M301584 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種置物架定位結構之改良（一），其 主要是經由置物架之支撐桿縱向槽道兩侧嵌槽及插入槽之 規劃，配合隔板托架插入端之嵌導部卡抵片及嵌卡部設計 ，特能使隔板托架得以在該縱向槽道的導持下作適當之位 移調整，並取得簡易之嵌卡定位效果，據以使其在隔板托 架的增減及間距調整上可獲得更為簡便之實施者。 ®【先前技術】 按，一般用於商品展示或居家雜物收納擺置之置物架 在結構設計上，主要是利用預製的支撐桿供隔板脫架插組 結合，再將置物隔板跨置於隔板托架上，即可構組成置物 架的基本功能架構，利用隔板托架得以支撐托持置物隔板 ，以維持置物隔板上擺置物品的穩定性，同時更得藉其隔 板托架與支撐桿的關係調整，據以達到置物隔板之間距調 •整’俾能視實際物品的擺置需*最適當之間距調整者。 而在習知置物架之支撐桿與隔板托架的結合組設上， 第1、2圖所示’其主要是於其支撐桿(丄〇)縱 向設有等間距排列的多數對插槽（1 1)，而在其隔板托 架（2〇)的插組端上緣則設有一對插片（2 D，並在 :2()2 1 ::隔板托架（2 〇 )之介面下緣製設有嵌槽 有:=:2(32)°)插組端一下方位 卡Μ 該對插槽（2 !)與嵌 )的距離概與支撐桿（1 0)的插槽（玉卫） M301584 間距相符，據以利用隔板托架（2 〇 )插組端之插片（2 1 )插入支撐桿（1 0)的插槽（1 1)内，再將隔板托 架（2 0)略下扳而使其下端嵌卡片（2 3)插入下方插 槽（11>)内，同時令插片（21)下緣嵌槽（22) 得以嵌卡於插槽（1 1 )下緣，據以完成隔板托架（2 〇 )與支撑桿（1 0)之插組，而以該隔板托架（2〇)則 可供置物隔板（未繪）跨置，並在欲調整其置物隔板的間 距時，只需將隔板托架（20)拔離支撐架（1〇)，再 視需要選擇適當位置的插槽（1 1)重新插組結合，即可 達成其置物隔板的間距調整功能。 就上揭之習知置物架支撐桿與隔板托架的插組結構觀 之’雖其結構尚堪稱簡易，但因其係採單純的插組卡制結 合’是以在其欲實施置物隔板的位置調整時，必須將隔板 托架自支撐桿的插槽完全拔離，再選擇適當的插槽重新插 組’就其整體操作實施而言，顯然相當麻煩而不便，自難 稱為理想之設計者。 再者’因其隔板托架與支撐桿係採單純的插卡結合， 僅具有單方向之插卡限位，是以其插組定位的穩固性明顯 不足’很容易因置物隔板上所擺置的物品過重而導致隔板 托架變形’甚或發生隔板托架插組部位受力變形而脫離支 撲梓’造成其上擺置的物品摔落損壞等安全疑慮，自有待 設法加以解決改善者。 【新型内容】 有鐘於習知置物架在其隔板托架與支撐桿插組結構設 M301584 計所衍生之諸多問題與缺失，創作人特著手進行研究改良 ，基於其從事相關行業之多年經驗與技術，進而研創出本 創作之置物架定位結構改良，即其主要目的乃供一種在置 物隔板之間距調整上，特可在無需將隔板托架完全取離支 擇桿的狀態下，利用簡單之滑移調整及卡制操作而快速便 捷地完成隔板托架的位置調整，達極佳之操作便利性者。 本創作之另一目的係在於經由結構之組成設計，使其 在隔板托架與支撐桿的插組上，特能形成雙重卡設定位效 •果’俾可大幅提昇隔板托架與支撐桿插組關係之穩固維持 者。 為達前揭目的，本創作於結構設計上，主要是於置物 架之支撐桿的組合面鏤製有一縱向槽道，於該縱向槽道兩 侧乃依預定規格而製設有多數對嵌槽，並在縱向槽道上、 下預定位置處設有較大尺徑之插入槽，而其隔板托架的插 入端上段則製設有一嵌導部，該嵌導部的尺徑概與前述支 修撐桿的縱向槽道寬度相符，而嵌導部兩側侧向延設的卡抵 片之寬度則介於前述嵌槽與插入槽之間，另在隔板托架插 入端兩侧又製設成型有嵌卡部，其二嵌卡部的間距恰與前 述嵌槽寬度相符，據此利用支撐桿上、下段預製的插入槽 得供隔板托架之嵌導部插入，並使之在縱向槽道的限位與 導持下行使穩定之昇降位移調整，配合選擇適當位置之嵌 槽供隔板托架之嵌卡部插嵌卡設，即得維持隔板托架與支 撐桿之組設關係定位，而在欲調整隔板托架的位置時，則 僅需將隔板托架略微上抬即可使其嵌卡部脫離嵌槽，令隔 M301584 板托架得以在該縱向槽道的導持下作適當之位移調整，且 在其調整的過程中，該隔板托架並無需取離支撐桿，是以 在使用上將更為簡便者。 【實施方式】 有關於本創作之結構組成、技術手段及功效達成方面 ’謹配合圖式再予舉例進一步具體說明於后： 首先，請參閱第3、4、1 1圖之結構示意圖、第5 、1 0圖之局部結構示意圖級第6〜9圖之結構關係示意 籲圖，係為本創作之一較佳實施例，如圖所示，本創作於結 構設計上，主要是利用支撐桿（3 0 )供隔板托架（4 0 )插組’再利用該等隔板托架（40)得以承置架設置物 隔板（未繪），依此構成置物架的基本功能架構；其中： 該等支撐桿（30)，係為金屬製之矩型中空框桿， 於支撐桿（30)的前侧組合面（3 i )乃鏤製有一縱向 槽道（3 2 )，於該縱向槽道（3 2 )兩侧乃依預定規格 籲而製設有多數對嵌槽（33)，該等嵌槽（33)與縱向 槽道（3 2 )銜接介面的上、下緣部位更延製有凸嵌部（ 3 4 )，另在縱向槽道（3 2 )上、下預定位置處分別設 有較大尺徑之插入槽（35)，其插入槽（35)的設置 係使其上、下位置分別預留有三、四組嵌槽（33)，又 在支撐架（30)後侧靠置面（36)預定位置設有數栓 孔（3 7 )，俾得視需要而以螺栓（3 8 )加以固鎖於牆 面或門板上； 該等隔板托架（40)，係採金屬片材沖摺成型，於 M301584 其頂緣置設有適當數目之嵌槽（41)，俾可供置物隔板 承置定位，而在隔板托架（4 0)的插入端上段乃延伸摺 製設有-嵌導部（4 2)，該嵌導部（42)與隔板托架 (40)侧面採摺製成型有適當之落差階度，藉以使嵌導 部（4 2)的尺徑概與前述支撐桿（3Q)的縱向槽道（ 3 2 )寬度相符，而嵌導部（4 2 )帛兩侧側向延設的卡 抵片（43)之寬度則介於前述嵌槽（33)與插入槽（ 3 5)之間’另在隔板托架（4〇)插入端近下段兩側又 製設成型有喪卡部（44)，其二嵌卡部（44)的間距 恰與前述嵌槽（3 3 )寬度相符； 據此，經由上揭結構組成設計，在隔板粍架（4 ) 與支撐桿（3 0 )的插組結合上，係利用支撐桿（3 〇 ) 上、下段預製的大尺徑插入槽（3 5 )得供隔板托架（4 0 )之嵌導部（4 2 )兩侧卡抵片（4 3 )順利插入，而 後順勢將隔板托架（4 0)纟向上或下移，即可利用卡抵 片（4 3 )與支撐桿（3 〇 )縱向槽冑（3 2 )兩侧形成 嵌卡限位，使其嵌導部（4 2 )被限位在該縱向槽道（3 2)内，從而使隔板托架（4〇)得以在縱向槽道（32 )的限位與導持下行使穩定之昇降位移調整，配合選擇適 當位置之嵌槽（3 3)供隔板托架（40)之嵌卡部（4 4 )插嵌卡設，即得維持隔板托架（4 〇 )與支撐桿（3 〇 )之插組關係定位，藉由其嵌槽（3 3 )與縱向槽道（ 3 2 )介面上、下緣之凸嵌部（3 4 )得以對隔板托架（ 3 0 )的嵌卡部（4 4 )形成適當限位，使其不致有偏晃 M301584 . 