> M295649 八、新型說明： 【新型所屬之技術領域】 本創作為提供-驗晶模蚊承健，尤指於承載盤上所定 位之承載70件表面為設有呈輯狀之承載面，可將液晶模組背面 之外框角落抵罪於承載面上，而外框側邊所連續彎折之耳部則置 入承载it件-靖設之容置穩固定位。 【先前技術】 按般精氆性電子產品（如：液晶模組、背光模組、玻璃 基板硬碟或主機板等），於運送過程中，應有各獅護措施， 如防震、防水、防刮傷、不可倒置、避免重壓碎裂等問題，以確 保電子產品不會在運輸過程巾造成械，而—般的緩衝包裝材質 係以紙漿成型有蜂巢狀之瓦楞板，並將瓦魏完整包覆於電子產 口口外’進而提供電子產品之支#及保護效果，但，此種瓦榜板结 構，所提供的抗_強额支撐力十分絲，騎外力撞擊職 生的強動仍無法有效的吸收，往往使得電子產品容易受震而 刮傷損壞，且容易受潮而損壞，故此種習用之瓦楞板仍有待改善 Ο 再者’亦有_略具雜且可吸震之材料，如：保麗龍或發 ，聚乙埽等材質，透過此類材質以-體成型之方式製作，請參閱 第七圖所不，係為制之立體分解圖，由圖中可清楚看出，習用 之緩衝包储構細±、下及左、右四倾衝材質之塊體A所組 5 M295649 成，其塊體Α可為發泡聚乙烯或發泡聚丙烯等材質，且各塊體a 皆設有相對應之複數定位槽A 1，以供板狀物B (如··液晶模組、 背光模組或玻璃基板等）插置，即可使板狀物B四側邊皆包覆有 塊體A，於運送時可防止板狀物b被碰撞而刮傷。 然而，此種緩衝包裝結構，係供板狀物B以直立之方式插置， 於使用時’有可朗為定位槽A丨與板狀㈣之尺寸誤差，使得 板狀物B容易偏移晃動而造成表關傷，錢位槽六與板狀物6 • 之間的間隙過大，容易導致粉塵、碎屬進入，且通常所置入之板 狀物B的尺寸大小厚度皆不一樣，便須設計各種不同大小之塊體 A及定位槽A 1尺寸’如此，使得整體的生產製造成本增加，再 者此種、、，。構„又5十’於取出時十分不便，因為板狀物^之四側邊 皆被塊體A包覆，且是直立設置，顧人玉作業才能將板狀物b 拿出，進而使得fcl大物B容易受外力觸碰而造成瑕疲，十分不符 # 合自動化之作業流程’以致整個運送流程須分段、分項進行，如 此來便無法符合整體一貫化的運送流程，只會徒增整體作業 Ν'間’及造成運輸作業上的_與麻煩。 疋Χ要如何5又法解決上述習用之缺失與不便，即為相關業 者所亟欲研究改善之方向所在者。 八 【新型内容】 故/丨作人有鑑於上述缺失，乃搜集相關資料，經由多方評 及考置，並以從事於此行業累積之多年經驗 ，經由不斷試作及 6 M295649 修改，始設計出此種液晶模組之承載盤之新型專利誕生者。 本創作之主要目的乃在於承載盤上所定位之承載元件之基部 表面為設有呈階梯狀之承載面，並於基部一側向上延設有側板， 而基部與側板之間則具有容置槽，於使用時，可將液晶模組之面 板朝上，並使液晶模組背面之外框角落抵靠於承載面上，而外框 側邊所連續彎折之耳部則置人容置槽内，透過承載元件之階梯狀 承載面之a又计，使液晶模組穩固定位且不會晃動而碰撞損壞。 馨本辦d要目的乃在於職液晶模組水平置放於承載元件 之承載面上時，便可將趙依序向上堆4，使承載元件及液晶模 組可於相鄰座體之容置空間内呈—定位，再利關械手f、吸取 盤或其他等奴自動化設備或作業，將座體錄晶模組依序 堆豐或逐—取下，進而達㈣於運送、堆疊、卸貨及自動化作業 之目的。 •本創作之再一目的乃在於座體與承載元件之間設有相對應之 定位孔及定位塊’並使承載元件可絲晶额之寬度大小來於座 體上予以調整定位’進而適用於不同大小之液晶模組。 本創作之又一目的乃在於透過承載元件之基部表面所設之階 梯狀承載面設計，可將液晶難之外框祕抵靠於承載面上，並 使液晶模组外框底面與承載元件之基部表面相隔—定之間距，即 可Hf之離子風吹送，完整的毅晶模組之面板表面及外框 底= 斤摘之_、碎軒以清潔’不須再將液晶模組取出後進 订“進而可即省整體作業流程及時間，以峰保液晶模組表面 7 M295649 及底面之潔淨。 【實施方式】 為達成上述目的及功效，本創作所採用之技術手段及其構 造’茲％圖就本創作之較佳實施例詳加說明其特徵與功能如下， 俾利完全瞭解。> M295649 VIII. New description: [New technical field] This creation is to provide - the inspection of mold mosquitoes, especially the 70 pieces of the surface on which the carrier is positioned is a bearing surface with a set shape. The corner of the outer frame of the back of the liquid crystal module can be restrained on the bearing surface, and the ear portion which is continuously bent on the side of the outer frame is placed in the bearing piece - the stable position of the arranging. [Prior Art] According to the fine electronic products (such as: LCD module, backlight module, glass substrate hard disk or motherboard), during the transportation process, there should be various lion protection measures, such as shockproof, waterproof, and anti-proof. Scratches, non-invertible, avoiding heavy pressure and chipping, etc., to ensure that the electronic products will not cause machinery in the transportation process, and the general buffer packaging material is formed by pulp forming a honeycomb-like corrugated board, and the tile is complete. Covered with the outside of the mouth of the electronic product, and then provide the support and protection effect of electronic products, but this type of tile board structure, the anti-strong support force provided is very silky, the strong force of riding the external force to hit the staff still can not Effective absorption often makes electronic products vulnerable to shocks and scratches, and is easily damaged by moisture. Therefore, such conventional corrugated board still needs to be improved. Furthermore, there are also materials that are slightly