M398400 五、新型說明： 【新型所屬之技術領域】 本創作有關於置物架結構’特別是指一種蓋設於流理台 之水槽上侧，容易組裝且可視水槽大小調整，而具有多種廚 具置放空間的置物架結構。 【先前技術】M398400 V. New description: [New technical field] This creation has a shelf structure 'in particular, it is a kind of cover on the side of the sink of the flow table. It is easy to assemble and can be adjusted according to the size of the sink. Space rack structure. [Prior Art]
按’習式水槽結構主要係包括有一槽體及一排水口，使 用者於槽體内清洗物品後，藉由排水口將廢水排出，然而該 水槽結構雖具有清洗物品之功效，但清洗後之物品需另覓晾 暖场所’而使得水槽周圍經常處於潮濕狀態，故於實際使用 上仍不符合使用者之所需。According to the 'study of the sink structure, the main structure includes a tank body and a drain port. After the user cleans the articles in the tank body, the waste water is discharged through the drain port. However, the sink structure has the effect of cleaning the articles, but after cleaning, The items need to be heated and warmed up, and the surrounding of the sink is often in a damp state, so it still does not meet the needs of the user in actual use.
一般在廚房中的餐具置物架，係用來放置或晾乾清洗乾 爭的碗盤、刀叉等餐具，常見的多為籃狀的瀝水籃，或是由 金屬桿’彎折焊接組成的架體。瀝水通常置放於流理台上或 近，因而較為佔用空間，籃體體積有其限制性，如果有 =多餐具日㈣需往上重疊，餐具也較轉易瀝乾，是為其缺 _ ’、、、解決上述習用的使用問題，請配合參閱第卜2圖所 複數發出可捲收的片狀結構置物架1，其主要是由 敕片二質塑膠的連結軟片11所構成者，該連結 i 7面間隔凸設有複數個套接部m，各該套接部 问向開設有—插孔112,令其中1結"n以其 3 M398400 插孔112對應另一連結軟片η之插孔ι12，以各該桿體^ 之兩端分別插設於該對應之插孔112内，將該以該二連結軟 片固定的複數桿體跨設於該水槽槽口，即成為可側瀝乾餐具 或蔬果的置物架1。 然而，上述習用置物架的尺寸長度固定，在使用上較不 具自由性’#水槽槽口較小或較小時，皆無法有效利用該置 物架及讓水槽’且由於其連結料為可捲收之結構，因此必 須以軟質歸製成’在时純之後，其連結W便極有可 能造成斷裂之情形，而影響該置物㈣使用，因此上述習用 置物架仍具有尚待改善之處。 【新型内容】 有鑑於上述制置物架之使關題，本創作人認為有必 要加以设計-種置物架結構，達到對使用者而言，容易组裝 並具多元組合使用方式，同時由於模組化生產而能降低產業 界的製造成本。 -” 曰本創作之主要目的在於提供—種置物架結構，主 一才干體兩端分別组設一遠技杜& r丄 、 元體並排，透過各該;元=:成一個單元體’令多個單 ㈣Ϊ 連接件與相鄰之該連接件串接 it物7" ’·其中’各該連接件係具有兩端，-端成作 ::位柱，另端則成形有一扣合部，該扣合部 定 :=共，出，及-容置空間，二:： 核柱自該開σ扣人容置於該容置 之定位柱與_鄰賴件的扣合部結合；藉使，❹者可依 所需尺寸選擇_適當數量的單元體；料，各該連接件之 定位桎與該容置空_呈多㈣，於卡扣結合後具有多段式 的樞轉夂位功效，且無論展開始用或收納時，各該單元體之 間的組裝與拆卸皆十分便利快速。 本創作之:欠要目的在於’由於本創作置物架結構的連接 件係為_材質所構成’其生產方式是透過模組化射出成 聖，因此生產者僅須-組模具，即能大量生產該連接件，有 效提高生產效率，降低成本，同時搬運上㈣輕便，而修 構簡單又便利拆解’對於使用者而言更加容易進行維護Z 作’當其中有任一單元體損毀時’僅須購買所需單元體數量 更換即可，無需丟棄整個置物架重買，不但環保且能減少開 銷。 緣是，為達上述目的，本創作所 供一種置物架結構， 主要是於一桿體兩端分別組設—造 連接件而形成一個單元 體，令多個單元並排，透過各該單 π體之該連接件與相鄰單 元體之連接件串接組成該置物架，廿丄 初木，其中：各該連接件係成形 有二爽片，該二爽片-端之間具右★干你麟 ^ /、 插接部，該插接部一側 自該相鄰爽片外側向該插接部内0 π ,, , ^ - + U 叹有—插孔，定義沿該插 一另端之間則 的定位柱，且該插接部外部於相 卞仃及种问 凹設有-容置空間的扣合部，側成形有一 '"该早元體之該桿體一端插 M398400 。又-中連接件的插孔，另端則插設於 孔，且各該單元 乃連接件的插 元體的二連^ 其二連接件的定处扣人該相鄰該單 連接件容置空間而定位結合。 架結=要t:作並提供另-置物架結構實施態樣侧 -個第-單:-桿體兩料㈣設―第-連接件而形成 而形成-㈣ ㈣㈣刀職設-第二連接件 隔並H，令該第—單元體及該第二單元體間 置二Γ第一連接件與相鄰之該第二购 各該第一連接件係成形有二夾片，該二夾 ”―插接部’其中一插接部一側自該相鄰夾片外側 向該插接部内部凹設有—插孔，該二插接部於相對兩側各成 形有一凹設有-容置空_扣合部；令該[單元體之該桿 體一端插設於其中n接件的插孔，料職設於p 第一連接件的減；各料二連接件係朗有二夾片，該二 失片之間具有二定位柱，其中一定位柱一側自該相鄰夹片外 側向該定位柱内部凹設有一插孔；令該第二單元體之該桿體 一端插設於其令一第二連接件的插孔，另端則插設於另一第 一連接件的插孔，且該第一單元體與該第二單元體係以該第 二連接件的定位柱扣入該相鄰第二單元體的容置空間而定 位結合。 【實施方式】 為使貴審查委‘員對本創作之目的、特徵及功效能夠有更 進一步之瞭解與認識，以下兹請配合【圖式簡單說明】詳述 如后. 百先，請以第3圖配合第4圖觀之，本創作所提供一種 置物架結構的較佳實施例，該置物架主要是於—桿體2〇兩 端分別組設一連接件30而形成一個單元體，並由多個單元 體以其二連接件30與相鄰連接件3〇串接組成該置物架；其 中·· 該桿體20，係呈長桿圓柱狀結構； 該連接件30 ’係成形有一夹片31，該二炎片一端之間 具有一呈圓柱狀結構的插接部32 ’該插接部32 一側自該相鄰夾 片31外側向該插接部32内凹設有一插孔332，定義沿該插孔332 方向為一軸向X，該二夾片31另端之間則成形有一平行該轴向X 的定位柱33 ’該定位柱33係呈多角柱狀結構，其周面331 係由多面圍設形成；該插接部32外部於相對該定位柱％之另 側成形有一扣合部34，該扣合部34成形有一定位勾341及一 抵塊343 ’該定位勾341内面342彎折形成多個並排的面， 該抵塊343相對該定位勾341内面342則成形有一抵面 344，該抵面344與該成二面之内面342共同圍設形成一剖 面呈多角形的容置空間345’該定位勾341前端與該抵塊343 前端則夾設形成一開口 346 ;於本實施例中，該定位柱33 係為四角柱結構，其周面342係彎折形成四面，該定位勾341 内面342則彎折形成三面，該三面與該抵面共同圍設形成該 M398400 呈矩形狀的容置空間346 ; 令各該單元體之該桿體20 —端21插設於其中一連接件 30的插孔321，另端22則插設於該另一連接件30的插孔 321，且該二連接件30呈平行狀態，則該二定位柱33呈相 對應，該二扣合部34相對應，且該二扣合部之各該開口 345 係朝向相反方向，藉此，該桿體20、該二連接件30結合形 成各該單元體；各該單元體係以其二定位柱33扣入該相鄰 單元體的該二容置空間346，則各該單元體串接形成該置物 架。 以上所述即為本創作實施例主要構件及其組態說明，至 於本創作較佳實施例的操作方式及其功效，做以下說明。 請以第4圖配合第5、6圖觀之，說明本創作置物架結 構之各該單元體的組合方式。