201134738 - 六、發明說明： 【發明所屬之技術範圍】 本發明係關於倉庫設備，其包括：以平面觀之，在靠近 在攸天化板側垂吊支樓的狀態下於設定行車範圍自由移動 的物°。搬運用的天花板搬送車的設定行車範圍的狀態下設 置於地板面側’且將複數物品縱橫並排的狀態下自由收納 、 體，以及用於讓操作者從地板面上下設置於倉庫 主體的外壁上+ ' 土上在上下方向和該設定行車範圍至少有一部分 重疊尚度的保養操作者進入用的升降具。 【先前技術】 上述倉庫設備為，例如在半導體電路板製造廠中，為 =用天花板搬送車搬送的基板收納容器作為物品收納， 沿者天花板搬送車的設定行車範圍的複數個設置位置所設 σ $倉庫設備中的倉庫主體的内部設有，將收納物 。。的收納部縱橫並排構成的收納架，以及自動對於該收納 架上各收納部進行物品的移載的物品搬送裝置。因此，倉 庫主體之平面視形狀為矩形狀的長方體形狀為多，設置空 間的情況則以配置為平面視長邊沿著天花板搬送車的設定 行車範圍的狀態為多。此外，在倉庫主體具 ： 和天花板搬送車之間自由授受物品之物，或為 二：板搬达車之間沒有進行物品的授受、設置於地板面側 I、他移载裝置或與操作者的之間自由授受物品之物。 201134738 如此種倉庫主體的保養工作，由操作者進入倉庫本體 的内。p進卩$過’在對收納架的上層部分進行保養工作 的時候’要在倉庫主體的内部上層工作用的高度形成工作 用的内部踏台來進行保養卫作（例如參照專利文獻υ。 在倉庫主體的外壁設有用以讓進行保養工作的操作者 進人口$ ’設置於地板面附近的下層 用進入口’遢有配合工作用的内部踏台形成的高度而設置 的層用進入口。工作用的内部踏台的高度的情況，上層 用的進人口係&置於在±下方向上和設定行車範圍至少一 4刀疋重疊的尚度位置。.考量到倉庫主體是配置為平面視 長邊側沿著天花板搬送車的設定行車範圍的狀態，上層用 進入口多設置在平面視短邊側的外壁。 缸作者使用設置在倉庫主體外部的升降具上升到上層 :的進入口，藉此，可以從進入口登上設置在倉庫主體内 的工作用的内部踏台。 然後’在以刖是如專利文獻1所述，作業者用以上升 到上層用的進入口所使用的升降具，構成為在倉庫主體的 外壁固定狀態的梯子。 另外’專利文獻1所述之物令，在倉庫主體的内部工 乍用的内部踏台係設置為自由升降，操作者在升降具上升 到上層用的進入口的高度後，在進入内部之前，在搭乘設 置於倉庫主體的外壁的外部工作台的狀態，藉由操作手動 式的升降裝置，將位於倉庫主體上部的工作用的内部踏台 下降到上層工作台的高度，然後可以進入内部。 201134738 [技術文獻] [專利文獻] [專利文獻1]特開2009-73627號公報 【發明内容】 本發明欲解決的課題 在以前的倉庫設備中，升降具係構成為設置成固定於 倉庫主體的外壁的狀態的梯子，戶斤以，須要有設置的倉庫 主體的數量的升降具。尤其是如專利文獻丨那#，在倉庫 此也需要有設置的倉 主體的外壁設置外部工作台的情況 庫主體的數量。因此， 候’複數倉庫主體分別 倉庫設備。 在工場内設置複數台倉庫主體的時 包括升降具，是不利於成本方面的 力汁，不用設置為固定在 ，一，八必叫饰卞，而便 用可自由移動㈣子或馬椅料的—般可搬運式的升降 具1在進入倉庫本體内部之前，搭乘於升降具的狀 進仃某種作業（例如，如上述一樣 ^ 降操作，或者設置於…… 的内部踏台的升 踏腳處不穩定，而難以進行工作，而且，倉庫主)時因為 工作期間繼續讓天花板搬送車移動進 的保養 所使用的升降呈的古声^ 用的话，則隨著 *… 該此升降具的搬運設定工作以;^ 。又之後的倉庫主體㈣養 時，一邊、，主土 4必 頊在進行作業的同 移動中的天花板搬送車的干擾，而右 無法順利進行保養工 丁復而有可能 201134738 处本發明有鑑於此，其目的為’提供在成本方面有利， 且能約順利進行保養工作的倉庫設備。 用以解決課題的手段 為了達到這個目的，本發明的倉庫設備的第丄特徵構 成為’倉庫主體，其設置於，以平面觀之在靠近在從天花 板側垂吊支樓的狀態下於設定行車範圍自由移動的物品搬 運用的天化板搬送車的設定行車範圍的狀態下的地板面 側，且將複數物品縱橫並排的狀態下自由收納；以及升降 具，用於讓操作者從地板面上下設置於倉庫主體的外壁上 在上下方向和該設定行車範圍至少有—部分重疊週度的保 養操作者進入用的上層用的進入口；其中該升降具由對於 倉庫主體的外壁自由裝卸，且移動用的車輪並可由人為操 作而在地板面上自由移動的升降用台車構成，而且，上端 部的地板上高度構成為低該天花板搬送車的該於設定行車 範圍的下限高度。 據本特徵構成，升降具係設置為對倉庫主體的外壁自 由裝卸，因此，能夠讓升降具從倉庫主體脫離。另外，升 降由具有移動用的車輪並可由人為操作而在地板面上自由 移動的升降用台車構成，所以由人手的推拉操作就能夠在 地板面上穩定移動。因此’在設置有複數倉庫主體的情況 下’將作為-個升降具的升降用台車從某倉庫主體脫離的 狀態中，使其移動到別的倉庫主體並安裳在該別的倉庫主 體的外壁上，藉此，就能夠將其使用作為上述別的倉庫主 體的保養工作時的升降具。因此，複數倉庫主體別 201134738 -備置升降具，而成為在成本方面有利的倉庫設備。 另外，因為是構成為升降具的 搬送車的执定—由^取上円度低於天花板 ::的…車範圍的下限高度，所以使得作為升降具 、降用台車在地板面上移動的時候，不會和天… 車互相干擾。因此，將升 化 达 ㈣口單移動麵作的操作者無須 特別左意和天花板搬送車的 、 體的保養工作。 干擾就月匕夠順利進行倉庫主 如上述，獲致在成本方面有利， 養工作的倉庫設備。 @且’能順利進行保 本發明的倉庫設備的.第2特徵構成為，沿 的板狀橫向保護套設置為固定在 ° 勹u疋在別述升降用台 =’沿者垂直方向從上端部向上方突出的板狀的縱向保護 ^置為對前述升降用台的上端部自由“；二 置於和前述設定行車範圍交又方- 土 ^ 土 ’月丨〗返升F备田a 車構成為在位於前述外壁前而也丨AA ° 土則面側的狀態下裝設在前述会庙 主體上；該橫向保護套構成為，力^ 成為在則述升降用台車 則述倉庫主體的前述外壁的狀態下， 早裝。又於 壁前面側及前述升降用台車的上端部的:度=:::外 定行車範圍’將前述天花板搬送車的前述設定行車;:二 存在空間及其下方的空間區隔；該縱向保護套構成π 前述升降用台車裝設於前成為，在 月】述倉庠主體的前 下，於設有該進入口的外壁前 4狀您 U久阿於刖4升降 的上端部的高度’沿著前述設 用口車 义订皁軏圍’將前述 搬送車的前述設定行車範圍的存 、天化板 二間及遠倉庫本體的存 201134738 在空間區隔。 據本特徵構成，橫向 妝，借番^ 保護套形成為沿著水平方向的板 狀，備置為在升降用台車π们板 動摔作升膝m ^ _ 上端邛固定的狀態，所以在移 是低於設定行車範園的τ降用。車的上端部的高度仍 套，在使升降用台車在地板 斤乂即使具有橫向保護 也；j；合^ + 移動的時候，橫向保護套 也不會和天花板搬送車互相干擾。 答 另外’縱向保護套形志A、VL I + 方办ψι5Λ44 成為/口者垂直方向從上端部向上 方犬出的板狀，不過，θ 部自由㈣ 、因為疋5又置為對升降用台車的上端 、Ρ ’所以在移動操作升降用台車的時候，讓縱 保護套從升降用台車的' 1脫離藉此，能夠使升降台 車之上端部的高度低於 穴化扳搬达車的設定行車範 限高度。所以，即使且右、态人& 早乾圍的下 卩使”有適合於縱向保護套，當升降用台 車在地板面上移動的時候201134738 - VI. Description of the invention: [Technical scope of the invention] The present invention relates to a warehouse apparatus, which comprises: in a plan view, freely moving in a set driving range in a state of hanging a branch building near the side of the rafting board The object °. The ceiling transport vehicle for transportation is installed on the floor surface side in a state where the driving range is set, and the plurality of articles are stored in a state in which the plurality of articles are vertically and horizontally arranged, and the operator is provided on the outer wall of the warehouse main body from the floor surface. + 'The lifter that the maintenance operator enters in the up and down direction and at least a part of the set driving range. [Prior Art] The above-mentioned warehouse equipment is, for example, a semiconductor storage board manufacturing facility, which is a substrate storage container that is transported by a ceiling transport vehicle, and is stored as an article, and is provided along a plurality of installation positions of the set driving range of the ceiling transport vehicle. The inside of the warehouse main body in the warehouse equipment is provided, and the storage items are placed. . The storage unit has a storage rack that is vertically and horizontally arranged in a row, and an article transport device that automatically transfers the articles to the storage units on the storage rack. Therefore, the shape of the rectangular parallelepiped of the main body of the warehouse is large, and when the space is set, the state in which the plane viewing length is arranged along the set driving range of the ceiling transport vehicle is large. In addition, the goods are freely accepted between the main body of the warehouse and the ceiling transport vehicle, or the second: the transfer of the goods between the board transport vehicles is not carried out, the floor surface side I, the transfer device or the operator Between the freely accepted items. 201134738 If the maintenance work of such a warehouse main body, the operator enters the inside of the warehouse main body. When the maintenance work is performed on the upper part of the storage rack, the internal working platform for the upper part of the main body of the warehouse is used to form the internal treadmill for work (for example, refer to the patent document υ. The outer wall of the main body is provided with a layer entry port for the operator who performs the maintenance work to enter the lower entrance port of the population, which is disposed near the floor surface, and has a height formed by the internal step for the work. In the case of the height of the internal step, the upper part of the population system & is placed at the lower position of the lower part of the range and the set driving range is at least 4 knives overlapping. Considering that the warehouse main body is configured as the plane view long side edge In the state of setting the driving range of the ceiling transport vehicle, the upper entrance opening is provided on the outer wall of the short side of the plan view. The cylinder author uses the lifter provided outside the main body of the warehouse to rise to the upper entrance of the warehouse: The entrance port is mounted on the internal step set for work in the main body of the warehouse. Then, 'Is it is as described in Patent Document 1, the operator uses it to rise. The lifter used for the entrance port for the upper layer is configured as a ladder that is fixed to the outer wall of the warehouse main body. Further, the object described in Patent Document 1 is provided as an internal step for the internal work of the warehouse main body. When the lifter rises to the height of the entrance port for the upper layer, the operator will be in the warehouse by operating the manual lift device while riding the external workbench provided on the outer wall of the warehouse main body before entering the interior. The internal step of the upper part of the main body is lowered to the height of the upper stage, and then can enter the inside. 