M263346 14229twf.doc/006 八、新型說明： 【新型所屬之技術領域】 本創作是有關於一種容器吊具，且特別是有關於一 種可吊載至少一容器的容器吊具。 【先前技術】 當物品在運輸或存放時，通常需要容器來加以包裝 及收納，藉以降低物品於運輸或存放時發生損壞的可能 性，而這些容器之種類包括貨櫃、箱子及盒子等。此外， 在某些特殊的情況下，為了避免容器與地面直接接觸，容 器之安置通常需要-容器的承座來配合。但是由於容器的 體積龐大’非人力所鎌運，因此通f會使用—吊車及一 Ϊ器吊具，來將11搬虹容ϋ承虹，城絲承座可 為一平台或是一具有傾斜面之底座。 上述之容器吊具通常包括二支架、接 =其中連接桿之1係連接至這蚊架之—=連接^ 之另一端係連接至這4b支牟之$ 且有H ηΓ 另―。此外，這些支架分別 之係藉由這些扣件相對定位容器及 :間如套設二: 置。相對地，定位於容車而移，至任何位 動而移動至任何位置。〃之各益亦可隨著吊車之致 然而，由於習知之容器吊具 时 因此，當容器之需要搬運的* , 〈吊載谷器。 運的數I增加時，容器书具吊載這 M263德 9twf.doc/006 些容器之次數，也將隨容器之數量增加而相對地增加。 【新型内容】 9 有鑑於此，本創作之目的就是在提供一種容器吊具， 可吊載一或二容器。 。 八 為達本創作之上述目的，本創作提出一種容器吊具， 適用於吊載至少-容器，且容器具有多個第—凸肋及多個 第二凸肋’而這些第-凸肋及這些第二凸肋係連接並突出 自容器之表面’容器吊具可包括二支架、_連接架、多個 鎖固機構、多個第—定位框、多個第二定位框、多個第一 插銷及多個第二插銷。每—這些支架可包括多個吊環、二 ίϊ j個第—凸緣及多個第二凸緣，這些吊環係分別連 接於运些支架之-頂面，這些底塊係相對於—重力方向， 而分別連接於這齡架之—底面Μ端， 二ΓΓ朝;這些支架之中央，而每-這些底塊相: =&之第一端係朝向這些支架之端一 緣係分別連接於這些底塊之第-端ϊ第 上ϋ：之、凸緣及這些第二凸緣匈具有一貫孔。 ^連接架的-端係連接至這些核之―，而連接 ^端料接至這較架之另―。每 包 二這些固定塊分別具有-滑孔，這些= 別之:端m ’且這些拉柄係分 之相對於頂面之一麻而 夕個第一疋位框位於延些支架 、 底面的下方，且這些第一定位框係分別 M263346 14229twf.doc/006 連接至這些技桿之山、 別沿著-滑動方向魅^ ’這些鎖固機構之這些拉桿係分 第一凸緣。多個第移〜動，以分別套松這些第一凸肋與這些 這政第二心適於分別套检這些第二凸肋及 相對定位^:固::及多 結構性干涉之方=另外，多個第二插鎖以 及這些第二定位框。 &二第一凸肋、這些第二凸緣 之一之這些^吊吊—端係連接至這些支架 之另-之這些而吊繩之另—端係連接至這些支架 些拉較佳實施觸叙容μ具丨其中這 第二貫孔，if有—第—貫孔，這些固找可分別具有-些第—插鱗^第二貫孔係分別對應於這些第一貫孔，這 孔，而==!!_穿設於這些第二貫孔及這些第一貫 依昭位這些蚊塊及這些拉桿。 器吊且你u„創作的較佳實施例所述之容器吊具，其中容 至這I第有多個連接元件，這⑽接元件分別連接 銷及這些第二插銷。 -定心土、, ’本創作之容器吊具係藉由上述之這些第 凸緣，再胜!^第二^位框’來分別套拾這些凸肋及這些 位容器吊二：些Ϊ:插銷及這些第二插銷’用以相對定 器，因此二巧些容器。由於容器吊具可同時吊載多個容 ^夠減少吊載這些容器之吊載次數，進而縮短容 M263346 14229twf.doc/006 器^數吊，畢之時間。此外，由於這些拉桿之靠外側的 端白具有這些拉柄，不論這些容器是經由容器吊具配合 吊車來^放在—平台或是具有-傾斜面之底座上，操作員 皆可以藉由這麵柄使這錄桿連帶地移蚊位框，以方 便將这些容器相對定位至或鬆開自容器吊具。 為讓本創作之上述和其他目的、特徵和優點能更明 顯易懂’下文特舉較佳實施例，並配合所㈣式，作詳細 說明如下。 ' 【實施方式】 [第一實施例] 。月參考圖1A及圖1B，其圖ία係為本創作之第一實 施例的一種容器吊具及其所適用之二容器的示意囱，而圖 1B係為圖1A之容器吊具的示意圖。本實施例中之二個 容器100例如為一矩形立方體，而每一這些容器1〇〇分別 具有二個凸肋102及二個凸肋104，而這些凸肋1〇2、1〇4 係分別連接並突出自這些容器1〇〇之兩側，且這些凸肋 102、104分別具有貫孔觸。 一 在第一實施例中，容器吊具200可包括二支架21〇、 一連接架220、八組鎖固機構23〇、四個第一定位框24〇、 四個第二定位框250、八支第一插銷26〇及四支第二插銷 270。值得注意的是，容器吊具2〇〇例如更具有四個連接 元件280，用以分別連接至這些第一插銷26〇及這些第二 插銷270，其中這些支架21(M系分別連接至連接架^之 兩端。 M263346 14229twf.doc/006 此外，上述之八組鎖固機構23〇、四個第一定位框 240、四個第二定位框25〇、八支第一插銷26〇及四支第 二插銷270係平均連接於連接架22〇兩端之支架21〇上。 因此，為方便解說本創作之容器吊具2〇〇，本實施例將僅 說明單一支架210及其相關構件（四組鎖固機構23〇、二 個第一定位框240、二個第二定位框25〇、八支第一插銷 260及四支第二插銷270)，而另一支架21〇及其相關構 件則於本實施例不再贅述。 母一支架210可包括三個吊環212、二個底塊214、 二個凸緣216及二個凸緣218，其中這些吊環212係分別 連接於支架210之一頂面210a，而這些底塊214係相對 於一重力方向g，而分別連接於支架210之一底面乏兩端， 且每一個底塊214之一第一端係朝向支架21〇之中央，而 其第一端則朝向支架210之端緣。此外，這些凸緣;216及 這些凸緣218係分別連接於每一個底塊214之第一端及第 二端，且這些凸緣216及這些凸緣218可分別具有一貫孔 218a 〇 上述之四個鎖固機構230其分別連接於支架210之 兩側’即成對地配設於兩底塊214之兩側，每一個鎖固構 件230可包括至少一固定塊232、一拉桿234及一拉柄 236 °其中，這些固定塊232係分別連接至這些底塊214 上’且這些固定塊232可分別具有一滑孔（未繪示），而 廷拉桿234係分別穿過這些滑孔，而滑設於這些底塊214 上。此外’這些拉柄236係分別連接至這些拉桿234之一 ^26m,〇c/006 m 這些拉柄236來移動這些拉桿说。 承上所述’這些拉桿234可分別具有—貫 示^而這些固定塊232亦可分別具有一貫孔232(a= 些貝孔232a係分別對應於這些拉桿234之這些 240 210 2術之-底_下方，且這些第—定絲_ 分別連接至這些拉桿234之另一端。 兩鈿係 圖2A〜2D係為本創作之第一實施例的-種容器吊 具組裝至二容n的流程圖。首先請參考圖2a，本創&之 2 ^具2〇0例如更包括至少—吊繩29()，而__29() 的n刀別連接至一支架210之頂面21〇a上之這 裱212 ’而這些吊繩之另一端係連接至另一 一 上之這些吊環212，接下來將這些吊繩29〇 套权於吊車之一吊釣108上。如此，容器吊具200便可藉 由吊車之致動而移動至任何位置。相對地，定位於容曰 上之這些容器_亦可隨著吊車之致動而移動i任 何位置。 請依序參考圖2A及圖2B。首先，先藉由吊釣1〇8 將容器吊具細放置於二容器觸上，並使容器吊具200 上之一支架210之四個凸緣216及四個凸緣218係分別盘 f容器上之四個凸肋1G2 (請參考圖1A)及四個凸肋刚 目互對齊，接著手動地依序操作這些拉柄236，藉以將二 支架210上之這些鎖固機構23〇 (請參考圖ib)之這= 拉桿234分別沿著—滑動方向a及—滑動方向b移動了 M263346 14229twf.doc/006 而容器吊具2GG上之這些第-定位框亦將因這些拉桿 234而分別沿著滑動方向a及滑動方向b移動，以分別 將這些凸肋102及這些凸緣216套拾在一起（如圖2B所 示）此時’這些固疋塊232之貫孔232a將分別對應於 這些拉桿234之貫孔（未繪示）。 