良好穩定的 恶’有效料本新型之整體結構穩定度，所以確實 到本新型之功效。 、 ▲准以上所述者，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，即大凡依本新型中請:利 範圍及新型說明内容所作之簡單的等效變化與修•，皆仍 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一立體分解圖，說明習知板體支撐裝置； 圖2是一局部俯視剖視圖，說明習知板體支撐裝置， ，一橫桿與一立柱藉由一固定螺絲相互連接固定之狀 圖3是一立體分解圖，言兒明本新型#高結構強度底座 之平板存放支撐裝置的較佳實施例； 圖4是一側視示意圖，辅助說明圖3所示之該較佳實 施例；及 ' M295959 圖5是一立體圖，說明該較佳實施例中，利用一治具 擔任輔助定位支撐該底座的機構。Referring to FIG. 5, in order to fill each solder layer 313 of the base 31 in the soldering process between each of the overlapping portions 315 and the peripheral portion 312, each of the overlapping portions 315 and the peripheral portion 312 can be horizontally overlapped. The manners are combined, so the present invention is supported by the H4|each lap 315 and the peripheral portion 312 at the same height from the ground so that the horizontal joint degree when the two are combined is in a good state. The fixture 4 includes a bracket unit 41, a plurality of positioning blocks 42 disposed on the bracket unit 41 and respectively accommodating each of the lap portions 315 and the peripheral portion 312, and a plurality of positioning blocks 42 disposed on each of the positioning blocks 42 And the clamping clamp 43 for clamping and positioning the two peripheral portions 312, and the plurality of adjusting clips 44 for adjusting the twist of each of the overlapping portions 315, respectively, when the actual welding is performed, respectively, the two peripheral portions 312 are accommodated The positioning block 42 is placed on both sides of the branch, and then each of the peripheral ports P 3 12 is clamped and positioned by the clamp 43 , and each adjusting clamp is adjusted so that each of the laps 315 is The peripheral portion 312 is located at the same height, ensuring that the two are closely connected to the SJ timing, and has a good horizontal joint degree, thereby not only achieving the purpose of high structural strength of the rhymes 31, but also improving the entire base 31. Horizontal accuracy. Continuing to refer to Figures 3 and 4, Yishan Hunting can provide the high-strength base 31 as the base structure of each column 32 without the need for a conventional plate support device _2), which is Xiang Sui (4) 13 As a coupling element between the cross bar 12 /, the column ,, it can eliminate the bad shadow of the fixing screw η 8 M295959 loose, yin & 1 , each of the column 32 two base: each type of flat storage plate When the overall structural stability of the present model is maintained in a stable and stable state, the effective protection device H4 'the flat plate storage support of the new high structural strength base is welded and fixed by the base 31, and the fixture 4 is used as the fixture 4 The auxiliary positioning support is such that the base 31 can not only achieve the purpose of the two-structure strength, but also improve the horizontal precision. Furthermore, the self-board support m eliminates the loosening of the fixing screw 13, so that each column 32 and the base cymbal can maintain a good and stable evil structure. The effect. ▲ The above is only the preferred embodiment of the present invention. When it is not possible to limit the scope of the implementation of the present invention, that is, the simple equivalent of the scope and the new description of the present invention. Changes and repairs are still covered by this new patent. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an exploded perspective view showing a conventional plate supporting device; Fig. 2 is a partial plan sectional view showing a conventional plate supporting device, a cross bar and a column with a fixing screw FIG. 3 is a perspective exploded view of the present invention. The preferred embodiment of the present invention is a preferred embodiment of the present invention. FIG. 4 is a side view of the present invention. Preferred Embodiments; and 'M295959 FIG. 5 is a perspective view showing a mechanism for assisting positioning of the base by using a jig in the preferred embodiment.
10 M295959 【主要元件符號說明】 3 具南結構強度底 321 底凹槽 座之平板存放支 33 支撐單元 撐裝置 331 支桿 31 底座 34 連接條 311 座體 35 固定件 312 周邊部 4 治具 313 銲料層 41 支架單元 314 凸出塊 42 定位塊 315 搭接部 43 夾钳 32 立柱 44 調整夾 1110 M295959 [Main component symbol description] 3 South structure strength bottom 321 bottom groove seat flat storage support 33 Support unit support device 331 Rod 31 Base 34 Connection strip 311 Seat 35 Fixing piece 312 Peripheral part 4 Fixture 313 Solder Layer 41 bracket unit 314 protruding block 42 positioning block 315 lap portion 43 clamp 32 column 44 adjustment clip 11