201107206 六、發明說明： 【發明所屬之技術領域】 發明係關於一種偏光板用裝載箱，其係可存放或裝載 疊放之偏光板。 【先前技術】 偏光板是一種用於各種顯示器（作為傳達電腦監測 器、數位電視、以及行動電話等之圖像訊號）中之薄膜或玻 璃板’並廣為使用於各種產品（如，LCD玻璃基板）上，而與 其高解析度及各種功能之相關之技術係迅速地發展中。 偏光板的生產，需要準確性、高產品品質、以及大量 生產系統。由於偏光板是高準確性產品，因此必須注意避 免偏光板由於撞擊、污染、刮傷、灰塵 '以及溫度及溼度 改變而損傷，此外，外部微小的撞擊亦容易使偏光板損傷， 且微小的靜電亦會使偏光板產生錯誤。 因此’偏光板需置放於特定用於儲存或載運的裝載箱 (容置箱）中》 然而’當裝載有偏光板的裝載箱疊放搬運時，則經常 會由於上下搬運或因偏光板裝載箱破裂使外部物質跑入箱 中，而對偏光板造成不良影響。 【發明内容】 201107206 本發明之目的係在於提供一種偏光板用裝載 裝餘於堆叠及運送過程中，可預防偏光板的變形產生: 或疋預防裝載偏光板之裝載箱的變形或破裂。 八本發明提供了一種偏光板用裝載箱，其包括：一主體 盒，其係包括有-用以容置偏光板之中間盤以及一與 間盤底部連接之底盤；m一盒蓋，其係可拆卸地與該主 趙盒之上部連接。 本發明中，當複數個偏光板用裝載箱堆疊並移動時， 由於直接堆疊放置偏光板之中間盤與用來吸收偏光板載重 或是外部撞擊的底盤是分開的’因此可以有效防止疊放偏 光板時所產生變形，或是防止會造成偏光板變形或破裂等 對偏光板有直接影響的外部物質進入。因此，可 偏光板所產生之缺點。 χ 再者’由於堆載負重係平均地分布，因此此些裝載箱 可以於一小空間内堆疊，故本發明裝載箱的使用不受限於 空間的限制。 本發明提供了一種偏光板用.裝載箱，其包括；一主體 盒’其係包括有一用以容置偏光板之中間盤以及一與該中 間盤底部連接之底盤；以及一盒蓋，其係可拆卸地與該主 體盒之上部連接。 本發明中，於該中間盤之上表面以及下表面之間，於 該中間盤之下表面且面對該底盤之方向可形成有負載分布 條。 本發明中，該負載分布條可分佈形成一方格圖形。 201107206 本發明中，該中間盤之上# 於該 突起 Ί盜之上表面以及下表面之間， 中間盤之上表面且面對合蓋之太a 才|盍之方向可形成有負載分布 件0 中間盤之上表面 之間可相隔有一 些負載分布突起 負載分布突起件 可包括有分佈於 著中間盤上表面 柱狀形狀且由中 本發明中，負載分布突起件可沿著該 的邊緣形成，且該些負載分布突起件彼此 預定距離而沿著上表面之四個邊形成。某 件可形成於角落。本發明一實施例中，該 可沿著中間盤上表面之兩個短邊形成，且 四個角落之第一負載分布突起件、以及沿 之二個長邊分布的第二員載分布突起件。 本發明中，負載分布突起件可具有一 間盤之上表面突出。 如上述，當本發明之偏光板用裝載箱層層疊放時，由 於n又有負載刀布大起件及負載分布條，故可有效避免因疊 放而造成偏光板以及裝載箱的變形現象。此外，由於使用 了負載分布條，因此即使載重554之情形亦可藉由此些負 載分布.條而維持平坦度。 本發明中，中間盤以及底盤之至少一者可包括有 ABS(丙烯腈-笨乙烯-丁二烯共聚物，acry丨〇nitri丨ebutadiene styrene)樹脂。或是，可使用pc/ABS合金。 本發明中，盒蓋可具有強度增強條。 本發明中’強度增強條可具有一放射狀結構。使盒蓋 製作過程中之射出成形後的變形現象可因此放射狀結構而 得到預防。 201107206 本發明令，益盡可具有支擇條，當盒蓋蓋合於 盒上部時，該支料係·與該中間盤之負載分布突起件ς 觸。如此’當本發明之偏光板用裝載箱層層叠放時，藉由 箱的變形現象。、免因㈣而造成偏光板以及裝載 t、本發明令’盒蓋可包括聚丙稀（polypropylene，ΡΡ)樹 月曰或聚乙烯（p〇lyethyiene，pE)樹脂。 本發明之裝載箱可·句4 士 __ . 於該主體盒之上部時，州：二^當該盒蓋配置 人— 4包裝工具係包裝由該主體盒鱼該 益盍所形成之容置偏光板之空間。 、 本心明中，包裝工具可具有堆裝突起件以及突起件插 /堆裝大起件可形成於主體盒之中間盤，突起件插入 。阿形成於盒蓋，使堆裝突起件插入突起件插入部中。 本發明中’突起件插入部由盒蓋表面深入之深度可大 『堆裝犬起件由中間盤表面突出之高度，使當堆裝突起件 ^至突起件插人部時，突起件插人部⑽有—空的空 1如®堆裝突起件插入部時，内部的空的空間為 2mm ’ gP代表有2咖的容許量⑽⑽⑷產生。 如上述，藉由提供足夠的空間，可使盒蓋與主體盒之 間因溫度的變化產生的差異得到妥善處理。 實施方式】 本發明之實施例係伴隨著圖示於以下更詳細地解說 201107206 人如圖1及2所示，本發明之偏光板用裝載箱係包括有： 包a於主體盒中之中間盤20以及底盤3〇，該主體盒之内部 空間係容置有偏光板；α及一盒蓋1〇，其係可蓋合該主體 盒之内部空間。 如圖3所示，本發明之偏光板用裝載箱中，負載分布條 結構係可形成於中間盤20之下表面上。藉由此負載分布條 的結構，即使載重55kg之情形亦可維持平坦度。 圖4所示本發明之偏光板用裝載箱中，中間盤2〇 上表面上可幵’成有第一負載分布突起件21以及第二負載 =大起件22 °因此’如圖7所示，當本發明之偏光板用裝 載箱層層疊放時’可有效避免因疊放而造成偏光板以及偏 光板用裝載箱的變形現象。 如圖5及6所示，本發明之偏光板用裝載箱中，盒蓋10 ^内表面可形成H支撑條11以及第二支料12，使 虽盒盍_合於該主體盒上部時，㈣—支樓㈣以及第 -支撐條12與該中間盤20之第—負載分布突起件21以及第 -負載分布突起件22互相接觸。如此，如圖7所示，當本發 :之偏光板用裝載相層層疊放時’可有效避免因疊放而造 成偏光板以及偏光板用裝載箱的變形現象。 Θ斤示 堆裝（封裝）結構係設於本發明之偏光板 用裝載箱中中間盤20可形成有堆裝突起件，且盒蓋10 可形成有突起件插人部使堆裝突起件可插入其中。 妒社：4月*之偏光板用裝載箱中，底盤以及中間盤之材質 乂土 ABS樹月曰’而盒蓋較佳為聚丙烯樹脂(ρ〇丨yp— 201107206 resin)。如此，由於ABS樹脂與聚丙烯樹脂之間的熱形變模 數的差異’則可經由組合部位的設計使其具足夠的容許量 來克服變形，而嫁保堆裝結構的可靠度。 如圖9所示，本發明中，偏光板用裝載箱之盒蓋ι〇上方 可形成有放射狀之強度增強條（strength reinf〇rcement nb)。該放射狀之結構寬度為4〇mm ’深度為丨2mm，該放射 狀之側邊具有lOOrmn之缺口，而縱長具有i9〇mm之缺口， 如此可保護偏光片使其不會因上方的載重及外部的撞擊而 變形。此外，由於具有放射狀結構，盒蓋1〇製作過程中之 射出成形後的變形現象則可預防。 本發明中，當複數個偏光板用裝載箱堆疊並移動時， 由於直接堆疊放置偏光板之中間盤與支撐中間盤時用來吸 收偏光板載重或是外部撞擊的底盤是分開的，因此可以有 效防止疊&時偏《板產生㈣，^防止會造成偏光板變 形或破裂等對偏光板有直接影響的外部物質進入。因此， 可減少裝載偏光板所產生之缺點。 再者，由於堆載負重以平均地分布，因此此些裝載箱 可以方；一小空間内堆疊，故本發明裝載箱的使用不受限於 空間的限制。 ' 上述實施例僅係為了方便說明而舉例而已，本發明所 主張之權㈣圍自應以中請專利範圍所述為準，而非僅限 於上述實施例。 【圖式簡單說明】 201107206 —…主體盒係 圖2係本發明之偏光板 圖3係本發明之偏光板：裁箱之三層結構示意圖。 底盤之示意I 相箱之中間盤< 條狀結構以及 Γ係本發明之偏光板用裝載㈣間盤…盤之“ 圖6係:裝載箱之盒蓋的條狀結構示意圖。 -係當本發= 之載重分布功能示意圖。 圖8係當本發明之偏光 1相堆疊時之剖面示意圖。 _當本發明之偏光板用=堆_幻時之示意二 示意圖。 攻戰相之盒蓋的放射狀結構之 【主要元件符號說明】 盒蓋 11第一支撐條 12第二支撐條 20中間盤 21第—負載分布突起件 22第二負載分布突起件 30底盤201107206 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a loading box for a polarizing plate which can store or load stacked polarizing plates. [Prior Art] A polarizing plate is a film or glass plate used in various displays (as image signals for transmitting computer monitors, digital televisions, and mobile phones) and is widely used in various products (for example, LCD glass). On the substrate, the technology related to its high resolution and various functions is rapidly developing. The production of polarizers requires