請同時參考圖2C及圖2D，接者手動地將這些第一 插銷260分別穿設於這些固定塊232之貫孔232a及這些 拉桿234之貫孔（未繪示），用以分別相對定位這些固定 塊232及這些拉桿234，進而使這些容器1〇〇與容器吊具 2^0 會產生相對運動，亦即利用結構干涉的方式，經由 這些第一插銷260來分別相對定位這些固定塊232及這些 拉桿234。 k — 上同一時間，更手動地將這些第二定位框250分別套 拴違些凸肋104 (請參考圖1A)及這些凸緣218 (請參考 f 1B)，由於這些第二定位框25〇之上半部分別具有一 貫=254(請參考圖1B)，且其下半部分別具有一貫孔256 (明參考圖1B)，所以這些第二插銷270 (請參考圖1B) 可分別穿設於這些第二定位框250、這些凸緣218及這些 凸肋1〇4之這些貫孔254、218a、106、256(請參考圖1B)， 而刀別相對疋位這些第二定位框、這些凸緣218及這 些凸肋104，亦即利用結構干涉的方式，經由這些第二插 銷270來分別相對定位這些第二定位框25〇、這些凸緣 及這些凸肋104。 明參考圖3，其圖3係為一種容器吊具將容器傾斜一 M263346 14229twf.doc/0〇6 示意圖° #吊鉤繼相對於重力方“而將吊 ，綱吊起時，，亦間接地將容器吊具2〇〇及這些容器議 2 : 土於吊繩290之以吊鉤⑽為分界所形成的線段其 歹=、盈過特別設定，因此容器吊具200在吊升的過程 中，可2過不同規格的吊繩29〇或調整吊繩29〇之與吊鉤 108為_分界所形成的線段，來使得容器吊具雇相對於地 或傾斜—減Θ ’以適於將這些容器⑽吊載至一 谷益承座上，其可為一具有傾斜面之底座或是一平台。 故户由!!本創作之容器吊具2GG可同時吊載二容器觸， :疋的容器數量下’本創作之容器吊具200能夠以- 次數，而將這些容器刚全數吊載完畢（相較於 自知的谷器吊具）。 、 [第二實施例] 錄* rf考圖4A〜4C，其係為本創作之第二實施例的- 呈TrT、具吊载—容器的流程圖。第二實施例中之容器吊 二」，於吊載―容器⑽’其相同於第—實施例所揭 =谷器。各器100具有多個凸肋1G2，而這些凸肋撤 ^接並突出自容器100之表面，且這些凸肋102分別具 有貫孔106。 ^創作之第二實施例的容器吊具·可包括多條吊 [、四個定位框320及四個插銷330，其中這些定位 娜2〇即疋第一實施例之圖1B的第二定位框250。這些 、、310的一端係分別連接至二個定位框之頂部的扣 12 M263346 14229twf.doc/〇〇6 環，而這些吊繩310之另-端係分別連接至 ，⑽環。接下來’將這些定位框25:係分別套M263346 14229twf.doc / 006 8. Description of the new model: [Technical field to which the new model belongs] This creation relates to a container spreader, and in particular to a container spreader capable of lifting at least one container. [Prior Art] When articles are being transported or stored, containers are usually required to be packed and stored to reduce the possibility of damage to the articles during transport or storage. The types of these containers include containers, boxes and boxes. In addition, in some special cases, in order to avoid direct contact between the container and the ground, the placement of the container usually requires the container's seat to cooperate. However, because the volume of the container is huge, it is not transported by human labor, so Tong F will use—a crane and a crane spreader to move Hongrong to Chenghong. The city seat can be a platform or a tilt Face of the base. The above-mentioned container spreader usually includes two brackets, one of which is connected to the mosquito frame, the other end of which is connected to the mosquito frame, and the other end of which is connected to the 4b branch. In addition, these brackets are used to position the container relative to each other by using these fasteners. In contrast, the vehicle is positioned and moved in any capacity, and moved to any position at any position. The benefits of 〃 can also be caused by the crane. However, due to the conventional container spreader, when the container needs to be transported *, <lifting valley device. As the number of shipments I increases, the number of times that the container bookware hangs these containers will also increase relative to the number of containers. [New content] 9 In view of this, the purpose of this creation is to provide a container spreader that can lift one or two containers. . In order to achieve the above purpose of this creation, this creation proposes a container hanger suitable for lifting at least a container, and the container has a plurality of first ribs and a plurality of second ribs, and these first ribs and these The second raised rib is connected to and protrudes from the surface of the container. The container spreader may include two brackets, a connecting