首先，將該桿體20 —端21插 設於該二連件件30的其中一連接件30插孔321内，另端22 插設於另一連接件30插孔321内，且令該二開口 345朝向 相反方向，即形成一個該單元體； 由於各該連接件係具有相同結構，其結合方式係為相 同，如第5圖所示，以下說明各該連接件的結合方式：主要 是以該二連件件30的其中一連接件30的定位柱33自相鄰 另一連接件30的容置空間346開口 345扣入，則該定位柱 33容置於該容置空間346内，且該定位柱33成形為四面之 該周面331分別與該定位勾341成形為三面之該内面342及 [M398400 該抵塊343的抵面344接觸，使得該定位柱33定位於該容 置空間346内；當施一外力於其中一連接件30時，則該連 接件30的定位柱33於另一相鄰連接件30的容置空間346 内樞轉，令該二相鄰的連接件30概呈垂直狀態，藉此該多 個連接件30具有多元的組合方式； 各該單元體之間的串接方式，則是以該二定位柱33分 別對應並扣入該相鄰單元體的該二容置空間346，藉此透過 多個單元體_接形成該置物架，如第6圖所示，該置物架係 呈平板狀結構。 請配合參閱第7、8圖所示，顯示本創作置物架結構之 單元體組合形成不同置物架結構之使用狀態。由於一般水槽 槽口 A的尺寸固定，當洗滌後的餐具如碗、盤子等較多時， 可以較多的單元體串接形成如第7圖所示之雙層置物架，即 可置放較多的餐具；該置物架亦可置放於流理台B面使用。 另外，由於洗滌的物品的不同，例如刀子、碗或蔬果等，為 了將之區隔分開瀝乾，使用者亦可將該多個單元體串接形成 如第8圖所示之階梯結構置物架，藉以達到將不同物品分開 瀝乾之目的。 請配合參閱第9、10圖所示，顯示本創作置物架結構之 連接件30另一實施態樣。 該置物架結構主要是於一桿體20兩端分別組設一第一 連接件301而形成一個第一單元體2a，並於另一桿體20兩 9 M398400 端分別組設一第二連接件302而形成一個第二單元體2b，令 該第一單元體2a及該第二單元體2b間隔並排，透過該第一 連接件301與相鄰之該第二連接件3〇2串接組成該置物架， 其中： 各該第一連接件301係成形有二夾片31，該二失片31 之間具有二插接部32，其中一插接部32 —側自該相鄰夾片 31外側向該插接部32内部凹設有一插孔321，該二插接部 32於相對兩側各成形有一扣合部34，該扣合部34係成形有一 定位勾34〗及一抵塊343’該定位勾341及該抵塊343共同界定出 一容置空間346’該定位勾341前端及該抵塊343前端則共同界定 出該容置空間346的開口 345，令該第二單元體2b以其二定位柱 33自該相鄰第一單元體2a的該容置空間346開口 345扣入而定位 結合；令該第一單元體2a之該桿體20 —端插設於其中一第 一連接件301的插孔321，另端則插設於另一第一連接件301 的插孔321 ;於本實施例中，該二插接部32之另外一插接部 32並於一側自該相鄰夾片31外側向該插接部32内部凹設有 一插孔321，令各該插接部32之該插孔321係朝向同一方向； 各該第二連接件302係成形有二夾片31，該二夾片31 之間具有二定位柱33，其中一定位柱33 —側自該相鄰夾片 31外側向該定位柱33内部凹設有一插孔332 ;令該第二單 元體2b之該桿體2〇 —端插設於其中一第二連接件302的插 孔332 ’另端則插設於另一第二連接件302的插孔332，且 該第-單元體2a與該第二單元體2b係以該第二連接件302 的定位柱33扣入該相鄰第二單元體2b的容置空間3佔而定 位結合；於本實施例中，該二定位柱33之另外一定位枉33 並於一側自該相鄰夾片31外側向該定位柱扣内部凹設有_ 插孔332’令各該定位柱33之該插孔332係朝向同一方向。 【圖式簡單說明】 第1圖習用置物架之展開狀態結構外觀示意圖。 第2圖習用置物架之捲收狀態結構外觀示意圖。 第3圖本創作置物架結構之單元體立體分解示意圖。 第4圖本創作置物架結構之單元體立體組合示意圖。 第5圖本創作連接件之連接方式組合剖視示意圖。 第6圖本創作以多個單元體卡扣形成置物架之立體外 觀不意圖。 第7圖本創作多個單元體組合形成雙層置物架之使用 狀態參考圖。 第8圖本創作多個單元體組合形成多階置物架之使用 狀態參考圖。 第9圖本創作連接件結構另一實施態樣之結構組合系 意圖。 第10圖本創作第9圖之連接件以多個相互卡扣^组合 剖視示意圖。 【主要元件符號說明】 M398400 《習知》 10桿體 11連結軟片 111套接部 112插孔 《本新型》 2單元體 2a第一單元體 2b第二單元體 20桿體 21 —端 22另端 30連接件 301第一連接件 302第二連接件 31夾片 32插接部 321插孔 33定位柱 331周面 3 3 2插孔 34扣合部 341定位勾 342内面 343抵塊 344抵面 345 開口 346容置空間 X軸向 A水槽槽口 B流理台 12Generally, the tableware racks in the kitchen are used to place or dry the dishes, cutlery, etc., which are often used for baskets, and are often basket-shaped drain baskets or frames made of metal rods bent and welded. body. Drainage is usually placed on or near the flow table, so it takes up more space. The size of the basket is limited. If there are more than one tableware (four), it needs to be overlapped, and the tableware is also easy to drain. ', , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , A plurality of socket portions m are disposed on the connecting surface of the i7 surface, and each of the socket portions is provided with a socket 112, such that the 1 node "n with its 3 M398400 socket 112 corresponds to another connecting film η The jacks ι12 are respectively inserted into the corresponding jacks 112 at the two ends of the rod body, and the plurality of rods fixed by the two connecting films are straddled in the slot of the water tank, thereby becoming a side drain Shelves for dry tableware or fruits and vegetables. However, the above-mentioned conventional racks have a fixed length and are less flexible in use. When the sink slot is small or small, the rack cannot be used effectively and the sink is used, and the joint material is retractable. The structure must be made of soft material. After the time is pure, the connection W is very likely to cause breakage, which affects the use of the storage (4). Therefore, the above-mentioned conventional shelf still has room for improvement. [New content] In view of the above-mentioned problems with the racks, the author believes that it is necessary to design - the rack structure, which is easy for the user to assemble and has a