1268901 九、發明說明： 【發明所屬之技術領域】 種用來承 本發明是有關於一種載盤裝置，特別是指一 載大型面板之載盤裝置。 【先前技術】 以往用於承載大型面板如液晶面板之載盤，較 見利用塑膠材料射出製造，此製造方式之模具費用甚高， 且射出成品往往因殘留内應力導致盤體表面翹曲不平。因 匕，年來夕改用真空成型之方式製造載盤，此製造方法可 大夏降低模具成本且達龍體表面平整之效果，但由於載 盤邊緣供夾持部位的尺寸精準度不及射出製造方式所製成 的成印’而供夾持部位大小不—致會導致夾持誤差使得 夾持錯誤率提高。 為改善此等缺失，本案申請人曾提出第92206632號案 「具有堆疊定位及補強功能之載盤裝置」新型專利申請案 ，其構造大致如圖i所示，包含··一載盤本體12、分別固 接於該載盤本體12兩對側邊之二第一框條13與二第二框 條14，及多數間隔抵於該載盤本體12底面之支撐條b。 該載盤本體12包括一概呈矩形之底壁ι21、二分別由 該底壁121 —對側邊向上延伸之側壁122，及二分別形成於 該二側壁122上且朝相反的側向延伸之長片狀卡框件123， 該底壁121及側壁122界定出一用於置放所述大型面板之 容室。 該二第一框條13分別固設於該二卡框件丨23上，每一 1268901 第一框條13包括一框本體131、一形成於該框本體13ι内-· 側面並供該載盤本體12之卡框件丨23插置之嵌插槽132 · 一形成於該框本體131外侧面並可供夾持之水平板片狀夾 持部134,及形狀互補且堆疊時可對應嵌合定位之一頂嵌合 部135、一底嵌合部136。 ' 該二第二框條14分別與該二第一框條13之端部相接· 合，並框圍住該載盤本體12之另一對側邊。 每一支撐條15是連接於該二第一框條13間並抵於該 載盤本體12的底壁121底面，用以補強該載盤本體2之受_ 力強度。 該專利前案之設計所具備的優點，除了利用該等第一 框條13之頂、底彼合部135、136的設計，使複數載盤裝 置在堆疊過程中得以嵌合定位，改善以往載盤在堆疊過程 中變形壓密之狀況，並藉由該等抵於該載盤本豸12之底壁 121底面的支撐條15，來補強該由塑膠材質製成之載盤本 體12的承力強度。此外，藉由該等嵌插# 132分別供該等 卡框件123插置，再以規格統一之夾持告"34供該機械手籲 ’夹持’減少機械手臂夾持誤差。 該專利前案雖然在設計上具有前述多項優點，但在卡-框件123與第—框條13結合的便利性上，仍有可進—步改· D的地方其原因在於：該載盤裝置是用來承載大尺寸之 面板’而面板尺寸由以往較為普及之20叶、30对，逐漸往 寸、50寸、60吋邁進，當所承載之面板尺寸越大時，卡 框條123及供卡框條123欲入之第一框條13的拔插槽132 6 1268901 的長度會相對越長’使得卡框條i23欲人㈣肖132的難 度相對提高，因此有改善的需要。 【發明内容】 口此’本發明之目的，即在提供一種具有堆疊定位及 補強功此，且所设載盤本體與第一框條結合方便之載盤裝 置。 於疋’本發明具有堆疊定位及補強功能之載盤裝置是 適用於承載至）一大型面板，並包含一載盤本體、分別固 定於該載盤本體之兩對側邊之二第一框條與二第二框條、 夕數用來結合第一框條與載盤本體之定位件，及至少一抵 於該載盤本體底面之支撐條。該載盤本體包括一概呈矩形 並可用來承載所述大型面板之底壁、二分別由該底壁一對 侧邊向上延伸之側壁，及二分別形成於該二側壁上且朝外 延伸之卡框件，每一卡框件具有至少一直立貫穿之上定位 孔。該二第一框條分別與該二卡框件組接，每一第一框條 包括一框本體，及分別形成於該框本體頂、底面形狀互補 且堆豐時可對應嵌合定位之一頂嵌合部、一底嵌合部，該 框本體之一頂面内側緣往下凹陷且抵接在所對應卡框件底 面，並具有至少一由其頂面往下延伸並對應於該卡框件之 上定位孔的下定位孔。該等定位件是分別插置在該等卡框 件與第一框條之框本體的相對應之上、下定位孔中。該二 第二框條是分別與該二第一框條之端部相接合，並分別框 圍住该載盤本體之另一對侧邊。該支撐條連接於該二第一 框條間並抵於該載盤本體之底壁底面。 1268901 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之三較佳實施例的詳細說明中，將可清 楚的呈現。 在本發明被詳細描述以前，要注意的是，在以下的說 明内容中，類似的元件是以相同的編號來表示。 如圖3與圖4所示，本發明具有堆疊定位及補強功能之 載盤裝置的第一較佳實施例適用於承載至少一大型面板， 並包含一載盤本體2、分別固定於該載盤本體2之兩對側邊 之二第一框條3與二第二框條4、多數用來結合第一框條] 與載盤本體2之定位件7、多數抵於該載盤本體2底面之支 撐條5，及四用以接合該等框條3、4之接合元件6。 該載盤本體2包括一概呈矩形之底壁21、二分別由該 底壁21 一對側邊向上延伸之側壁22，及二分別由該二側壁 22朝相背侧延伸之卡框件23。該底壁2ι及該等側壁^共 同界定出一詩置放所述大型面板之容室。每一卡框件^ 具有多數直立貫穿之上定位孔231。 母一弟一框條3可由鋁擠製成型，並包括一框本體 、一形成於該框本體31内側面供該等支撐條5對應端插 ，基槽33、-形成於該框本體31外側面並可供夹持之夹 2田34,及分別形成於該框本體31頂、底面且形狀互補並 豐時可對應嵌合定位之一頂嵌合部％、一底嵌合部％ ^王本體31 <_頂面内側緣略為往下凹陷且抵接在所對乂 王牛底面’並具有多數由其頂面往下延伸並分別對力 1268901 於卡框件23之該等上定位孔231的下定位孔爪 施例夕中該等下定位孔3n是往下連通至基槽33。又，= 2輕多數山載盤裝置相互堆疊時的衝撞力，可在第一框條3 、頁:底欣合部35、36疊接面處，固定橫截面呈倒U字型 之緩衝條，以提供緩衝作用。 至 該等定位件7便是用來分別由上往 件23與框本體31之上、下定位孔加、311，使上^ 置之卡框件23與框本體31固定在一起。每一定位件7: 括有-水平之帽部71、—由該帽部71中央往下突伸之柱體 72’及一突伸於該柱體72底端周圍之止逆突環 7!直徑大於上、下定位孔231、311。該柱體72具有_ = 底端往上延伸且徑向貫穿之伸縮縫721，使柱體Μ在財 通過上、下定位孔加、叫期間，其止逆突環73可受拚壓 内縮而順暢通過上、下定位孔23ι、3ιι，並在通過後彈性 撐張復位而止逆地卡掣在框本體31之下定位孔3ιι底面邊 緣，藉此固結卡框件23與框本體Η。 /第-框條4各自包括_圍抵住該載財體2之^ 壁21對應側邊之框抵部47，及二分別由該框抵部Ο之兩 相反端往同向側伸之固定部48，每—該固定部48以所對庫、 接合元件6鎖固於所對應第—框條3之框本體31外側面Γ * 在本實施例中’該等接合元件6是為-般螺絲或自攻螺絲 〇 該支撐條5之橫戴面呈倒υ字型，並以其兩相反端分 別插裝在該二第一框條3之基槽33内而定位，並抵於該載 9 1268901 盤本體2的底壁21底面來補強載盤本體2之受力強度。 藉it構件之組成，由於本實施例中之載盤本體2與 该二第一框條3的結合情 ^ 疋以其一卡框件23分別疊接 在5亥一第框條3之框本體3 1 了百；eew丨 頂面内側緣，再於卡框件23 魅本體對應開設之每—上、u位孔Mm中插裝 疋位件7,便可輕易完成載盤本體2與第—框條3的結合， 且不會因卡框件23盘第一拖^欠。E — "、 條3長度相對加長而增加組裝 難度。 又，在此值得-提的是，該等定位件7實施型態不以 本實施例所揭露的型態為限，例如也可設為螺絲型態，同 樣可藉由定位件7螺鎖入上、下定位孔231、311，而將卡 框件23與第一框條3固結在一起。 