miscellaneous and shock-absorbing, such as: Lilong or hair, polyacetam and other materials, made by such materials in a body-formed manner, please refer to the seventh figure, which is a three-dimensional exploded view of the system, as can be clearly seen from the figure, the conventional buffer Package storage fine 5, M295649 of the lower and left and right four-dip material block A, the block body can be made of foamed polyethylene or foamed polypropylene, and each block a is provided with a corresponding plural The positioning groove A 1 is inserted into the plate B (such as a liquid crystal module, a backlight module or a glass substrate), so that the four sides of the plate B are covered with the block A for transport. The plate b can be prevented from being scratched and scratched. However, the cushioning and packaging structure is such that the plate B is inserted in an upright manner, and in use, there is a dimensional error of the positioning groove A and the plate shape (4), so that the plate B is easily offset and shaken. As a result, the gap between the slot 6 and the plate 6 is too large, which may easily lead to the entry of dust and debris, and the size and thickness of the plate B which is usually placed are different. Designing a variety of different sizes of block A and positioning slot A 1 size 'so that the overall manufacturing cost increases, and this, and. It is very inconvenient to take out the "five", because the four sides of the plate ^ are covered by the block A, and it is erected, Gu Guyu can take out the plate b, and then make the fcl Big object B is easily exposed to external forces and causes fatigue. It is very inconsistent with #automation operation process. The entire delivery process must be segmented and sub-itemed, so that it cannot meet the overall consistent delivery process, and only increases the overall The operation Ν 'between' and cause _ and trouble in transportation operations. 疋Χ How to solve the above-mentioned lack of inconvenience and inconvenience, that is, the relevant industry is eager to study the direction of improvement. 八 [New content] In view of the above-mentioned shortcomings, the authors have collected relevant information, and have designed the load of such liquid crystal modules through multi-party evaluation and examination, and through years of experience in the industry, through continuous trials and modification of 6 M295649. The birth of the new patent of the disk. The main purpose of the creation is that the surface of the base member of the carrier member positioned on the carrier plate is provided with a stepped bearing surface, and the side is extended upward on the base side. a plate, and a receiving groove between the base and the side plate, in use, the panel of the liquid crystal module is facing upward, and the corner of the outer frame of the back of the liquid crystal module abuts against the bearing surface, and the side of the outer frame The continuously bent ears are placed in the slots, and the abutment of the stepped bearing surface of the carrying member makes the liquid crystal module stable and does not shake and collide and damage. The purpose of the present is to When the liquid crystal module is placed horizontally on the bearing surface of the load-bearing component, Zhao can be stacked up to 4, so that the bearing component