201134738 [Technical Document] [Patent Document] [Patent Document 1] JP-A-2009-73627 [Abstract] The present invention is to be solved In the conventional warehouse equipment, the lifting device is configured as a ladder that is installed in a state of being fixed to the outer wall of the warehouse main body, and it is necessary to have a lifting device having a number of warehouse main bodies installed, especially as in the patent document. #, In the warehouse, this also requires the number of library bodies in the case where the outer wall of the installed warehouse main body is set. Therefore, Waiting for the multiple warehouse main warehouse equipment. When setting up multiple warehouse main bodies in the workshop, including lifting equipment, it is not conducive to the cost of the juice, not set to be fixed, one, eight must be decorated, and can be used The freely movable (four) sub-horizon or the carriage-type lifting device 1 can be loaded into the shape of the lifting device before entering the interior of the warehouse body (for example, as described above), or placed in... In the case of the old-fashioned foot of the internal step of the elevator, it is difficult to carry out the work, and the old sound of the lift used by the maintenance of the ceiling transporting vehicle during the work is continued. *... The handling of the lifter is set up; ^. After the warehouse main body (4) raises the time, the main soil 4 must interfere with the ceiling transport vehicle in the same movement, and the right cannot be smoothly carried out. In view of the above, the purpose of the present invention is to provide a warehouse facility that is advantageous in terms of cost and can perform maintenance work smoothly. Means for Solving the Problem In order to achieve the object, the third feature of the warehouse equipment of the present invention is configured as a 'warehouse main body, which is disposed in a plan view in a state in which the branch is suspended from the ceiling side. The floor panel side of the setting of the driving range of the naturalized sheet transporting vehicle for freely moving the article, and the plurality of articles are freely stored in a state in which the plurality of articles are arranged side by side; and the lifting device for allowing the operator to face from the floor surface The inlet port for the upper layer for the maintenance operator to enter the upper wall of the main body of the warehouse in the up-and-down direction and the set driving range at least partially overlapping; wherein the lifting device is freely loaded and unloaded by the outer wall of the warehouse main body, and moved The wheel used may be constituted by a lifting cart that is freely movable on the floor surface by manual operation, and the floor height of the upper end portion is configured to be lower than the lower limit height of the ceiling setting vehicle in the set driving range. According to this feature, the lifting device is provided to be detachably attached to the outer wall of the main body of the warehouse, so that the lifting device can be detached from the main body of the warehouse. Further, the lifting and lowering is constituted by a lifting trolley having a wheel for movement and being freely movable on the floor surface by human operation, so that the pushing and pulling operation by the human hand can stably move on the floor surface. Therefore, in the case where the plurality of warehouse main bodies are detached from the main body of the warehouse, the truck is moved to another warehouse main body and is placed on the outer wall of the other warehouse main body. In this way, it is possible to use the lifter as a maintenance work for the other warehouse main body described above. Therefore, the multiple warehouse main body 201134738 - the installation of lifting equipment, and become a cost-effective warehouse equipment. In addition, because it is a lower limit of the range of the car range that is lower than the ceiling:: because the lift is used as the lifter, the lifter and the descending trolley move on the floor surface. It won't be with the sky... The cars interfere with each other. Therefore, the operator who upgrades to (4) the single-moving surface does not need to pay special attention to the maintenance work of the car and the ceiling. The disturbance is smooth enough for the warehouse owner. As mentioned above, the warehouse equipment that is advantageous in terms of cost and maintenance work is obtained. @且' can be smoothly carried out in the warehouse equipment of the present invention. The second feature is that the plate-shaped lateral protective cover is arranged to be fixed at ° 勹u疋 in the other side of the lifting table = 'the vertical direction of the edge from the upper end The longitudinally protected plate-shaped longitudinal protection is placed freely on the upper end of the lifting platform; the second is placed in the same range as the above-mentioned setting, and the grounding is made. It is installed in the main body of the temple in front of the outer wall and also on the side of the surface of the soil AA °; the lateral protective cover is configured to be the outer wall of the warehouse main body in the lifting trolley. In the state, it is installed early. On the front side of the wall and the upper end of the above-mentioned lifting trolley: Degree =::: External driving range 'The above-mentioned setting of the above-mentioned ceiling transport vehicle;: Two existing spaces and spaces below it The longitudinal protective cover constitutes π. The lifting trolley is installed in the front, and the front and the lower side of the main body of the squatting body are in front of the outer wall provided with the inlet opening. The height of the upper end is along the aforementioned access port义 軏 軏 ' ' 将 ' ' ' ' ' ' ' ' ' ' 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 The plate shape along the horizontal direction is set to be in a state in which the lifting trolley π 板 动 升 m m m m m ^ m m m m m m m m m m m m m m m m m m m m m m m m m m m m m τ τ τ τ τ τ τ The height is still set, so that even if the lifting trolley is on the floor, even if it has lateral protection; j; combined + + when moving, the lateral protective cover will not interfere with the ceiling transport car. A, VL I + ψ Λ Λ Λ Λ 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 成为 θ θ θ 所以 所以 所以 所以 所以 所以 所以 所以 所以When the lifting trolley is operated, the vertical protective cover can be disengaged from the '1 of the lifting trolley, so that the height of the upper end portion of the lifting trolley can be lower than the set driving limit height of the cavitating pulley. Therefore, even if , Intact & earlier that the girth of the Jie "longitudinal protective sheath is adapted to have, when the lifting carriage moves on the floor surface