frame, a plurality of locking mechanisms, a plurality of first positioning frames, a plurality of second positioning frames, and a plurality of first latches. And multiple second latches. Each of these brackets may include a plurality of rings, two first j flanges, and a plurality of second flanges. These rings are respectively connected to the top surface of these brackets, and the bottom pieces are relative to the direction of gravity. And respectively connected to this age frame-the bottom M end, two ΓΓ facing; the center of these scaffolds, and each-these bottom block phases: = & the first end is toward the ends of these scaffolds and one edge is connected to these The first and last ends of the bottom block: the flanges and the second flanges have a through hole. The -end of the connecting frame is connected to these cores, and the connecting end is connected to the other frame. Each of these two fixing blocks has -sliding holes, these = otherwise: the end m ', and the handles are divided relative to one of the top surface, and the first frame is located below the bottom of the support and the bottom surface. And these first positioning frames are respectively M263346 14229twf.doc / 006 connected to the mountains of these technical poles, don't follow the -sliding direction ^ 'The tie rods of these locking mechanisms are divided into first flanges. Multiple movements to loosen the first raised ribs and the second center respectively are suitable for inspecting the second raised ribs and their relative positioning ^: solid :: and multi-structural interference = another , Multiple second mortise locks and these second positioning frames. & two first raised ribs, one of these second flanges, the hanging end is connected to the other of the brackets, and the other end of the hanging rope is connected to the brackets. Xu Rong has the second through hole, if there is a first through hole, these solid finds can have some first through holes, respectively. The second through hole system corresponds to these first through holes, this hole, And == !! _ through these second through holes and these first through holes, these mosquito blocks and these tie rods. The device hanger and the container hanger described in the preferred embodiment created by the u u, wherein there are a plurality of connecting elements, and the connecting elements are respectively connected to the pins and the second pins. -Centering soil ,, 'The container hanger of this creation uses the above-mentioned first flanges to win again! ^ Second ^ bit frame' to pick up these ribs and these two container hangers separately: some Ϊ: latches and these second latches 'It is used to fix the container, so two containers are used. Because the container spreader can lift multiple containers at the same time, it is enough to reduce the number of hoisting of these containers, thereby reducing the capacity. M263346 14229twf.doc / 006 In addition, since the outer ends of these levers have these handles, whether the containers are placed on a platform or a base with a tilted surface, the container can be placed on a platform or a tilted surface with a container hanger. With this handle, the recording rod is moved together with the mosquito bit frame to facilitate the relative positioning or release of these containers from the container hanger. In order to make the above and other