之虞’加上隔板托架（40)上端嵌導部（42)兩側卡 抵片（4 3 )的内侧抵持，配合下段嵌卡部（4 4 )的外 侧插卡，特能形成内外雙重定位效果，使其整體的插組關 係更為穩固，不致有受力而輕易變形、脫離之問題； 而在欲調整置物架之隔板間距時，乃將隔板托架（4 〇)略微上抬，即可使其嵌卡部"4)脫離與支撐桿（ 30)嵌槽（33)的插卡關係，但隔板托架（4〇)的 嵌導^ ( 4 2 )兩侧片（4 3 )仍被限位在支採桿（3 〇 )縱向槽道（3 2 )兩侧，令隔板托架（4 〇 )得以在該 縱向槽道（32)的穩定限位導持下作適當之位移調整， 二:其調整的過程中，該隔板托架（4〇)並無需取離支 二：」〇)的縱向槽道（32)，僅需以簡單之滑移調 r . . _ )至適备位置，再順勢將其下段嵌卡部 期的嵌槽（3 4 3 )後，即可快速地達成 板：架（4〇)與支揮桿（30)相對關係之調整與 酴能者； 實際需求而調整置物隔板間距之效 施狀= :所-13囷所示，係為本創作之較佳實 物架定位結構，利用::撐構組成之本創作置 )及兩侧嵌槽（33)、 的道（3 2 隔板托架（40)與1 =採簡易的插設卡制而輕易取得 賦予其隔板托架（3(n；J 3〇)的穩固定位，並據以 (30)得以在支撐桿（30)縱向槽道 M301584 (3 2 )的導持下行使穩定的昇降位移以調整置物隔板（ 5 0)的間距，而在其實施運用上，除可將數支撐桿（3 〇)採平行豎立固定於牆面，配合二支撐桿（30)間相 對之隔板托架（4G)供置物隔板（50)套設外，亦得 配合契合之抽屜櫃（60) ’賦予其收納物件功能，構成 多功能的置物架（如第12圖所示），或者可於支推桿（ 3 〇 )兩端加設勾扣件（7 〇 )的方式，將其架設扣組於 門板（7 1 )後側，再以隔板托架（4〇)架組另置物籃 ❿（72)，依此構成另一種型式之置物架（如第13圖所 示）； 即，經由以上說明，可知本創作在置物架之支撐桿與 隔板托架的定位結構設計上，經由置物架之支撐桿縱向槽 道兩側嵌槽及插入槽之規劃，配合隔板托架插入端之嵌導 部卡抵片及嵌卡部設計，特能使隔板托架得以在該縱向槽 道的導持下作適當之位移調整，並取得簡易之嵌卡定位效 馨果，據以使其在隔板托架的增減及間距調整上可獲得更為 簡便之實施，且其⑤板托架的位移調整操作時，並無需將 隔板托架完全取離支撐桿，從而使其條整操作上更為簡便 、穩定，且其内外雙重抵卡定位效果，特可大幅提昇隔板 乾架與支撐桿插組關係之穩固維持，有效解決習知結構所 可能衍生的諸多問題與缺失者。 綜上所述，本創作針對置物架之支撐桿與隔板托架所 作之定位結構改良，藉其支撐桿之縱向槽道及兩侧嵌槽、 插入槽規劃設計，一改習知結構之單純插卡式結合，不但 11 M301584 可以提昇其結合穩固性，同時在隔板托架的位移調整上更 為谷易簡便，整體而言，確具有極佳之產業利用價值與 實用性，誠不失為一優異、突出之創新設計，爰依法提出 專利申請。 【圖式簡單說明】 第1圖··係習知置物架之局部結構分解示意圖。 第2圖：係習知置物架之局部結構示意圖。 第3圖：係本創作較佳實施例之隔板托架之結構示意圖。 籲第4圖··係本創作較佳實施例之隔板托架之局部結構示意 圖。 第5圖：係本創作較佳實施例分解狀態下之局部結構示意 圖。 第6圖··係本創作較佳實施例於隔板托架插組時之結構關 係示意圖。 第7圖：係本創作較佳實施例於隔板托架插入支撐桿時之 結構關係示意圖。 第8圖：係本創作較佳實施例於隔板托架下移時之結構關 係示意圖。 第9圖：係本創作較佳實施例於隔板托架插組定位時之結 構關係示意圖。 第10圖：係本作較佳實施例插組狀態下之局部結構示意圖 〇 第11圖：係本創作較佳實施例插組狀態下之結構示意囷。 第12圖：係本創作較佳實施例之較佳實施狀態參考圖。 12 M301584 第13圖：係本創作較佳實施例之另一較佳實施狀態參考圖 【主要元件符號說明】 (10)支撐桿 (2 0 )隔板托架 (2 2 )嵌槽 (3 0 )支撐桿 (3 2 )縱向槽道 • ( 3 4 )凸嵌部 (3 6 )靠置面 (3 8 )螺栓 (4 1 )嵌槽 (4 3 )卡抵片 (5 0 )置物隔板 (7 0 )勾扣片 _ ( 7 2 )置物籃 (11) ( 1 1 > )插槽 (21)插片 (2 3 )嵌卡片 (3 1 )組合面 (3 3 )嵌槽 (3 5 )插入槽 (3 7 )栓孔 (4 0 )隔板托架 (4 2 )嵌導部 (4 4 )嵌卡部 (6 0 )抽屜櫃 (7 1 )門板 13M301584 VIII. New description: [New technical field] This creation is about the improvement of a positioning structure of the rack (1), which is mainly through the plan of inserting grooves and inserting grooves on both sides of the longitudinal groove of the support rod of the rack. With the design of the engaging portion of the inserting end of the partition bracket and the design of the engaging portion, the partition bracket can be appropriately adjusted under the guidance of the longitudinal channel, and a simple embedded card positioning can be obtained. The effect is that it is easier to implement in the increase and decrease of the spacer bracket and the pitch adjustment. ® [Prior Art] Press, generally used for merchandise display or home debris storage racks in the structural design, mainly using prefabricated support rods for the separation of the separators, and then the storage partitions On the baffle bracket, the basic functional structure of the rack can be constructed, and the baffle bracket can be used to support the holding partition to maintain the stability of the objects placed on the storage partition, and at the same time The relationship between the plate bracket and the support rod is adjusted, so as to achieve the adjustment between the storage partitions and the whole body, which can be adjusted according to the actual items. In the combination of the support rod and