multi-combination mode. Group production can reduce the manufacturing costs of the industry. -" The main purpose of Sakamoto's creation is to provide a kind of shelf structure. The two ends of the main body are respectively set up with a telescope Du & r丄, and the body is side by side, through each; yuan =: into a unit body' Having a plurality of single (four) Ϊ connecting members and adjacent connecting members in series with each other 7" '· wherein each of the connecting members has two ends, the - ends are formed as:: the position post, and the other end is formed with a fastening portion , the fastening part is set to: = total, out, and - accommodation space, two:: the nuclear column from the opening σ buckle to accommodate the positioning of the positioning column and the _ neighboring parts of the fastening part; borrow Therefore, the latter can select _ the appropriate number of unit bodies according to the required size; the material, the positioning position of each connecting piece is more than the receiving space _ (four), and has a multi-stage pivoting clamping effect after the buckle is combined And regardless of whether the exhibition is used or stored, the assembly and disassembly between the units is very convenient and fast. The purpose of this creation is: 'Because the connection of the creation rack structure is made of _ material' The production method is to achieve sanctification through modular injection, so the producer only needs to set the mold, which can mass produce the Connections, effectively improve production efficiency, reduce costs, while handling (four) light, and simple and easy to dismantle 'for the user is easier to maintain Z' when there is any unit damage? The number of units required for purchase can be replaced, and it is not necessary to discard the entire rack to repurchase, which is environmentally friendly and can reduce the cost. Therefore, in order to achieve the above purpose, the present invention provides a shelf structure mainly for the ends of one rod. Separatingly forming a connecting body to form a unit body, the plurality of units are arranged side by side, and the connecting piece of each single π body is connected in series with the connecting piece of the adjacent unit body to form the rack, the first wood, wherein Each of the connecting members is formed with two cooling sheets, and the two cooling sheets have a right side between the ends, and a plug portion, and the side of the plug portion is inserted from the outside of the adjacent sheet to the side. In the part, 0 π , , , ^ - + U sighs - the jack defines the positioning post along the other end of the plug, and the plug is externally disposed in the opposite side and the recessed space - the accommodating space The buckle portion is formed on the side with a '" the body of the early body The M398400 is inserted into the socket of the middle connector, and the other end is inserted into the hole, and each of the units is a connector of the connector body of the connector. The connecting piece accommodates the space and is positioned and combined. Racking = to t: make and provide another - shelf structure implementation aspect side - one first - single: - bar body two materials (four) set - first - connector formed and formed - (four) (4) (4) Knife occupation - the second connecting piece is separated by H, so that the first connecting piece between the first unit body and the second unit body and the adjacent first connecting piece are formed The two clips, the two clips "plug-in portion", one side of the plug portion is recessed from the outside of the adjacent clip to the inside of the plug portion, and the two plug portions are respectively on opposite sides