purposes, features and advantages of this creation more comprehensible 'The following describes the preferred embodiment and cooperates with all The detailed description is as follows: [Embodiment] [First embodiment]. Referring to Figures 1A and 1B, the figure αα is a container hanger of the first embodiment of this creation and the second application thereof 1B is a schematic diagram of a container of FIG. 1A. The two containers 100 in this embodiment are, for example, rectangular cubes, and each of these containers 100 has two convex ribs 102 and Two ribs 104 are connected to each other and protrude from both sides of the container 100, and the ribs 102 and 104 have through-hole contacts, respectively. For example, the container spreader 200 may include two brackets 21, one connecting frame 220, eight sets of locking mechanisms 23, four first positioning frames 24o, four second positioning frames 250, and eight first pins 26. 〇 and four second pins 270. It is worth noting that the container spreader 200, for example, has four connecting elements 280 for connecting to the first pins 26 and the second pins 270, respectively, where the brackets 21 (M series are connected to both ends of the connecting frame ^. M263346 14229twf.doc / 006 In addition, the above eight sets of locking mechanisms 23, four first positioning frames 240, four second positioning frames 250, eight first pins 26, and four second pins 270 are evenly connected to the connecting frame 22. 〇 The brackets 21 on both ends are mounted on top of each other. Therefore, in order to facilitate the explanation of the container hanger 200 of this creation, this embodiment will only describe a single bracket 210 and its related components (four sets of locking mechanisms 23, two first The positioning frame 240, two second positioning frames 25, eight first pins 260, and four second pins 270), while the other bracket 21 and its related components are not described in this embodiment. 210 may include three rings 212, two bottom blocks 214, two flanges 216, and two flanges 218, where the rings 212 are respectively connected to one of the top surfaces 210a of the bracket 210, and the bottom blocks 214 are opposite to A direction of gravity g is respectively connected to one end of a bottom surface of the bracket 210, and a first end of each bottom block 214 faces the center of the bracket 21o, and a first end thereof faces an end edge of the bracket 210. In addition, these flanges; 216 and these flanges 218 are respectively connected to the first end and the second end of each bottom block 214, and these flanges 216 and these flanges 218 may have a through hole 218a, respectively. Each locking mechanism 230 is respectively connected to two sides of the bracket 210, that is, arranged in pairs on both sides of the two bottom blocks 214. Each locking member 230 may include at least one fixing block 232, a tie rod 234, and a tie rod. The handle 236 °, wherein the fixing blocks 232 are respectively connected to the bottom blocks 214 ', and the fixing blocks 232 may each have a sliding hole (not shown), and the tie rods 234 respectively pass through the sliding holes and slide. It is provided on these bottom blocks 214. In addition, these pull handles 236 are respectively connected to one of these pull rods 234 ^ 26m, 0c / 006 m These pull handles 236 are used to move these pull rods. According to