1355359 六、發明說明： 【發明所屬之技術領域】 本發明是有關於一種包裝裝置，且特別是有關於一種用於 裴載基板的基板包裝裝置。 【先前技術】 圖1A與圖1B疋習知一種基板包裝裝置用於裝載不同尺 寸的玻璃基板的示意圖。請參照圖1A與圖1B，習知基板包裝 裝置100包括箱體110以及適於與箱體11〇组立的蓋體12〇。 箱體no具有底部112以及圍繞底部112的多個側壁114。這 些側壁114與底部112之間形成容置㈣，以容置互相堆疊的 多個基板50。每一個側壁114設有多個卡合槽115。此外，習 知基板包裝裝置100更包括多個緩衝塾13〇斑多個分隔件 ⑽。緩驗13G是設置於㈣114旁，且卡合於卡合槽ιΐ5， 而每-個分隔件M0的兩端卡合於相對的二側壁ιΐ4的卡合槽 115。另外’緩衝塾13〇與分隔件刚用以抵接基板％，以防 止基板50在運送的過程中受損。 在=知技術中’分隔件⑽設置的位置可視基板％的尺 寸而調整。如圖1A所示，當基板5〇的尺寸較大時，分隔件 =0设置於谷置空_兩側’以使容置空間能裝载尺寸較大的 基^ 50。如圖1B所示’當基板％的尺寸較 縣置㈣分隔絲鮮容置㈣，讀奴多的基 置槽115的位置有限，所以習知基板包裝裝 置100 4裝载狀尺寸的基板5G，而無 的基板5G。此外，針對不同尺寸的基板％需使用不及 不同尺寸的緩衝塾丨3〇及分隔件⑽，甚 °二 構形狀也需要對應修改，所 ^件140的… 斤乂而製作夕種尺寸與多種規格的缓 1355359 、衝塾130及分隔件140，此將增加生產成本。而且，還要另外 收藏未使用的緩衝墊130及分隔件14〇,且可能造成緩衝墊130 及刀隔件140 &失。當箱體11〇尺寸或規格改 =塾⑽及分隔件14G也須婦或修改，成本將增^另應外的 由於分隔件M0的兩端分別卡合於卡合槽u ==即基 =施予分隔件140的應力會集中在分二40 即分隔件140與卡合槽⑴相卡合的部分），如此容 易導致分隔件140斷裂。 如此合 【發明内容】 板。本發賴供—縣板⑽裝置，㈣於裝舒種尺寸的基 載多板板包裝裝置’其適於裝 J空間。分隔單元配置於箱體的底=容=鳩容 至少二裝載區。基板是配置於此由合置工間内分隔出 個緩衝件以及至少一個伸件，^載[内。分隔單元包括多 緩衝件固定於伸縮件。、’ ，/、、於沿至少—個方向伸縮。 部。在本發明之—實施例中，上述之緩衝件係接觸箱體的底 臂。固上述之伸婦找與活動 r活動物動方向來回 係可移動且連接於固定臂。1、第一~ ’且活動臂的第一端 在本發明之一實旛 臂，衝件係固定於活動衝件仙定於固定 《明之-實施例令，上述之部分缓衝件係固定於活動 4 1355359 臂的第-端與第二端之間。 ^^牙的第一鈿且支撐塊係接觸箱體的底 臂，部分緩衝件係固定於支稽塊。刀緩衝件係固疋於固定 在本發明之一實施例中， 臂係滑設於滑槽。 口疋1具有α槽，而活動 第一 2明二實：:定上述，;有鄰近第—端的 第二固接區。、 &❿固疋臂没有供固接件固定的 在本發明之—實施例中，上述之第 _ 分別設有至少—個賴或至少—個鎖孔。〜、二固接區 在本發明之_實施例中，上述之 與四個活騎。X彻定部配置 括X型固定部 包括沿第一方向排列的、—、氐邛，且χ型固定部 二個第二固定臂：—每 的其中之—。連接於第—固定劈 "苐一固定臂 移動，而連接於第二固定^^適於沿第一方向來回 動。 口^的活動臂適於沿第二方向來回移 在本發明之一實施例♦， ^ 固定寶與第二固定臂，部 ^。戸分緩衝件係固定於第_ 且固定於活動臂的第二端的固定於活動臂的第二端， 在本發明之—實施^件轉_m底部。 活動臂的第一端與第二端之間。逃之部分缓衝件係固定於每一 在本發明之一實施例中， 塊’其分别固定於活動臂 逆之分隔單元更包括四個支撐 第-端’且這些支撐塊係接觸箱體 5 1355359 的底部。 在本發明之一實施例中，上述之部分緩衝件係固定於第一 固定臂與第二固定臂，且部分緩衝件係固定於支撐塊。 在本發明之一實施例中，上述之第一固定臂與第二固定臂 分別具有滑槽，而活動臂係分別滑設於滑槽。 在本發明之一實施例中，上述之二個第一固定臂的二個滑 槽相通’上述之二個第二固定臂的二個滑槽相通。第一固定臂 其中之一的滑槽内設有第一墊片，第一固定臂其中另一的滑槽 内設有第二墊片，第二固定臂其中之一的滑槽内設有第三墊 片’第一墊片 '第二墊片與第三墊片的厚度不同，且第一墊片、 第二墊片與第三墊片係分別支撐對應的活動臂。 在本發明之一實施例中’上述之二個第一固定臂的二個滑 槽相通’上述之二個第二固定臂的二個滑槽不相通，第一固定 臂其中之一的滑槽内設有一個墊片，且墊片適於支撐對應的活 動臂。 .在本發明之一實施例中，上述之每一活動臂具有鄰近第一 端的第一固接區，以供固接件固定，而每一第一固定臂與每〆 第一固疋臂分別設有供固接件固定的第二固接區。 在本發明之一貝施例中，上述之每—第一固接區與每一第 二固接區分別設有至少一個鎖槽或至少一個鎖孔。^ f本發明之—實施例中’上述之第_方向實質上垂直於第 —J] TpJ 〇 在本發明之—實施财，上社紐更具 頂部，且側壁更連接於頂部。 ^ I和對的 在本發明之-實施例中，上述之頂部係為一 在本發明之一實施例中，上述之伸縮件:。 的剛性。 、岡Η生大於緩衝件 6 1355359 質或發批—實施射，上述之_件的材質包括發泡材 質。在本㈣之—實_巾，上述之箱體㈣質包括發泡材 Μ =明單元具有伸縮件’其可根據基板的尺寸而伸 =位===箱體的侧壁’所以伸縮 用上齡Ah 特的位置。換言之，伸縮件在使 尺寸的基板。，咖可使本伽之基板包裝裝置適於承載多種 懂，下為明之上述和其他目的、特徵和優點能更明顯易 —文特舉較佳實施例，並配合所附圖式，作詳細說明如下。 【實施方式】 圖，^ 3發明—實施例之—種基板包裝裝置的俯視示意 分隔i元的in單 =立體示意圖，圖3Β是圖3八之 實祐你舍圖圖疋圖2中箱體的立體示意圖。本 板70 裳裝置勘適於裝載多個基板70，以防止基 膠片等易^的過程中受損。需說明的是，基板可為玻璃、塑 其他基主材裝胁树明之絲包餘置。了〜^求^ 體21〇月^1_、圖2、圖3Α至圖3C，此基板包裝裝置200包括箱 阳的多單元3〇0。㈣210具有底部212與連接於底部 置空問211則壁214 ’且這些側壁214與底部212之間形成容 於^▲介鬥。分隔單元300可配置於箱體210的底部212，以 載區2ΐΠ 2U内分隔出至少二裝載區，此處以分隔出四個裝 外了配晋為，，而基板7〇適於配置於這些裝載區215内。另 個美杯7Λ於裝载區215的這些基板7〇可彼此疊置，相鄰二 土 之間可設有一個墊片（圖未示），以保護基板7〇，減 7 1355359 少運輸的衝擊力"分隔單元包括多個緩衝件·以及至少 一個伸縮件320，而在圖2中是以一個伸縮件32〇為例。伸縮 件320可適於沿至少—方向伸縮，而在圖2巾的伸縮件細可 以二個方向伸縮。緩衝件31〇固定於伸縮件32〇，且緩衝件“Ο 適於抵接基板70。需說明的是，緩衝件310與伸縮件32〇係 可分離’緩衝件310可套設於伸縮件32〇而固定，以方便使用。 另外，緩衝件310係可接觸箱體21〇的底部212，以適於抵 基板70。 上述之基板包裝裝置2〇〇中，伸縮件32〇的剛性例如是大 於緩衝件310的剛性，也就是說伸縮件可提供支樓作用，而緩 衝件具有緩衝能力來調節或降低基材所受的衝擊力。緩衝件 310的材質可為發泡材質或矽膠，而箱體21〇的材質可為發泡 材質，但不以此為限，可依實際需求選擇適當之材料。1355359 VI. Description of the Invention: [Technical Field] The present invention relates to a packaging apparatus, and more particularly to a substrate packaging apparatus for a substrate. [Prior Art] Figs. 1A and 1B show a schematic view of a substrate packaging apparatus for loading glass substrates of different sizes. Referring to Figures 1A and 1B, a conventional substrate packaging apparatus 100 includes a case 110 and a cover 12 that is adapted to be assembled with the case 11. The box no has a bottom portion 112 and a plurality of side walls 114 surrounding the bottom portion 112. A space (four) is formed between the side walls 114 and the bottom portion 112 to accommodate a plurality of substrates 50 stacked on each other. Each of the side walls 114 is provided with a plurality of engaging grooves 115. In addition, the conventional substrate packaging apparatus 100 further includes a plurality of buffers 13 to form a plurality of spacers (10). The retardation 13G is disposed beside the (four) 114 and is engaged with the engaging groove ι 5, and the two ends of each of the spacers M0 are engaged with the engaging