200920287 九、發明說明： 〔發明所屬之技術領域〕 本1作為種可摺$的收納裝置，其可展開成站立狀的箱 體’而作為可收納物品的裝置，亦可折#成扁平狀，以利收執、 儲放、運輪。 〔先前技術〕 、查疋凡收納裝置的内部必然有—定的空間容許物品置入， 所以收納U有-定的體積。而該收納裝置的體積大小與内部空 間的大小有直接的關係。當收納裝置内部空間較大時，其體積相 對較大。200920287 IX. Description of the Invention: [Technical Field of the Invention] The present invention is a storage device that can be folded into a standing box, and can be folded into a flat shape. Eli accept, store, and transport. [Prior Art] In the interior of the storage device, there must be a certain space to allow the articles to be placed, so the storage U has a certain volume. The size of the storage device is directly related to the size of the internal space. When the internal space of the storage device is large, its volume is relatively large.
產品的成本的計算巾’運輪成本也是必·計人的部份。習 用的收納箱大都為_成箱體的型式，使得在收執時需要較大的 空間存放，造成運輸成本提高。傳統式敝納_能摺疊成較小 的體積’造錢輸㈣較高，提高產品的成本。 市面上有種以盃屬網片樞接而成的置物盒，其雖具有可摺 疊性，而能降低收執時的體積，但其在組立後，料搖晃，結構 力差，且網片有太大的透孔，缺乏隱密性，故不能成為—個合於 消費者使用的收納裝置。正是因為習知的摺疊結構所能產生的收 納裝置，結構力差，所以只能運用在網片式的收納盒上。 〔發明内容〕 200920287 今申請人提供—種「可«的l崎置」，其可折疊成扁平 狀，使所佔據的空間大幅(1条低，以利收執、存孜、運輸。 本創作所提供之「可摺疊的收納褒置」，其可展開成站立型 態，而可收納物品。 本創作所提供之「可摺叠的收納裝置」，其包含：一底板、一 頂板、-左側板、-右側板，該各板面以樞軸拼接成一方形筒體。 -該底板頂面左、右兩端的前緣各設有—向上突出的τ形凸塊。該 Γ 左、右側板前端面的下端相對應各設有一 τ形嵌槽。當該左、右 側板成直域並㈣移動時，該絲的二τ形凸塊恰嵌入該左、 右側板的τ形嵌槽内，而產生扣合作用。該職底面左、右兩端 的前緣各設有-向下突出的倒τ形凸塊。該左、右側板前端面的 上端相對應各設有-倒τ形嵌槽。當該左、右側板成直立狀並向 前移動時，該頂板的二Τ形凸塊恰嵌人該左、右側板的倒τ形嵌 槽内，而產生扣合作用 “ 本創作所提供之「可摺疊的收納裝置」，其中，底板後端兩側 ‘各設有-倒Τ形嵌槽，該左、右織下端面的後緣相對應各設有 -一倒τ形凸塊。當該左、右側板成直立狀並向前移動時，藉由該 各倒τ形凸塊嵌入對應的倒τ形凹槽内，而增加扣合作用。該頂 板後端兩側各設有一 τ形嵌槽，該左、右側板上端面的後緣相對 應各ML有一 Τ形凸塊。當該左、右側板成直立狀並向前移動時， 藉由該各倒τ形凸塊嵌入對應的倒了形凹槽内，而增加扣合作用 200920287 在展開成站立型態 而形成一具有封閉 本創作所提供之「可摺疊的收納裝置」， 時，其後端可组裝—背板，前端組裝-門板， 空間的收納裝置。 士本創作恤供之「可摺疊的收崎置」，其_設置隔板或抽 屜装置，而增加使用上的功能。 〔實施方式〕 申請人有鑑於固定型態的收納裝置所佔的空間較大，會增加 運輸上的成本，以及倉儲時的空間，乃研創本創作内容，使收納 裝置可摺成扁平狀以利運輸，而且在展開時能有極佳的穩固性以 利使用。 請參閱圖1〜4, 一種可摺疊式收納裝置，其包含：一底板1〇、 —頂板20、一左側板30、一右側板40。該底板1〇、頂板2〇、左 側板30、右側板40係藉由樞接結構相互樞接而結合成一方型框 體。邊頂板1〇、底板20、左側板30、右側板40可以其相互連結 的樞接中心為軸心而轉動，以壓縮成扁平狀，如圖4所示的狀態， 而大幅縮小體積，以利收藏、儲放、運輪。 請參閱圖五。該底板10的頂面的左、右兩端各設有一凸牆 11 ' 12 ’該二凸牆11、12設有二個缺口 111、121，該缺口 ill、 121内設置有一環體13、14 ’該環體13、14中央為一前、後貫穿 的孔131、141。該二凸牆丨丨、12的前緣各設有一向上突出的τ 200920287 形凸塊Π2、ία。 請參閱圖六、七Q該頂板2〇的底面的左、右兩端各設有一凸 牆21、22 ’該二凸牆21、22設有二個缺口 21卜221，該缺口 2Π、 221内設置有一環體23、24，該環體烈、24中央為—前、後貫穿 勺孔231 241。§亥二凸牆21、22的前緣各設有一向下突出的倒τ 形凸塊212、2¾。 凊參閱圖八。該太側板30上端對應該頂板左側凸牆21 的一缺口 211位置處係各設置有一前後延伸的軸桿31。該軸桿31 系貝穿賴口 211内環體23中央的孔231，且可相對該環體23作 ''灸备力。玄左側板30下端對應該底板10左側凸牆11的二缺 ^ U1位置處係各設置有一前後延伸的軸桿32。該軸桿32係貫穿 :缺ill内&體13中央的孔131，且可相對該環體a作前、後 私動，見圖九、圖十。該左側板3〇可以上、下端的轴桿Μ、犯 ，轴心而轉動’使得該左側板3Q能與底板1G、頂板20之間產生 可摺疊的魏。該左織3〇前端_上端設有—倒了形的嵌槽 33 ’下端設有—Τ形嵌槽34。當該左側板30呈錯直狀時，其上端 的倒Τ形嵌槽33係對正該頂板iG左側的倒了形凸塊212，其下端 的τ形細嶋正該絲1G左_ τ形凸塊u2。當將該左侧 板30相對_板20、底板10向前移動時，該左侧板3G上端的倒 T形嵌槽33可供該頂板20左側的倒T形凸塊212嵌入，下端的τ 形嵌槽34可供該底板10左側的Τ形凸塊112栌入。 200920287 請參閱圖十一。該右側板仙上端對應該頂板2〇右側凸牆四 的二缺口 221處係各設f有-前後延伸的軸桿4卜該軸桿^ 係貫穿該缺口 221内環體24中央的孔241，且可相對該環體Μ 作前、後移動。該右側板40下端對應該底板1〇右側凸牆12的二 缺口 121位置處係各設置有一前後延伸的軸桿42。該軸桿42係貫 穿該缺口 121内環體14中央的孔141，且可相對該環體14作前、 後移動’見围十二、+三。該古侧板4〇可以上、下端的袖桿4卜 42為軸心而轉動，使得該右側板40能與底板10、頂板2〇之間產 生可摺疊的功能。該右側板4〇前端面的上端設有一倒了形的嵌槽 43，下端設有—了形嵌槽44。當該右側板4〇呈鉛直狀時，其上端 的倒T形嵌槽43係對正該頂板20右侧的倒τ形凸塊222,其下蠕 的T形嵌槽44係對正該底板1〇右側的了形凸塊122。當將該右側 板30相對該頂板2〇、底板1〇向前移動時，該右側板4〇上端的倒 T形嵌槽43可供該頂板20右側的倒T形凸塊222嵌入，下端的τ 形嵌槽44可供該底板1〇右側的τ形凸塊122嵌入。 見圖十四’前述的底板10，其後端面的左、右兩端各設有— 倒T形嵌槽113、123。該左、右側板30、40的下端後緣相對應各 设有一向下突出的倒T形凸塊36、46。該左、右側板3〇、40上的 倒T形凸塊36、46係可分別嵌八該底板1〇左、右的倒τ形嵌槽 113、123内。見圖十五，該頂板20後端面的左、右兩端各設有一 T形嵌槽213、223，該左、右側板30、40的上端後緣相對應各設 200920287 有一向上突出的τ形凸塊35、45。該左、右側板30、40上的Τ 形&塊35、45係可分別嵌入該頂扳20左、右的τ形嵌槽213、223 内。 W述的底板10、頂板20、左侧板30、右側板40可以彼此的 連結軸心做轉動，而形成站立狀的方形筒體（如圖—與圖三所示 的狀心）或开》成折疊後扁平狀（如圖四所示的狀態）。當該左側 板30、右側板4〇丰專動成直立狀時，該收納裝置即形成一站立狀態 下勺方^/筒虹如圖一所示的狀態。