如圖5所示’本發明具有堆疊定位及補強功能之載盤裝 置的第二較佳實施例與上述實施例不同處在於：本實施例 之定位件7包括有—水平之帽部71、—由該帽部71中央往 下延伸之柱體72，及多數間隔突出該柱體72周圍之環狀抵 塞突緣74。該柱體72插裝入上、下定位孔23ι 3ιι時， 該等抵塞突緣74是擠撐於上、τ定位孔231、如内而提供 定效果。 ' 在此須進一步說明的是，由於載盤本體2在承載大型 面板時，是承受面板往下之重量，因此實際上該等定位件7 的安裝，只要能防止載盤本體2之卡框件23與第一框條3 之框本體31相對水平位移即可，也就是實施上定位件7最 基本的定位效果，只須防止載盤本體2與第一框條3相對 10 1268901 &位彳千7的插裝使用 水平位移 此一基本定位效果。 士圖6、7所示’本發明具有堆疊定位及補強功能之載 盤二置的第三較佳實施例與前述第一實施例不同處在於： 本實施例之載盤本體2在四侧邊都形成有前述之侧壁^與 :框件23。每-第—框條3之框本體31呈内部^之長 管狀’且未設置前述第-較佳實施例之基# 33，又該夾持 部34是形成由該框本體31外側面連通至該框本體η之中 空内部之通孔型態。每―第二框冑4與本實施例之第_框 條3構造相同，包括一框本體“、一炎持部44、一頂嵌合 部及-絲合部46。每_接合元件6是—[形轉接壤 型悲’並以其兩末端分別卡入相鄰接的第一框條3之中空 框本體—31與第二框條4之中空框本體Μ端部。該等框條二 、4之每一底嵌合部36、46是呈突條型態，而每一頂嵌人 :35、45是設為與突條型態相配合之凹槽型態。此外，本 實施例之每一定位件7是設計成螺絲型態。 本 的結本體2與該等第-、第二框條3、4 夕卩疋以其各卡框件23 第二框條3 4之柜太鹏， ⑴且接在忒專苐-、 U 41頂面内側緣，並於第-框 ^ I冑31與所對應卡框件23對應開設之每一下 上疋位孔311、231中^ 、 盘第-框條m 件同樣不會因卡框件幻 ”條3長度相對加長而造成組裝難度的提升。1268901 IX. Description of the invention: [Technical field to which the invention pertains] The invention is directed to a carrier device, and more particularly to a carrier device carrying a large panel. [Prior Art] In the past, a carrier for carrying a large panel such as a liquid crystal panel is manufactured by using a plastic material, and the mold of this manufacturing method is expensive, and the finished product is often warped due to residual internal stress. Because of this, the company has changed the vacuum to form the carrier. This manufacturing method can reduce the cost of the mold and smooth the surface of the dragon body. However, the dimensional accuracy of the clamping part is not as good as the injection manufacturing method. The resulting stamping 'and the size of the gripping portion are not-caused causes a clamping error to increase the gripping error rate. In order to improve these shortcomings, the applicant of the present application has proposed a new patent application for the "carrying device with stacking positioning and reinforcing function" in the case of No. 92,206,632, which has a structure as shown in Fig. i, including a disk body 12, Two first frame strips 13 and two second frame strips 14 are respectively fixed to the two opposite sides of the carrier body 12, and a plurality of support strips b spaced apart from the bottom surface of the carrier body 12. The carrier body 12 includes a substantially rectangular bottom wall ι21, two side walls 122 extending upward from the side walls 121, and two side walls 122 respectively formed on the two side walls 122 and extending in opposite lateral directions. The sheet-like card frame member 123 defines a housing for the large panel. The first frame strips 13 are respectively fixed on the two card frame members 23, and each of the 1268901 first frame strips 13 includes a frame body 131, and a side surface of the frame body 131 is provided for the carrier. The inserting slot 132 of the card frame member 23 of the main body 12 is inserted into the horizontal plate-like clamping portion 134 which is formed on the outer side surface of the frame body 131 and can be clamped. One of the top fitting portions 135 and one bottom fitting portion 136 are positioned. The second second frame strips 14 are respectively in contact with the end portions of the two first frame