亏倏也不會和天花板搬送車互相干 擾。 I 如此，升降用台車雖然具有橫向保護套以及縱向保護 y旦是當升降用台車在地板面上移動的時候，也不會和 天花板搬送車互相干擾，而能夠使升降用台車在地板面上 無問題地移動。 橫向保護套為，在前述升降用台車裝設於前述倉庫主 =的前述㈣的狀態下’於設有該進人口的外壁前面側及 削述升：用台車的上端部的高度，沿著前述設定行車範 圍’將削述天花板搬送車的前述設定行車範圍的存在空間 及倉庫主體的存在空間區隔’所以’移動操作升降用台車 201134738 使其女裝在倉庫主體的外壁，藉此，於設有該進入口的外 壁前面側及則述升降用台車的上端部的高度，能夠將設定 二車fe圍的存在空間及其下方的空間以橫向保護套加以區 隔因此此夠藉由橫向保護套阻止從下方進入在外壁前 面側的天化板搬送車的設定行車範圍内，所以藉由將升降 用〇車安裝在外壁的前面，能夠阻止使用該升降用台車上 升到進入口的操作者的頭部等從下方進入天花板搬送車的 &定行車範圍内。藉此’能夠防止操作者從下方碰觸到天 ^包板搬送車。 縱向保護套，在前述升降用台車裝設於前述倉庫主體 的别述外壁的狀態下，於設有該進入口的外壁前面側及高 於剛述升降用台車的上端部的高度，沿著前述設定行車範 圍=將别述天花板搬送車的前述設定行車範圍的存在空間 及該层庫本體的存在空間區隔’所以移動操作升降用台 車並安裝在倉庫主體的外壁以將縱向保護套安裝再升降 藉此在设有進入口的外壁的前面側及高於升降 用口車的上端部之處，能夠以縱向保護套分隔設定行車範 圍f存在空間和倉庫主體的存在空間。因此能夠藉由縱向 呆2，阻止從橫方向進入在外壁前面側之天花板搬送車 的叹疋走行範圍内’所以藉由裝設在對倉庫主體的外壁的 升降用直μ D早上，就能夠阻止使用該升降用台車上升到進入 狄的操作者的手臂等從側方進入天花板搬送車的設定走行 乾圍内。藉此能夠阻止操作者從側方接觸到天花板搬送車。 如上述，在和天花板搬送車的設定行車範圍交差方向 201134738 的外壁上δ又置進入口，在位於該外壁前面側的狀態下，升 降用台車安裝於倉庫主體的時候，藉由設置横向保護套及 縱向保護套，能夠阻止使用該升降用台車上升到進入口的 操作者接觸天花板搬送車。而且，即使裝設了這些保護套， 如上所述般升降用台車和天花板搬送車也不會互相干擾， 而能夠無問題地使升降用台車在地板面上移動，所以不會 成為移動操作升降用台車時的障礙。 本發明的倉庫設備的第3特徵構成為，前述升降用合 車構成為’具有在上下方向的中間高度沿著水平方向的工 作踏台；前述工作踏台構成為，當前述升降用台車被移動 操作㈣候’使得從前述升降用台車脫離的該縱向保護套 以沿著水平方向的姿勢自由載置支撐。 依據本特徵構成，在升降用台車中上下方向的中間高 度具有沿著水平方向的工作踏台，所以在將升降用台車安 =在倉庫主體的外壁的狀態下使用升降用台車的操作者， 進進入口時先在工作踏台以起立姿勢，進行例如縱向 保護套安裝工作、内部卫作台的升降操作、和設置於進入 ^門的開閉操作，因此作業性佳。$外，也可以在作業 1表起立姿勢進仃關於保養卫作結束之後進行的縱向保 濩套的拆離作業，所以作業性好。 卜w在地板面上移動操作升降用台車時，將ά] 由裝卸的縱向保護套從升 ^ i 开降用0車脫離，不過，該卸葡 向保護套就那樣沿著 者水千方向留置在工作踏台就月 ’所以不需要處理卸離後的縱向保護套，而能夠迅ϋ 10 201134738 繼續進行其後的移動處理，作業性佳。 而且’若升降用台車有 樣在倉庫主體不#罢从a p使如冋以前那 厍體不故置外部踏台，在倉庫外部的上 作容易進行，戶斤以在&太tit θ。’工 汴以在成本方面也更加有利。 有關本發明的倉庫設備的第 用台車構成為，以白山壯 為則述升降 — 裝卸的方式設置：用以在地The deficit will not interfere with the ceiling transport truck. I. In this case, although the lifting trolley has a lateral protective cover and longitudinal protection, when the lifting trolley moves on the floor surface, it does not interfere with the ceiling transporting vehicle, and the lifting trolley can be used on the floor surface. Move problematicly. The horizontal protective cover is provided in the state in which the lifting trolley is installed in the above-mentioned (4) of the main storage, and the height of the upper end of the outer wall of the passenger is provided along the front side of the outer wall Setting the driving range' will describe the existence space of the above-mentioned set driving range of the ceiling transport vehicle and the existence space of the warehouse main body. Therefore, the mobile operation lifting trolley 201134738 is used to make the women's clothing on the outer wall of the main body of the warehouse. The front side of the outer wall having the inlet port and the height of the upper end portion of the lifting trolley can set the space in which the two cars are arranged and the space below the space to be partitioned by the lateral protective cover, so that the lateral protective cover can be used. It is prevented from entering the set driving range of the Tianhua-plate transporting vehicle on the front side of the outer wall from below. Therefore, by attaching the lifting brake to the front of the outer wall, it is possible to prevent the operator's head that is raised to the entrance using the lifting trolley. From the bottom, the department enters the ceiling transport vehicle & This can prevent the operator from touching the car from below. The longitudinal protective cover is disposed along the outer wall of the outer wall provided with the inlet and the height of the upper end of the lifting trolley, in a state in which the lifting trolley is installed on the outer wall of the warehouse main body. Setting the driving range = The existing space of the above-mentioned set driving range of the ceiling transport vehicle and the existing space of the stacking body are separated. Therefore, the lifting and lowering trolley is moved and installed on the outer wall of the main body of the warehouse to install and lift the vertical protective cover. Thereby, the front side of the outer wall provided with the inlet port and the upper end portion of the elevating porter can be separated by the longitudinal protective sleeve to set the existing space of the driving range f and the existing space of the warehouse main body. Therefore, it is possible to prevent the entry into the range of the sigh of the ceiling transport vehicle on the front side of the outer wall from the horizontal direction by the second stay, so that it can be prevented by being mounted on the outer wall of the main body of the warehouse. The lift truck is used to raise the arm of the operator entering Di, and enter the ceiling of the ceiling transport vehicle from the side. Thereby, the operator can be prevented from coming into contact with the ceiling transport vehicle from the side. As described above, the entrance δ is placed on the outer wall of the intersection of the set driving range of the ceiling transport vehicle 201134738, and in the state of the front side of the outer wall, when the lifting trolley is installed in the warehouse main body, the lateral protective cover is provided. And a longitudinal protective cover capable of preventing an operator who uses the lifting trolley from ascending to the entrance to contact the ceiling transport vehicle. Further, even if these protective covers are installed, the lifting cart and the ceiling transporting vehicle do not interfere with each other as described above, and the lifting trolley can be moved on the floor surface without any problem, so that it is not used for moving operation and lifting. Obstacles when riding a trolley. According to a third aspect of the warehouse equipment of the present invention, the lift truck is configured to have a work step having a horizontal height in the vertical direction, and the work step is configured to move the lift truck (4) The longitudinal protective cover that is detached from the lifting trolley is freely supported by the posture in the horizontal direction. According to the present configuration, the intermediate step in the vertical direction of the lifting trolley has a working step in the horizontal direction. Therefore, the operator who uses the lifting trolley in the state in which the lifting trolley is mounted on the outer wall of the warehouse main body is entered. At the time of the mouth, in the standing position, for example, the vertical protective cover installation work, the internal toilet table lifting operation, and the opening and closing operation provided in the entrance door are performed, so that the workability is good. In addition, it is also possible to perform the detachment of the longitudinal protective cover after the end of the maintenance work in the standing position of the work 1 table, so the workability is good. When the w is moved on the floor surface to operate the lifting and lowering trolley, the detachable longitudinal protective cover is detached from the lifted and lowered by the 0 car, but the unloading of the protective cover is left in the direction of the water. The working platform is on the moon' so it is not necessary to deal with the vertical protective cover after the unloading, and it is possible to continue the subsequent movement processing with the help of 10 201134738, and the workability is good. In addition, it is easy to carry out on the outside of the warehouse, and it is too tit θ in the outside of the warehouse if the car is not in the warehouse. 'Works are also more advantageous in terms of cost. The first trolley for the warehouse equipment of the present invention is constructed such that it is set up in a lift-and-load manner in the case of Baishan Zhuang.
刖述工作踏台之間上下的 D 和前記進入口的之門上下㈣ 及在則述作業踏台 0之間上下的第2梯子；前述第 為在下列兩狀態之間自由切換 子構成 、.下鳊和地板面接觸，j·嫂 口該作業踏台連結的傾 離m… 另之使用狀態’以及收納狀 :/ 下端從地板面浮起，而上端在高於該工作踏 -宗於且i 扪上鳊邛的间度突出的狀態下， 叹疋於長邊方向的中間部的 降用么上 卞D支撐4和设置於前述升 車方的卡合部互相卡合，而沿著垂直方向被支擇. 則述第2梯子構成為在下列兩狀態之間自由切換.下二， 該作業踏台接觸，上端和竽 、下^和 傾钭^ ^1下部之該外壁連結的Describing the upper and lower D between the work steps and the door up and down (4) of the entry port and the second ladder up and down between the work steps 0. The first step is to freely switch between the following two states. Contact with the floor surface, j. 嫂口 The tilting of the work platform is connected to the m... The other use state 'and the storage shape: / the lower end floats from the floor surface, and the upper end is higher than the work step - Zong Yu and i 扪In the state in which the squat is in a state of sighing, the sigh is lowered in the middle portion of the long side direction, and the upper shank D support 4 and the engaging portion provided on the aforementioned hoisting side are engaged with each other, and are supported along the vertical direction. The second ladder is configured to be freely switched between the following two states. The second step is that the working platform is in contact with the upper end and the outer wall of the lower portion of the lower portion and the lower portion of the tilting surface.