該左、右側板刈、相對該 底板10、頂板20作向前的移動日夺，該底板10前端的左、右二τ 化凸塊112、122係分職人該左、右側板3ΰ、4G前緣下端的τ 4槽34 44内，该頂板2〇前端的左、右二倒τ形凸塊2丨2、222 係分別嵌人該左、右側板3G、仙前緣上端的倒Τ形嵌槽33、43The cost of the product is calculated as the cost of the ship's wheel. Most of the conventional storage boxes are in the form of a box, which requires a large space for storage at the time of collection, resulting in an increase in transportation costs. The traditional Cannes _ can be folded into a smaller volume, making money (four) higher, and increasing the cost of the product. There is a storage box that is pivotally connected with a cup mesh. Although it has foldability, it can reduce the volume when it is received, but after it is assembled, it is shaken, the structural force is poor, and the mesh has too The large through hole lacks privacy and cannot be used as a storage device for consumers. It is precisely because of the conventional folding structure that the folding device can produce a structure with a poor structural force, so it can only be used on a mesh type storage box. [Summary of the Invention] 200920287 This applicant provides a kind of "can be", which can be folded into a flat shape, so that the occupied space is large (one low, to facilitate the collection, storage, transportation. A "foldable storage device" is provided which can be deployed into a standing type to accommodate items. The "foldable storage device" provided by the present invention comprises: a bottom plate, a top plate, and a left side plate. - the right side plate, the plate faces are pivotally spliced into a square cylinder. - The front edges of the left and right ends of the top surface of the bottom plate are each provided with a θ-shaped convex piece protruding upward. The front side of the left and right side plates Correspondingly, each of the lower ends is provided with a θ-shaped recessed groove. When the left and right side plates are in a straight field and (4) are moved, the two-dimensional shaped bumps of the wire are embedded in the τ-shaped recessed grooves of the left and right side plates, thereby generating The front edge of the left and right ends of the bottom surface of the job is provided with a downwardly protruding inverted Tau-shaped bump. The upper ends of the front end faces of the left and right side plates are respectively provided with inverted-shaped trapezoidal grooves. When the left and right side plates are upright and move forward, the two-shaped convex block of the top plate is embedded in the left In the inverted θ-shaped recessed groove of the right side panel, the "collapsible accommodating device" provided by the present creation is produced, wherein the two sides of the rear end of the bottom plate are respectively provided with a inverted-shaped recessed groove, the left, The trailing edges of the lower end surface of the right weave are respectively provided with - an inverted Tau-shaped bump. When the left and right side plates are upright and move forward, the corresponding inverted Tau-shaped bumps are embedded in the corresponding inverted Tau shape In the groove, the buckle is used for cooperation. The back end of the top plate is provided with a θ-shaped recessed groove, and the rear edges of the left and right side plate end faces each ML has a 凸-shaped convex block. When the left and right side plates are When it is upright and moves forward, by inserting the inverted θ-shaped bumps into the corresponding inverted concave grooves, the buckle cooperation 200920287 is expanded into a standing shape to form a closed original creation. "Foldable storage device", when the rear end can be assembled - the back panel, the front end assembly - the door panel, the space storage device. The sneakers for the "collapsible Mizusaki", the _ set partition Or drawer device, and increase the function of use. [Embodiment] The fixed storage device occupies a large space, which increases the cost of transportation and the space during storage. It is the content of the creation of the creation, so that the storage device can be folded into a flat shape for transportation, and can be expanded when deployed. Please refer to FIGS. 1~4, a foldable storage device comprising: a bottom plate 1 —, a top plate 20, a left side plate 30, and a right side plate 40. The top plate 2〇, the left side plate 30, and the right side