the description, 'these pull rods 234 may each have a through hole ^, and the fixing blocks 232 may also have a through hole 232 (a = some bee holes 232a are corresponding to the 240 210 2 of the draw rod 234 respectively-the bottom _ 下 ， 和 第-定 丝 _ are respectively connected to the other ends of these tie rods 234. Figures 2A ~ 2D are flowcharts of the assembly of a container hanger to the second capacity n in the first embodiment of this creation. First, please refer to FIG. 2a. The original 2 & 2 includes, for example, at least-a lanyard 29 (), and the n blade of __29 () is connected to the top surface 21〇a of a bracket 210. This mount 212 'and the other end of the slings are connected to the rings 212 on the other one, and then the slings 290 are set on one of the cranes to fish 108. Thus, the container sling 200 It can be moved to any position by the actuation of the crane. In contrast, these containers located on Rong Yue can also be moved to any position with the actuation of the crane. Please refer to FIG. 2A and FIG. 2B in sequence. First First, the container spreader is finely placed on the two containers to touch by 108, and one of the brackets 210 on the container spreader 200 is touched. The four flanges 216 and four flanges 218 are respectively the four ribs 1G2 (refer to FIG. 1A) and the four ribs on the disc f, and the four ribs are just aligned with each other, and then the handles 236 are manually operated in sequence. By this, these locking mechanisms 23 on the two brackets 210 (refer to FIG. Ib) = the lever 234 has been moved along-sliding direction a and-sliding direction b M263346 14229twf.doc / 006 and the container hanger 2GG The first positioning frames will also move along the sliding direction a and the sliding direction b due to the pull rods 234 to pick up the ribs 102 and the flanges 216 respectively (as shown in FIG. 2B). 'The through holes 232a of the fixing blocks 232 will correspond to the through holes (not shown) of the tie rods 234, respectively. Please refer to FIG. 2C and FIG. 2D at the same time, and then manually insert the first pins 260 in these The through holes 232a of the fixing block 232 and the through holes (not shown) of the tie rods 234 are used to relatively position the fixing blocks 232 and the tie rods 234 respectively, so that the container 100 and the container hanger 2 ^ 0 will be generated. Relative motion, that is, by means of structural interference, via these first interpolations 260 to position the fixing blocks 232 and the tie rods 234 relative to each other. K — At the same time, the second positioning frames 250 are sleeved against the ribs 104 (refer to FIG. 1A) and the flanges 218 ( (Please refer to f 1B). Since the upper half of these second positioning frames 25 has a consistency of 254 (refer to FIG. 1B), and the lower half of each of them has a through hole 256 (refer to FIG. 1B), so these The two latches 270 (refer to FIG. 1B) can pass through the through holes 254, 218a, 106, and 256 of the second positioning frame 250, the flanges 218, and the ribs 104 (see FIG. 1B), And the knife positions the second positioning frames, the flanges 218, and the ribs 104 relative to each other, that is, the second positioning pins 25 and the projections are positioned relative to each other through the second pins 270 by means of structural interference.