and the liquid crystal module can be positioned in the accommodating space of the adjacent seat body. Hand f, suction tray or other slave automation equipment or operation, the block recording module is sequentially piled up or removed one by one, and then reaches (4) for the purpose of transportation, stacking, unloading and automatic operation. A further object is to provide a corresponding positioning hole and a positioning block between the seat body and the bearing member and to adjust the positioning of the carrier element by the width of the wire element, and then apply to different sizes of liquid crystals. Module. Another creation of this creation The design of the stepped bearing surface provided on the surface of the base of the bearing member can make the frame of the liquid crystal difficult to abut against the bearing surface, and the bottom surface of the outer frame of the liquid crystal module is separated from the base surface of the bearing member. Hf's ion wind blows, the surface of the complete Yijing module and the bottom of the frame = 斤 拾, 碎 轩 to clean 'no need to remove the LCD module and then order" and then save the overall operation Process and time, to clean the surface of the LCD module 7 M295649 and the bottom surface. [Embodiment] In order to achieve the above objects and effects, the technical means and the structure of the present invention are described in detail in the preferred embodiment of the present invention. The features and functions are as follows.
凊芩閱第一、二、二A、三圖所示，係為本創作較佳實施例 之立體外觀圖、立體分解圖、承載元件之放大圖及側視剖面圖， 由圖中可清楚看出，本創作液晶模組之承載盤為由座體1及承載 元件2所組成，故就本案之主要結構特徵詳述如后；其中： 該座體1為具有-基部i i，並於基部i i表面設有複數定 位孔12，而基部1 1側邊周圍則向下延伸有側板^ 3，並於侧 板13外側分別設有剖槽i 3 i及凹槽丄3 2，而基部工i與四 邊向下延伸之側板12間則形成有一容置空間丄4。 、 該承载树2為定位於座體1上，縣載元件2於基部2 1 表面21 1設有呈階梯狀之承載面2 i 2，並於基部21一側向 上延設有側板2 2，喊部2 1無板2 2之_設有容置槽2 3 ’另於承載70件2底部向下延設有複數定位柱2 4。 疋以’猎由上述構件於組構時，絲將承载元件2定位於座 _之基部1 1S面，其表面所設之複數定位 小而於座趙1上予以調整承栽元件2之位置，即可置放大小不同 8 M295649 之間進一步設有黏扣帶 之液晶模組4，再於座體1與承载元件2 上 ’即可完成本創作 3 ’進而使承载元件2穩固的定位於座體1 之整體組裝。 請同時參閱第二、三、四、五圖所示，係為本創作較佳實施 =立體分_、触私狀舰、另—触實施例之 立體分解圖及另-較佳實施例之側視剖面圖，由圖中可清楚看 出’本創作之座體1或承載元件2可為發泡聚乙稀（E p E )、發 泡聚丙烯（EPP)或其他具緩衝之材質所構成，而承載元件2 所置放之液晶模組4，其主要將液晶模組4之面板4工正面朝 上’而液晶模組4背面所結合之外框4 2則抵靠於承载元件2 上，並於外框4 2相連續彎折有耳部4 2 i，於使用時，係先 將液晶模組4背面之外框4 2肢抵靠於承載元件2表面所設之 階梯狀承載面2 i 2上（如第三圖所示），並使液晶模組4之外框 42連續彎折之耳部421置人承載元件2之容置槽23内，而 承載兀件2之侧板2 2則貼合於耳部4 2工側面，進而形靜固 2位狀態’於運送時，使液晶触4_定位且不會晃動而碰 里貝壞’以此結構設計，#液晶模組4之外框4 2肖 梯狀之承載面212上後，其液晶模組4之面板41為=方， 如此’當液晶模組4於打包或拆取時，其承載盤與液晶模㈣難 免會沾附有粉塵、，故，於堆疊或取下時，即可_潔淨之 離:風直接對液晶模組4之面板4 i吹送，使離子風將粉塵、碎 屑▼走，不綱外將液晶模組4拿出後再送人機台内進行清潔， M295649 以確保液晶模組4之面板4!隨時防止粉塵、碎屑沾附，進而可 節省作業流程及時間。 再者，承«於大量包料輸時，係先將越丨水平置放於 一底座5上，並將座體！依序向上堆疊，使座體i上狀位之承 載元件2及其承載之液晶模組4伸入相鄰之座體丄的容置空間工 4内（如第五圖所不），即可依數量來堆疊設置，如此，於包襄出 #時，先將液晶模組4置放於座體1上所定位之承載元件2上， 便可透過機械手臂、吸取盤、自動化設備或人卫作業，藉由座體 1側邊所設之凹槽i 3 2來依序向上堆疊，最後，即可將上蓋6 罩覆於最頂層之座體ljL，制束緊裝置7打包固定，而束緊裝 置7可為連接片71及繩帶7 2所組成，係先將連接片7丄定位 於底座5底面所設之固定孔内，並使連接片7丨二端之調節孔7 11露出底座5二侧，如此’即可用繩帶72穿設於定位在底座 Φ 5底面之連接片71的調節孔711内，並使繩帶7 2嵌入座體 1之剖槽131内，依座體i堆疊的高度予以調整鬆緊度，進而 可置放於棧板上以方便進行出貨；再者，若要卸貨時，亦可利用 機械手臂、吸取盤或其他等效之自動化設備或人工作業，將上蓋 6 '液晶模組4、座體1逐-取下，再將液晶模組4放至加工線 進行作業g卩可符合自動化之作業流程，且座體1及承載元件2 使用後即可回收再利用，進而達到易於運送、堆疊、卸貨及自動 化作業之目的。 