plate 40 are pivotally connected to each other to form a one-piece frame. The top plate 1〇, the bottom plate 20, the left side plate 30, and the right side plate 40 can be pivotally connected to each other. The center rotates for the axis to compress into a flat shape, as shown in Fig. 4, and the volume is greatly reduced to facilitate collection, storage, and transport. See Figure 5. The top surface of the bottom plate 10 is left, The right end of each of the two ends is provided with a convex wall 11 ' 12 '. The two convex walls 11 and 12 are provided with two notches 111 and 121. The notches ill and 121 are provided with a ring body 13 and 14 ′. A hole 131, 141 that penetrates through the front and back. The front edges of the two convex wall rafts 12 are respectively provided with an upwardly protruding τ 200920287 shaped bumps Π 2, ία. Please refer to Figure 6 and Figure 7. The left and right ends of the bottom surface of the top plate 2 are respectively provided with a convex wall 21, 22. The two convex walls 21 and 22 are provided with two notches 21 and 221, and the notches 2, 221 are inside. A ring body 23, 24 is provided, and the ring body is strong, and the center of the 24 is - front and rear through the spoon hole 231 241. The leading edges of the ridges 21 and 22 are respectively provided with downwardly protruding inverted τ-shaped bumps 212, 226.凊 See Figure 8. The upper end of the side panel 30 is provided with a front and rear extending shaft 31 at a position corresponding to a notch 211 of the left side wall 21 of the top panel. The shaft 31 is inserted into the hole 231 in the center of the inner ring body 23 of the opening 211, and can be used as a '' moxibustion force' with respect to the ring body 23. The lower end of the left side panel 30 is provided with a front and rear extending shaft 32 corresponding to the two missing positions U1 of the left side wall 11 of the bottom plate 10. The shaft 32 is penetrated through the hole 131 in the center of the body 13 and can be moved forward and backward relative to the ring body a, as shown in FIG. 9 and FIG. The left side plate 3 can be rotated by the shafts of the upper and lower ends, and the shaft is rotated, so that the left side plate 3Q can be folded with the bottom plate 1G and the top plate 20. The left end of the left weaving 3 is provided with an inverted groove 34 and a lower recessed groove 34 is provided at the lower end. When the left side plate 30 is in a straight shape, the inverted beaked groove 33 at the upper end thereof is aligned with the inverted convex block 212 on the left side of the top plate iG, and the lower end of the tau-shaped convex piece is the left side of the wire 1G. Block u2. When the left side plate 30 is moved forward relative to the plate 20 and the bottom plate 10, the inverted T-shaped groove 33 at the upper end of the left side plate 3G can be inserted into the inverted T-shaped projection 212 on the left side of the top plate 20, and the lower end τ is embedded. The shaped recess 34 is adapted to be inserted into the dove-shaped projection 112 on the left side of the bottom plate 10. 200920287 See Figure XI. The upper end of the right side panel corresponds to the second notch 221 of the top wall 2 〇 right convex wall 4, and the shaft 4 is extended to the front and rear, and the shaft 241 is inserted through the hole 241 in the center of the ring body 24 of the notch 221, It can move forward and backward relative to the ring body. The lower end of the right side plate 40 is provided with a front and rear extending shaft 42 at a position corresponding to the two notches 121 of the right side wall 12 of the bottom plate 1 . The shaft 42 passes through the hole 141 in the center of the ring body 14 in the notch 121, and can be moved forward and backward relative to the ring body 14 to see the circumference twelve and three. The ancient side panel 4 is rotatable by the upper and lower sleeves 4b 42 so that the right side panel 40 can have a foldable function with the bottom panel 10 and the top panel 2〇. The upper end of the front side surface of the right side plate 4 is provided with an inverted groove. The lower end is provided with a shaped groove 44. When the right side plate 4 is straight, the inverted T-shaped groove 43 at the upper end thereof is opposite to the inverted t-shaped protrusion 222 on the right side of the top plate 20, and the lower T-shaped embedded groove 44 is aligned with the bottom plate. 