201125520 六、發明說明： 【發明所屬之技術領域】 本發明係為一種組合式置物架的雙線側架與置物層的組 合結構’其主要在置物層上所增設四個具有側向支撐作用的活 動扣件，使組裴後的置物架能承受更大的側向外力，而不易 左’右搖晃。 【先前技術】 查’在居家室内或是辦公室内或是工作場合中，都設置有 各種不_式喊置來容置物品或擺放物品。而收納裝置 概可分為不易拆開的固定型式，與易於拆、組的組合式。易於 拆、組的收納裝置，具有易於倉儲、運送的優點，且能降低運 輸成本提1¾市場上的競爭力。 可拆、組敝納裝置巾，又分有必須制I具拆、組者， 與不需要工具就能拆組者。在同型商品中，越不需要使用工具 就能組裝的產品’就越能被消費者所使用。圖-所示市售多年 具有雙線侧架10的組合式置物架i，其係在左、右二個雙線 側架10之間綠置物層u，而形成置物架丨的雜。該雙線 侧架10包3有則、後各二條左、右並列的錯直狀立桿1〇1、 102 ’以及至少二條上、下設置的水平狀鐵線⑽。該水平狀 鐵線103的前、後兩端分別與前、後位置的立桿ι〇ι、⑽焊 201125520 接成一體。 該置物層11的四個端角處各固設有一扣件⑴，該扣件 ill為敍直狀延伸的ϋ形板，而在該扣件m的内部形成一凹 槽。位於該置物層11前端的扣件ln，其凹槽的開口為朝前 狀態’位於該置物層11後端的扣件U1，其凹槽的開口為朝 後狀態。該置物層11同側的前端扣件ηι内部凹槽内端與後 端扣件111凹槽内端的距離，係略小於雙線側架1〇前、後立 桿m、102的間距。該置物層u的四個端角扣件ιη可容許 對應的雙線側架1G的立桿1(U、1G2卡人，使置物層n對雙 線侧架1〇的立桿ΗΠ、102產生樓開作用，而將置物層η固 定在二個雙線側架1G上。該種置物架1結構強度低，容易產 生左、右搖動。故在雙線侧架1Q的後端架設交叉的狀的牽拉 線12，以增加該置物架i的結構力。由於，該雙線侧架1〇的 _無法架設交又狀的錄線12，不輯顺、後強度平衡 的效果’使整體置物架1的結構紐欠佳，受到外力時還是會 產生左右搖晃。故前述置物層Η與雙線側架10結合的結構， 不適合組裝成較高較大的置物架1。 【發明内容】 本發明的主要目的，在提供一種組合式置物架的雙線側 架與置物層的組合結構，其主要在使·層與立枉之間的結合 緊度佳，使整個置物架的結構強度提高。 201125520 。本發明的次一目的，在提供一種組合式置物架的雙線側 架與置物層_合結構，其無需在置物架的後转設交叉狀的 拉緊金屬線，使置物架的外觀更為簡潔、美觀。 本發騎提供之組合式置齡的雙_雜置物層的組 合結構’其包含至少二個雙線側架，及至少二個置物層，該置 物層除了在四個端角處各固設有—_^扣件外’更在前、後端橫 向金屬線的左、右端各套設有—活動扣件々卡扣件的設置可 將該置物層初步組餘左、右媽上，再藉由該活動扣件的設 置’使置物層與雙線侧架之間的結合強度增加，使組裝後的置 物架不會因外力而左、右搖晃。 本發明所提供之組合式置物架的雙線侧架與置物層的組 合結構，其中，該置物層的卡扣件為鉛直狀延伸的υ形板，而 在該扣件的内部形成一凹槽。藉由該四個卡扣件的凹槽供雙線 側架的刖、後立桿強行卡入，而使置物層對雙線侧架的立桿產 生#開作用’而將置物層初步地固定在二個雙線側架上。 本發明所提供之組合式置物架的雙線側架與置物層的 組合結構，其中，該置物層的活動扣件的上端係套設在該製 物層前端或後端的金屬線上，末端係連接一U形板，該 板内部形成一卡槽。憑藉該活動扣件末端的卡槽供左、右雙 線側架的立桿卡入’而該活動扣件對置物層與雙線侧架之間 形成側向支擇’致使整個置物架組裝後的結構強度增加。 201125520 【實施方式】 申請人有鑑於習用雙鐵線置物架結構較差關題，而研 創種雙線側架與置物層組合創新結構，其可使雙鐵線置物架 的結構強度增加，使域㈣的置㈣，不會產生搖晃的情 幵/雄列舉實蝴並§&合圖式，詳縣發明的構造特徵與功效。 凊參閱圖二、圖三及圖四。本發明所揭露之組合式置物 架的雙線顺與置物層的組合結構，其係由置物層3G的四個 端角與左、右雙線侧架2G結合，而組裝成置物架2使用。_ 個組震完成的置物架2包含至少二個雙線触2G，及至少二 個置物層30。本實施例中，該置物架2係由二支側架2〇與三 個置物層30組合而成。 該雙線側冑20包含有前、後各二條左、右並列的錯直 狀立桿2卜22 ’以及三條（至少二條）由上而下設置的水平 狀鐵線23。該水平狀鐵線23的前、後兩端分別與前、後位 置的鉛直狀立桿21、22焊接成一體。該水平鐵線23的前端 係固疋於雙線側架20前端二立桿21之間，後端係於後端二 立桿22之間。 該置物層30的前、後端係設置有橫向金屬線33、34。 本實施例的置物層30，係為由金屬線製成的金屬網層。該置 物層30的四個端角處各固設有一_^扣件31，該卡扣件31為 金。直狀延伸的U形板，而在該卡扣件31的内部形成一凹槽 32。位於該置物層30前端的卡扣件31的凹槽32開口為朝前 201125520 狀態’位於該置物層3G後端的卡扣件31的凹槽⑽開口為朝 後狀態。該置物層30同側的前端卡扣件31的凹槽犯内端到 後端卡扣件31凹槽32 _的距離，係略小於雙線側架2〇 前、後立桿2卜22的間距。當該置物層3〇的同側二個端角 的卡扣件31的凹槽32供雙線侧架2〇的前、後立桿21、22 強行卡入時，該置物層30可對雙線側架2〇的立桿21、22 產生撐開作用，而將置物層30初步地固定在二個雙線側架 20上，如圖五所示的狀態。此種固定型態與前述圖一所示的 習用者相同。該雙線侧架20的水平橫桿23除了具有連接前 後立桿21、22的作用外，還能對置物層30產生定位作用。 前述的置物層30的前、後端橫向金屬線33、34的左、 右端各套設有一可活動的活動扣件4〇。該活動扣件4〇的上 端41係套設在對應的橫向金屬線33 (或34)上，末端係連 接一 U形板42，該U形板42内部形成一·^槽43。位於該置 物層30前端的活動扣件40的卡槽43開口為朝前狀態，位於 該置物層30後端的活動扣件40的卡槽43開口為朝後狀態。 當該置物層30四個端角處的四個卡扣件31的凹槽32 供該左、右側架20對應的四支立桿21、22對應導入後，續 將該置物層30前端的二個活動扣件40向前轉動，而使該左、 右侧架20前端的立桿21卡入對應的卡槽43内；再將該置物 層30後端的二個活動扣件40向後轉動，而使該左、右側架 20後端的立桿22卡入對應的卡槽43内，如圖六所示的狀 201125520 態。該活動扣件40上端41與下端U形板42分別抵靠置物展 30與雙線側架20，而形成侧向支標。則當置物架2受到夕卜: 時，也不易產生左、右搖晃，使整個置物架2組裝後的 強度增加。 前述的活動扣件40係套設在置物層3〇前、後端横向金 屬線33、34上’而可以對應的橫向金屬線33、％為輪心做 擺動。當該活動扣件40的卡槽43供對應的立桿21、烈卡入 時’該活動扣件40上端的外側端係抵靠一止撞件％。亦即， 位於置物層30左端的活動扣件4〇，其左端係抵靠__止擒件 35，位於置物層30右端的活動扣件4〇，其右端係抵靠—止 擋件35。則該活動扣件40被緊固在該立桿21 (或22)與置 物層30之間’且該活動扣件4〇能對立桿2卜22產生的拉緊 作用，而使置物層30與雙線側架2〇之間的結構更為穩固。、 實作中，該止擋件35可與對應的卡扣件31固接成一體且 該卡扣件31係藉由該止擋件35與置物層3〇的谭接，而與置 物層30連結成一體。 圖一所示的置物架2可藉由增加組褒_雙線侧架與 三個置物層30，而使置物架2的體積側向延伸成更大的置物 架3，如圖七所示。 本發明所提供組合式置物架的雙線側架與置物層的組合 、'。構，其憑藉置物層上所增設的活動扣件，使置物層與雙線側 架之間產生了側向支撐結構。則組裝後的置物架能承受更大的 201125520 側向外力，而不易左，右搖晃，達到提高置物架結構強度的目 的。