M261461 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種供平板置放之置放盤，尤其是指 一種各置放盤在相互疊設時不致因負荷過重而產生凹 陷，並可據此保護平板避免被壓壞，同時，確保位於上方 之置放盤被機械手臂夾起時’位處下方之置放盤停留原位 不會與上方之置放盤過於緊密嵌合，而一併被央起移位 者。 【先前技術】 為利於輸送及避免成型後之顯示器面板或電路基板 等類之平板受損，故於輸送該類平板時，皆會利用一置放 盤承置平板，再進行機械手臂夾設置放盤移位之動作。 而就習用之平板置放盤（1)結構係如第一圖所示，該 置放盤（1)具有一下凹的盤面（11)，供盛置平板（10)，於 盤面（11)的四周圍則呈高隆的凸邊（12)，該凸邊（12)的底 部依循凸邊（12)造形而呈向上凹設狀〔以下一併參第二 圖〕，且據此形成一嵌合槽（13)，復於凸邊（12)上設有數 多凹陷部（14)，且相對於該凹陷部（14)的底部處則在嵌合 槽（13)中相對成為高凸部（15);據此，當置放盤（1)在相 互疊置之時〔參第三圖〕，即可利用上方置放盤（1)之嵌 合槽（13)對應供下方置放盤（1)之凸邊（12)嵌設，同時上 方置放盤（1)之高凸部（15)亦恰對應下方置放盤（1)之凹 陷部（14)，使上、下置放盤（1)的疊設得以因此而固定。 然而，此一習用置放盤（1)結構雖具有可疊設定位之 功能，但因彼此疊設嵌合後，係呈略為緊迫的卡設狀，尤 M261461 其田又的數量個數較多，以致愈下方之置放盤（i)荷重 越大置放盤⑴彼此間的嵌合狀態越是緊固，造成機 ，手#在夹起上方之置放盤⑴時，下方之置放盤⑴因附 著於上方置放盤⑴的底部，而隨之被夾起，影響下一程 序的進行，造成—貫作業化的目擾；又隨之被夾起的下方 置放盤⑴因下方不再有物體承接其重量，倘若其重量超 過亡、下方置放盤⑴卡緊之力量，則下方置放盤⑴將會 掉落，並造成其所盛置之平板（10)破損。 今’創作人即是鐘於上述習用結構於實際使用上所產 生的嚴重缺失之處，加以修正、改良，務期能夠提供一種 可徹底改善習用缺失之置放盤。 【新型内容】 本創作係有關於一種供平板置放之置放盤，其主要係 在置放盤周邊的凹陷部上設有内凹的容室，該容室呈上窄 下寬狀，且該内凹的容室由置放盤底部觀之時，恰對應成 為一上窄下寬之凸出柱，俾當置放盤在彼此疊設時，上方 置放盤的凸出柱底部適對應抵於下方置放盤之容室上 緣，以藉該上窄下寬之容室及凸出柱的設立，能夠避免 上下方置放盤呈喪緊狀態及下方置放盤受壓變形之情 形，進而保護置放於置放盤上之平板，使之免於損壞。 【實施方式】 而為令本創作之結構設計、創作目的及其所能達成之 功效有更清楚且完整的揭露，兹於下詳細說明之，並請一 併參閱所附之圖式及其參照之圖號： 首先，请參閱第四圖所示，本創作之置放盤（2)具有 一下凹的盤面（21)，於該盤面（21)上可盛置平板（⑻，、繼 M261461 於盤面（21)的四周向上凸隆而起形成高隆的凸邊（22)，於 凸邊（22)上設有數多個略為下凹的凹陷部（23)，並在凹陷 部（23)上成型内凹之容室（24)，此容室（24)係呈上窄下寬 狀，再於容室（24)上緣設立至少一只的透氣凹槽（241); 又若將置放盤（2)採以由底視觀之時，則相對於凸邊（22) 處則成為一向上凹陷的嵌合槽（25)，而相對於凹陷部（23) 之處則相對成為一高凸部（26),至於對庳容室（24)之處， 則相對成為一上窄下寬的凸出柱（27)。 當進行置放盤（2)的相互疊置時〔參第五、六圖〕， 位於下方之置放盤（2)的凸邊（22)適可嵌入上方置放盤（2) 之嵌合槽（25)，使上、下方之置放盤（2)因此被定位在一 起’同時上方之置放盤（2)的凸出柱（27)的底端亦恰對應 抵於下方置放盤（2)之容室（24)的上緣；俾藉由該上窄下 寬之凸出柱（27)底端抵於容室（24)的上緣處，作為支撐上 方置放盤（2)及平板（1〇)的重量，以避免下方置放盤（2)因 不堪負荷上方置放盤（2)及平板（1〇)的重量而變形，除此 之外’再配合容器（24)上緣所設立之透氣凹槽（241)，使 置放盤（2)在彼此疊置之時，避免凸出柱（27)與容室（24) 間形成真空狀態，且可防止上、下方置放盤的疊設狀 態過於緊固’以致無法確保機械手臂一次僅炎設一個置放 盤（2)之情形。 經由以上的實施說明，本創作之結構設計與習用相較 下，確實具備較佳之功效達成，如： 1·本創作之置放盤的凸邊及底侧相對凸邊處的嵌合槽，因 凸出柱底端與容室上緣相抵的關係，僅提供上、下方之 置放盤相互疊設定位之作用，並不具有嵌緊的效果，故 M261461 =保機械手臂於失掣上方4放盤時 造成平板破裂 連到避免下方置放盤因失去=;部隨舰起， 之情形發生。 ，於本創作之置放盤在凸邊切有上窄下寬 各室對應之處則呈上窄下寬之凸出柱，使上、下之置放 盤在彼此叠設之時，上、下方之置放盤可藉凸出柱之底 端抵於容室的上緣，形成有力的支撐及限位作用，達到 避免置放盤凹陷，確實保護平板免於損壞。 •另外，本創作在容室的上緣處設有透氣凹槽，故當置放 盤於上、下疊置時，能夠藉透氣凹槽，令容室與外界相 通，避免凸出柱與容室間形成真空狀態，使上、下疊置 的置放盤能夠容易分離。 綜上所述，本創作實施例確能達到所預期之使用功 致’又其所揭露之具體構造，不僅未曾見諸於同類產品 中’亦未曾公開於申請前，誠已完全符合專利法之規定與 要求，爰依法提出新型專利之申請，懇請惠予審查，並賜 准專利，則實感德便。 M261461 【圖式簡單說明】 第一圖：習用立體圖 第二圖：習用組合剖視圖 第三圖：習用之另一組合剖視圖 第四圖：本創作立體圖 第五圖··本創作組合剖視圖 第六圖：本創作另一組合剖視圖 【主要元件符號說明】 <習用> (1) 置放盤 (10) (11) 盤面 (12) (13) 嵌合槽 (14) (15) 高凸部 <本創作> (2) 置放盤 (21) (22) 凸邊 (23) (24) 容室 (241) (25) 嵌合槽 (26) (27) 凸出柱 平板 凸邊 凹陷部 盤面 凹陷部 透氣凹槽 高凸部M261461 8. Description of the new type: [Technical field to which the new type belongs] This creation relates to a placing plate for flat plate placement, especially a type of placing plates that do not cause depression due to excessive load when stacked on top of each other. This protective plate avoids being crushed, and at the same time, ensures that when the upper plate is clamped by the robot arm, the lower plate will stay in place and will not be too tightly fitted with the upper plate. Shifter. [Previous technology] In order to facilitate the transportation and avoid the damage of the flat panel such as the display panel or circuit board after molding, so when transporting this type of flat panel, a flat plate is used to hold the flat plate, and then a robot arm is used to set the flat plate to move. Bit of action. The structure of the conventional plate placing plate (1) is shown in the first figure. The plate (1) has a concave plate surface (11) for holding the plate (10) around the plate surface (11). It has a raised convex edge (12), and the bottom of the convex edge (12) follows the convex edge (12) to form a concave upward shape (see the second figure below), and a fitting groove is formed accordingly. (13) A plurality of concave portions (14) are provided on the convex edge (12), and the bottom portion of the concave portion (14) is relatively high convex portions (15) in the fitting groove (13). According to this, when the placing plates (1) are stacked on each other [see the third figure], the fitting groove (13) of the upper placing plate (1) can be used to correspond to the convex edge of the lower placing plate (1). (12) Embedded, at the same time, the high convex portion (15) of the upper placing plate (1) also corresponds to the concave portion (14) of the lower placing plate (1), so that the upper and lower placing plates (1) can be stacked accordingly. And fixed. However, although the conventional placement plate (1) structure has the function of stackable setting position, it is slightly pressing after being stacked and fitted with each other, especially M261461 has a large number of fields. The lower the placing plate (i), the larger the load becomes. The tighter the fitting state between the placing plates 造成 is, the more the machine and the hand # grip the upper placing plate ，, because the lower placing plate 附着 is attached to the upper plate. The bottom of the pan ⑴ is then clamped, which affects the next process, causing eye-to-peer operation. It is then clamped and the lower pan is placed because there is no object underneath to bear its weight. If its weight exceeds the force of the bottom plate ⑴ being clamped, the bottom plate ⑴ will fall and cause damage to the plate (10) it holds. Today ’s creator is the serious lack of the conventional structure in practical use, which can be modified and improved, and the service period can provide a place to completely improve the lack of conventional use. [New content] This creation relates to a placement plate for flat plate placement, which is mainly provided with a recessed receiving chamber on the recessed portion around the placing plate, and the receiving chamber has a narrow upper and lower width, and the inner When the concave container is viewed from the bottom of the placing plate, it corresponds to a convex column with an upper narrow and a lower width. When the placing plates are stacked on each other, the bottom of the protruding column of the upper placing plate is suitable for the lower placing plate. The upper edge of the container room can avoid the situation where the upper and lower placing plates are in a tight state and the lower placing plate is compressed and deformed by the establishment of the upper and lower wide rooms and protruding columns, thereby protecting the placing plate. To prevent damage to the plate. [Implementation] In order to make the structure design, the purpose of the creation, and the effects it can achieve clearer and more complete, the details are described below, and please refer to the attached drawings and references Drawing number: First, please refer to the fourth figure, the placing plate (2) of this creation has a concave plate surface (21), and a plate (⑻, following M261461 on the plate surface) can be placed on the plate surface (21). The periphery of (21) bulges upward to form a raised ridge (22). A plurality of slightly concave depressions (23) are provided on the ridge (22), and formed on the depressions (23). A recessed container chamber (24), the container chamber (24) has a narrow upper and lower width shape, and at least one vent groove (241) is set on the upper edge of the container chamber (24); and if a tray ( 2) When viewed from the bottom, it will become a recessed fitting groove (25) with respect to the convex edge (22), and a high convex part with respect to the concave part (23). (26), as for the opposite container chamber (24), it is relatively a convex column (27) with an upper narrow and a lower wide. When the placing discs (2) are stacked on each other [see the fifth (6,6)], The convex edge (22) of the lower placing plate (2) is suitable to fit into the