grooves 115 of the opposite side walls ι4. Further, the buffer 塾 13 〇 and the spacer are just used to abut the substrate % to prevent the substrate 50 from being damaged during transportation. In the = technique, the position where the spacer (10) is set can be adjusted depending on the size of the substrate %. As shown in Fig. 1A, when the size of the substrate 5 is large, the spacers =0 are disposed on the valleys _ both sides to enable the accommodating space to load the larger-sized base 50. As shown in FIG. 1B, when the size of the substrate is smaller than that of the county (four), the position of the base groove 115 of the slave is limited, so that the substrate packaging device 100 4 has a substrate 5G of a size. There is no substrate 5G. In addition, for different sizes of substrates, it is necessary to use buffers 塾丨3〇 and separators (10) of different sizes, and the shape of the two-dimensional structure also needs to be modified accordingly, and the size of the piece 140 is made of various sizes. The ease 1355359, the punch 130 and the partition 140 will increase the production cost. Moreover, the unused cushion 130 and the spacer 14 are additionally collected, and the cushion 130 and the blade spacers 140 & When the size or specification of the casing 11 is changed to 塾(10) and the partitioning member 14G is also required to be modified or modified, the cost will be increased. Since both ends of the partitioning member M0 are respectively engaged with the engaging grooves, u == The stress applied to the partition member 140 is concentrated on the portion where the partition member 140 is engaged with the engaging groove (1), which is liable to cause the partition member 140 to be broken. So, the content of the invention. The present invention relies on the county board (10) device, and (4) the base multi-plate packaging device of the size of the Shu's size, which is suitable for the J space. The partition unit is disposed at the bottom of the cabinet, and has at least two loading areas. The substrate is disposed such that a buffer member and at least one extension member are separated from the jointing chamber. The partition unit includes a plurality of cushioning members fixed to the telescopic members. , ' , / , , and stretch in at least one direction. unit. In an embodiment of the invention, the cushioning member is in contact with the bottom arm of the casing. The above-mentioned extension of the woman's search and activities r the moving direction of the object is movable and connected to the fixed arm. 1, the first ~ 'and the first end of the movable arm is one of the actual arm of the present invention, the punching member is fixed to the movable punching member, and the fixing is fixed in the "Mingzhi-Embodiment Order, and the above part of the cushioning member is fixed to Activity 4 1355359 Between the first end and the second end of the arm. ^^ The first jaw of the tooth and the supporting block contact the bottom arm of the box, and some of the cushioning members are fixed to the branch block. The knife cushion is fixed to the fixing. In an embodiment of the invention, the arm is slidably disposed in the chute. The mouthpiece 1 has an alpha slot, and the activity first 2 is clear: the above is fixed; there is a second fixed zone adjacent to the first end. The & tamping arm is not fixed for the fixing member. In the embodiment of the present invention, the above-mentioned _ is respectively provided with at least one or at least one locking hole. ~, two fastening zones In the embodiment of the invention, the above is associated with four live rides. The X-cutting portion includes an X-shaped fixing portion including -, 氐邛, and χ-shaped fixing portions arranged in the first direction, and two second fixed arms: - each of them. Connected to the first fixed 劈 " 固定 a fixed arm to move, and connected to the second fixed ^^ is adapted to move back and forth in the first direction. The movable arm of the mouth is adapted to move back and forth in the second direction. In one embodiment of the invention, ♦, ^ fixed treasure and second fixed arm, part ^. The splitting buffer is fixed to the second end of the movable arm and fixed to the second end of the movable arm, and is implemented at the bottom