斜姿勢之使用壯能.+ J 姿勢# Is Μ # 該作業踏台沿著水平方向的 女勢载置的收納狀態。 依據本特徵構成，因為是以 产1Lt 田衷卸的方式裝設用於 在地板面和工作踏台之間上下 、 踏厶a入 0日 弟1梯子以及用於在工作 增ο和進入口之間上下的第2 子和坌9 上 梯子，所以在裝設了第1梯 矛第2梯子的狀態下，在中 面邱八 ^ ]阿度的工作踏台利用水平 邛刀，地板面和進入口之間能 空且、， π刀成2段上下，所以不 易踩錯梯子，操作者容易地上下。 201134738 二’第！梯子在使用狀態中，係為下端和地板面接 確=和該作業踏台連結的傾斜姿勢，心能夠由地板 面確貫承觉操作者負荷重量，而且藉由限制和工作踏二聯 子的移動’藉此，上下第1梯子時的操作二 处¥!梯子在收納狀態時，係為下端從地板面 上端在高於該工作踏台且低於前述升降用台車的 上端。卩的向度突出的狀態下，設定於 被卡合支撐邱釦#番於> 邊方向的中間部的 人支擇朴s又置於則述升降用台車方的卡合部互相卡 “Π:垂直方向被支撐，所以不需進行卸離之後的第 使ΠΓ程序…’移動操作升降用台車的時候， 第"弟子在收納狀態了’藉此，不會發生第】梯子下端 連到地板面讓升㈣台車難以進行移動操作的不良情 擾：而且，也不會和物品搬送狀態的天花板搬送車互相干 此外第2梯子在使用狀態下’下端和作業踏台相接且 ::進入口下部和外壁連接，所以能夠使操作者的負荷 里實由工作踏台承擔，而且和倉庫主體的外壁連接而 二：！子第的移動，藉此使得上下第2梯子的操作者的 κ^〜、疋。第2梯子在收納狀態時，是在工作踏台沿著 =平方向的姿勢載置，所以操作者在工作踏台將第^子 ^升降用台車卸離的作業之後’就那樣將帛2梯子留置在 台就可以’因此無須在卸離之後進行第2梯子的處 ，而可以迅速地繼續進行其後的工作，作業性佳。 12 201134738 【實施方式】 兹參照圖面說明將本發明的倉庫設備應用於半導體電 路板製造工場的實施形態。在工場内，設有從天花板垂平 支撐的行車軌道1，該行車軌道1被引導支撐並從天花板s 側垂吊支撐的狀態下，設有複數個沿著行車執道丨自由移 動的物品搬送用的天花板搬送車2。天花板搬送車2為， 搬運收納複數枚半的導體電路板的稱之為F0UP的電路板 搬送用的容器3的物品。天花板搬送車2，係於以圖面外 的把保持。卩將谷器3的上部垂吊支撐的狀態搬運容器3， 但是’像這樣地在將容器"吊支撐的狀態下移動時的天 花板搬送車2以及容器的通過範圍是天花板搬送車2的設 定行車範圍K。 杜丄場内’對 必双疋4丁力口工、 洗淨、才双查等等的處理的圖面外的電路基板處理裳置以及 存放複數容H 3的倉儲4(相#於本發明的倉庫主體）係設 置於’沿著天花板搬送車2的設定行車範圍κ的適宜處所 分散設定的複數設置位置。亦即，倉冑4係設置於，以平 面視接近天花板搬送車2的設定行車範圍Κ的狀態的地板 面側：繼…花板搬送車2在許多的電路基板處理裝置 以及許多的倉儲4之間搬送容器3。 一 具有構成為和天花板搬送車2之間自由授 還有不在天花板搬送車2之間進行容 技受’ βχ置於地板面F側的其他的移載裴置、或構成 操作者Ρ之間自由授受容器3 ’’’、° 如第2圖以及第3® 13 201134738 所示，在本實施形態中，說明操作者p以人為操作將容器 3搬入搬出的類型之物為例，以作為倉儲4的—例。 如第2圖以及第3圖所示，本實施形態的倉儲*包括. 於棚架上下方向以及棚架橫方向並列物品收納用的… 5的物品收納《 6'以及在該物品收納棚6的前方的移動 空間7於棚上下方向升降移動的升降式内部踏台8、以及 在收納部5和物品搬出入部9之間搬送物品的搬送裝置 10° 物品收納棚6由配置為和物品存取方向相面對的狀能 的一對收納棚部分由6a、6b，在這一對的收納棚部分之^ 形成移動空間7。而且，在收納部5中，利用位於地板面卩 則進行容11 3的搬出入工作的操作者的工作高度的收納部 複數個物品搬入出部9在棚橫幅方向並排設置。 如第2圖以及第3圖所示’在倉儲4的正面的外壁π 上，設有用以讓進行保養工作的操作者？進入内部的進入 之。進入口 11為’用以位於地板面F的操作者出入移 ，空間7而設置於地板面F附近的下層用進人口 u卜還 :符合設有升降式内部踏台8之上層工作用的高度而設置 、上層進入口 11H。而且，設有下層用維護門爪，其係為 2下層用進入口 11L的藉由繞著縱座標軸心的搖動操作 由進行開關操作；以及上層用維護門12H，其係為開 s用進入口 i! H之藉由繞著縱座標軸心的搖動操作而 自由進行開關操作。 上層用進入口 UH係位於，在上下方向上和天花板搬 14 201134738 送車2的設定行車範圍κ至少有一部分重疊的高度。在本 實施形態中，天花板搬送車2的設定行車範圍κ的上下方 向的全範圍，係位於上層用進入口 i 1Η的上下方向的範圍 内，而上層用進入口 11Η的下端高度H1低於天花板搬送車 2的設定行車範圍K的下端高度JJ2。 另外，倉儲4為，平面視的長邊側的外壁扎係配置為 沿著天花板搬送車2的設定行車範圍κ的狀態，所以，下 層用進入口 11L以及上層用進入口 UH是設於倉儲4的平 面視的短邊側的外壁4S。也就是，平面觀之為矩形狀的倉 儲4中，形成對於位於在移動空間7中棚橫幅方向兩側的 -對外壁4S中的一者上的作業用高度位置的升降式踏台8 的上層用進入口 11Η，上層用進入口 UH設於和設定行車 範圍Κ交叉方向的外壁4S上。 升降式内。ρ踏台8構成為，藉由旋轉操作第1圖以及 第2圖所不的絞盤13 ’在倉儲4靠近天花板附近設定的儲 藏用高度和倉儲4在中間高度被設定的工作高度之間自由 升降。雖省略了使升降式内部踏台8升降的機構的詳細說 明’不過’當旋轉操作絞盤13時，操作鋼絲14就被卷纏 以及放出，藉此，旋轉操作旋轉體15，而能夠卷纏以及放 出垂吊支樓升降式内部踏台8的垂吊支撐鋼絲16。絞盤Η 係設置為，在形成上層用進入口 i 1Η的外壁4s上的上層用 進入口 11Η下方側的橫向脇側，由搭乘作為升降工具的後 述之升降用台車20的操作者ρ手動操作。此外，如第）圖 所示’上層用維護門12H上設有確認窗17，操作者p可以 15 201134738 確認升降式内部踏台8的升降位置，同時操作絞盤13，而 能夠將升降式内部踏台8設置在工作用高度。 操作者P使用如第1圖、第4圖、第7圖以及第9圖 :示的升降用台車20上升到上層用進人σ UH，藉此能夠 "層用進入口 11H搭上倉儲4内部設置的升降式内部踏 台8。細節容後再述’不過操作者？使得升降用台車別在 位於倉儲4的平面視短邊側的外壁4S前面的狀態下，裝設 第1梯子3卜第2梯子32，藉此，能夠使料降用台車 而在地板面F和上層用進入口 UH之間是上下。以下， 針對升降用台車2G的構成進行制。此外，在以下的說明 令’以第1圖升降的紙面左方向為升降用台車2〇的前方 向’以同紙面右方向為升降用台車2。的後方向、以同紙面 的遠端方向為升降用台車2G的右方向、以同紙面的近端方 向為升降用台車20的左方向，以此規定前後左右的各方 向。 升降用台車2G係構成為可對倉儲4自由裝卸，並且， 在底部設有作為車輪具有鎖定功能的車輪2ι且可以依人 =操作而在地板上自由移動。因此，操作者P於位於 儲4的外壁4S的前面側的狀態下使得裝設在倉儲4的升 降用台車20從該倉儲4脫離，藉由推拉操作，使升降用二 車、2〇於位在其他倉儲4的外壁4S前面側的狀態下裝設： ^其他倉儲4上。從而’無須在複數倉儲4分別設置升 具，而成為在成本方面有利的倉庫設備。 如第1圖所示，設有上層用進入口 11H的外壁4S上， 16 201134738 •設有作為卡合支撐部的前側固定銷19以及後側固定銷 位於升降用台車20右側的支柱23、24上，則設有作 為被卡合支撐部的前側固定釣27以及後側固定釣μ。 如第5圖所示’前側固定鉤27上形成了和前側固定銷 19卡合的缺口 2,軸心27a以可以自由旋轉操作的方式， 和左右一對前側支柱23中的右側的前側支柱23連接。雖 然省略了圖示’不過後側固定釣28也同樣具有和後側固定 銷18卡合的切口’水平軸心以可以έ Μ自由旋轉操作的方式， 和左右-對之後側支柱24中的右側之後側支柱24連接。 繼之’將前側固定釣27以及後側固定釣28，於第5 2中用實線表示的解除姿勢的狀態下，推拉操作升降用台 車20以進行移動操作，如第4圖 4 S前側之後’轉動操作前側固定鈎。使其1於外壁 將前側固定鉤27以及後側固定鉤側口疋鉤28， 19以及後側固定銷18卡合，二8:切口和前側固定銷 示的鎖定姿勢，同時， 、’’’、第5圖中假想線所 定狀態，藉此，使升降用台車2〇才目對=切換為鎖 像這樣地，設置前後的固定釣27、2“倉錯4維持其位置。 U以及複數個帶有鎖定功能的及前後的固定鎖… 車20對倉儲4維持位置 以作為使升降用台 如第1圖所示，升降用台車二:定手段。 高度Η3,係設定為低 ，〃 4部20Τ的地板上 的下限高度Η2。藉此，操:反搬达車2的設定行車範圍Κ 以使其在地板面F *作者Ρ推拉操作升降用台車20 移動操作的時候，升降用台車20不會 201134738 和天花板搬送車2互相干擾，所以操作者P無須特別注竟 升降用台車20天花板搬送車2的干擾’升降用台車2〇能 夠順暢移動，而能夠順利地進行倉儲4的保養工作。 升降用台車20構成為，以可自由裝卸的方式，於上下 方向的中間高度沿著水平方向的工作踏台2 2，用以在地板 面F和工作踏台22之間上下的第1梯子31以及用於在工 作踏台22和上層用進入口上下的第2梯子32。 工作踏台22係由左右一對的前側支柱23以及左右一 對之後側支柱24所支撐，在上面設有防止操作者p從工作 踏台22跌落之前側安全柵攔25即後側安全栅欄^ 了。 前述第1梯子的上端，如第6圖所示，具有上下間隔 開來且於梯子的寬度方向並列之左右-對第1鉤47以及第 句48第1鉤47以及第2鉤48係固定於台座36，在長 度相當於第1梯子31的寬度的鉤安裝板38上，於梯子的 寬度方向並列的狀態下設置左右—對台座36，該釣安裝板 38，在第1梯子主體31&的上端部，透過托架37而固定在 第1梯子主體3U的上端部。 1梯子31構成為在·τ列兩狀態之間自由切換：：丨 4 實線或第6⑻圖所示下端接觸地板面F而上端^ 以Γ: /2連結在成為在被連接的傾斜姿勢的使用狀態 、·内狀態如第4圖的假相線或笛β r 、 地板面F浮起而的假…線或第6(a)圖所示’下相 20T的高戶—山上""在兩於該工作踏台22且低於上端 的中二又犬出的狀態下，設定於第1梯子31的長邊方 的中間部的向侧部外方突屮的 的長遭方 卜方大出的破卡合支撐部的腳位3〇 18 201134738 設置於前述升降用二 支持器^相卡m =支柱23的卡合支揮部的 卞。，而沿者垂直方向被支撐。 第2梯子32構成為在下列兩 9及圖10所干，… I。之間自由切換：如圖 和上層用進：口〗 業踏台22的上面接觸，上端 使用狀皞.D H的下部之該外壁45連結的傾斜姿勢之 使用狀態’以及第！圖、第4圖 業踏台22沿著水平方向 在該作 07安勢载置的收納狀態。 在第2梯子32的上端部，如第 寬幅方向設有左右—對的連π於梯子的 4S上w a 的連接用的鉤46。在倉儲4的外壁 於上層用進入口 11H的 子32卜硿都AA 士 °又有連接與苐2梯 于心上鈿部的有孔連接托架45 接用的鉤46盥$有^ M 4 a &將第2梯子32的連 β有孔連接托架 2梯子32成為使用狀態。5的孔卡合，就能夠使第 平方Γ1目、第4圖、第7圖以及第9圖所示，，著水 千方向的板狀橫向保護35，μ 〜者水 λα, S又置於固定在升降用么直on 的上端部20T的狀態下。 料用口車20 橫向保護35構成為，在升 層用進入口⑴的倉儲=車2〇裝設在設有上 “前面側及升降用台車二的狀態下，於在該外壁 、+- I 的上端部2 0 T的古许 、JL从 迷升降用台車20的設定行車 2〇T的间度^者前 κ的存在m及其τ方的 Κ’將前述設定行車範圍 y w二間區隔。 橫向保護套35，係形成為济 是設置於固定在升降用台車2〇: 7山平方向的板狀，因為 移動操作升降用台車 、上端部m的狀態，所以 時候，升降用台車20的上端部 19 201134738 20T的高度你a 5疋低於設定行車途徑K的下限高度，所以即 使’、有仏向保護套35 ’升降用台車20在地板面F上移動 時&向保遵套35也不會和天花板搬送車2互相干擾。 移動操作升降用台車2〇 ’使其裝設在設有上層用進入 口 11Η的层儲4的外壁4S，藉此，在外壁4S前面側及升 蚤用。車20的上端部2〇τ的高度，可以藉由板狀的橫向保 護套區隔設定行車範圍K的存在㈣及其下方的空間。 因此此夠由★向保護套35防止從下方進人設有上層用進 入口 11H的外牆4S前面側的天花板搬送車2的設定行車範 圍K内戶斤以將升降用台車2〇安裝在外壁β前面，藉此， 能夠阻止使用該升降用台車2〇上升到上層用進入口 "Η的 ㈣者P的頭部等從下方進人天花板搬送車2的設定走行 乾圍K内。藉此，能夠防止操 搬送車2。 ㈣者P-下方碰觸到天花板 如第7圖以及第9圖所示，作盔VL μ 邻咖审， ”作為沿者垂直方向向上端 ;;更上方突出的板狀的縱向保護套的錢套33及後套 34，係以自由裝卸的方式設置於升降 撕。從升降用台車20脫離的前套33 /車20的上知部 圖㈣笛〇 』砮33 M及後套34,如第i 圖以及第3圖所示，能夠存放在前 .θ , 〇〇 隹月j述的工作踏台22上面。 也就疋，工作踏台22係構成為，在 操作的時候，以沿著水平方向的 用台車2°被移動 降 用台車20脫離的前套33以及後套34。承載支撐從升 關於前套33以及後套34的安裝構造 例進行說明。如第8圖所示’前套 ’、月u套33為 引# %以固定部材39固定 20 201134738 ^在套支援棒4°上’在設置於升降用台車2。的工作踏么 的前側安全柵欄25的長框部分上，具有讓 。22 由插拔的上面以及自由支撐套支援棒 :40自 子托术41，由上下一對的可以自由調 之 元件42固定。在〕字托竿t裝阿度的安襄 螺…套支援棒：下二 側’設有用於⑽紋 將套支板棒40下端側固定的擴張螺絲43 將套支援棒4…字托架41的上面插入使得套支援榼後， :下端抵住〕字托架41的下面，將滾紋螺絲44轉緊，40 月，J套33固定安裝在前側安全拇搁25。脫離 、使 裝相反的要領進行即可。 、/、要用和安 =33以及…，係形成為沿著垂直方向向升降 成：…的上端部2°T更上方突出的板狀，不過因為是形 ·、、、可以對升降用台車2G的上端部2()τ自由裝卸所以 作升降用台車2〇的時候，前套33以及後套％從升 口車2。的上端部m脫離，所以使得升降用台車μ 二端二 ：的高度低於天花板搬送車2的設定行車範圍 向保護：…從而’即使用前套33以及後套34作為縱 …’在使升降用台車20於地板面F上移動的時候， 不會和天花板搬送車2彼此干擾。 如第7圖-帛9圖所示，對於安裝於倉儲*的設有上 曰進入口 11Η的外壁4S上的升降用台車20，安裝前套 义x及後套34,藉此，設有上層用進入口 nH的外壁4s 二則且比升降用台車20的上端部20T更上方處，以沿著設 >車範圍ί(的姿勢將天花板搬送車2的設定行車範圍κ 201134738 套m以及後套34，防止斤^ ^ 夠藉由前 天花板搬送車2的設定行車^ γ 土 ^的削面側 降用…… 圍"，能夠阻止使用該升 ...,iA 7铜作者P的手臂等從側方進入 天化板搬送車2的設定走行範 ^ 心π祀圓κ内。精此能夠阻止握 者從側方接觸到天花板搬送車。 、乍 接著’就升降心車2G的使时法進行說明。 才呆作者P移動操作第i梯子31處於收納㈣，並且第 2梯子32、前套33以及後套34是處於被保管於工作踏台 22上面的狀態的升降用 开降用口車20(參照第1圖），使其位於保 養工作對象的倉儲4的外劈4 ς油々 7卜2 4S。然後，使用作為升降用台 車固定手段的前後的的固定釣27、28及前後的固定銷19、 18以及複數個帶有鎖定功能的車輪21，將升降用台車2〇 固定在倉儲4(參照第5圓）。 將第1梯子31重新搭上處於使用狀態（參照第4圖）、 登上第1梯子31以搭乘工作踏台22。然後，依據上述的 安裝要領，將由工作踏台22保管的前套33以及後套34安 裝在升降用σ車2G的安全栅欄25、26(參照第7圖）。然 後，使得由工作踏台22保管的第2梯子32與倉儲4的外 壁4S連接，完成升降用台車2〇的安裝工作。 登上第2梯子32 ’從確認窗17目視確認倉儲4的内 部’同時旋轉操作絞盤13讓升降式内部踏台8下降設置於 特疋的工作用回度。