201125520 VI. Description of the Invention: [Technical Field] The present invention relates to a combined structure of a two-wire side frame and a storage layer of a combined rack, which is mainly provided with four lateral support functions on the storage layer. The movable fasteners allow the rear shelf to withstand greater lateral force and not to swing left and right. [Prior Art] In the home or in the office or in the workplace, there are various kinds of non-styled words to accommodate items or objects. The storage device can be divided into a fixed type that is not easy to be disassembled, and a combination that is easy to disassemble and set. The easy-to-disassemble, group storage unit has the advantages of easy storage and transportation, and can reduce the transportation cost and competitiveness in the market. Detachable, group canned device towel, and must be divided into one must be dismantled, group, and can be disassembled without tools. In the same type of products, the more products that can be assembled without using tools, the more they can be used by consumers. As shown in the drawings, the combined rack i having the double-line side frame 10 is placed on the green storage layer u between the left and right two-line side frames 10 to form a stack of shelves. The two-wire side frame 10 includes three straight and vertical right-handed poles 1〇1, 102' and two at least two upper and lower horizontal iron wires (10). The front and rear ends of the horizontal wire 103 are integrally formed with the vertical bars ι〇ι and (10) welding 201125520 at the front and rear positions. A fastener (1) is fixed to each of the four corner corners of the storage layer 11, and the fastener ill is a straight-shaped crotch plate, and a recess is formed inside the fastener m. The fastener ln located at the front end of the storage layer 11 has a recessed opening U1 in a forward-facing state at the rear end of the storage layer 11, and the opening of the recess is in a rearward state. The distance between the inner end of the inner end of the front end fastener η1 and the inner end of the rear end of the rear end fastener 111 on the same side of the storage layer 11 is slightly smaller than the distance between the front and rear vertical bars m and 102 of the double-line side frame 1 . The four end corner fasteners of the storage layer u can allow the corresponding pole 1 of the double-line side frame 1G (U, 1G2 card, so that the storage layer n is generated for the double poles of the double-line side frame 1〇, 102 The floor opening action is to fix the storage layer η on the two double-line side frames 1G. The structure of the shelf 1 is low in strength, and it is easy to generate left and right shaking. Therefore, the rear end of the double-line side frame 1Q is erected. Pulling the wire 12 to increase the structural force of the shelf i. Because the double-line side frame 1 〇 can not erect the cross-shaped recording line 12, the effect of not smoothing, rear strength balance 'to make the overall storage The structure of the frame 1 is unsatisfactory, and it is still shaken left and right when subjected to an external force. Therefore, the structure in which the above-mentioned storage layer 结合 is combined with the double-line side frame 10 is not suitable for assembly into a relatively large shelf 1. The present invention The main purpose of the present invention is to provide a combined structure of a two-wire side frame and a storage layer