strips 13 and surround the other pair of side edges of the carrier body 12. Each of the support bars 15 is connected between the two first frame strips 13 and against the bottom surface of the bottom wall 121 of the carrier body 12 for reinforcing the strength of the carrier body 2. The advantages of the design of the prior patent are that, in addition to the design of the top and bottom joints 135, 136 of the first frame strip 13, the plurality of tray devices can be framed and positioned during the stacking process to improve the past load. The disk is deformed and compacted during the stacking process, and the bearing bar 15 of the bottom surface of the bottom wall 121 of the carrier disk 12 is used to reinforce the bearing force of the carrier body 12 made of plastic material. strength. In addition, the card frame members 123 are respectively inserted by the inlays #132, and the gripping instructions are uniformly provided by the robot to "clamp" to reduce the robot arm clamping error. Although the patent pre-existing case has the above-mentioned plurality of advantages in design, in the convenience of combining the card-frame member 123 and the first-frame strip 13, there is still a place where the step-change D can be made because the carrier is The device is used to carry large-sized panels. The panel size is 20-leaf and 30-pair, which are more popular in the past. Gradually move toward inch, 50-inch, and 60-inch. When the size of the panel is larger, the frame strip 123 and The length of the pulling slot 132 6 1268901 of the first frame strip 13 to be inserted by the card frame strip 123 is relatively long, so that the difficulty of the card frame strip i23 is relatively increased, so there is a need for improvement. SUMMARY OF THE INVENTION The object of the present invention is to provide a carrier device having a stacking positioning and reinforcing work, and which is provided with a convenient combination of the carrier body and the first frame.于疋' The present invention has a stacking positioning and reinforcing function, and the carrier device is adapted to be carried by a large panel, and comprises a carrier body, two first frame strips respectively fixed to the two pairs of sides of the carrier body And the second frame strip and the eve number are used for combining the first frame strip and the positioning member of the carrier body, and at least one supporting strip against the bottom surface of the carrier body. The carrier body includes a substantially rectangular shape and can be used for carrying a bottom wall of the large panel, two side walls respectively extending from a pair of side edges of the bottom wall, and two cards respectively formed on the two side walls and extending outward a frame member, each of the frame members having a positioning hole at least standing up through. The first frame strips are respectively connected to the two card frame members, and each of the first frame strips includes a frame body, and one of the frame bodies is formed on the top and bottom surfaces of the frame body respectively. a top fitting portion and a bottom fitting portion, wherein a top inner edge of the frame body is recessed downwardly and abuts