然後，打開操作處於關閉狀態的上層 用維護門12Η，從上層用進入口 UH進入倉儲4的内部並 22 201134738 搭上升降式内部踏台8， 進仃必要的保養工作。 保養工作結束之 從從上層用進入口 1w 儲4外部，進行上層 11H出來到倉 巾、准4門丨2H的關閉操 作絞盤13，使得升降彳 、乍並奴轉钻 式内部踏台8上升到收納用古声。坱 後’使用第2梯子32 ξ|丨τ 叹納用可度。然 22上面，首4 * 20^工作踏台&在工作踏台 接荽a, -T -子32並放在工作踏台22上面。 接者，取下别後的保護 00 33、34並且重疊放置在工作踏上 22上面的第2梯子32上。 夏隹工作踏σ 梯子ΐι後二用第1梯子31下到地板面F ’重新搭好第1 =27使:從使用狀態成為收納狀態。然後，將前後的 固疋鉤2 7、2 8搖動择作，m ' 作使仔固定銷1 9、1 8的卡合歡脱， 將複數個具有鎖定功合tΛ Α 用么車20科人 b w 21的鎖定解除，以解除升降 用。車20對倉儲4的固定。 然後，將解除了使用 v丨牛用口早固疋手段的固定而成 為可移動狀態的升降用台車2 〒u；5^又有大出道上端部20T 更上方的東西因此不會， 丁璦天化板搬迗車2的狀態下進杆 =拉操作1有下-個保養Μ對象的㈣4，則將其移 到此倉儲4設有上層用進入口 UH的外壁^，並進行如 上的安褒工作。如果保養工作結束的話，則將升降用台車 2 〇移動到特定的台車保管位置。 〔其他的實施形態〕 以下，針對本發明其他的實施形態進行說明。 ,)在上述貧施开九禮中，天花板搬送車2的言史定行車途徑K 係例示為位於以倉儲4的平面視的長邊側的外壁礼兩^， 23 201134738 不過，天花板搬送車2的設定行車途徑£對於倉儲4的位 置，並不限於此’例如位於倉儲4的平面視長邊側的外壁 4L的單側、或者位於倉儲4的平面視短邊側的外壁4s的 單側亦可。另外，設定行車途徑κ也可以設置為上下有複 數個。 (2) 在上述實施形態中，係以具有下層用進入口 UL以及用 以開關的下層用維護門12L的倉儲4為例，不過，沒有下 層用進入口 11L以及下層用維護門12L，而讓上層用進入 口 11H以及上層用維護門12H位於倉儲4的中間高度亦可。 (3) 在上述實施形態中升降用台車2〇係例示為具有第1 梯子31以及第2梯子3 2 ’不過，其亦可以構成為具有單 一的梯子或者3個以上梯子。 (4) 在上述實施形態中，係以取下的第2梯子3 2、前套3 3 以及後套34存放在工作踏台22上面的狀態下推拉操作升 降用台車2 0為例’不過’也可以不這樣，而將取下的第2 梯子32、前套33以及後套34的全部又或一部分下降到地 板面F’不在工作踏台22上面保管取下的元件或僅存放一 部分的取下的元件的狀態下，推拉操作升降用台車2 0。 【圖式簡單說明】 第1圖為倉庫設備的正面圖。 第2圖為倉庫主體的大致輪廓立體圖。 第3圖為倉庫主體的平面圖。 第4圖為第1梯子的使用狀態（實線）及收納狀態（假想 24 201134738 • 線）的正面圖。 第5圖為升降用台車和倉庫主體的聯接地方的放大側 面圖。 第6(a)、（b)圖為圖4的第1梯子上部放大正面圖。 第7圖為已裝上縱向保護套構成的狀態的正面圖。 第8圖為縱向保護套構成的安裝構造的放大正面圖。 第9圖為升降用台車安裝在倉庫主體的狀態的正面 圖。 第10圖為第2梯子的使用狀態的側面圖。 第11圖為第2梯子和倉庫主體的聯接地方的放大側面 圖。 【主要元件符號說明】 F 地板面 S 天花板 κ設定行車範圍 Ρ 操作者 2 天花板搬送車 4 倉庫主體 4S 外壁 11Η上層用的進入口 18、19卡合支樓部 2 0升降用台車 2 〇 Τ上端部 25 201134738 21 車: 輪 22 工- 作踏 台 27、 28 被卡 合 支撐部 31 第 1 梯 子 32 第 2 梯 子 33、 34 縱 向 保 護套 35 橫 向 保 護 套 26The use of the oblique posture is strong. + J posture # Is Μ # The storage state of the work platform along the horizontal direction. According to this feature, it is installed in the way of the 1Lt field for the upper and lower steps between the floor surface and the work platform, and is used for the ladder between the work and the entrance. The second and the ninth steps of the upper and lower squats are on the ladder, so in the state where the first ladder of the first ladder is installed, in the middle of the work, the working table of the squad is used by the horizontal trowel, the floor and the entrance. The space can be empty, and the π knife is formed in two stages, so it is not easy to step on the wrong ladder, and the operator can easily go up and down. 201134738 Two 'No! In the state of use of the ladder, the lower end and the floor surface are connected to the tilting posture of the working platform, and the heart can positively sense the operator's load weight from the floor surface, and the movement of the two legs is restricted by the restriction and work. Therefore, when the first ladder is moved up and down, the ladder is in the storage state, and the lower end is higher than the working step from the floor surface and lower than the upper end of the lifting trolley. In the state in which the slanting of the slanting direction is set, the person in the middle of the side of the side of the side of the side of the arranging side is placed on the side of the arranging side. : The vertical direction is supported, so there is no need to carry out the first ΠΓ procedure after unloading... 'When moving the lift truck, the first " disciple is in the storage state. 'By this, the second step will not be connected to the floor. It is difficult to carry out the movement of the lift (4). It is not difficult to carry out the movement of the trolley. In addition, the ceiling transport truck does not interact with the article transporting state. In addition, the second ladder is in use and the lower end is connected to the work platform and: It is connected to the outer wall, so that the load of the operator can be borne by the work platform, and it is connected to the outer wall of the main body of the warehouse, and the movement of the second child is used to make the operator of the second and lower ladders κ^~, 疋When the second ladder is in the storage state, the work platform is placed in a posture in the direction of the flat direction. Therefore, the operator will leave the 帛2 ladder in the same manner after the operator removes the trolley from the elevator. It is possible to carry out the work of the second ladder without having to carry out the second ladder after the unloading, and it is possible to quickly carry out the subsequent work, and the workability is good. 12 201134738 [Embodiment] The warehouse equipment of the present invention will be described with reference to the drawings. The embodiment applied to a semiconductor circuit board manufacturing plant. In the factory, there is provided a traveling rail 1 which is supported horizontally from the ceiling, and the traveling rail 1 is guided and supported and suspended from the ceiling s side, and a plurality of the rails 1 are provided. A ceiling transport vehicle 2 for transporting articles that move freely along the road is carried out. The ceiling transport vehicle 2 is an article for transporting a container 3 for transporting a circuit board called F0UP, which accommodates a plurality of conductor boards. The transporting vehicle 2 is transported by the outside of the drawing. The container 3 is transported while the upper part of the sump 3 is suspended and supported, but the ceiling is transported in a state where the container is movably supported. The passing range of the car 2 and the container is the set driving range K of the ceiling transport car 2. In the Du Fu field, the handling of the double-cylinders, the washing, the double check, etc. The circuit board processing outside the drawing and the storage 4 for storing the plurality of contents H 3 (phases in the warehouse main body of the present invention) are provided in a plural number which is disposed in a suitable space along the set driving range κ of the ceiling transport vehicle 2 In addition, the position of the shovel 4 is set on the floor surface side in a state in which the setting of the driving range of the ceiling transport vehicle 2 is in a plane view: the flower board transporting vehicle 2 is in many circuit board processing apparatuses and many The container 3 is transported between the storage compartments 4. One of the other transfer devices is disposed between the ceiling transport vehicle 2 and the ceiling transport vehicle 2, and is placed on the floor surface F side. In the present embodiment, the type in which the operator p moves the container 3 by human operation is described as shown in FIG. 2 and FIG. 3® 13 201134738. For example, as an example of storage 4 . As shown in Fig. 2 and Fig. 3, the storage* of the present embodiment includes the article storage "6" and the article storage compartment 6 in the vertical direction of the scaffolding and the horizontal direction of the scaffolding. The moving internal space 8 in which the moving space 7 in the front side moves up and down in the vertical direction of the shed, and the conveying device 10 that transports the articles between the accommodating portion 5 and the article loading/unloading portion 9 are disposed in the article storage direction. The pair of storage shed portions facing the shape energy are formed by the 6a, 6b, and the movement space 7 is formed in the pair of storage shed portions. In the accommodating portion 5, a plurality of article loading/unloading portions 9 are arranged side by side in the shed banner direction by the accommodating portion of the working height of the operator who performs the loading and unloading operation of the container 11 in the floor surface. As shown in Fig. 2 and Fig. 3, on the outer wall π of the front side of the storage 4, is there an operator for performing maintenance work? Enter the internal entry. The entrance port 11 is 'the lower layer for the operator located on the floor surface F, and the space 7 is placed near the floor surface F. The population is used to meet the height of the upper layer of the lifting internal step 8 Set, upper entry port 11H. Further, a maintenance door claw for the lower layer is provided, which is a switching operation of the lower layer inlet port 11L by a rocking operation around the ordinate axis; and an upper maintenance door 12H, which is an opening port for opening s i! H is free to perform the switching operation by the rocking operation around the axis of the ordinate. The upper access port UH is located in the up and down direction and the ceiling is moved. 