1〇 shaped bump 122 on the right side. When the right side plate 30 is moved forward relative to the top plate 2 and the bottom plate 1 , the inverted T-shaped groove 43 at the upper end of the right side plate 4 is inserted into the inverted T-shaped protrusion 222 on the right side of the top plate 20, and the lower end is A τ-shaped recess 44 is embedded in the θ-shaped projection 122 on the right side of the bottom plate 1〇. Referring to the above-mentioned bottom plate 10, the left and right ends of the rear end face are respectively provided with inverted T-shaped recessed grooves 113, 123. The lower end trailing edges of the left and right side panels 30, 40 are each provided with a downwardly projecting inverted T-shaped projection 36, 46. The inverted T-shaped projections 36, 46 on the left and right side plates 3, 40 can be respectively embedded in the left and right inverted Tau-shaped recesses 113, 123 of the bottom plate 1 . Referring to FIG. 15 , the left and right ends of the rear end surface of the top plate 20 are respectively provided with a T-shaped recessed groove 213 and 223 , and the upper end trailing edges of the left and right side plates 30 and 40 are respectively corresponding to each of the 200920287 and have an upwardly protruding τ shape. Bumps 35, 45. The &-shaped & blocks 35, 45 on the left and right side panels 30, 40 can be respectively embedded in the left and right τ-shaped recesses 213, 223 of the ejector 20. The bottom plate 10, the top plate 20, the left side plate 30, and the right side plate 40, which are described in the above, can be rotated by the joint axis of each other to form a standing rectangular cylinder (such as the center of the figure shown in Fig. 3). It is flat after folding (state shown in Figure 4). When the left side panel 30 and the right side panel 4 are in an upright position, the storage device forms a state in which the spoon is in a standing state as shown in Fig. 1. The left and right side plates are forwardly moved relative to the bottom plate 10 and the top plate 20. The left and right two τ-shaped bumps 112 and 122 of the front end of the bottom plate 10 are divided into three parts: the left and right side plates 3ΰ, 4G. In the τ 4 groove 34 44 at the lower end of the rim, the left and right two inverted θ-shaped bumps 2丨2 and 222 of the front end of the top plate 2 are respectively embedded in the left and right side plates 3G, and the upper end of the fairy front is embedded. Slots 33, 43
L 山/左右惻板30、40後緣下端的倒τ形凸塊36、46係分別 肷入該底板ίο後端面左、右二倒τ形嵌槽ιΐ3、123…該左、 =板3G、4G彳幅_ τ形凸塊％、45輪愤人該頂板加 ==、右二Τ形嵌槽213、223内，使該收納裝置形成不可指 宜狀怨的方形筒體。如圖一所示。 相對方形筒體摺疊收藏時，先將該左、右側板3〇、40 122 =㈣、_2_後移動，使得前述的Τ形凸塊112、 "34'44'213' 223 '^^U3.^33.3«，.ffl 200920287 Γ、的狀怒°則可將該頂板2Q向左移動，而帶動該左側板30、 古侧板40以下端的軸桿32、42為軸心而轉動成平狄狀，同時使 a頁板20貼罪在該左側版的上方，而使收納裝置摺疊成扁平 狀’如圖三所示。 忒底板ίο頂面右端的凸牆12略高於左端的凸牆u，該頂板 20底面右端22的凸牆略低於左端的凸牆21。如此，當該收納裝 ，置摺疊成爲平狀時，該底板10頂面左端的&牆11不會阻礙該左 f :側板30的摺疊’該頂板2〇底面右端的凸牆以不會擠壓該右側板 4〇。該左側板30與右側板40的高度姻，且連結底板1〇、頂板 20、左側板30、右側板40的四個樞接軸桿3卜32、42、4：1，係 乂成平行四邊开》的四個頂點。則該收納裝置摺叠過程與摺疊完 成後’該底板10、頂板20都保持在水平狀態。運用底板1〇、= 板20兩側凸牆U、12 ' 21、22高度設計，以使該左、右侧板％、 40在摺疊元成後亦為水平狀，使該收納裝置摺疊後的厚度為較小。 " 肖底板10左側凸牆n、右側凸牆12的頂緣皆為突起的弧形 -狀。該左側凸牆11 _側為-較該凸牆i i頂緣低的邊條！ i 4。該 •右侧凸牆的外侧為-較該凸牆12頂緣低的邊條124。當該左、 右側板30、40向右轉動成直立狀時，該左側板3〇的底緣兕係抵 靠在該底板W左惻凸❹内側的邊條114，該右侧板仙的底緣 48係抵靠在該底板10右側凸牆12外側的邊· 124，而無法繼續 向右轉動。該頂板2〇左側凸牆21的外側為一較該凸牆21底緣高 200920287 的邊條214。該頂板20右側凸骚99 凸牆22的内側為一較該凸牆22高的 邊條224。