of a combined rack, which is mainly used for the tightness of the joint between the layer and the vertical sill, so that the structural strength of the entire rack is improved. The second object of the present invention is to provide a double side of a combined rack In combination with the storage layer _ structure, it is not necessary to turn the tensioning metal wire at the rear of the rack, so that the appearance of the rack is more simple and beautiful. The combined aging layer of the double _ miscellaneous layer provided by the hair ride The combined structure 'comprising at least two double-line side frames, and at least two storage layers, the storage layer is fixed at the four end corners - _ ^ fasteners more than the front and rear transverse metals Each set of left and right ends of the line is provided with a movable fastener, and the setting of the snap fastener can be performed on the left and right mothers of the storage layer, and then the setting of the movable fastener is used to make the storage layer and the double-line side The joint strength between the racks is increased, so that the assembled racks are not shaken left and right by external forces. The combined structure of the double-line side frame and the storage layer of the combined rack provided by the present invention, wherein the stack layer The latching member is a vertically extending clamshell plate, and a groove is formed inside the fastener member. The grooves of the four latching members are used for forcibly engaging the cymbal and the rear lever of the double-line side frame. And causing the storage layer to produce a #opening effect on the pole of the double-line side frame and initially fixing the storage layer The combination structure of the double-line side frame and the storage layer of the combined shelf provided by the present invention, wherein the upper end of the movable fastener of the storage layer is sleeved on the manufacturing layer a metal wire on the front end or the rear end, the end is connected with a U-shaped plate, and a card slot is formed inside the plate. The card slot at the end of the movable fastener is used for the left and right double-line side frame rods to be inserted into the movable button. The lateral constraint between the opposing layer and the double-line side frame increases the structural strength of the entire rack after assembly. 201125520 [Embodiment] The applicant has a poor structure in view of the conventional double-wire rack structure. Innovatively invented the innovative structure of the double-line side frame and the storage layer, which can increase the structural strength of the double-iron wire rack, so that the field (four) is set (four), there will be no shaking situation/female enumeration and §& Schema, the structural features and effects of the county invention.凊 Refer to Figure 2, Figure 3 and Figure 4. The combined structure of the double-line and the storage layer of the combined rack disclosed in the present invention is combined with the left and right double-line side frames 2G by the four end angles of the storage layer 3G, and assembled into the rack 2 for use. The rack-completed rack 2 includes at least two double-line touches 2G and at least two storage layers 30. In this embodiment, the rack 2 is formed by combining two side frames 2〇 and three storage layers 30. The two-wire side cymbal 20 includes two