14 201134738 The set driving range κ of the delivery car 2 has at least a part of the overlapping height. In the present embodiment, the entire range of the vertical direction of the set traveling range κ of the ceiling transport vehicle 2 is in the vertical direction of the upper inlet port i 1Η, and the lower end height H1 of the upper inlet port 11Η is lower than the ceiling. The lower end height JJ2 of the setting range K of the transport vehicle 2 is set. In addition, the storage 4 is arranged such that the outer wall of the long side of the plan view is arranged along the set driving range κ of the ceiling transport vehicle 2, so that the lower entry port 11L and the upper entry port UH are provided in the storage 4 The outer side wall 4S of the short side of the plane view. That is, in the storage 4 having a rectangular shape in plan view, the upper layer of the elevating step 8 for the working height position on one of the outer walls 4S located on both sides of the shed banner direction in the moving space 7 is formed. The inlet port 11A is provided, and the upper layer inlet port UH is provided on the outer wall 4S in the direction in which the setting range Κ is crossed. Lifting inside. The ρ step 8 is configured to freely move up and down between the storage height set near the ceiling of the storage 4 and the working height at which the storage 4 is set at the intermediate height by the winch 13' which is rotated and operated in the first and second drawings. Although the detailed description of the mechanism for raising and lowering the lift type internal step 8 is omitted, the operating wire 14 is wound and released when the winch 13 is rotated, whereby the rotating body 15 is rotated to be wound and discharged. The hanging support wire 16 of the lifting internal step 8 of the hanging building is suspended. The winch mechanism is provided so as to be manually operated by the operator ρ of the elevating trolley 20, which will be described later, as the elevating tool, on the lateral flank side of the lower side of the upper inlet port 11Η on the outer wall 4s forming the upper inlet port i1Η. Further, as shown in the figure "the upper maintenance door 12H is provided with the confirmation window 17, the operator p can confirm the lifting position of the lifting internal step 8 at 15 201134738, and operate the winch 13 at the same time, and the lifting internal table 8 can be lifted. Set at work height. The operator P uses the lifting cart 20 as shown in Fig. 1, Fig. 4, Fig. 7, and Fig. 9 to rise to the upper layer for entering the user σ UH, thereby enabling the layer to be used for the storage port 11H. Elevated internal step 8 set inside. Details will be described later, but the operator? The first ladder 3 and the second ladder 32 are installed in a state in which the lifting trolley is placed in front of the outer wall 4S on the short side of the plane of the storage 4, whereby the material can be lowered by the trolley on the floor surface F and The upper layer is used up and down between the inlet ports UH. Hereinafter, the configuration of the lifting trolley 2G is performed. In addition, in the following description, the left side of the paper surface which is raised and lowered in the first drawing is the front side of the lifting/lowering trolley 2', and the lowering carriage 2 is the right side in the same plane. In the rear direction, the distal direction of the same paper surface is the right direction of the lifting trolley 2G, and the proximal direction of the same paper surface is the left direction of the lifting trolley 20, thereby defining the front, rear, left, and right directions. The lifting trolley 2G is configured to be detachable from the storage compartment 4, and is provided with a wheel 2i having a locking function as a wheel at the bottom and is freely movable on the floor by the operation of the person. Therefore, the operator P is detached from the storage 4 in the state of the front side of the outer wall 4S of the storage 4, and the two cars for lifting and lowering are placed in position by the push-pull operation. In the state of the front side of the outer wall 4S of the other storage 4: ^ other storage 4 is installed. Therefore, it is not necessary to set up the elevators in the plurality of storages 4, and it becomes a warehouse equipment which is advantageous in terms of cost. As shown in Fig. 1, the outer wall 4S of the upper inlet port 11H is provided, 16 201134738. The front side fixing pin 19 as the engaging support portion and the pillars 23 and 24 on the right side of the lifting trolley 20 are provided. On the upper side, the front side fixed fishing boat 27 and the rear side fixed fishing rod μ are provided as the engaged supporting portions. As shown in Fig. 5, the front side fixing hook 27 is formed with a notch 2 that engages with the front side fixing pin 19, the shaft center 27a is rotatably operable, and the right side front side pillar 23 of the pair of right and left front side pillars 23 is provided. connection. Although the illustration is omitted, the rear side fixed fishing 28 also has a slit 'the horizontal axis engaged with the rear side fixing pin 18 in such a manner as to be freely rotatable, and the left and right sides to the right side of the rear side pillar 24 The rear side pillars 24 are connected. Then, in the state in which the front side fixed fishing 27 and the rear side fixed fishing 28 are released by the solid line in the fifth step, the lifting and lowering trolley 20 is pushed and pulled to perform the moving operation, as in the front side of FIG. 4 'Rotate the front side fixing hook. 1 is engaged with the front side fixing hook 27 and the rear side fixing hook side port hooks 28, 19 and the rear side fixing pin 18 on the outer wall, and the locking posture of the incision and the front side fixing pin, and, '' In the state shown in Fig. 5, the imaginary line is set so that the lifting cart 2 is switched to the lock image, and the fixed fishing 27 and 2 are placed before and after the parking lock 4 is maintained. U and plural Locking function and front and rear fixed locks... The car 20 holds the position of the storage 4 as the lifting table as shown in Fig. 1, and the lifting table 2: fixed means. The height Η3 is set to low, 〃 4 The lower limit height Η2 on the 20-inch floor. By this, the set driving range 反 of the reverse-moving vehicle 2 is such that when the floor surface F* author Ρ push-pull operation lifts the trolley 