請繼續參閱第六圖所示，係為本創作再一較佳實施例之側視 M295649 =:=看出，本創作之承载元件_立於座 間14底面處，並將液晶模組4置放承载元件2 上，且承載元件2可依置放之液晶模組4面積大小而於 内予以調整定位，以達到置放大小不同卿Referring to the first, second, second, and third figures, the stereoscopic appearance, the exploded view, the enlarged view of the bearing member, and the side cross-sectional view of the preferred embodiment of the present invention are visible from the figure. The carrier of the present invention is composed of a base 1 and a carrier member 2, so that the main structural features of the present invention are as follows: wherein: the base 1 has a base ii and is at the base ii A plurality of positioning holes 12 are formed on the surface, and a side plate ^ 3 extends downwardly around the side of the base portion 1 1 , and a groove i 3 i and a groove 丄 3 2 are respectively disposed outside the side plate 13 , and the base portion i and An accommodation space 丄4 is formed between the side plates 12 extending downward from the four sides. The load bearing tree 2 is positioned on the base body 1. The county load component 2 is provided with a stepped bearing surface 2 i 2 on the surface 21 1 of the base portion 2 1 , and a side plate 2 2 is extended on the base portion 21 side. Shouting part 2 1 No board 2 2 _ with accommodating groove 2 3 'In addition to carrying 70 pieces 2 bottom, a plurality of positioning posts 24 are extended downward. When the hunts are assembled by the above-mentioned members, the wire is positioned on the base 1 1S surface of the seat _, and the plurality of positions on the surface of the wire are small, and the position of the load bearing member 2 is adjusted on the seat ZH1. The liquid crystal module 4 further having a fastening tape between the M and the M295649 can be placed, and then the original body 3 can be completed on the base body 1 and the bearing member 2, thereby further positioning the bearing member 2 in the seat. The overall assembly of the body 1. Please refer to the second, third, fourth and fifth figures at the same time, which is the preferred implementation of the creation = stereoscopic _, the private ship, the stereoscopic exploded view of the other embodiment, and the other side of the preferred embodiment From the cross-sectional view, it can be clearly seen from the figure that 'the seat 1 or the load-bearing element 2 of the present invention can be composed of foamed polyethylene (EPE), expanded polypropylene (EPP) or other cushioning materials. The liquid crystal module 4 placed on the carrying component 2 mainly faces the panel 4 of the liquid crystal module 4 facing upwards, and the outer frame 4 2 of the liquid crystal module 4 is bonded to the bearing component 2 And the ear portion 4 2 i is continuously bent in the outer frame 4 2 phase, and in use, the frame 4 2 of the back surface of the liquid crystal module 4 is firstly abutted against the stepped bearing surface provided on the surface of the bearing member 2 2 i 2 (as shown in the third figure), and the ear portion 421 of the outer frame 42 of the liquid crystal module 4 is continuously bent into the accommodating groove 23 of the carrying member 2, and the side plate of the carrying member 2 is carried. 