straight left and right parallel studs 2b 22' and three (at least two) horizontal iron wires 23 arranged from top to bottom. The front and rear ends of the horizontal iron wire 23 are welded integrally with the vertical uprights 21 and 22 at the front and rear positions, respectively. The front end of the horizontal wire 23 is fixed between the front ends of the two-wire side frames 20 and the rear ends are connected between the rear two vertical bars 22. The front and rear ends of the storage layer 30 are provided with lateral wires 33, 34. The storage layer 30 of this embodiment is a metal mesh layer made of a metal wire. A fastening member 31 is fixed to each of the four corner corners of the substrate layer 30, and the fastening member 31 is made of gold. A U-shaped plate extending straight is formed, and a recess 32 is formed inside the snap member 31. The recess 32 of the latching member 31 located at the front end of the stacking layer 30 is open toward the front 201125520. The recess (10) of the latching member 31 located at the rear end of the stacking layer 3G is open rearward. The groove of the front end latching member 31 on the same side of the storage layer 30 has a distance from the inner end to the rear end of the rear latching member 31, and is slightly smaller than the double-line side frame 2, the front and rear poles 2 spacing. When the recess 32 of the latching member 31 of the two opposite corners of the same layer 3 is forcibly engaged by the front and rear poles 21, 22 of the double-line side frame 2, the storage layer 30 can be double The uprights 21, 22 of the wire side frame 2 are distracted, and the storage layer 30 is initially fixed to the two double-line side frames 20, as shown in Fig. 5. This type of fixation is the same as that shown in the previous figure. In addition to the function of connecting the front and rear uprights 21, 22, the horizontal crossbar 23 of the two-wire side frame 20 can also position the deposit layer 30. A movable movable fastener 4 is disposed on each of the left and right ends of the front and rear transverse wires 33, 34 of the aforementioned storage layer 30. The upper end 41 of the movable fastener 4 is sleeved on the corresponding lateral wire 33 (or 34), and the end is connected to a U-shaped plate 42, and a groove 43 is formed inside the U-shaped plate 42. The card slot 43 of the movable fastener 40 located at the front end of the storage layer 30 is open to the front, and the slot 43 of the movable fastener 40 located at the rear end of the storage layer 30 is open to the rear. When the recesses 32 of the four latching members 31 at the four corners of the storage layer 30 are correspondingly introduced into the four vertical rods 21 and 22 corresponding to the left and right side frames 20, the front end of the storage layer 30 is continued. The movable fasteners 40 are rotated forward, and the uprights 21 of the front ends of the left and right side frames 20 are locked into the corresponding card slots 43; and the two movable fasteners 40 at the rear end of the storage layer 30 are rotated backwards. The uprights 22 at the rear ends of the left and right side frames 20 are snapped into the corresponding card slots 43, as shown in Fig. 6 in the state of 201125520. The movable fastener 40 upper end 41 and the lower end U-shaped plate 42 abut against the display 30 and the double-line side frame 