20 to move, the lifting trolley 20 does not In the event that the operator P does not need to pay special attention, the operator P does not need to pay special attention to the lifting of the trolley 20 and the ceiling of the car 2, and the elevator 2 can smoothly move, and the maintenance of the storage 4 can be smoothly performed. The trolley 20 is configured to The work platform 22 in the horizontal direction at an intermediate height in the up and down direction, the first ladder 31 for up and down between the floor surface F and the work platform 22, and the work platform 22 and the upper layer in a freely attachable manner The second ladder 32 is used up and down the entrance port. The work platform 22 is supported by a pair of right and left front pillars 23 and a pair of right and left rear pillars 24, and is provided on the upper surface to prevent the operator p from falling from the work platform 22 The upper end of the first ladder, as shown in Fig. 6, has left and right spaced apart and is juxtaposed in the width direction of the ladder - the first hook 47 and the fourth sentence 48 The hooks 47 and the second hooks 48 are fixed to the pedestal 36, and the left and right aligning seats 36 are provided in the hook mounting plate 38 having a length corresponding to the width of the first ladder 31 in the width direction of the ladder. The plate 38 is fixed to the upper end portion of the first ladder body 3U through the bracket 37 at the upper end portion of the first ladder body 31 & 1 ladder 31 is configured to be freely switched between the two states of the τ column: 丨4 Line or contact with the lower end shown in Figure 6(8) The upper surface of the surface F is Γ: /2 is connected to the use state in the tilted posture to be connected, the inner state is the false phase line or the flute β r of the fourth figure, and the floor surface F is floated. 6(a) shows the 'lower-level 20T high-mountain-mountain"" set in the long side of the first ladder 31 in the state in which the two working dogs 22 are lower than the upper middle and the dog is out. In the middle portion of the square, the length of the outer side of the side is slightly increased by the square of the broken support portion of the square. 3〇18 201134738 is provided in the above-mentioned lifting two supporter ^ phase card m = pillar 23 The shackles of the support branch. And the support is supported in the vertical direction. The second ladder 32 is configured to be dry in the following two 9 and FIG. 10, ... I. In the case of the use of the slanting position of the slanting position of the lower part of the lower part of the shovel. Fig. 4 is a storage state in which the industrial platform 22 is placed in the horizontal direction in the horizontal direction. In the upper end portion of the second ladder 32, a hook 46 for connecting the left and right sides of the ladder 4a on the 4S of the ladder is provided as in the first width direction. The outer wall of the storage 4 is in the upper layer with the access port 11H. The sub-ports of the access port 11H are connected to the perforated connection bracket 45 of the upper crotch. a & The ladder of the second ladder 32 with the beta-hole connection bracket 2 is in use. When the hole of 5 is engaged, it is possible to make the plate-shaped lateral protection 35, μ ~ water λα, S in the direction of the water, as shown in the second square, the fourth, the seventh, and the ninth. It is fixed in a state in which the upper end portion 20T of the lift is straight. The material porter 20 is provided with a lateral protection 35, and is stored in the storage port of the ascending layer (1) = the car 2 is installed in the state of the front side and the lifting trolley 2, on the outer wall, +-I The upper end of the 20T T, the JL from the setting of the lift truck 20, the setting of the vehicle 2〇T, the presence of the front κ, and the τ of the τ', the above-mentioned set driving range yw is separated by two The lateral protective cover 35 is formed in a plate shape that is fixed to the lifting trolley 2: 7 in the direction of the mountain level. Since the lifting and lowering trolley and the upper end portion m are moved, the upper end of the lifting trolley 20 is used. Department 19 201134738 20T height you a 5 疋 lower than the lower limit height of the set driving route K, so even if 'there is a protective cover 35' lifting trolley 20 moves on the floor surface F & The ceiling transport truck 2 interferes with each other. The mobile operation lift truck 2' is mounted on the outer wall 4S of the floor store 4 provided with the upper entrance port 11Η, thereby being used for the front side of the outer wall 4S and for lifting. The height of the upper end portion 2〇τ of the car 20 can be secured by a plate-like lateral direction. The jacket section is provided with the presence of the driving range K (4) and the space below it. Therefore, it is possible to prevent the ceiling transport truck 2 of the front side of the outer wall 4S in which the upper entrance port 11H is provided from the lower side to the protective cover 35. By setting the driving range K to the front of the outer wall β, it is possible to prevent the use of the lifting trolley 2 to rise to the upper entrance port " In the lower part, the setting of the ceiling transport truck 2 is carried out in the dry line K. This prevents the transport of the transport vehicle 2. (4) The bottom of the P-light touches the ceiling as shown in Fig. 7 and Fig. 9, for the helmet VL μ neighbor The coffee trial, "as the upper end of the edge in the vertical direction;; the upper cover of the plate-shaped longitudinal protective cover of the money sleeve 33 and the rear sleeve 34, is freely loaded and unloaded in the manner of lifting and tearing. The top cover 33 of the front cover 33/vehicle 20 that is detached from the lift truck 20 (4) flute 砮 33 M and the rear cover 34, as shown in the first and third figures, can be stored in the front. θ , 〇〇 The work step 22 is described above. In other words, the work platform 22 is configured to be moved by the trolley 2° in the horizontal direction to lower the front cover 33 and the rear cover 34 which are separated by the trolley 20 during operation. The load-bearing support will be described as an example of the mounting structure of the front cover 33 and the rear cover 34. As shown in Fig. 8, the 'front sleeve' and the month u sleeve 33 are the guide #% fixed by the fixing member 39. 20 201134738 ^The sleeve 4 is mounted on the lifting trolley 2 at the set support rod 4°. On the long frame part of the front side safety fence 25, there is a hand. 22 The upper and outer support sleeves are inserted and removed: 40 self-supporting 41, which is fixed by a pair of upper and lower freely adjustable elements 42. In the word 竿 竿 装 阿 阿 阿 阿 ... ... ... ... ... 