of the present invention. Between the first end and the second end of the movable arm. The escape portion of the cushioning member is fixed in each of the embodiments of the present invention, and the blocks are respectively fixed to the movable arm and the partitioning unit further includes four supporting first ends, and the supporting blocks are in contact with the casing 5 The bottom of 1355359. In an embodiment of the invention, the partial cushioning member is fixed to the first fixing arm and the second fixing arm, and the partial cushioning member is fixed to the supporting block. In an embodiment of the invention, the first fixed arm and the second fixed arm respectively have a sliding slot, and the movable arm is respectively slidably disposed on the sliding slot. In one embodiment of the present invention, the two chutes of the two first fixed arms are in communication with the two chutes of the two second fixed arms. a first spacer is disposed in the sliding slot of one of the first fixed arms, and a second spacer is disposed in the other of the first fixed arms, and a slot is disposed in one of the second fixed arms The thickness of the third gasket 'first gasket' is different from the thickness of the third gasket, and the first gasket, the second gasket and the third gasket respectively support the corresponding movable arms. In one embodiment of the present invention, the two chutes of the two first fixed arms are in contact with each other. The two chutes of the two second fixed arms are not in communication, and the chute of one of the first fixed arms A gasket is provided therein, and the gasket is adapted to support the corresponding movable arm. In an embodiment of the invention, each of the movable arms has a first fastening zone adjacent to the first end for fixing the fixing member, and each of the first fixing arms and each of the first fixing arms A second fastening zone for fixing the fixing member is respectively provided. In one embodiment of the present invention, each of the first fastening zone and each of the second fastening zones is provided with at least one locking slot or at least one locking hole. ^ f In the present invention - in the embodiment, the above-mentioned _ direction is substantially perpendicular to the first - J] TpJ 〇 In the present invention, the upper layer is more topped, and the side wall is more connected to the top. In the embodiment of the present invention, the above-mentioned top is one of the above-described telescopic members. Rigidity. , 冈Η生 is larger than the cushioning part 6 1355359 质质发发—“, the material of the above mentioned parts includes foaming material. In the (4)-solid towel, the above-mentioned box body (four) quality includes a foam material Μ = the unit has a telescopic member 'which can be extended according to the size of the substrate = position === side wall of the box body Age Ah special location. In other words, the telescopic member is in the size of the substrate. The above-mentioned and other objects, features and advantages of the present invention can be made more obvious, and the preferred embodiments are described in detail with reference to the drawings. as follows. [Embodiment] FIG. 3 is a perspective view schematically showing an in-element of a substrate packaging device in a plan view, and FIG. 3 is a schematic view of the box in FIG. A three-dimensional diagram. The board 70 is suitable for loading a plurality of substrates 70 to prevent damage during the process of the base film and the like. It should be noted that the substrate may be a glass, plastic or other base material. The substrate packaging apparatus 200 includes a multi-unit 3〇0 of a box-yang. (4) 210 has a bottom portion 212 and is connected to the bottom space 211, and a wall 214' is formed between the side walls 214 and the bottom portion 212. The partitioning unit 300 can be disposed at the bottom 212 of the casing 210, and at least two loading zones are separated by the loading zone 2ΐΠ 2U, where the four outer packagings are separated, and the substrate 7〇 is adapted to be configured for the loading. Within area 215. The other substrates 7 Λ of the substrate 7 can be stacked on each other, and a spacer (not shown) can be disposed between the adjacent