fitting groove (25) of the upper placing plate (2), so that the upper and lower placing plates (2) are thus positioned at Together, at the same time, the bottom end of the protruding column (27) of the upper placing plate (2) also corresponds to the upper edge of the container chamber (24) of the lower placing plate (2); The bottom end of the protruding column (27) abuts the upper edge of the receiving chamber (24) as a support for the weight of the upper placing plate (2) and the flat plate (10), so as to prevent the lower placing plate (2) from being placed on top due to unbearable load. The weight of the placing plate (2) and the flat plate (10) are deformed. In addition, the ventilation plate (241) provided on the upper edge of the container (24) is matched to make the placing plate (2) overlap each other. To avoid a vacuum state between the protruding column (27) and the chamber (24), and to prevent the stacked state of the upper and lower placing trays from being too tight, so that it is not possible to ensure that the robotic arm only sets one placing tray (2) at a time According to the above implementation description, compared with the structure design and practice of this creation, it does have better effects, such as: 1. The convex edge of the placing plate and the fitting groove at the opposite convex edge of the bottom side, due to the relationship between the bottom end of the protruding column and the upper edge of the chamber, only provide the upper and lower placing plates overlapping each other to set the position. The effect of tightening, so M261461 = to ensure that the robotic arm ruptures the plate when the plate is placed 4 above the switch, to prevent the plate placed below the plate from being lost =; the situation occurs with the ship. The placement plate in this creation is on the convex edge When the upper and lower widths are cut, the corresponding columns of the upper and lower widths are convex columns, so that when the upper and lower trays are stacked on top of each other, the upper and lower trays can be protruded from the bottom of the column. Abutting on the upper edge of the chamber, it forms a strong support and limit function to avoid the sinking of the placement plate and protects the flat plate from damage. • In addition, this creation is provided with a vent groove at the upper edge of the chamber, so when the tray is placed on top and bottom, the vent groove can be used to make the chamber communicate with the outside world and avoid protruding columns and the chamber. A vacuum state is formed between them, so that the upper and lower placing trays can be easily separated. In summary, this creative embodiment can indeed achieve the expected use of the work, and the specific structure disclosed, not only has not been seen in similar products, nor has it been disclosed before the application. It has fully complied with the patent law. Regulations and requirements, in accordance with the law to file an application for a new patent, begging for examination and granting a patent, it is a matter of convenience. M261461 [Simplified illustration of the drawing] The first picture: a conventional perspective view, the second diagram: a conventional combination sectional view, the third diagram: another conventional sectional view, the fourth diagram, the fifth perspective of this creative composition, and the sixth perspective of this creative composition view: Another combination sectional view of this creation [Description of main component symbols] < Conventional > (1) Place plate (10) (11) Plate surface (12) (13) Fitting groove (14) (15) High convex portion < 本Creation> (2) Placement plate (21) (22) Convex edge (23) (24) Reservoir (241) (25) Fitting groove (26) (27) Protruding column Flat plate Concave edge recessed portion Disk surface recessed portion Breath groove high convex part