當該左、右侧板3(5、向右轉動成直立狀時，該左側 板30的頂緣37係抵靠在該頂板1G左側凸牆21外側的邊條犯， 該右側板40的頂緣47係抵靠在該τ頁板2〇右側凸牆22内側的邊 條224 ’而無法繼續向右轉動。如此，麵域置在展開摔作上， 只要轉動到不能在_轉動的位置時，即表示已達到定位。故飞 左、右側板30、4G僅可向左轉動成平⑽，或可向右轉動成直: 該底板10、頂板20上的各環體13、14、23、24上係各設置 有一破孔132、142、232、242 ’以使各環體13、14中央的孔以卜 141、231、241與外界連通。該左、右側板3〇、4〇上的各軸桿幻、 32、41、42上各設有一尺寸較小的扁平部311、奶、ο〗、似The inverted Tau-shaped bumps 36 and 46 at the lower end of the L-mounting/left and right raking plates 30 and 40 are respectively inserted into the bottom plate. The rear end faces are left and right, and the left-handed θ-shaped grooves ιΐ3, 123...the left, the plate 3G, 4G _ _ τ-shaped bump %, 45 rounds of anger, the top plate plus ==, the right two-shaped shaped grooves 213, 223, so that the storage device forms a square cylinder that is not suitable for complaints. As shown in Figure 1. When the horizontal cylinder is folded and folded, the left and right side plates 3〇, 40 122 = (4), _2_ are moved first, so that the aforementioned Τ-shaped bumps 112, "34'44'213' 223 '^^U3 .^33.3«,.ffl 200920287 Γ, the anger of the °, the top plate 2Q can be moved to the left, and the left side plate 30, the shafts 32, 42 at the lower end of the ancient side plate 40 are pivoted into a flat shape. At the same time, the a-page board 20 is affixed to the top of the left side plate, and the storage device is folded into a flat shape as shown in FIG. The convex wall 12 at the right end of the top surface ίο is slightly higher than the convex wall u at the left end, and the convex wall at the right end 22 of the bottom surface of the top plate 20 is slightly lower than the convex wall 21 at the left end. Thus, when the storage device is folded into a flat shape, the & wall 11 at the left end of the top surface of the bottom plate 10 does not obstruct the left f: the folding of the side plate 30. The top wall of the top plate 2 is not pressed at the right end of the bottom plate. Press the right side plate 4〇. The left side plate 30 and the right side plate 40 are in the same height, and the four pivoting shafts 3, 32, 42, and 4:1 of the bottom plate 1 , the top plate 20 , the left side plate 30 , and the right side plate 40 are connected to each other in parallel. The four vertices of the opening. Then, the folding process of the accommodating device and the folding of the bottom plate 10 and the top plate 20 are maintained in a horizontal state. The height of the convex walls U, 12' 21, 22 on both sides of the bottom plate 1 and the plate 20 is designed such that the left and right side plates %, 40 are horizontal after the folding element is formed, so that the storage device is folded. The thickness is small. " The top edge of the left side wall n and the right side wall 12 of the bottom plate 10 are all curved and shaped like protrusions. The left side wall 11 _ side is - a side strip lower than the top edge of the convex wall i i! i 4. The outer side of the right side wall is a side strip 124 that is lower than the top edge of the wall 12. When the left and right side plates 30, 40 are turned to the right in an upright shape, the bottom edge of the left side plate 3〇 is abutted against the side strip 114 on the inner side of the left side of the bottom plate, and the bottom plate of the right side plate The rim 48 is abutted against the side 124 of the outer side of the right side wall 12 of the bottom plate 10, and cannot continue to rotate to the right. The outer side of the left side wall 21 of the top plate 2 为 is a side strip 214 which is higher than the bottom edge of the convex wall 21 by 200920287. The inner side of the convex wall 99 on the right side of the top plate 20 is a side strip 224 higher than the convex wall 22. When the left and right side plates 3 (5, turn to the right in an upright shape, the top edge 37 of the left side plate 30 is against the side strip outside the left side wall 21 of the top plate 1G, the top of the right side plate 40 The edge 47 is abutted against the side strip 224' on the inner