against a bottom surface of the corresponding card frame member, and has at least one extending downward from the top surface thereof and corresponding to the card The lower positioning hole of the positioning hole above the frame member. The positioning members are respectively inserted in the lower positioning holes corresponding to the frame bodies of the card frame and the first frame. The two second frame strips are respectively engaged with the ends of the two first frame strips, and respectively surround the other pair of side edges of the carrier body. The support strip is connected between the two first frame strips and abuts against a bottom surface of the bottom wall of the carrier body. 1268901 [Embodiment] The foregoing and other technical contents, features, and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments of FIG. Before the present invention has been described in detail, it is noted that in the following description, similar elements are denoted by the same reference numerals. As shown in FIG. 3 and FIG. 4, the first preferred embodiment of the present invention has a stacked positioning and reinforcing function. The first preferred embodiment is adapted to carry at least one large panel, and includes a carrier body 2, respectively fixed to the carrier. The first frame 3 and the second frame 4 of the two pairs of the two sides of the body 2 are mostly used for combining the first frame strip and the positioning member 7 of the carrier body 2, and most of the bottom surface of the carrier body 2 The support strips 5, and 4 are used to engage the engaging elements 6 of the frame strips 3, 4. The carrier body 2 includes a substantially rectangular bottom wall 21, two side walls 22 extending upward from a pair of side edges of the bottom wall 21, and two frame members 23 extending from the side walls 22 toward the opposite sides. The bottom wall 2i and the side walls together define a pouch for placing the large panel. Each card frame member ^ has a plurality of upright through positioning holes 231. The mother frame 1 can be extruded from aluminum and includes a frame body, and a side surface of the frame body 31 is formed for the corresponding end of the support bar 5, and the base groove 33 is formed on the frame body 31. The outer side surface and the clampable clip 2 field 34 are respectively formed on the top and bottom surfaces of the frame body 31, and the shapes are complementary and abundance, and the top fitting portion % and the bottom fitting portion % ^ can be correspondingly corresponding to the fitting positioning. The main body 31 of the king body is slightly recessed downwardly and abuts against the bottom surface of the pair of kings and has a majority extending from the top surface thereof and respectively positioning the force 1268901 on the frame member 23 The lower positioning hole of the hole 231 is applied to the base groove 33 downward in the evening. Moreover, the collision force when the majority of the mountain tray devices are stacked on each other can be fixed at the first frame strip 3, the bottom of the bottom hinge portion 35, 36, and the buffer strip having an inverted U-shaped cross section. To provide a