2 2 is attached to the side of the ear 4 2, and then the static state of the 2 position 'when transporting, so that the liquid crystal touches 4_ positioning and does not shake and hits the Ribe bad' structure design, #液晶After the module 4 is externally framed, the panel 41 of the liquid crystal module 4 is square, so that when the liquid crystal module 4 is packaged or removed, the carrier tray and the liquid crystal module are (4) It is inevitable that dust will be attached to it. Therefore, when stacking or removing, it can be cleaned away: the wind directly blows the panel 4 i of the liquid crystal module 4, so that the ion wind will take dust and debris away, After the LCD module 4 is taken out, it is sent to the machine for cleaning. M295649 ensures that the panel 4 of the liquid crystal module 4 is protected from dust and debris at any time, thereby saving work flow and time. In addition, when the machine is in a large amount of materials, the first place is placed on a base 5 and the seat body! Stacking in sequence, so that the carrier element 2 on the body i and the liquid crystal module 4 carried thereon extend into the accommodating space 4 of the adjacent seat ( (as shown in the fifth figure), According to the number of stacking settings, in the case of the package #, the liquid crystal module 4 is placed on the carrier element 2 positioned on the seat body 1, and can be passed through the robot arm, the suction disk, the automation device or the person The operation is sequentially stacked upward by the groove i 3 2 provided on the side of the seat body 1. Finally, the upper cover 6 can be covered on the topmost seat body ljL, and the tightening device 7 is packaged and fixed. The fastening device 7 can be composed of a connecting piece 71 and a cord 7 2 . The connecting piece 7 is first positioned in the fixing hole provided on the bottom surface of the base 5, and the adjusting hole 7 11 of the connecting piece 7 is exposed at the base. 5 on both sides, so that the cord 72 can be inserted into the adjusting hole 711 of the connecting piece 71 positioned on the bottom surface of the base Φ 5, and the strap 7 2 is embedded in the slot 131 of the base body 1, depending on the seat body i The height of the stack is adjusted to the tightness, which can be placed on the pallet for easy shipment. In addition, if you want to unload, you can also use the robot. Arm, suction tray or other equivalent automation equipment or manual work, the upper cover 6 'liquid crystal module 4, the base body 1 is removed one by one, and then the liquid crystal module 4 is placed on the processing line for work g卩 can be automated The working process, and the seat body 1 and the load bearing member 2 can be recycled and reused after use, thereby achieving the purpose of easy transportation, stacking, unloading and automation. Please refer to the sixth figure for the side view M295649 =:= of the further preferred embodiment of the present invention. The load bearing component of the present invention is placed at the bottom surface of the seat 14 and the liquid crystal module 4 is placed. On the carrying member 2, and the carrying member 2 can be adjusted and positioned according to the size of the liquid crystal module 4 placed therein, so as to achieve a small enlargement