the partition bracket of the conventional rack, the first and second figures show that it is mainly provided with a plurality of pairs of slots arranged in the longitudinal direction of the support rod (丄〇). (1 1), and a pair of blades (2 D, and at: 2 () 2 1 :: spacer bracket (2 〇) are provided at the upper edge of the insertion end of the bulkhead bracket (2〇) The lower edge of the interface is provided with a recessed groove: =: 2 (32) °) The end of the insertion end of the card is the distance between the pair of slots (2 !) and the embedded slot and the slot of the support bar (10) (Jade) M301584 The spacing is the same. According to the insert (2 1 ) at the end of the insert bracket (2 )), insert into the slot (1 1) of the support rod (10), and then place the partition The frame (20) is slightly pulled down so that the lower end embedded card (23) is inserted into the lower slot (11>), and the lower edge of the insert (21) is inserted into the slot (22). 1) The lower edge, according to which the partition bracket (2 〇) and the support rod (10) are inserted, and the partition bracket (2〇) is used for the storage partition (not shown) And when you want to adjust the spacing of the storage partitions, simply pull the partition bracket (20) away from the support frame (1〇), then look It is necessary to select the appropriate position of the slot (1 1) to re-insert the combination to achieve the pitch adjustment function of the storage partition. The structure of the conventional structure of the support rack and the baffle bracket is not simple, but because it is a simple plug-in card combination, it is intended to implement the storage. When the position of the partition is adjusted, the partition bracket must be completely pulled out from the support rod slot, and then the appropriate slot can be re-inserted. In terms of its overall operation, it is obviously quite troublesome and difficult to call. The ideal designer. In addition, because the baffle bracket and the support rod are combined with a simple card, only the single-direction card limit is used, and the stability of the insertion positioning is obviously insufficient. It is easy to be placed on the storage partition. If the placed items are too heavy and the baffle bracket is deformed, or even the baffle bracket insertion portion is deformed by force, and the object is broken, causing the safety of the objects placed thereon, etc., and it is necessary to solve the problem. Improver. [New content] There are many problems and deficiencies in the construction of the brackets and the support rods in the M301584. The creators have made special research and improvement based on their years of experience in related industries. And the technology, and then researched and created the improvement of the positioning structure of the shelf of the present invention, that is, the main purpose thereof is to adjust the distance between the storage partitions, especially in the state that the partition bracket is not completely removed from the supporting rod. Quickly and easily complete the position adjustment of the bulkhead bracket with simple slip adjustment and carding