buffering effect. The positioning members 7 are used to respectively fix the upper frame 23 and the upper and lower positioning holes 311 of the frame body 31, so that the card frame member 23 and the frame body 31 are fixed together. Each of the positioning members 7 includes a - horizontal cap portion 71, a column 72' projecting downward from the center of the cap portion 71, and a check ring 7 protruding from the bottom end of the column 72. It is larger than the upper and lower positioning holes 231 and 311. The cylinder 72 has a _ = bottom end extending upward and radially extending through the expansion joint 721, so that the cylinder is clamped in the upper and lower positioning holes, and the anti-reverse ring 73 can be squeezed and contracted. And smoothly passing the upper and lower positioning holes 23ι, 3ιι, and repositioning the card to the bottom of the frame body 31 under the frame body 31 by the elastic positioning of the rear elastic plate, thereby fixing the frame member 23 and the frame body Η . Each of the first and second frame strips 4 includes a frame abutting portion 47 that abuts against a corresponding side of the wall 21 of the carrying body 2, and a fixing portion that extends from the opposite ends of the frame abutting portion to the same side. 48, each of the fixing portions 48 is locked to the outer side of the frame body 31 of the corresponding first frame strip 3 by the pair of storage and engaging elements 6 * In the present embodiment, the engaging elements 6 are screws Or the self-tapping screw 〇 the horizontal wearing surface of the support strip 5 is inverted and is inserted into the base groove 33 of the two first frame strips 3 at opposite ends thereof, and is positioned against the load 9 1268901 The bottom surface of the bottom wall 21 of the disk body 2 is used to reinforce the strength of the carrier body 2. Because of the composition of the member, the combination of the carrier body 2 and the first frame 3 in this embodiment is overlapped by the frame member 23 in the frame body of the frame 5 3 1 hundred; eew 内侧 top inner edge, and then insert the clamping member 7 in each of the upper and middle holes Mm corresponding to the frame body 23, the carrier body 2 and the first can be easily completed. The combination of the frame strip 3 does not cause the first tray to be owed by the card frame member 23. E — ", strip 3 length is relatively long and increases the difficulty of assembly. Moreover, it is worth mentioning that the embodiment of the positioning member 7 is not limited to the type disclosed in the embodiment, for example, it can also be set to a screw type, and can also be screwed into the positioning member 7. The holes 231, 311 are positioned up and down, and the card frame member 23 is fixed to the first frame strip 3. As shown in FIG. 5, the second preferred embodiment of the present invention has a stacked positioning and reinforcing function. The second preferred embodiment of the present invention is different from the above embodiment in that the positioning member 7 of the present embodiment includes a horizontal cap 71, A column 72 extending downward from the center of the cap portion 71 and a plurality