Forming a recessed-receiving air_fastening portion; so that the one end of the rod body of the unit body is inserted into the jack of the n-connecting member, and the material is disposed at the lower end of the p-connecting member; The connecting member has two clips, and the two missing pieces have two positioning posts therebetween, wherein one side of the positioning post is recessed from the outside of the adjacent clip to the inside of the positioning post; One end of the rod body of the second unit body is inserted into the insertion hole of the second connection member, and the other end is inserted into the insertion hole of the other first connection member, and the first unit body and the second unit are The system is positioned and coupled by the positioning post of the second connecting member being buckled into the accommodating space of the adjacent second unit body. [Embodiment] In order to enable the members of the review committee to have a better understanding and understanding of the purpose, characteristics and efficacy of this creation, please follow the [simplified description of the drawings] for details. For example, please refer to the third. The present invention provides a preferred embodiment of a rack structure. The rack is mainly provided with a connecting member 30 at both ends of the rod body 2 to form a unit body, and The plurality of unit bodies are connected in series with the adjacent connecting members 3〇 to form the rack; wherein the rod body 20 has a long rod cylindrical structure; the connecting piece 30' is formed with a clip. 31. The insertion portion 32 of the two-in-one piece has a cylindrical structure. One side of the insertion portion 32 is recessed from the outer side of the adjacent clip 31 to the insertion portion 32. The direction of the insertion hole 332 is an axial direction X, and the other end of the two clips 31 is formed with a positioning post 33 parallel to the axial direction X. The positioning post 33 has a polygonal columnar structure and a circumferential surface 331 thereof. Formed by a multi-faceted enclosure; the plug portion 32 is externally formed on the other side relative to the positioning post% a fastening portion 34 is formed with a positioning hook 341 and a resisting block 343. The inner surface 342 of the positioning hook 341 is bent to form a plurality of side-by-side faces, and the resisting block 343 is formed opposite to the inner surface 342 of the positioning hook 341. The abutting surface 344 and the inner surface 342 of the two sides are disposed together to form a accommodating space 345 ′ having a polygonal cross section. The front end of the positioning hook 341 and the front end of the resisting block 343 are respectively formed to form an opening 346 . In this embodiment, the positioning post 33 is a four-corner column structure, and the circumferential surface 342 is bent to form four sides, and the inner surface 342 of the positioning hook 341 is bent to form three sides, and the three sides are surrounded by the abutting surface to form the The M398400 has a rectangular accommodating space 346; the end 20 of the rod body 20 is inserted into the insertion hole 321 of one of the connecting members 30, and the other end 22 is inserted into the other connecting member 30. The two locating posts 33 are corresponding to each other, and the two engaging portions 34 are corresponding to each other, and the openings 345 of the two engaging portions are oriented in opposite directions. Therefore, the rod body 20 and the two connecting members 30 are combined to form each unit body; each unit body The two positioning holes 33 are fastened into the two accommodating spaces 346 of the