soils to protect the substrate 7 〇, minus 7 1355359 less transportation. The impact force " separation unit includes a plurality of cushioning members and at least one telescopic member 320, and in Fig. 2, a telescopic member 32 is exemplified. The telescoping member 320 can be adapted to telescope in at least the direction, while the telescoping member of the towel of Figure 2 can be telescoped in two directions. The cushioning member 31 is fixed to the telescopic member 32A, and the cushioning member is adapted to abut the base plate 70. It should be noted that the cushioning member 310 is detachable from the telescopic member 32. The cushioning member 310 can be sleeved on the telescopic member 32. Further, the buffer member 310 is adapted to contact the bottom portion 212 of the casing 21 to be adapted to the substrate 70. In the above substrate packaging device 2, the rigidity of the telescopic member 32 is, for example, greater than The rigidity of the cushioning member 310, that is to say, the telescopic member can provide a branching function, and the cushioning member has a buffering capacity to adjust or reduce the impact force on the substrate. The material of the cushioning member 310 can be foamed material or silicone rubber, and the box member can be made of foamed material or silicone rubber. The material of the body 21〇 can be a foamed material, but it is not limited thereto, and an appropriate material can be selected according to actual needs.
此外，伸縮件320可包括X型固定部322與四個活動 324。X型固定部322配置於箱體21〇的底部212，且X 定部322包括沿第一方向D1排列的二個第一固定臂32仏與况 5方向D2排列的二個第二固定臂322b。第一方向m二 =貫質上垂直於第二方向D2，但不限於此，可依實際需 正方向。此外，每一活動臂324具有相對的第一端32如鱼°第 二端324b ’且每-活動臂324的第—端324&係可移動且連 於第一固定臂322a與第二固定臂322b其中之一。也就B 其中二個活動臂324的第一端324a分別可移動的連接於 固定臂322a ’另外兩個活動臂324的第—端伽可 的連接於第二固定臂322b。另外，連接於第—固定臂3 324適於沿第-方向D1來回移動，而連接於第二= I 322b的活動臂324適於沿第二方向D2來回移動。 伸縮件320可適於沿第一方向D1與第二方向Μ伸縮。_兒 8 1355359 具體而言’第一固接區325a例如是一個鎖槽，而第_固接& • 325b例如是一個鎖孔’而固接件330例如為螺絲，盆鎖^ 鎖槽與鎖孔内。換言之，在本實施例中，當將每一活動臂324 調整至適當位置時’可藉由固接件330來固定活動臂324。另 外’在其他實施例中’第一固接區可為沿著活動臂324之延伸 方向排列的多個鎖孔或至少一鎖槽，而第二固接區亦可為沿著 第-固定臂322a或第二固定臂322b之延伸方向排列的多個鎖 孔或至少一鎖槽。固接件330可為螺絲、卡合結構、扣合結構 φ 等，然不限於此，相關技藝人士可依實際需求選擇其接合方式 與接合結構與其分布。 ° 請參考圖4，上述之二個第一固定臂322a的二個滑槽323 可相通，二個第二固定臂322b的滑槽323可不相通。二個第 一固疋臂322a其中之一的滑槽323内設有一個墊片326，且 此墊片326適於支撐對應的活動臂324。如此，可讓二個第一 固定臂322a的二個滑槽323内的二個活動们24位於不同高 度’以避免此二個活動臂324位於同一平面而互相干涉。此 外’上述之墊片326可設置於第一固定臂322a的第二固接區 ’ 325b ’亦可依需求調整其位置。 圖5A與圖5B是圖2之基板包裝裝置用於承載不同尺寸 的基板的不意圖。請參照圖2、圖5A與圖5B ’由於本實施例 之基板包裝裝置200的伸縮件32〇可沿二個方向伸縮，所以可 根據基板70的尺寸來調整箱體210内之裝載區215的尺寸。 相#乂於省知技術，本實施例之基板包裝裝置不需預設基板 的尺t ’只要基板7〇的尺寸未超過箱體210之容置空間的尺 寸’皆^利用本實施例之基板包裝裝置200來裝載基板70。 此外j右基板70的尺寸較大，導致基板包裝裝置2〇〇的四個 裝載區無法同時裂載基板7〇，則可增加部分裝載區215的尺 1355359 21S目丨τΓΓ二裝載區215來裝載基板7G，而其餘的裝载區 勺驻^來裝絲板I她於f知技術，本實施例之基板 包裝裝置細可裝載更多不同尺寸的基板70。而且，本實施Additionally, the telescoping member 320 can include an X-shaped securing portion 322 and four activities 324. The X-shaped fixing portion 322 is disposed at the bottom portion 212 of the casing 21〇, and the X-shaped portion 322 includes two first fixing arms 32 arranged in the first direction D1 and two second fixing arms 322b arranged in the direction 5 of the condition 5 . The first direction m2 is perpendicular to the second direction D2, but is not limited thereto, and the positive direction may be required according to actual needs. In addition, each movable arm 324 has an opposite first end 32, such as a second end 324b' of the fish, and the first end 324& of each movable arm 324 is movable and coupled to the first fixed arm 322a and the second fixed arm One of the 322b. That is, the first end 324a of the two movable arms 324 is movably coupled to the second end of the fixed arm 322a', and the other end of the movable arm 324 is connected to the second fixed arm 322b. Further, the attachment to the first fixed arm 3 324 is adapted to move back and forth in the first direction D1, and the movable arm 324 connected to the second = I 322b is adapted to move back and forth in the second direction D2. The telescoping member 320 can be adapted to telescope in a first direction D1 and a second direction. _8 1355359 Specifically, the first fastening zone 325a is, for example, a lock slot, and the _ 固定 & 325b is, for example, a keyhole, and the fastening member 330 is, for example, a screw, a basin lock, a lock slot and Inside