of annular abutting flanges 74 projecting around the column 72 are spaced apart. When the column 72 is inserted into the upper and lower positioning holes 23ι 3, the abutting flanges 74 are squeezed on the upper, the τ positioning holes 231, and the inside provides a predetermined effect. It should be further explained that, since the carrier body 2 is subjected to the weight of the panel when carrying the large panel, the mounting of the positioning members 7 is actually prevented as long as the frame member of the carrier body 2 can be prevented. 23 can be horizontally displaced relative to the frame body 31 of the first frame strip 3, that is, the most basic positioning effect of the upper positioning member 7 is implemented, and it is only necessary to prevent the carrier body 2 from being opposite to the first frame strip 3 by 10 1268901 & Thousands of 7 cartridges use horizontal displacement to this basic positioning effect. The third preferred embodiment of the present invention having the stacked positioning and reinforcing functions of the present invention is different from the foregoing first embodiment in that the carrier body 2 of the present embodiment is on the four sides. Both of the aforementioned side walls and the frame member 23 are formed. The frame body 31 of each of the -3rd frame strips 3 has an inner long tubular shape and is not provided with the base #33 of the above-described preferred embodiment, and the clamping portion 34 is formed to be connected to the outer side surface of the frame body 31 to The through-hole type of the hollow interior of the frame body η. Each of the second frame 胄 4 has the same structure as the _ frame strip 3 of the present embodiment, and includes a frame body, an illuminating portion 44, a top fitting portion, and a wire merging portion 46. Each _joining member 6 is —[The shape of the soil is sorrowful, and the two ends are respectively inserted into the hollow frame body 31 of the adjacent first frame 3 and the end of the hollow frame body of the second frame 4. Each of the bottom fitting portions 36, 46 is in the form of a ridge, and each of the top inserts: 35, 45 is a groove type that is matched with the ridge pattern. Further, this embodiment Each of the positioning members 7 is designed in a screw type. The knot body 2 and the first and second frame strips 3, 4 are each a card frame member 23 and the second frame strip 3 4 cabinet is too Peng, (1) and connected to the inner edge of the top surface of the 忒-, U 41, and in the lower frame hole 311, 231 of the first frame ^ I 胄 31 corresponding to the corresponding card frame member 23, the disk The first-frame m piece will also not increase the assembly difficulty due to the relatively long length of the card frame.