adjacent unit body, and the unit bodies are connected in series to form the rack. The above is the main components of the authoring embodiment and the configuration description thereof. As for the operation mode and the function of the preferred embodiment of the present invention, the following description will be made. Please refer to Figure 4 and Figure 5 for the combination of the units of the creation rack structure. Firstly, the rod end 20 is inserted into the insertion hole 321 of the connecting member 30 of the two-piece member 30, and the other end 22 is inserted into the insertion hole 321 of the other connecting member 30, and the second The openings 345 are oriented in opposite directions, that is, one unit body is formed; since each of the connecting members has the same structure, the bonding manner is the same. As shown in FIG. 5, the following describes the manner in which the connecting members are combined: The positioning post 33 of one of the connecting members 30 of the two-piece member 30 is inserted into the receiving space 346 of the adjacent connecting member 30, and the positioning post 33 is received in the receiving space 346. The positioning surface 33 is formed such that the circumferential surface 331 is respectively in contact with the inner surface 342 of the positioning hook 341 formed on three sides and the abutting surface 344 of the M398400, so that the positioning post 33 is positioned in the accommodating space 346. When an external force is applied to one of the connecting members 30, the positioning post 33 of the connecting member 30 pivots within the receiving space 346 of the other adjacent connecting member 30, so that the two adjacent connecting members 30 are substantially In a vertical state, whereby the plurality of connectors 30 have a plurality of combinations; each of the units In the tandem connection manner, the two positioning posts 33 respectively correspond to the two accommodating spaces 346 of the adjacent unit body, thereby forming the rack through a plurality of unit bodies, such as the sixth As shown in the figure, the shelf has a flat structure. Please refer to Figures 7 and 8 to show the unit body combination of the creation rack structure to form the use of different rack structures. Since the size of the tank slot A is generally fixed, when the washed tableware is more than a bowl, a plate, etc., a plurality of unit bodies can be connected in series to form a double-layer rack as shown in Fig. 7, and the rack can be placed. A large number of cutlery; the rack can also be placed on the B side of the flow table. In addition, due to differences in the washed items, such as knives, bowls or fruits and vegetables, in order to separate the partitions, the user may also connect the plurality of unit bodies in series to form a step structure rack as shown in FIG. In order to achieve the purpose of separating the different items. Referring to Figures 9 and 10, another embodiment of the connector 30 of the present invention is shown. The shelf structure is mainly composed of a first connecting member 301 at two ends of a rod body 20 to form a first unit body 2a, and a second connecting member is respectively disposed at the ends of the other rod body 20 and 9 M398400. Forming a second unit body 2b, the first unit body 2a and the second unit body 2b are spaced apart from each other, and the first connecting member 301 is connected in series with the adjacent second connecting member 3〇2 to form the second unit body 2b. a rack, wherein: each of the first connecting members 301 is formed with two clips 31. The two missing pieces 31 have two plug portions 32 therebetween, and one of the plug portions 32 is laterally