20, respectively, to form a lateral support. When the rack 2 is subjected to the eve: it is also less likely to cause left and right shaking, so that the strength of the entire rack 2 after assembly is increased. The movable fastener 40 described above is sleeved on the front and rear lateral metal wires 33, 34 of the storage layer 3, and the corresponding transverse metal wires 33 and % are oscillated for the center of the wheel. When the slot 43 of the movable fastener 40 is supplied to the corresponding upright 21 and the card is inserted, the outer end of the upper end of the movable fastener 40 abuts against a stopper. That is, the movable fastener 4's at the left end of the storage layer 30 has its left end abutting against the __stop member 35, the movable fastener 4's at the right end of the storage layer 30, and the right end thereof abutting against the stopper 35. Then the movable fastener 40 is fastened between the upright 21 (or 22) and the storage layer 30' and the movable fastener 4 can exert a tensioning effect on the vertical rod 2, and the storage layer 30 is The structure between the two-line side frame 2〇 is more stable. In the implementation, the stopper 35 can be fixedly integrated with the corresponding latching member 31, and the latching member 31 is connected to the storage layer 3 by the stopper 35, and the storage layer 30 Linked into one. The rack 2 shown in Fig. 1 can laterally extend the volume of the rack 2 into a larger rack 3 by adding a stack _ double-line side frame and three storage layers 30, as shown in Fig. 7. The combination of the two-wire side frame and the storage layer of the combined rack provided by the present invention, '. The structure, by virtue of the movable fasteners added to the storage layer, creates a lateral support structure between the storage layer and the double-line side frame. The assembled rack can withstand the larger outward force of the 201125520 side, and it is not easy to shake left or right to achieve the purpose of improving the structural strength of the rack.
[s] 9 201125520 【圖式簡單說明】 圖一為習用置物架的外觀圖。 圖二為本發明實施例的外觀圖。 圖三為置物層的外觀圖。 圖四為圖一所示實施例的分解圖。 圖五為置物層的卡扣件與雙鐵線侧架結合的狀態圖。 圖六為置物層的活動扣件與雙鐵線側架結合的狀態圖。 圖七為本發明另一實施例的外觀圖。 【主要元件符號說明】 l·… ••置物架 2_ •置物架 3…·‘ •置物架 10… …雙線側架 101.· 102" 立才干 103.. η… …置物層 111·· …·扣件 12… …牽拉線 20… …雙線側架 21···· 22… …立桿 23.·.· 30… …置物層 31.··· 32… …凹槽 33·... 34… …杈向金屬線 35···. 201125520 40… 41- •…上端 42… …U形板 43... …卡槽[s] 9 201125520 [Simple description of the drawing] Figure 1 is an external view of the conventional rack. Figure 2 is an external view of an embodiment of the present invention. Figure 3 is an external view of the storage layer. Figure 4 is an exploded view of the embodiment of Figure 1. Figure 5 is a state diagram of the combination of the fastening member of the storage layer and the double iron wire side frame. Figure 6 is a state diagram of the movable fastener of the storage layer combined with the double iron wire side frame. Figure 7 is an external view of another embodiment of the present invention. [Description of main component symbols] l·... •• Shelf 2_ • Shelf 3...·' • Shelf 10... Two-line side frame 101.· 102" Licai 103.. η... ...layer 111·· ... · Fastener 12... Pulling line 20... Double-line side frame 21···· 22...Pole 23···· 30... Storage layer 31.··· 32... ...groove 33·.. 34... ...杈向线线 35···. 201125520 40... 41- •...Upper end 42... U-shaped plate 43... Card slot