operation for excellent operational convenience. The other purpose of this creation is to design the structure of the partition bracket and the support rod to form a double card setting effect. A solid maintainer of the rod insertion relationship. In order to achieve the above, the present invention is mainly designed to have a longitudinal channel formed on the combined surface of the support rod of the rack, and a plurality of pairs of grooves are formed on both sides of the longitudinal channel according to a predetermined specification. And a large-size insertion groove is arranged at a predetermined position on the upper and lower longitudinal grooves, and an upper portion of the insertion end of the partition bracket is formed with a fitting portion, and the size of the embedded portion is the same as the foregoing support The width of the longitudinal channel of the strut is consistent, and the width of the card flank extending laterally on both sides of the guiding portion is between the slot and the insertion slot, and is further formed on both sides of the insertion end of the partition bracket Forming a snap-in portion, the spacing of the two engaging portions is exactly the same as the width of the aforementioned groove, and accordingly, the insertion groove of the upper and lower portions of the support rod is used for inserting the guide portion of the partition bracket, and The position and length adjustment of the longitudinal channel is controlled by a stable lifting displacement adjustment. The groove of the spacer bracket is inserted and inserted into the slot of the spacer bracket to maintain the group of the spacer bracket and the support rod. Positioning is required, and when the position of the bulkhead bracket is to be adjusted, only the partition is required The bracket is lifted slightly to disengage the card portion from the slot, so that the M301584 plate bracket can be properly displaced under the guide of the longitudinal channel, and during the adjustment process, the partition bracket The frame does not need to be removed from the support rod, so it will be easier to use. [Embodiment] Regarding the structural composition, technical means and efficacy of this creation, we will further elaborate on the following examples: First, please refer to the structure diagrams of Figures 3, 4 and 11. The structural relationship of the partial structure diagram of Fig. 10 to Fig. 6 to Fig. 9 is a schematic diagram of a preferred embodiment of the present invention. As shown in the figure, the design is based on the structural design, mainly using a support rod ( 3 0) for the baffle bracket (40) to be inserted into the baffle bracket (40) to receive the shelf spacer (not shown), thereby forming the basic functional architecture of the shelf; The support rods (30) are made of metal rectangular hollow frame rods, and the front side combination surface (3 i ) of the support rods (30) is twisted with a longitudinal channel (32) in which the longitudinal grooves are formed. A plurality of pairs of grooves (33) are formed on both sides of the road (3 2 ) according to predetermined specifications, and the