疊接，同^=框條4之框本體41供所對應卡框件U 且1文 N豫疋猎由開設f +虛+ 丁 Ί又對應之下、上定位孔411、231，且 11 1268901 利用疋位件7加以固^，但實施上並非絕對必要。 歸納上述，本發明之載盤裝置除了具有堆疊定位及補. 匕以外，更藉其載盤本體2兩側之卡框件23分別疊接 在該二第框條3之框本體31頂面内側緣時，利用定位二件 7插裝在卡框件23與框本體31所對應開設之上、下定位孔， 二1、3U，而達到結合便利之效果，不會因卡框件η與第· 框條3長度相對加長而造成組裝困難，故4實能達到本 發明之目的。 处惟以上所述者，僅為本發明之三較佳實施例而已，當馨 不月b以此限疋本發明貫施之範圍，即大凡依本發明申請專 利範圍及發明說明内容所作之簡單的等效變化與修飾，皆 仍屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1疋第92206632號案「具有堆疊定位及補強功能之 載盤裝置」之立體分解圖； 圖2是圖1之局部組合立體分解圖； 圖3是本發明具有堆疊定位及補強效果之載盤裝置的鲁 第一較佳實施例之立體分解圖； 圖4是圖3之局部組合立體分解圖； 圖5疋一類似於圖4之視圖，說明本發明具有堆疊定 位及補強效果之載盤裝置的第二較佳實施例； 圖6是本發明具有堆疊定位及補強效果之載盤裝置的 第二較佳實施例之立體分解圖；及 圖7疋圖6之局部組合立體分解圖。 12 1268901 【主要元件符號說明】 ^ < ΐ ·* * * * ，載盤本體 411… …β下定位孔 )»«**»*» •底壁 44'“* …·夾持部 22“""* ，側壁 4 5 “ " …*頂嵌合部 a- y- * * # ΐ * *卡框件 46"“ 底欲合部 231" — ★上定位孔 /j » * » <- …。框抵部 *第一框條 48…* …*固定部 1 令》 *框本體 5…… -…支撐條 3 11…… …下定位孔 «««#<>< …*接合元件 •基槽 7…… •…定位件 *»*»*»< s爽持部 71…< »…帽部 3 5 ^ ^ ，頂嵌合部 72…' …"柱體 3 6 —… -底篏合部 721… ……伸縮缝 *>****#« 〃第二框條 73… …“止逆突環 ^ » Ψ >0 ► » -框本體 74… ……抵塞突環The splicing, the same as the frame body 41 of the frame strip 4 is provided for the corresponding card frame member U and the shovel is opened by the f + imaginary + Ί Ί, the upper positioning holes 411, 231, and 11 1268901 It is fixed by the clamp member 7, but it is not absolutely necessary in practice. In summary, the carrier device of the present invention has a card frame member 23 on both sides of the carrier body 2, and is respectively overlapped on the inner side of the top surface of the frame body 31 of the second frame frame 3, in addition to the stacking positioning and the replenishment. At the time of the edge, the two positioning members 7 are inserted into the positioning frame on the upper and lower positioning holes of the frame member 23 and the frame body 31, and the second and third positions are achieved, and the effect of the combination is facilitated, and the card frame member η and the · The length of the frame strip 3 is relatively long and it is difficult to assemble, so 4 can achieve the object of the present invention. The above is only the preferred embodiment of the present invention, and is not limited to the scope of the present invention, that is, the simplicity of the patent application scope and the description of the invention. Equivalent variations and modifications are still within the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective exploded view of a carrier device having a stacking positioning and reinforcing function; FIG. 2 is a partially assembled perspective exploded view of FIG. 1; 3 is an exploded perspective view of a first preferred embodiment of the present invention; and FIG. 4 is a partial exploded perspective view of FIG. 3; FIG. 2 is a perspective view of a second preferred embodiment of a carrier device having a stacking positioning and reinforcing effect; and a partial combination of FIG. 7 and FIG. Stereoscopic exploded view. 12 1268901 [Explanation of main component symbols] ^ < ΐ ·* * * * , carrier body 411...β lower positioning hole)»«**»*» • bottom wall 44'"*...clamping portion 22" ""*, Sidewall 4 5 " " ...* Top fitting part a- y- * * # ΐ * * Card frame piece 46" "Bottom to fit part 231" — ★ Upper positioning hole /j » * » <- .... Frame abutment portion * first frame bar 48...* ... *fixing portion 1 command" * frame body 5 ... -... support bar 3 11 ... ... lower positioning hole «««#<>< • Base groove 7... • Positioning member *»*»*»<sss holding portion 71...<»...cap portion 3 5 ^ ^, top fitting portion 72...'..." cylinder 3 6 — ... - bottom joint 721... ...... expansion joint *>****#« 〃 second frame 73... ..."reverse ring ^ » Ψ >0 ► » - frame body 74... ...... Plug ring