side of the right side wall 22 of the τ page board 2, and cannot continue to rotate to the right. Thus, the area is placed on the unfolding, as long as it is rotated to a position where it cannot be rotated. That means that the positioning has been reached. Therefore, the left and right side plates 30, 4G can only be turned to the left to be flat (10), or can be turned to the right to be straight: the ring bodies 13, 14, 23, 24 on the bottom plate 10 and the top plate 20. Each of the upper systems is provided with a hole 132, 142, 232, 242' such that the holes in the center of each of the ring bodies 13, 14 communicate with the outside by means of 141, 231, 241. Each of the left and right side plates 3, 4, Each of the shafts, 32, 41, 42 is provided with a small flat portion 311, milk, ο〗,
該扁平部311、321、411、421可由對應環體23、μ、24 14、 破口 232、132、242、142導入’而使該各軸桿31、&、μ ^ 貫穿對應環體 23、13、24、14 的孔 231、131、241、141。 圖一所示的收納裝置的背面可安裝一背板，以封閉後端^ 口，而形成一箱型收納裝置，如圖十六所示。參閱圖十七，_ 板上、下、左、右端面各設有一凹面51、52、53、54 ,該各' 51、 52、53、54 内各設有一個 & 粒 5U、521、531、541。兮· 10、頂板20、左側板30、右側板40内側面相對於背板各凹面 52、 53、54的位置處係設置有一凸出狀的溝槽裝置15、25、 12 200920287 49 (見圖十九）。各溝槽裝置15、沾、39、4g係恰可對應塞入該 背板50的各凹面51、52、53、54内，且該各凸*^ 511、划、531、 541卡入該各溝槽裝置15、25、39、49所設置崎槽⑸、况、 观、491内。圖十八係為該背板與該底板、頂板奸合狀態的剖 示圖。 凊參閱圖-十，其係在圖十六所示的收納裝置的前端安裝一 門板60 ’而形成-具有封閉空間的收納裝置。請參關二十一、 圖二十二，該門板60係藉由二個鉸鏈裝置61、61 而組裝在該收 納裝置上。該賴裝置61包含設有一樞轴611及二定位銷612、 612。該頂板20上設有二個銷孔26、26，以供該鉸鏈裝置61的二 定位銷612、612插入。該底板1〇上設有二個銷孔丨6、16，以供 5亥叙鏈裳置61的二定位銷612、612插入。該二錄鏈裝置Μ、Μ 的樞軸611、611係分別卡入該門板60内側面上、下端的样孔62、The flat portions 311, 321, 411, and 421 can be introduced into the corresponding ring bodies 23, μ, 24 14 and the openings 232, 132, 242, and 142, and the shafts 31, & Holes 231, 131, 241, and 141 of 13, 24, and 14. A back plate can be mounted on the back surface of the storage device shown in Fig. 1 to close the rear end opening to form a box type storage device, as shown in Fig. 16. Referring to Figure 17, the upper, lower, left and right end faces of the plate are provided with a concave surface 51, 52, 53, 54 respectively, and each of the '51, 52, 53, 54 is provided with a & grain 5U, 521, 531 541.兮·10, the top surface of the top plate 20, the left side plate 30, and the right side plate 40 are provided with a convex groove device 15 , 25 , 12 200920287 49 at a position relative to each concave surface 52 , 53 , 54 of the back plate (see FIG. nine). Each of the groove means 15, the dipping, 39, 4g is correspondingly inserted into each of the concave surfaces 51, 52, 53, 54 of the backing plate 50, and the convex portions 511, 531, 541, 541 are engaged therein. The groove devices 15, 25, 39, and 49 are provided with an oscillating groove (5), a condition, a view, and a 491. Fig. 18 is a cross-sectional view showing the state in which the backboard is scraped with the bottom plate and the top plate. Referring to Fig. 10, a door panel 60' is attached to the front end of the storage device shown in Fig. 16 to form a storage device having a closed space. Referring to Fig. 21 and Fig. 22, the door panel 60 is assembled to the receiving device by means of two hinge devices 61, 61. The device 61 includes a pivot 611 and two positioning pins 612, 612. The top plate 20 is provided with two pin holes 26, 26 for insertion of the two positioning pins 612, 612 of the hinge device 61. The bottom plate 1 is provided with two pin holes 6, 16 for inserting the two positioning pins 612, 612 of the chain. The pivots 611 and 611 of the two-column device Μ and Μ are respectively inserted into the inner side surface of the door panel 60 and the sample hole 62 at the lower end.