upper and lower edges of the engaging grooves (33) and the longitudinal grooves (32) are further extended. The convex fitting portion (3 4 ) is additionally provided with a larger diameter insertion at a predetermined position on the upper and lower longitudinal grooves (32) The slot (35) is arranged in the slot (35) such that three or four sets of slots (33) are reserved for the upper and lower positions, respectively, and the predetermined position of the rear side (36) of the support frame (30) is reserved. a plurality of bolt holes (3 7 ) are provided, and the bolts (38) are fixed to the wall or the door panel as needed; the partition brackets (40) are formed by metal sheet punching. M301584 is provided with a suitable number of recessed grooves (41) at its top edge, which can be placed and positioned by the storage partition, and the upper part of the insertion end of the partition bracket (40) is extended and folded. (4 2), the fitting portion (42) and the partition bracket (40) are folded and formed to have a suitable step width, so that the diameter of the fitting portion (42) is substantially the same as the aforementioned support rod The width of the longitudinal channel (3 2 ) of (3Q) is the same, and the width of the card abutting piece (43) extending laterally on both sides of the fitting portion (4 2 ) is between the aforementioned groove (33) and the insertion groove. (3 5) Between the other side of the inserting end of the baffle bracket (4 〇), the occlusion portion (44) is formed on both sides of the lower end portion, and the spacing between the two engaging portions (44) is exactly the same as the aforementioned embedding The width of the groove (3 3 ) is consistent; accordingly, through the uncovering The structural design is combined with the insertion of the baffle truss (4) and the support rod (30) by means of a large-diameter insertion groove (3 5) prefabricated by the upper and lower sections of the support rod (3 〇). The card-receiving piece (43) on both sides of the bracket (4 2 ) of the plate bracket (4 0 ) is smoothly inserted, and then the baffle bracket (40) is moved up or down, so that the card can be used. (4 3 ) forming a card limit on both sides of the longitudinal groove (3 2 ) of the support rod (3 〇), so that the fitting portion (42) is restrained in the longitudinal channel (32), thereby The baffle bracket (4〇) can be adjusted to achieve stable lifting displacement under the limit and the guiding of the longitudinal channel (32), and the matching groove (3 3) is selected for the partition bracket (40). The inserting portion (4 4 ) is inserted into the card to maintain the positioning relationship between the partition bracket (4 〇) and the support rod (3 〇), by the slot (3 3 ) and the longitudinal channel (3 2) The convex portion (34) of the interface and the lower edge can be appropriately restrained to the card-engaging portion (4 4) of the partition bracket (30) so as not to be biased M301584. 