缘 与 these convex ribs 104. Reference is made to Figure 3, which is a schematic diagram of a container hanger that tilts the container by M263346 14229twf.doc / 0〇6 ° #The hook is then lifted relative to the gravity side, and when it is hoisted, it is also indirectly The container spreader 2000 and these containers are discussed as follows: The line segment formed by the hook ⑽ as the boundary between the soil and the hanging rope 290 is specially set, so the container spreader 200 is in the process of lifting, Can be used to pass different specifications of the sling rope 29 or adjust the line segment formed by the sling rope 29 and the hook 108 to delimit the container spreader relative to the ground or inclined-minus Θ 'to suit these containers ⑽Hanging to the Yiguyi bearing seat, it can be a base with an inclined surface or a platform. Therefore, the container sling 2GG created by this user can simultaneously lift two container touches: 疋 the number of containers 疋The container spreader 200 of this creation can be completely hoisted by these containers (compared to the self-known valley spreader). [Second Embodiment] Record * rf Consider Figures 4A ~ 4C, It is the flow chart of the second embodiment of this creation-showing TrT, with hanging-container. The "container hoisting second" is the same as the container disclosed in the first embodiment. Each container 100 has a plurality of protruding ribs 1G2, and these protruding ribs are retracted and protruded from the surface of the container 100, and the protruding ribs 102 have through holes 106, respectively. ^ The container hanger of the second embodiment of the creation may include a plurality of hangers [, four positioning frames 320, and four bolts 330, where these positioning components 20 are the second positioning frames of FIG. 1B of the first embodiment. 250. One end of these and 310 are respectively connected to the buckles on the top of the two positioning frames. 12 M263346 14229twf.doc / 〇06 loops, and the other end of these slings 310 are respectively connected to the loops. Next ’put these positioning frames 25:
Jr 100 ^之这些凸肋102。此時，這些定位框320 之貝孔322將分別對應於這些凸肋1〇2之貫孔I%。 再將這些插銷330分別穿設於這些定位框3 及這些凸肋102之貫孔舰，用以分別相對定位^定位 框320及這些凸肋102，而利於吊車之吊釣爾經 300來吊起容器1〇〇。 ’、 綜上所述，本創作之容器吊具的優點至少包括： ο)本創作之谷器吊具乃是藉由上述之這些第一定 位框及這些第二定位框，來分別祕這些凸驗 緣，再藉由這些第-插銷及這些第二插銷；：用以相對^ 容器吊具及這些容ϋ。由於容H吊具刊料載多個容 器，因此能夠減少吊載這些容器之吊載次數。 (2)本創作之谷器吊具由於是藉由上述之這些第一 插銷及這些第二插銷，來將容器輕易地定位於容器吊具 上。相反地，當容器欲從容器吊具上拆卸下來時，只要^ 這些第一插銷及這些第二插銷拔出，即可快速地將容器從 容器吊具上卸下。 ° > (3)由於本創作之容器吊具之這些拉桿之一端皆具 有這些拉柄，所以不論這些容器是需要置放在較高的平台 或是較向的傾斜面之底座時，操作員只要爬上樓梯，就可 以伙谷器之側面手動地操作這些拉柄，以使這些拉桿連帶 地移動定位框，而藉由這些拉柄連帶地移動定位框，除了 13 M263lM4doc/006 方便?這些容器相對定位至或鬆開自容器吊具之外， 以提高操作員從容器吊具上將這些容器卸下之安全性。 、，然本創作已以較佳實施例揭露如上，然其並非用 以限定本創作，任何熟習此技藝者，在不脫離本創作 :中:範圍内’當可作些許之更動與潤飾’因此本創作之: 遵範圍當視後附之申請專利範圍所界定者為準。 ,、 【圖式簡單說明】 圖1A係為本創作之第一實施例的一種容器吊具及其 所適用之二容器的示意圖。 " 圖1B係為圖ία之容器吊具的示意圖。 圖2A〜2D係為本創作之第一實施例的一種容器吊 具組裝至二容器的流程圖。 ^ ° 圖3係為一種容器吊具將容器傾斜一角度吊起的示 意圖。 圖4Α〜4C係為本創作之第二實施例的一種容器吊具 吊載一容器的流程圖。 【主要元件符號說明】 100 ： 容器 102、 104 :凸肋 106 ： 貫孔 108 ： 吊鉤 200 ： 容器吊具 210 ： 支架 210a :頂面 M263紙。- 212 :吊環 214 :底塊 216、218 :凸緣 218a、232a、254、256 ··貫孔 220 :連接架 232 :固定塊 234 :拉桿 236 :拉柄 240 :第一定位框 250 :第二定位框 260 :第一插銷 270 :第二插銷 280 :連接元件 300 :容器吊具 310 :吊繩 320 :定位框 330 :插銷 322 :貫孔 A、B :滑動方向 g :重力方向 Θ :角度 15These ribs 102 are Jr 100. At this time, the shell holes 322 of the positioning frames 320 will correspond to the through holes I% of the ribs 102, respectively. The bolts 330 are respectively penetrated through the through-hole ships of the positioning frames 3 and the ribs 102, and are used to position the positioning frames 320 and the ribs 102 relative to each other, so as to facilitate lifting by the crane 300 of the crane. Container 100. 