accuracy, high product quality, and mass production systems. Since the polarizing plate is a high-accuracy product, care must be taken to avoid damage to the polarizing plate due to impact, contamination, scratches, dust, and changes in temperature and humidity. In addition, small external impacts can easily damage the polarizing plate, and tiny static electricity It also causes errors in the polarizing plate. Therefore, 'the polarizing plate needs to be placed in a loading box (accommodating box) that is specifically stored or carried. However, 'when the loading box loaded with the polarizing plate is stacked and transported, it is often carried by the upper and lower loading or by the polarizing plate. The cracking of the box causes the external material to run into the box, which adversely affects the polarizing plate. SUMMARY OF THE INVENTION 201107206 The object of the present invention is to provide a polarizing plate for loading and unloading during stacking and transporting, which can prevent deformation of the polarizing plate: or prevent deformation or cracking of the loading box loaded with the polarizing plate. The present invention provides a loading case for a polarizing plate, comprising: a main body case comprising: an intermediate plate for accommodating a polarizing plate; and a chassis connected to the bottom of the disc; m-lid cover Removably connected to the upper part of the main box. In the present invention, when a plurality of polarizing plates are stacked and moved by the loading box, since the intermediate disk in which the polarizing plates are directly stacked is separated from the chassis for absorbing the polarizing plate load or the external impact, the stacking polarization can be effectively prevented. The deformation of the plate occurs, or the entry of external substances that directly affect the polarizing plate, such as deformation or cracking of the polarizing plate, is prevented. Therefore, the disadvantages of the polarizing plate can be produced. χ Furthermore, since the load-bearing load is evenly distributed, the load boxes can be stacked in a small space, so the use of the load box of the present invention is not limited by space. The present invention provides a loading case for a polarizing plate, comprising: a main body case including an intermediate plate for accommodating the polarizing plate and a chassis connected to the bottom of the intermediate plate; and a cover for the system Removably attached to the upper portion of the main body case. In the present invention, a load distribution strip may be formed between the upper surface and the lower surface of the intermediate disk at a lower surface of the intermediate disk and facing the chassis. In the present invention, the load distribution bars may be distributed to form a checkered pattern. 201107206 In the present invention, the upper surface of the intermediate disk may be formed with a load distribution member between the upper surface and the lower surface of the protruding cymbal, the upper surface of the intermediate disk and facing the cover a too. The upper surface of the intermediate disk may be spaced apart from each other by a load distribution. The load distribution protrusion member may include a columnar shape distributed on the upper surface of the intermediate disk, and in the present invention, the load distribution protrusion may be formed along the edge. And the load distribution protrusions are formed at a predetermined distance from each other along four sides of the upper surface. Something can be formed in the corner. In an embodiment of the invention, the first load distribution protrusion member can be formed along two short sides of the upper surface of the intermediate disk, and the second load distribution protrusion member distributed along the two long sides . In the present invention, the load distribution projecting member may have a