the keyhole. In other words, in the present embodiment, the movable arm 324 can be fixed by the fixing member 330 when each movable arm 324 is adjusted to an appropriate position. In addition, in other embodiments, the first fastening zone may be a plurality of locking holes or at least one locking slot arranged along the extending direction of the movable arm 324, and the second fastening zone may also be along the first fixed arm. a plurality of locking holes or at least one locking groove arranged in the extending direction of the 322a or the second fixing arm 322b. The fastening member 330 can be a screw, a snap-fit structure, a snap-fit structure φ, etc., but is not limited thereto, and the related art can select the joint mode and the joint structure and its distribution according to actual needs. Please refer to FIG. 4, the two sliding grooves 323 of the two first fixing arms 322a can communicate with each other, and the sliding grooves 323 of the two second fixing arms 322b can be disconnected. A spacer 326 is provided in the sliding groove 323 of one of the two first fixing arms 322a, and the spacer 326 is adapted to support the corresponding movable arm 324. Thus, the two movable members 24 in the two chutes 323 of the two first fixed arms 322a can be positioned at different heights to prevent the two movable arms 324 from being in the same plane to interfere with each other. Further, the spacer 326 may be disposed on the second fixing region 325b' of the first fixing arm 322a, and the position thereof may be adjusted as needed. 5A and 5B are schematic views of the substrate packaging apparatus of Fig. 2 for carrying substrates of different sizes. Referring to FIG. 2, FIG. 5A and FIG. 5B, since the telescopic member 32 of the substrate packaging apparatus 200 of the present embodiment can be expanded and contracted in two directions, the loading area 215 in the casing 210 can be adjusted according to the size of the substrate 70. size. According to the prior art, the substrate packaging apparatus of the present embodiment does not need to preset the size t' of the substrate as long as the size of the substrate 7〇 does not exceed the size of the housing space of the housing 210. The packaging device 200 loads the substrate 70. In addition, the size of the right substrate 70 is large, so that the four loading areas of the substrate packaging device 2 cannot simultaneously smash the substrate 7 〇, and the shank 1355359 21S 丨 ΓΓ 2 loading area 215 of the partial loading area 215 can be added to load. The substrate 7G, while the remaining loading area is placed on the wire board I, the substrate packaging apparatus of the present embodiment can load more substrates 70 of different sizes. Moreover, this implementation
例if板包裝ί置不需另外準備備用的分隔件，所以不僅 :即’成本，還可免去收藏備用分隔件騎煩^另外，由於伸 縮件320並不鴻要固接於相體21〇的側壁214，所以在運送基 板^0的過程中，可防止基板7〇施予伸縮件32〇的應力集中於 伸縮件320的末端’如此可降低伸縮件32〇斷裂的機率。再者， 分隔單元300可包括兩個以上的伸縮件32〇，這些伸縮件 可透過活動臂相連’如此可在箱體21G内形成更多的裝載區 215。另外，當箱體21〇尺寸或規格改變時，可調整本發明之 伸縮件320的長度來對應，無須重製伸縮件32〇的尺寸或規格。 圖6是本發明另一實施例之箱體的剖面示意圖。請參照圖 6，上述之箱體210可更具有與底部212相對的頂部216，且 側壁214更連接於頂部216，如此可使上述之容置空間形成密 閉的空間’以提升基板的保護效果。此外，此頂部216可為一 個蓋體。也就是說，底部212與側壁214 —體成型，而頂部 216是可與側壁214分離的蓋體。取下蓋體後，可進行基板的 裝載或卸載。 圖7是本發明另一實施例之X型固定部的立體示意圖。 請參照圖4與圖7，本實施例之X型固定部322,與圖4之X 型固定部322相似，以下僅針對其差別處進行說明。在χ型 固定部322’中，二個第一固定臂322a的二個滑槽323相通， 且二個第二固定臂322b的二個滑槽323亦相通。二個第一固 定臂322a其中之一的滑槽323内設有第一墊片326a，另一個 第一固定臂322a的滑槽323内設有第二墊片326b，且二個第 二固定臂322b其中之一的滑槽323内設有第三墊片326c。第 ^55359 一墊片326a、第二塾片326b與第三墊片326c係分別支撐對應 的活動臂（圖未示），且第一墊片326a、第二墊片326b與第 —墊片326c的厚度不同，以使位於四個滑槽323内的四個活 動#位於不同高度，如此可避免這四個活動臂位於同一平面而 相互干涉。值得一提的是，在另一實施例中，可藉由滑槽323 之深度的不同或是藉由滑槽323之深度的不同並搭配使用墊 片，使位於四個滑槽323内的活動臂位於不同高度，以避免活 動臂相互干涉。