⑽内，使該門板60能以上、下二鉸鏈裝置61、61的槐轴611、 611為軸心轉動，以開啟門板60或蓋上門板60。 前述的收納裝置内可設置至少一個隔板70，以將内部空間分 隔成二層以上，見圖二十三。該左側板30内侧面的前、後端以對 應型態各設置有至少一個卡槽301、301，以供一水平桿體嵌71 入固定（見圖二十四）。該卡槽3〇1的内壁面設有—凸條302 ,該 水平桿體71的卡入端相對應設置有一凹槽π。當該水平桿體71 的前、後端塞入對應的二卡槽301、301内時，可藉由該卡槽301、 200920287 301内的凸條302、3〇2卡入該水平桿體71的凹槽72、72内，而 將,玄水平样體了1固定左侧板30的内側面上。該右側板内側面 的前、後端以對應型態各設置有至少一個卡槽401、401 (見圖十 九），以供另—水平桿體71嵌入固定。該卡槽4〇1的内壁面設有 凸“ 402，5玄水平桿體η的卡入端相對應設置有一凹槽了2。當 平才〒肢71的Θ、後端基入該卡槽4〇1、401内時，可藉由該 询ϋ!内的⑽術卡入該水平桿體71的凹槽72 $，而將該 ，平才干肢71固定右側板40的内側面上。該隔板70係由該左、右 側板3〇、4〇的内側面對應設置的二條水平桿體71、71所承托， 而將内部空間分隔成上、下二部分。 五。—的收轉賤内部空間亦可設置抽㈣翅，如圖二十 的:^置8Q係由献、右側板30、4G的内側面對應設置 ―1木水平椁體7卜71所承托，見圖二十六。 可摺所提供的收納裝置’藉由相互樞接的板面設計而具有 產生雙^ ㈣微、運輸。本創作可配合隔板 是以，^1間’_亦可配合师、⑽組件形成更多樣的使用用途。 提高。3本創作之設計，可使摺疊式收納裝置的使用價值大幅 200920287 〔圖式之簡單說明〕 圖一為本創作實施例的外觀圖。 圖二為圖一所示實施例中左、右側板與底板、頂板錯開的狀態圖。 圖三為圖一所示實施例的別示圖。 圖四為圖一所不貫施例摺疊成扁平狀的剖面圖。 圖五為底板的外觀圖。 圖六為頂板的外觀圖。 圖七為圖六所示頂板翻轉180°後的外觀圖。 圖八為左側板的外觀圖。 圖九為左侧板與頂板呈錯開狀態的視圖。 圖十為左側板與頂板呈插合狀態的視圖。 圖十一為右侧板的外觀圖。 圖十二為右侧板與底板呈錯開狀態的視圖。 圖十三為右側板與底板呈插合狀態的視圖。 圖十四為底板的另一角度的外觀圖。 圖十五為頂板的另一角度的外觀圖。 圖十六為圖一所示實施例加裝背板的外觀圖。 圖十七為背板的外觀圖。 圖十八為背板组裝完成後的剖不圖。 圖十九為右側板另一角度的外觀圖。 圖二十為圖十六所示實施例加裝門板的外觀圖 200920287 圖二十一為門板組裝結構的分解圖。 圖二+二為門板組裝完成的外觀圖。 圖二十三為圖十六所示實施例加裝隔板的外觀圖。 圖二十四為圖二十三中水平桿體的外觀圖。 圖二十五為圖十六所示實施例加裝抽屜裝置的外觀圖 圖二十六為圖二十五中尚未安裝抽屜裝置的外觀圖。 主要件符號說明： 10…·. ••底板 111··· …缺口 113… …倒T形嵌槽 12… ..凸牆 122… •••T形凸塊 124… …邊條 131… …穿孔 14 ••環體 142… …破孔 151··· …溝槽 20…·， ，·頂板 211… …缺口 213·.. •••T形肷槽 11···· 凸牆 112·.. •••T形凸塊 114.·. …·邊條 121.·· …缺口 123·· —倒Τ形欣槽 13···· ••環體 132"， —破孔 141... …穿孔 15···· ••溝槽裝置 16···· ••銷孔 21···· .·凸牆 212… …·倒Τ形凸塊 214·.. 200920287 22··· …凸牆 221·· •…缺口 222·· …·倒T形凸塊 223.. …·Τ形嵌槽 224.. —邊條 23···· …環體 231·· …·穿孔 232.· •…破孔 24··· …環體 241·· •…穿孔 242.. …·破孔 25… …溝槽裝置 251.· 26··· …銷孔 30··· …左侧板 31··· …轴桿 311·· …·扁平部 32··· …轴桿 321·· •…扁平部 33… 34··· …T形嵌槽 35···· ••Τ形凸塊 36… …倒T形凸塊 37··· …頂面 38... …底面 39··· …溝槽裝置 391·· …··溝槽 301·· …·卡槽 302.. -----凸條 40·.· …右側板 41··· …軸桿 411·· ••…扁平部 42… …軸桿 421.. ••…扁平部 • · . · 43·.. • · ； 44... …T形嵌槽 45···· ••Τ形凸塊 46··· …倒T形凸塊 47… …頂面 48..· 49." …溝槽裝置 200920287 491… •…溝槽 401-' •…卡槽 402… …·凸條 50···· ••背板 51···· ••凹面 511·· •…凸粒 52···· 521·. •…凸粒 53…. ••凹面 531·· •…凸粒 54···· ••凹面 541" •…凸粒 60·... ••門板 61···· ••絞鏈裝置 611" …·樞轴 612.· •…定位銷 62···· ••槽孔 70···· ‘ ·. 板 71···· …水平桿體 72···· ,.·凹槽 80··.. …抽展裝置 18In (10), the door panel 60 can be rotated about the pivot axes 611 and 611 of the lower and lower hinge devices 61 and 61 to open the door panel 60 or cover the door panel 60. At least one partition 70 may be disposed in the aforementioned storage device to divide the internal space into two or more layers, as shown in Fig. 23. The front and rear ends of the inner side surface of the left side panel 30 are provided with at least one card slot 301, 301 in a corresponding manner for a horizontal rod body 71 to be fixed (see FIG. 24). The inner wall surface of the card slot 3〇1 is provided with a ridge 302, and the snap-in end of the horizontal rod 71 is correspondingly provided with a groove π. When the front and rear ends of the horizontal rod 71 are inserted into the corresponding two card slots 301 and 301, the horizontal rods 71 can be engaged by the ridges 302 and 3〇2 in the card slots 301 and 200920287 301. In the grooves 72, 72, the sinusoidal horizontal body 1 is fixed to the inner side surface of the left side plate 30. The front and rear ends of the inner side surface of the right side plate are provided with at least one card slot 401, 401 (see FIG. IX) in a corresponding manner for the other horizontal rod body 71 to be embedded and fixed. The inner wall surface of the card slot 4〇1 is provided with a convex “402. The snap-in end of the slanting horizontal rod body η is correspondingly provided with a groove 2. When the 〒 and the rear end of the flat ram 71 are inserted into the card slot In the case of 4〇1 and 401, the groove 72$ of the horizontal rod body 71 can be engaged by the (10) in the inquiry, and the flat dry limb 71 is fixed to the inner side surface of the right side plate 40. The partition plate 70 is supported by two horizontal rod bodies 71 and 71 corresponding to the inner side surfaces of the left and right side plates 3〇, 4〇, and divides the internal space into upper and lower parts.