surface projecting on the upper surface of the disk. As described above, when the loading plate layer of the polarizing plate of the present invention is laminated, since the n-loaded knives and the load distribution strip are loaded, the deformation of the polarizing plate and the loading box due to the stacking can be effectively prevented. In addition, since the load distribution bar is used, the flatness can be maintained by the load distribution strip even in the case of the load 554. In the present invention, at least one of the intermediate tray and the chassis may include an ABS (acrylonitrile-styrene-butadiene copolymer, acry丨〇nitri丨ebutadiene styrene) resin. Alternatively, a pc/ABS alloy can be used. In the present invention, the lid may have a strength reinforcing strip. The strength reinforcing strip of the present invention may have a radial structure. The deformation phenomenon after the injection molding in the production process of the lid can be prevented by the radial structure. 201107206 The present invention advantageously has a support strip that is in contact with the load distribution projection of the intermediate disc when the lid is closed to the upper portion of the cartridge. Thus, when the packing plate layer of the polarizing plate of the present invention is laminated, the deformation phenomenon of the case is caused. The polarizing plate and the loading may be caused by (4). The lid of the present invention may include a polypropylene, or a p〇lyethyiene (pE) resin. The loading box of the present invention can be sentenced to 4 士__. When the upper part of the main body box, the state: two ^ when the lid is arranged by the person - 4 packaging tools are packaged by the main box fish The space of the polarizing plate. In the present invention, the packaging tool may have a stacking protrusion and a protruding member insert/stacking large member may be formed on the intermediate tray of the main body case, and the protruding member is inserted. A cover is formed to allow the stacking projection to be inserted into the projection insertion portion. In the present invention, the depth of the protrusion insertion portion from the surface of the cover can be large, and the height of the pile-up dog protruding from the surface of the intermediate disk is such that when the stacking protrusions are inserted into the protrusions, the protrusions are inserted. When the part (10) has an empty space 1 such as the stacking protrusion insertion portion, the internal empty space is 2 mm 'gP represents the allowable amount of (2) (10) (4). As described above, by providing a sufficient space, the difference in temperature between the cover and the main body can be properly handled. EMBODIMENT OF THE INVENTION The embodiments of the present invention are explained in more detail below with reference to the following figures. As shown in FIGS. 1 and 2, the loading case for a polarizing plate of the present invention includes: a middle plate in the main body case 20 and the chassis 3〇, the inner space of the main body box is provided with a polarizing plate; α and a cover 1〇, which can cover the inner space of the main body box. As shown in Fig. 3, in the loading case for a polarizing plate of the present invention, a load distribution bar structure can be formed on the lower surface of the intermediate disk 20. With the structure of the load distribution bar, the flatness can be maintained even when the load is 55 kg. In the loading case for a polarizing plate of the present invention shown in Fig. 4, the upper surface of the intermediate disk 2 is 幵' formed with a first load distribution projecting member 21 and a second load = a large lifting member 22°. When the polarizing plate of the present invention is stacked with the loading box layer, it is possible to effectively avoid deformation of the polarizing plate and the loading box for the polarizing