'Adding the upper end of the partition bracket (40) to the sides of the guide (42) The inner side of the resisting piece (4 3 ) is abutted, and the outer card of the lower engaging portion (4 4 ) is combined to form a double positioning effect inside and outside, so that the overall insertion relationship is more stable, and it is not easy to be stressed. The problem of deformation and disengagement; when the spacer spacing of the rack is to be adjusted, the partition bracket (4 〇) is slightly lifted, so that the card portion "4) can be disengaged from the support rod (30) The card slot of the slot (33), but the brackets (4〇) of the bulkhead bracket (4〇) are still limited to the longitudinal grooves of the rod (3 〇). 3 2 ) Both sides, so that the baffle bracket (4 〇) can be properly adjusted under the stable limit of the longitudinal channel (32). Second: during the adjustment process, the baffle bracket (4〇) It is not necessary to take the longitudinal channel (32) of the branch: "〇", just adjust the r. . _ ) to the appropriate position, and then insert the lower part of the card. After the groove (3 4 3 ), the plate can be quickly reached: the adjustment of the relative relationship between the frame (4〇) and the support rod (30) and the ability to adjust the spacing of the spacers in actual demand = :所-13囷Show, is the preferred physical frame positioning structure of the creation, using:: the composition of the support composition) and the two sides of the groove (33), the road (3 2 partition bracket (40) and 1 = mining The simple insertion of the card makes it easy to obtain a stable fixing position for the partition bracket (3 (n; J 3 〇), and accordingly (30) can be obtained in the longitudinal groove M301584 (3 2 ) of the support rod (30) Under the guidance, a stable lifting displacement is used to adjust the spacing of the storage partitions (50). In the implementation, in addition to the support rods (3 〇) can be fixed upright and fixed to the wall surface, with two support rods ( 30) The opposite partition bracket (4G) is placed outside the storage partition (50), and it must be matched with the drawer cabinet (60) to give it a function of accommodating objects to form a multi-functional rack (such as the 12th As shown in the figure), a hooking member (7 〇) can be added to both ends of the push rod (3 〇), and the erecting buckle is assembled on the rear side of the door panel (7 1 ), and then the partition bracket ( 4〇) The other set of baskets (72), which constitutes another type of rack (as shown in Figure 13); that is, through the above description, it can be seen that the creation is in the rack The positioning structure of the strut and the baffle bracket is designed, and the groove and the insertion groove are arranged on both sides of the longitudinal groove of the support rod of the rack, and the engaging portion of the inserting end of the baffle bracket is engaged with the engaging portion and the embedding portion. Designed to enable the baffle bracket to be properly displaced under the guidance of the longitudinal channel, and to obtain a simple embedding positioning effect, so as to increase or decrease and spacing the baffle bracket The adjustment can be more easily implemented, and the displacement adjustment operation of the 5-plate bracket does not need to completely remove the baffle