'In summary, the advantages of the container spreader of this creation include at least: ο) The valley spreader of this creation uses the above-mentioned first positioning frames and these second positioning frames to separately distinguish these projections. Examine the margins, and then use the first and second latches: to compare the container spreader and the container. Since the H-spreader contains multiple containers, the number of hoisting of these containers can be reduced. (2) Since the valley sling of this creation uses the above-mentioned first latches and these second latches to easily position the container on the container spreader. Conversely, when the container is to be detached from the container spreader, as long as the first and second latches are pulled out, the container can be quickly removed from the container spreader. ° > (3) Since one end of these drawbars of the container hanger of this creation has these handles, whether the containers need to be placed on a higher platform or a base with a more inclined surface, the operator As long as you climb up the stairs, you can manually operate the handles with the side of the trough, so that the rods move the positioning frame together, and by using these handles, the positioning frame is moved, except for the convenience of 13 M263lM4doc / 006. These containers Relative positioning or release from the container spreader to improve the safety of the operator in removing these containers from the container spreader. However, this creation has been disclosed as above with a preferred embodiment, but it is not intended to limit this creation. Anyone skilled in this art will not depart from this creation: in the scope: 'When you can make some changes and retouching', therefore The scope of this creation: The scope of compliance shall be determined by the scope of the attached patent application. [Simplified description of the drawings] FIG. 1A is a schematic diagram of a container spreader and two containers applicable to the first embodiment of the creation. " Fig. 1B is a schematic diagram of the container spreader of Fig. α. 2A to 2D are flowcharts of assembling a container spreader to two containers according to the first embodiment of the present invention. ^ ° Figure 3 is a schematic diagram of a container lifting device that lifts a container at an angle. Figs. 4A to 4C are flowcharts of a container lifting device for lifting a container according to the second embodiment of the present invention. [Description of main component symbols] 100: containers 102, 104: ribs 106: through holes 108: hooks 200: container hangers 210: brackets 210a: top surface M263 paper. -212: Hanging ring 214: Bottom block 216, 218: Flange 218a, 232a, 254, 256 ... Through hole 220: Connecting frame 232: Fixing block 234: Pull rod 236: Pull handle 240: First positioning frame 250: Second Positioning frame 260: first latch 270: second latch 280: connecting element 300: container hanger 310: hanging rope 320: positioning frame 330: latch pin 322: through hole A, B: sliding direction g: direction of gravity Θ: angle 15