For example, if the board is packaged, there is no need to prepare a spare partition separately, so not only: the cost, but also the spare part of the collection can be avoided. In addition, since the telescopic member 320 is not fixed to the phase body 21〇 The side wall 214 prevents the stress applied to the extension member 32 of the substrate 7 from being concentrated on the end of the expansion member 320 during the process of transporting the substrate. Thus, the probability of breakage of the expansion member 32 can be reduced. Further, the partition unit 300 may include two or more telescopic members 32, which are connectable through the movable arms. Thus, more loading regions 215 may be formed in the casing 21G. Further, when the size or specification of the casing 21 is changed, the length of the stretchable member 320 of the present invention can be adjusted to correspond, and the size or specification of the stretchable member 32 is not required. Figure 6 is a cross-sectional view showing a casing of another embodiment of the present invention. Referring to FIG. 6, the above-mentioned case 210 may further have a top portion 216 opposite to the bottom portion 212, and the side wall 214 is further connected to the top portion 216, so that the above-mentioned accommodation space can form a closed space' to enhance the protection effect of the substrate. Additionally, the top portion 216 can be a cover. That is, the bottom portion 212 is integrally formed with the side wall 214, and the top portion 216 is a cover that is separable from the side wall 214. After the cover is removed, loading or unloading of the substrate can be performed. Fig. 7 is a perspective view showing an X-shaped fixing portion according to another embodiment of the present invention. Referring to FIGS. 4 and 7, the X-shaped fixing portion 322 of the present embodiment is similar to the X-shaped fixing portion 322 of FIG. 4, and only differences will be described below. In the 固定-shaped fixing portion 322', the two sliding grooves 323 of the two first fixing arms 322a are in communication, and the two sliding grooves 323 of the two second fixing arms 322b are also in communication. A first spacer 326a is disposed in the sliding slot 323 of one of the two first fixing arms 322a, a second spacer 326b is disposed in the sliding slot 323 of the other first fixing arm 322a, and two second fixed arms are disposed. A third gasket 326c is disposed in the chute 323 of one of the 322bs. a first spacer 326a, a second spacer 326b and a third spacer 326c respectively support corresponding movable arms (not shown), and the first spacer 326a, the second spacer 326b and the first spacer 326c The thicknesses are different so that the four activities # located in the four chutes 323 are located at different heights, so that the four movable arms are prevented from being in the same plane and interfere with each other. It is worth mentioning that in another embodiment, the activities in the four chutes 323 can be made by the difference in the depth of the chutes 323 or by the difference in the depth of the chutes 323. The arms are at different heights to avoid the interference arms interfering with each other.
圖8是本發明另一實施例之基板包裝裝置的分隔單元的 立體示思圖。凊參照圖8，本實施例之基板包裝裝置的分隔單 兀300’可包括多個緩衝件31〇與至少一個伸縮件34〇。伸縮件 340可包括固定臂342與活動臂344。固定臂342配置於箱體 (圖未示）的底部，而活動臂344可適於沿第一方向來回 移動，以使伸縮件340能沿一個方向伸縮。活動臂344具有相 對的第一端344a與第二端344b，且活動臂344的第一端34知 係可移動且連接於固定臂342。此外，分隔單元3〇〇，可更包括 支撐塊35〇，其固定於活動臂344的第二端购，且支撐塊 350可接觸箱體的底部。支樓塊35()是用以支撐活動臂糾， 以防止活動# 344晃動。本實施例例如是藉由固接件（圖未 將支撑塊350固定於活動臂344的第二端3桃。因此，在活 動臂344的第二端344b可設有一個固接孔346，以供固接件 將支樓塊35〇固接於活動臂344的第二端駡。上述之 t可為螺絲、卡合結構、扣合結構等，另外，支樓塊350亦^ ”活動’ 344 -體成形結合，而無需固接件，惟本發明不限於 此，亦可依實際需求調整。 、 12 ^ 310 1355359 f固定臂342係可分離’而緩衝件310與活動臂344亦可分 離，且緩衝件310可套設於固定臂342或活動臂344而固定， 以方便使用。此外，緩衝件係可接觸箱體的底部，以適於 抵接基板。由於這些緩衝件31〇的材質可為如發泡材質或矽膠 等具有可撓性㈣質，料可絲抵縣板，㈣止基板在運 送的過程中受損。 需注意的是，分隔單元300,更可包括固定在活動臂344 的第一端344a與第二端344b之間的緩衝件31〇，以增加緩衝 效果。此外，在另一實施例中，分隔單元3〇〇，可不包括支撐塊 350。在此情況下，可藉由固定於活動臂344的第二端344b的 緩衝件310來接觸箱體的底部，以藉由這些緩衝件31〇來支撐 活動臂344。另外，因應實際需求，活動臂344可更換不同的 尺寸’以更增加使用上的彈性。 圖9是圖8中固定臂的立體示意圖。請參照圖8與圖9， 在本實施例中，固定臂342具有滑槽343，而活動臂344係滑 設於滑槽343，此設計可便於活動臂344之移動。此外，活動 臂344可具有鄰近第一端344a的第一固接區34兄，以供固接 件（圖未示）固定’固定臂342可設有供固接件固定的第二固 接區345b。具體而言，第一固接區345&例如是一個鎖槽，而 第二固接區345b例如是一個鎖孔，而固接件可為螺絲、卡合 結構、扣合結構等，然不限於此，相關技藝人士可依實際需求 選擇其接合方式與接合結構。固接件鎖附於鎖槽與鎖孔内。換 言之，在本實施例中，當將活動臂344調整至適當位置時，可 藉由固接件來固定活動臂344。另外，在其他實施例中，第一 固接區可為沿著活動臂344之延伸方向排列的多個鎖孔或至 少一鎖槽，而第二固接區亦可為沿著固定臂342之延伸方向排 列的多個鎖孔或至少一鎖槽。 13 1355359 —f本貝細例中，分隔單元3〇〇’的伸縮件340可於箱體的 谷置工間内刀隔出二個用於承載基板的承載區。此外，分隔單 元300之伸縮件34〇的數量亦可為多個以於容置空間内分隔 出一個以上的承載區。本實施例之基板包裝裝置的優點與圖2 之基板包裝装置的優點相似，在此將不再重述。 ，上所述，在本發明之基板包裝裝置中，設置於箱體内的 分，單元具有伸縮件，其可根據基板的尺寸而伸長或縮短且 伸縮件的兩端不需要固定於箱體的側壁，所以伸縮件擺設的位 暴置並不會揭限於特定的位置。換言之，伸縮件在使用上較為靈 活，所以可在箱體的容置空間内分隔出多種尺寸的裝載區，以 使本發明之基板包裝裝置適於承載多種尺寸的基板。此外，在 本發明中’伸縮件的末端不需要固定於箱體的側壁，如此可防 止基板施予伸縮件的應力集中在伸縮件的末端，以避免伸縮件 雖然本發明已以較佳實施例揭露如上，然其並非用以限定 本發明，本發崎屬技術領域巾具有通f知識者，在 發明之精神和範_，當可作些許之更動無飾，因此本發明 之保護範m當視後附之Ψ請專概_界定者為準。