贱The internal space can also be set with the pumping (four) wings, as shown in Figure 20: ^Set 8Q is provided by the inner side of the right side plate 30, 4G correspondingly - 1 wood horizontal 椁 body 7 卜 71 support, see Figure 20 6. The storage device provided by the folding device has the function of creating a double (4) micro and transportation by the mutually pivoted plate surface design. The creation can be matched with the partition plate, and the ^1 room can also cooperate with the division and (10) components. Form a variety of uses. Improve. 3 The design of this creation can make the use value of the folding storage device greatly 200920287 [Simple description of the figure] Figure 1 Figure 2 is a view showing a state in which the left and right side plates are offset from the bottom plate and the top plate in the embodiment shown in Figure 1. Figure 3 is an additional view of the embodiment shown in Figure 1. Figure 4 is a view of Figure 1. Figure 5 is an external view of the bottom plate. Figure 6 is an external view of the top plate shown in Figure 6. Figure 7 is an external view of the top plate shown in Figure 6. Figure 9 is a view showing the left side plate and the top plate in a staggered state. Figure 10 is a view showing the left side plate and the top plate in a state of being inserted. Figure 11 is an external view of the right side plate. The bottom plate is in a staggered view. Figure 13 is a view showing the right side plate and the bottom plate in a state of being inserted. Fig. 14 is an external view of the bottom plate at another angle. Fig. 15 is an external view of the top plate at another angle. Figure 6 is an external view of the back plate shown in Figure 1. Figure 17 is an external view of the back plate. Figure 18 is a cross-sectional view of the back plate after assembly. Figure 19 is another angle of the right side plate. Figure 20 is an external view of the door panel shown in Figure 16 Fig. 21 is an exploded view of the assembled structure of the door panel. Fig. 2 and Fig. 2 are external views of the assembly of the door panel. Fig. 23 is an external view of the installation of the partition plate shown in Fig. 16. Fig. 24 is Figure 26 is an external view of the horizontal rod body. Figure 25 is an external view of the embodiment of the drawer shown in Figure 16. Figure 26 is an external view of the drawer unit in Figure 25. Description of the symbols: 10...·.••Bottom plate 111···...notch 113...inverted T-shaped groove 12.....wall 122...•••T-shaped bump 124...edge strip 131...perforated 14 ••ring 142...breaking hole 151···...groove 20...·,·top plate 211...notch 213·.. •••T-shaped groove 11···· convex wall 112·.. • ••T-shaped bumps 114.·....·Edge strips 121.··...notch 123··—inverted 欣 欣 13 13····•• Ring body 132", - broken hole 141... 15···· •• Grooving device 16····••Pin hole 21·····Bumping wall 212...··Inverted bulge 214·.. 200920287 22···...Convex wall 221 ·· •...notch 222··...·inverted T-shaped bump 223..·Τ-shaped groove 224.. —edge strip 23····...ring 231····perforation 232.·... ··· ...ring body 241·· •...perforation 242.....breaking hole 25...groove device 251.·26···...pin hole 30···...left side plate 31···...shaft 311····flat portion 32···...shaft 321··•...flat portion 33...34···T-shaped groove 35····•Τ-shaped bump 36...inverted T-shaped convex Block 37···...top surface 38...bottom surface 39···...groove device 391····groove 301····card slot 302.. -----convex 40·. ·...right side plate 41···...shaft 411··••...flat part 42...shaft 421..••...flat part•·.·43·.. • · ; 44... T-shaped Insert groove 45····••Τ-shaped bump 46···... inverted T-shaped bump 47... top surface 48..· 49." ...groove device 200920287 491... •...groove 401-' •... Card slot 402...··Bump 50····••Back plate 51····••Concave surface 511··•...Bumps 52···· 521·. •...protrusion 53.... ••Concave surface 531·· •...protrusion 54···· ••Concave surface 541" •...protrusion 60·... ••door panel 61····•• Chain device 611" ... pivot 612.·... Locating pin 62····•• Slot 70···· '·. Plate 71···· ... horizontal bar 72···· ,.· Groove 80··.. ...Extraction device 18