plate due to stacking. As shown in FIGS. 5 and 6, in the loading box for a polarizing plate of the present invention, the inner surface of the cover 10 can form an H support strip 11 and a second support 12, so that when the cassette is assembled to the upper portion of the main box, (4) The branch (four) and the first support strip 12 are in contact with the first load distribution projection 21 and the first load distribution projection 22 of the intermediate tray 20. Thus, as shown in Fig. 7, when the polarizing plate of the present invention is laminated with the loading phase layer, the deformation phenomenon of the polarizing plate and the loading case for the polarizing plate due to the stacking can be effectively avoided. The stacking (packaging) structure is provided in the loading box for the polarizing plate of the present invention. The intermediate tray 20 can be formed with a stacking protrusion, and the lid 10 can be formed with a protruding member for inserting the protruding portion. Insert it.妒社: In April 4th, the loading box for polarizing plates, the material of the chassis and the intermediate plate, the alumina ABS tree 曰 而 and the lid is preferably polypropylene resin (ρ〇丨yp - 201107206 resin). Thus, the difference in thermal deformation modulus between the ABS resin and the polypropylene resin can be overcome by the design of the combined portion to overcome the deformation and to ensure the reliability of the stacked structure. As shown in Fig. 9, in the present invention, a radial strength reinforcing strip (strength reinf〇rcement nb) may be formed above the lid of the loading box of the polarizing plate. The radial structure has a width of 4 〇mm 'depth of 丨 2 mm, the radial side has a notch of 100 rmn, and the length has a notch of i9 〇 mm, so that the polarizer can be protected from the upper load. Deformed by external impact. Further, due to the radial structure, the deformation phenomenon after the injection molding in the production process of the lid 1 can be prevented. In the present invention, when a plurality of polarizing plates are stacked and moved by the loading box, since the intermediate disk in which the polarizing plates are directly stacked and the chassis for absorbing the polarizing plate load or the external impact when supporting the intermediate disk are separated, it is effective. Prevent stacking & biased "plate generation (four), ^ to prevent the polarizing plate from deforming or cracking and other external substances that have a direct influence on the polarizing plate. Therefore, the disadvantages caused by loading the polarizing plate can be reduced. Moreover, since the load-bearing load is evenly distributed, the load boxes can be stacked in a small space, so the use of the load box of the present invention is not limited by space. The above-described embodiments are merely examples for convenience of description, and the claims (4) claimed herein are based on the scope of the patent application, and are not limited to the above embodiments. BRIEF DESCRIPTION OF THE DRAWINGS 201107206 - ... main body box Fig. 2 is a polarizing plate of the present invention. Fig. 3 is a schematic view of a three-layer structure of a polarizing plate of the present invention. The intermediate plate of the chassis of the I-phase box of the chassis < strip structure and the mounting of the polarizing plate of the present invention (four) disk..." Figure 6 is a schematic view of the strip structure of the lid of the loading box. Fig. 8 is a schematic cross-sectional view of the polarizing plate of the present invention when it is stacked. _ When the polarizing plate of the present invention is used as a schematic diagram of the stack of phantoms. [Main element symbol description] cover 11 first support bar 12 second support bar 20 intermediate disk 21 first load distribution protrusion 22 second load distribution protrusion 30 chassis