定位於座體1之容置空間“内，即可達到上述之目J 2實關之鑛綱咐為高離紅構件，其座 承載亦可為—體成型所製成，先依預定之液晶模組 去小，將座體1與承載元件2同時—體成型，進而可符合特定 ^之液晶模組4 ’並加以區分各液晶模組產品之規格，另外， 口登之座體1的最底層，亦可直接形成底座，而頂層之座體工則 =成上f，故舉凡可達成前述效果之形式皆應受本創作所涵 ’此種間易修飾及等效結構變化，均應_包含於本創作之 利範圍内，合予陳明。 於 是以，本創作液晶模組之承載盤為可改善_之技術關鍵在 本創作相較於習用之緩衝包裝結構，為僅需將水平設置之座 體1依序向上堆疊’且承航件2可依液晶模組4之面積大小來 =周整定位’並細1體1及承獅㈣質㈣抗震、 、抗靜電、耐壓、使用壽命長、錄清料特點，可直接適 机供，輪、包裝上’利㈣械手f、吸輔或其鱗效之自動化 °又5人卫作業，使液晶模組4達到易於包裂、拆卸、加工之目 11 M295649 的；另二’承航件2之設計’可使液晶模組4之外框4 2角落 直接抵#於承載元件2之階梯狀承載面212上，並使外框4 2 ^卜綱連續彎折之耳部4 2 1置人承載元件2之容置槽2 3内呈 穩固定位’如此’液晶模組4底面與承载元件2之基部21表面 211相隔有4之間距’如此，於包裝時或拆取後，可直接對 承載盤吹送潔淨之離子風，透着子風麵將減模組4、面板 4 1表面及外框4 2底面職附之粉塵、·扣清潔，不須額 外將液曰曰核組4拿出後再進行清潔，進而可節省作業流程及時間 Ο 故’本創作之主要特徵在於將座體工依序堆疊設置，並輔以 ，載元件2將液晶模組4予以置放，且液晶模組4之外框4 2角 落為抵靠於承載元件2之階梯狀承載面2 i 2上，並使外框4 2 側邊所連則折之耳部4 2丨置人承載元件2之容置槽2 3内呈 鲁穩固粒為主要保護重點’以使液晶模組4底面與表面2 1 1相 ^有-疋之間距’進而使潔淨之離子風可對液晶模組4之面板4 1表面及外框42底面分別進行吹送，將液晶模組4之面板4丄 表面及底面所沾附之粉塵、碎料以清除，並使承件2可依 液晶模組4之紐从料關蚊位，_職财f、吸取 贱其他等狀自動化賴或人玉健，將麵及液晶模組依序 堆宜或逐-取下’惟’上述詳細說明中僅針對本創作之—種較佳 可行實施例制而已’此實施例並_以限定本創作之中請專利 觀圍，舉凡其它未麟本創作所揭*之㈣精神下所完成之均等 12 M295649 _戶•蓋之專顧射。 :斤述，本創作之液晶模組之承 功效增進，_麵紐、_灿妨 、有=之 提出申請，盼案產 寻利要件’犮依法 料早日賜准杨，贿_作人之辛 偶若釣局有任何_， 早縱人之辛古創作， 實感德便。 4絲函鮮，創作人定當竭力配合， M295649 【圖式簡單說明】 第一圖係為本創作較佳實施例之立體外觀圖。 第二圖係為本創作較佳實施例之立體分解圖。 第二A圖係為本創作之承載元件之放大圖。 第三圖係為本創作較佳實施例之侧視剖面圖。 第四圖係為本創作另一較佳實施例之立體分解圖。 第五圖係為本創作另一較佳實施例之側視剖面圖。 第六圖係為本創作再一較佳實施例之側視剖面圖。 第七圖係為習用之立體分解圖。It is located in the accommodating space of the seat body 1, which can achieve the above-mentioned purpose. The mine gangue is a high-divided red component, and its seat bearing can also be made by body-forming, first according to the predetermined liquid crystal. The module is small, and the body 1 and the carrier element 2 are simultaneously formed, and the liquid crystal module 4' can be matched with the specific liquid crystal module 4', and the specifications of the liquid crystal module products are distinguished. The bottom layer can also form the base directly, and the seat of the top layer = up to f, so the form that can achieve the aforementioned effects should be subject to the change of this kind of decoration and the equivalent structural change. Included in the scope of this creation, and combined with Chen Ming. Therefore, the carrier of the creation of the LCD module can be improved _ the key to the technology in this creation compared to the conventional buffer packaging structure, only need to set the level The seat body 1 is stacked upwards in sequence, and the carrier member 2 can be positioned according to the size of the liquid crystal module 4 = a fine positioning of the body 1 and the lion (four) quality (four) earthquake resistance, antistatic, pressure resistance, use Long life, recording material characteristics, can be directly adapted to the machine, wheel, packaging on the 'li (four) robot f, the auxiliary of the suction or its scale effect, and the work of 5 people, so that the liquid crystal module 4 can be easily cracked, disassembled, processed, the head 11 M295649; the other two 'the design of the carrier 2' can make the liquid crystal mold The outer corner of the frame 4 2 of the group 4 is directly on the stepped bearing surface 212 of the bearing member 2, and the ear portion 4 2 1 of the outer frame 4 2 is continuously placed in the receiving groove of the bearing member 2 The inner surface of the liquid crystal module 4 is separated from the surface 211 of the base portion 21 of the carrier member 2 by a distance of 4, so that the clean ion wind can be directly blown to the carrier disk during packaging or after removal. The dust and the buckle attached to the surface of the module 4, the surface of the panel 4 1 and the bottom surface of the outer frame 4 2 are cleaned through the sub-wind surface, and the liquid helium core group 4 is not required to be taken out and then cleaned, thereby saving Operation process and time ' Therefore, the