from the outside of the adjacent clips 31. A latching portion 321 is formed in the latching portion 32. The latching portion 34 is formed with a latching portion 34 formed on the opposite sides. The latching portion 34 is formed with a positioning hook 34 and a resisting block 343'. The positioning hook 341 and the abutting block 343 together define an accommodating space 346'. The front end of the positioning hook 341 and the front end of the resisting block 343 together define an opening 345 of the accommodating space 346, so that the second unit body 2b The positioning post 33 is buckled from the opening 345 of the accommodating space 346 of the adjacent first unit body 2a to be positioned and coupled; The rod body 20 of the first unit body 2a is inserted into the insertion hole 321 of one of the first connecting members 301, and the other end is inserted into the insertion hole 321 of the other first connecting member 301. In this embodiment, The other insertion portion 32 of the two insertion portions 32 and a socket 321 are recessed from the outside of the adjacent clip 31 to the inside of the insertion portion 32, so that the insertion portion 32 can be inserted into the insertion portion 32. The holes 321 are oriented in the same direction; each of the second connecting members 302 is formed with two clips 31. The two clips 31 have two positioning posts 33 therebetween, wherein a positioning post 33 is laterally lateral from the adjacent clip 31. An insertion hole 332 is recessed into the positioning post 33; the second end of the second unit body 2b is inserted into the insertion hole 332' of the second connection member 302. a socket 332 of the second connector 302, and the first unit body 2a and the second unit body 2b are fastened into the adjacent second unit body 2b by the positioning post 33 of the second connector 302. The space 3 is positioned and coupled; in this embodiment, the other positioning post 33 of the two positioning posts 33 is disposed on one side from the outside of the adjacent clip 31 to the inside of the positioning stud. Hole 332 'so that each of the positioning posts 33 of the socket 332 lines in the same direction. [Simple description of the drawing] Fig. 1 is a schematic view showing the appearance of the unfolded state structure of the conventional rack. Figure 2 is a schematic view showing the appearance of the retracted state structure of the conventional rack. Fig. 3 is a perspective exploded view of the unit body of the creation rack structure. Fig. 4 is a three-dimensional schematic diagram of the unit body of the creation rack structure. Fig. 5 is a schematic cross-sectional view showing the connection mode of the creation connector. Fig. 6 is a schematic view of the creation of a plurality of unit bodies to form a three-dimensional appearance of the rack. Figure 7 is a diagram showing the state of use of a plurality of unit bodies to form a two-layer rack. Figure 8 shows the use of multiple unit bodies to form a multi-stage rack. Fig. 9 is a structural combination of another embodiment of the present invention. Fig. 10 is a cross-sectional view showing the connector of Fig. 9 in a plurality of mutual snaps. [Major component symbol description] M398400 "Knowledge" 10 rod body 11 connection film 111 socket portion 112 socket "This new type" 2 unit body 2a first unit body 2b second unit body 20 rod body 21 - end 22 end 30 connector 301 first connector 302 second connector 31 clip 32 plug portion 321 jack 33 positioning post 331 circumferential surface 3 3 2 jack 34 snap portion 341 positioning hook 342 inner surface 343 resist block 344 abutment surface 345 Opening 346 accommodation space X-axis A sink slot B flow table 12