x 【圖式簡單說明】 寸的的知—種純mm驗裝載不同尺 圖 圖2是本發明—實施例之—種基板包裝裝置的俯視示意 圖3Α是圖2中分隔單元的立體示意圖。 圖3Β是圖3Α之分隔單元的爆炸圖。 圖3C是圖2中箱體的立體示意圖。 圖4是圖2中X型固定部妁立體示意圖。 1355359 圖5A與圖5B是圖2之基板包裝裝置用於承載不同尺寸 的基板的不意圖。 圖6是本發明另一實施例之箱體的剖面示意圖。 圖7是本發明另一實施例之X型固定部的立體示意圖。 圖8是本發明另一實施例之基板包裝裝置的分隔單元的 立體示意圖。 圖9是圖8中固定臂的立體示意圖。 【主要元件符號說明】 50、70 :基板 100、200 :基板包裝裝置 110、210 ·•箱體 112、212 :底部 114、214 :側壁 115:卡合槽 120 :蓋體 130 :緩衝墊 140 :分隔件 211 :容置空間 215 :裝載區 216 :頂部 300、300’ ：分隔單元 310 :緩衝件 320、340 :伸縮件 322、322’ ： X型固定部 322a:第一固定臂 322b :第二固定臂 323 :滑槽 15 1355359 324、344 :活動臂 324a、344a :第一端 324b、344b :第二端 325a、345a :第一固接區 325b、345b :第二固接區 326 :墊片 326a :第一墊片 326b :第二墊片 326c :第三墊片 330 :固接件 342 :固定臂 346 :固接孔 350 :支撐塊 D1 :第一方向 D2 :第二方向Fig. 8 is a perspective view showing a partitioning unit of a substrate packaging apparatus according to another embodiment of the present invention. Referring to Fig. 8, the partition unit 300' of the substrate packaging apparatus of the present embodiment may include a plurality of cushioning members 31A and at least one telescopic member 34''. The telescoping member 340 can include a fixed arm 342 and a movable arm 344. The fixed arm 342 is disposed at the bottom of the casing (not shown), and the movable arm 344 is adapted to move back and forth in the first direction to allow the telescopic member 340 to expand and contract in one direction. The movable arm 344 has a first end 344a and a second end 344b, and the first end 34 of the movable arm 344 is known to be movable and coupled to the fixed arm 342. Further, the partition unit 3A may further include a support block 35A which is fixed to the second end of the movable arm 344, and the support block 350 may contact the bottom of the case. The branch block 35() is used to support the movable arm to prevent the activity # 344 from shaking. This embodiment is provided, for example, by a fixing member (the supporting block 350 is not fixed to the second end 3 of the movable arm 344. Therefore, the second end 344b of the movable arm 344 can be provided with a fixing hole 346 to The fixing member 35 is fixed to the second end 活动 of the movable arm 344. The above t can be a screw, a snapping structure, a fastening structure, etc. In addition, the branch block 350 is also "active" 344 - The body is formed without a fixing member, but the invention is not limited thereto, and can be adjusted according to actual needs. 12 ^ 310 1355359 f The fixing arm 342 is separable and the cushioning member 310 can be separated from the movable arm 344. The buffering member 310 can be fixed on the fixing arm 342 or the movable arm 344 for convenient use. In addition, the buffering member can contact the bottom of the box body to be adapted to abut the substrate. In the case of a flexible material such as a foamed material or silicone, the material can be fed to the county plate, and (4) the substrate is damaged during transportation. It should be noted that the separation unit 300 may further include a fixed arm 344. The buffer member 31〇 between the first end 344a and the second end 344b to increase the buffer In addition, in another embodiment, the partition unit 3〇〇 may not include the support block 350. In this case, the box body may be contacted by the buffer member 310 fixed to the second end 344b of the movable arm 344. The bottom portion supports the movable arm 344 by the buffer members 31. In addition, the movable arm 344 can be replaced with different sizes to increase the elasticity of use according to actual needs. FIG. 9 is a perspective view of the fixed arm of FIG. Referring to FIG. 8 and FIG. 9, in the embodiment, the fixed arm 342 has a sliding slot 343, and the movable arm 344 is slidably disposed on the sliding slot 343. This design can facilitate the movement of the movable arm 344. In addition, the movable arm 344 The first fastening portion 34 adjacent to the first end 344a may be provided for fixing by a fixing member (not shown). The fixing arm 342 may be provided with a second fastening region 345b for fixing the fixing member. Specifically, The first fastening zone 345& is, for example, a lock slot, and the second fastening zone 345b is, for example, a lock hole, and the fastening member can be a screw, a snap structure, a snap structure, etc., but is not limited thereto. Skilled