main feature of this creation is that the seat workers are stacked in sequence, and the liquid crystal module 4 is placed by the carrier component 2, and the corner of the frame 4 2 of the liquid crystal module 4 is Abutting against the stepped bearing surface 2 i 2 of the bearing member 2, and the side portion of the outer frame 4 2 is folded and the ear portion 4 2 is placed The accommodating groove 2 of the bearing member 2 has a sturdy solid particle as the main protection point 'to make the bottom surface of the liquid crystal module 4 and the surface 2 1 1 - the distance between the '" and thus the clean ion wind can be used for the liquid crystal module The surface of the panel 4 1 and the bottom surface of the outer frame 42 are respectively blown, and the dust and scraps adhered to the surface and the bottom surface of the panel 4 of the liquid crystal module 4 are removed, and the carrier 2 can be replaced by the liquid crystal module 4 New Zealand from the mosquito level, _ job finance f, sucking 贱 other genius automation Lai or Ren Yujian, the surface and LCD module in order to be stacked or removed - 'only' in the above detailed description only for this creation It is a preferred and feasible embodiment of the system. This example is used to limit the scope of patent creation in this creation, and the equivalent of the other four unfinished works (4) Special attention shot. : Jin Shu, the creation of the liquid crystal module of this creation is enhanced, _ face New, _ _ _, have = apply, look forward to the case of the pursuit of profit-seeking 犮 料 料 料 早 , , , , , , Even if there is any _ in the fishing bureau, the creation of Xin Gu’s Xin Gu, the real sense of virtue. 4 silk letter fresh, the creator will try his best to cooperate, M295649 [Simple description of the drawing] The first picture is a three-dimensional appearance of the preferred embodiment of the creation. The second drawing is an exploded perspective view of a preferred embodiment of the present invention. The second A diagram is an enlarged view of the load bearing component of the creation. The third drawing is a side cross-sectional view of a preferred embodiment of the present invention. The fourth figure is an exploded perspective view of another preferred embodiment of the present invention. The fifth drawing is a side cross-sectional view of another preferred embodiment of the present invention. Figure 6 is a side cross-sectional view of still another preferred embodiment of the present invention. The seventh figure is a stereoscopic exploded view of the conventional one.
【主要元件符 1、座體 1 1、基部 12、定位孔 1 3、側板 號說明】 131、剖槽 13 2、凹槽 14、容置空間 2 2、側板 2 3、容置槽 2 4、定位柱 2、承載元件 2 1、基部 21 1、表面 212、承載面 3、黏扣帶 14 M295649 4 21、耳部 4、 液晶模組 4 1、面板 4 2、外框 5、 底座 6、 上蓋 7 2、繩帶 7、 束緊裝置 71、連接片 71 1、調節孔 A、 塊體 A 1、定位槽 B、 板狀物 15[Main component 1, seat 1 1 , base 12, positioning hole 13 3, side plate number description] 131, slot 13 2, groove 14, accommodating space 2, side plate 2 3, accommodating groove 2 4, Positioning post 2, bearing member 2 1 , base 21 1 , surface 212 , bearing surface 3 , fastening tape 14 M295649 4 21 , ear 4 , liquid crystal module 4 1 , panel 4 2 , outer frame 5 , base 6 , upper cover 7 2, the strap 7, the tightening device 71, the connecting piece 71 1, the adjusting hole A, the block A 1, the positioning groove B, the plate 15