bracket from the support rod, thereby making the striping operation easier and more stable, and The internal and external double-card positioning effect can greatly improve the stable maintenance of the relationship between the bulkhead and the support rod, and effectively solve many problems and defects that may be derived from the conventional structure. In summary, the creation structure of the support rod and the partition bracket of the rack is improved, and the design of the longitudinal structure of the support rod and the two sides of the groove and the insertion groove are designed to change the simple structure of the conventional structure. Plug-in card combination, not only 11 M301584 can improve the stability of its combination, but also easy to adjust the displacement of the baffle bracket. Overall, it has excellent industrial value and practicality. Excellent and outstanding innovation design, 提出 file patent application according to law. [Simple description of the drawing] Fig. 1 is a schematic diagram of the partial structure decomposition of the conventional rack. Figure 2: Schematic diagram of the local structure of the conventional rack. Figure 3 is a schematic view showing the structure of the spacer bracket of the preferred embodiment of the present invention. 4 is a schematic view showing a partial structure of a spacer bracket of the preferred embodiment of the present invention. Fig. 5 is a schematic view showing a partial structure in an exploded state of a preferred embodiment of the present invention. Fig. 6 is a schematic view showing the structure of the preferred embodiment of the present invention when the spacer bracket is inserted. Figure 7 is a schematic view showing the structural relationship of the preferred embodiment of the present invention when the spacer bracket is inserted into the support rod. Figure 8 is a schematic view showing the structural relationship of the preferred embodiment of the present invention when the spacer carrier is moved downward. Fig. 9 is a schematic view showing the structural relationship of the preferred embodiment of the present invention when the spacer bracket is positioned. Fig. 10 is a partial structural view showing the state in which the preferred embodiment is inserted. 〇 Fig. 11 is a schematic diagram showing the structure of the preferred embodiment of the present invention. Fig. 12 is a view showing a preferred embodiment of the preferred embodiment of the present invention. 12 M301584 Fig. 13: Another preferred embodiment of the preferred embodiment of the present invention is referred to the figure [Description of main component symbols] (10) Support bar (20) spacer bracket (2 2 ) slot (3 0 Supporting rod (3 2 ) longitudinal channel • ( 3 4 ) convex fitting (3 6 ) facing surface ( 3 8 ) bolt ( 4 1 ) inserting groove (4 3 ) snapping plate (5 0 ) storage partition (7 0 ) hook piece _ ( 7 2 ) storage basket (11) ( 1 1 > ) slot (21) insert (2 3 ) insert card (3 1 ) combination face (3 3 ) slot (3 5) Inserting slot (3 7) Bolt hole (4 0) Partition bracket (4 2 ) Engagement part (4 4 ) Inserting part (6 0 ) Chest of drawers (7 1 ) Door panel 13