套 套 套 套 套 套 套 套 套 套 套 套 套 套 套 套 套 套 套 套 套 套 套 套 套 套 套 套 套 套 套 套 套 套 套 套 套After the top is inserted so that the sleeve is supported, the lower end is pressed against the lower surface of the bracket 44, and the knurled screw 44 is tightened. In 40 months, the J sleeve 33 is fixedly mounted on the front side of the safety thumbrest 25. It is enough to disengage and install the opposite method. And /, and the use of the safety and safety of the upper and lower ends of the 2°T, which are formed in the vertical direction: When the upper end 2 () τ of the 2G is freely attached and detached, the front cover 33 and the rear cover are from the lift car 2 when the lift truck 2 is used. The upper end portion m is disengaged, so that the height of the lifting trolley μ two end two is lower than the set driving range of the ceiling transporting vehicle 2: (ie, the front sleeve 33 and the rear sleeve 34 are used as the vertical... When the trolley 20 is moved on the floor surface F, it does not interfere with the ceiling transport vehicle 2. As shown in Fig. 7 - Fig. 9, for the lifting trolley 20 attached to the outer wall 4S of the storage compartment 11 having the upper entrance opening 11, the front cover x and the rear cover 34 are installed, whereby the upper layer is provided. The outer wall 4s of the entrance port nH is set to be higher than the upper end portion 20T of the lift truck 20, and the set driving range κ 201134738 sets m and the rear of the ceiling transport vehicle 2 in the posture of the vehicle range ί Set 34, prevent the pound ^ ^ enough to set the driving of the front ceiling transport car 2 ^ γ soil ^ facet side drop ... ... ", can prevent the use of the rise ..., iA 7 copper author P's arm, etc. From the side into the setting of the Tianhua board transport car 2, the travel range is π 祀 round κ. This can prevent the gripper from coming into contact with the ceiling to transport the car from the side. 乍 Then, 'the timing of lifting the car 2G In the case where the second ladder 32, the front cover 33, and the rear cover 34 are stored on the upper surface of the work platform 22, the lifting/lowering port 20 is placed in the storage (four). (Refer to Figure 1), so that it is located in the outer wall of the storage 4 of the maintenance work object 4 ς oil 々 7 Bu 2 4S Then, the front and rear fixed fishing boats 27 and 28, the front and rear fixing pins 19 and 18, and the plurality of wheels 21 with the locking function are used as the lifting and lowering vehicle fixing means, and the lifting and lowering trolley 2 is fixed to the storage 4 (refer to (5th circle). The first ladder 31 is put back in use (see Fig. 4), and the first ladder 31 is boarded to board the work platform 22. Then, according to the above-described installation method, the front is stored by the work platform 22. The sleeve 33 and the rear sleeve 34 are attached to the safety fences 25 and 26 of the shovel 2G for lifting (see Fig. 7). Then, the second ladder 32 stored by the work platform 22 is connected to the outer wall 4S of the storage 4 to complete the lifting. The installation work of the trolley 2 is carried out. The second ladder 32 is mounted, and the inside of the storage 4 is visually confirmed from the confirmation window 17 while rotating the winch 13 to lower the lift internal step 8 to the working retraction of the feature. Open the upper maintenance door 12Η in the closed state, and enter the inside of the storage 4 from the upper entrance UH and 22 201134738. Take the lifting internal step 8 and carry out the necessary maintenance work. From the upper layer, the outside of the storage port 1w is stored, and the upper layer 11H is taken out to the closing operation of the shovel and the quasi-four sills 2H, so that the lifting shovel and the shovel-drilling internal step 8 are raised to the ancient sound for storage. After the 'use the second ladder 32 ξ|丨τ sigh with the degree. However 22 above, the first 4 * 20 ^ work step & Then, the other protections 00 33, 34 are removed and placed on the second ladder 32 above the work step 22.隹 隹 隹 后 用 用 用 用 用 用 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第Then, the front and rear solid hooks 2, 7 and 8 are shaken and selected, and m' is used to disengage the latching pins 1 9 and 18, and the plurality of locks are combined with each other. The lock of 21 is released to lift the lift. The car 20 is fixed to the storage 4. Then, the lifting and lowering trolley 2 〒u which is fixed to the movable state by the use of the squatting method is used, and the upper part 20T of the large exit is not higher, so Ding Haotian In the state of the slab moving car 2, the ejector pin = pull operation 1 has the next - (4) 4 of the maintenance Μ object, then it is moved to the warehousing 4, and the outer wall of the upper entry port UH is provided, and the ampule as above is performed. jobs. If the maintenance work is completed, move the lift truck 2 〇 to the specific truck storage position. [Other Embodiments] Hereinafter, other embodiments of the present invention will be described. ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, The setting of the driving route for the position of the storage 4 is not limited to this, for example, one side of the outer wall 4L on the long side of the plan view side of the storage 4, or one side of the outer wall 4s on the short side of the plan view of the storage 4 can. In addition, the setting of the driving route κ can also be set to a plurality of up and down. (2) In the above-described embodiment, the storage 4 having the lower-layer inlet port UL and the lower-layer maintenance door 12L for switching is taken as an example. However, the lower-layer inlet port 11L and the lower-layer maintenance door 12L are not provided. The upper inlet port 11H and the upper maintenance door 12H may be located at an intermediate height of the storage 4. (3) In the above embodiment, the lift truck 2 is exemplified as having the first ladder 31 and the second ladder 3 2 '. However, it may be configured to have a single ladder or three or more ladders. (4) In the above-described embodiment, the second ladder 3, the front cover 3, and the rear cover 34, which are removed, are stored on the upper surface of the work platform 22, and the lifting and lowering trolley 20 is used as an example. Instead of this, all or part of the removed second ladder 32, front sleeve 33 and rear sleeve 34 may be lowered to the floor surface F' which is not stored on the working platform 22 or only a part of the removed portion. In the state of the component, push-pull operation lifts the trolley 20. [Simple description of the diagram] Figure 1 is a front view of the warehouse equipment. Figure 2 is a perspective view of the outline of the main body of the warehouse. Figure 3 is a plan view of the main body of the warehouse. Fig. 4 is a front view showing the use state (solid line) of the first ladder and the storage state (imaginary 24 201134738 • line). Fig. 5 is an enlarged side view showing the connection place of the lifting trolley and the main body of the warehouse. 6(a) and 6(b) are enlarged front views of the upper portion of the first ladder of Fig. 4. Fig. 7 is a front elevational view showing a state in which a vertical protective cover has been attached. Fig. 8 is an enlarged front elevational view showing the mounting structure of the longitudinal protective cover. Fig. 9 is a front elevational view showing the state in which the lifting trolley is installed in the main body of the warehouse. Fig. 10 is a side view showing the state of use of the second ladder. Figure 11 is an enlarged side view of the joint of the second ladder and the main body of the warehouse. [Description of main component symbols] F Floor surface S Ceiling κ setting driving range Ρ Operator 2 Ceiling conveyor 4 Warehouse main body 4S Outer wall 11 进入 Upper entrance port 18, 19 Engagement branch section 2 0 Lifting trolley 2 〇Τ Upper end Department 25 201134738 21 Car: Wheel 22 - Steps 27, 28 Engaged support 31 First ladder 32 2nd ladder 33, 34 Longitudinal protective sleeve 35 Horizontal protective sleeve 26