people can choose the joint mode and joint structure according to actual needs. The fixing member is locked in the locking groove and the locking hole. In other words, in the embodiment, when the movable arm 344 is adjusted to an appropriate position, the movable arm 344 can be fixed by the fixing member. In addition, in other embodiments The first fastening area may be a plurality of keyholes or at least one locking slot arranged along the extending direction of the movable arm 344, and the second fastening area may also be a plurality of rows arranged along the extending direction of the fixed arm 342. a lock hole or at least one lock groove. 13 1355359 - f In the present example, the expansion member 340 of the partition unit 3〇〇' can partition two load-bearing areas for carrying the substrate in the valley of the box In addition, the number of the telescopic members 34 of the partition unit 300 may also be plural to separate more than one bearing area in the accommodating space. The advantages of the substrate packaging apparatus of this embodiment are similar to those of the substrate packaging apparatus of FIG. 2 and will not be repeated here. As described above, in the substrate packaging apparatus of the present invention, the unit provided in the casing has a telescopic member which can be elongated or shortened according to the size of the substrate and the both ends of the telescopic member need not be fixed to the casing. The side wall, so the position of the telescopic member is not exposed to a specific position. In other words, the telescopic members are more flexible in use, so that a plurality of sizes of loading areas can be separated in the housing space of the cabinet to make the substrate packaging apparatus of the present invention suitable for carrying substrates of various sizes. In addition, in the present invention, the end of the 'expansion member does not need to be fixed to the side wall of the case, so that the stress applied to the extension member of the substrate can be prevented from being concentrated at the end of the expansion member to avoid the expansion member. Although the present invention has been a preferred embodiment The above disclosure is not intended to limit the present invention, and the present invention is in the spirit of the invention, and in the spirit and scope of the invention, when a slight change is made, the protection of the present invention is therefore The attached Ψ 专 专 _ 。 。 。 。 。 。 。 。 x [Comprehensive description of the drawings] Fig. 2 is a schematic plan view of a substrate packaging apparatus according to the present invention - Fig. 2 is a perspective view of the partition unit of Fig. 2. Figure 3 is an exploded view of the separation unit of Figure 3 . 3C is a perspective view of the casing of FIG. 2. Figure 4 is a perspective view of the X-shaped fixing portion of Figure 2; 1355359 Figures 5A and 5B are schematic views of the substrate packaging apparatus of Figure 2 for carrying substrates of different sizes. Figure 6 is a cross-sectional view showing a casing of another embodiment of the present invention. Fig. 7 is a perspective view showing an X-shaped fixing portion according to another embodiment of the present invention. Fig. 8 is a perspective view showing a partition unit of a substrate packaging apparatus according to another embodiment of the present invention. Figure 9 is a perspective view of the fixed arm of Figure 8. [Main component symbol description] 50, 70: substrate 100, 200: substrate packaging device 110, 210 · • housing 112, 212: bottom 114, 214: side wall 115: engagement groove 120: cover 130: cushion 140: Separator 211: accommodating space 215: loading area 216: top 300, 300': partition unit 310: cushioning members 320, 340: telescopic members 322, 322': X-shaped fixing portion 322a: first fixing arm 322b: second Fixed arm 323: chute 15 1355359 324, 344: movable arm 324a, 344a: first end 324b, 344b: second end 325a, 345a: first fastening zone 325b, 345b: second fastening zone 326: gasket 326a: first spacer 326b: second spacer 326c: third spacer 330: fixing member 342: fixing arm 346: fixing hole 350: supporting block D1: first direction D2: second direction
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