499384 發明說明（1) 明背景 明領域 概略而言本發明係有關封裝用之支持結構，特別係有關 才m納、儲存以及轉運液晶模組等電子組件用的封裝支 兔景技術說明 > ^本專利公開案第8一175582及9-226867揭示習知使用人 、月曰發泡薄片形成的封裝用支持框架。各例中， 一 :i i:ΐ:Ϊ特定直立狀態的豎側板而形成-支持框架 形成開縫ilb構。欲封裝物項被夾持於底板與側板部分 樹之支持結構屬於設置有合成 。於底Γΐ:Γ對側緣伸*，於此處其被折疊與置I 有二 板沿叙鏈伸展方向設置有分隔用Λ Λ !=空間來容納欲封裝的個別物件。 其間 U抗封裝體掉落的強度及吸⑵：内折疊超過9。 里震動至被封裝物項。如 為不<’因而傳輸大 吸f性質及安全度的液晶模封裝要求特別高度 習知封裂用支持結構之另;!4電子組件。 裝ΞίΠϊ;物項。如此，當封裝下側板係‘ 板及側板分開發揮功能吸收二：4 ’支持被封 ^震動，故有大量震499384 Description of the invention (1) Background of the invention In brief, the present invention relates to a supporting structure for packaging, and in particular to a technical description of a packaging support for electronic components such as storage, storage, and transfer of liquid crystal modules, etc. ^ The patent publication Nos. 8-175582 and 9-226867 disclose a support frame for packaging formed by a conventionally used human and month foam sheet. In each case, a: i i: ΐ: Ϊ is formed in a specific upright side plate-the support frame is formed into a slit ilb structure. The item to be encapsulated is clamped between the bottom plate and the side plate. The support structure of the tree is provided with a composite. At the bottom Γΐ: Γ is opposite to the side edge extension *, where it is folded and placed I. There are two plates along the direction of the chain extension. The space Λ Λ! = Is used to accommodate the individual objects to be packaged. In the meantime, the strength and absorption of the U anti-package drop: the inner fold is more than 9. Shake inside to the packaged item. If it is not < ' and therefore transmits a liquid crystal mold package having a large absorption property and safety, it requires a particularly high level of the conventional support structure for sealing and cracking; 4 electronic components.装 ΞίΠϊ; Items. In this way, when the lower side plate of the package is ‘the plate and the side plate are separated and function to absorb two: 4’ to support the sealed ^ vibration, so there is a lot of vibration
J =板背向侧板下沉的功能項：义缺乏抑制橫向移 發明說明（2) 動可能局部傳齡$ a 此外，特】ΐ;破封裝物項。 物項於固定位；夕3物項欲封裝時，处 子組件盆特1丨f。因此，不適合用作：構無能力牢固夾持 電子組;牛之封=高度吸震性質以及=液晶模組等電 發明综述裝構件。 及而要牢固固定定位的 J事切明之研究意圖解 :3供一種改良封裝用支持結：述問’。本發明之-目的 :低，俾確保絕佳吸震^乃其強度增高而吸震性 ::封裝體物項且可減少封以5全性。此種支持結構 物項。 ㈣洛時震動傳輸至被封裝 本發明之另一目的係提供一 良，其可輔助封裝操作且允 义之封裝用支持結構改 根據本發明，之一特徵方面°，裎產生的粉塵作對治措施。 裝用支持結構用以容納一電子纟供種合成樹脂形成的封 有-底板及側才反。底板係：：：封裝用支持結構設置 二側板分別係由底板相對邊 】電子組件。第一及第 由側邊支持電子組件的支持 f展，且被豎起或可作為 一角度傾斜的第一傾斜面:二2端面各自組成一以第 面各自組成一以第二角度傾料M t弟一側板於底板側的端 第二角度係選擇為當第一及：的面。第-角度及 第二傾斜面彼此接觸，第—in丑起時，造成第-及 過90度角。 久第二側板可避免向内折疊超‘ 根據本發明之另一特徵方面，提供一種合成樹脂形成的 499384 五、發明說明（3) ί = ί件用之用於封裝的支持結構。用於封裝的支持 、，，σ構§又置有—底板、側板及一頂&。底板係由下方】 子組件。第—及第二側板係由底板之各邊別向上伸展：且 被豎起而形成由旁側支持電子組件之支持件。第一侧 了外端面其組成第一傾斜面。第二侧板有一外端面其組 苗TS - . ^ I 及第一側板被豎起時，頂板係作為 I。頂板具有緊密接觸第一傾斜面之第三傾斜面，以 密接觸第二傾斜面之第四傾斜面。· 緊 設置有凹部及凸部，故Α係騎f第二傾斜面分別 、、、口第一及第四傾斜面分別設置有凹部及凸部，故i 由成對凹部與凸部的接合聯結。 八糸、、二 前^述及其它本發明之目的、特色、特點及優點 明之洋細說明連同附圖研讀將更彰顯。 發 圖式之簡單說明 圖1為根據本發明之用於封裝之支持結 - 圖’係以展開狀態顯示。 視千面 圖2A及2B為於圖1分別沿線A — A及张说—士上士 剖面圖。 Λ^β Β所取之支持結構之 圖3為沿圖1線C — c所取支持結構剖面圖。 圖4為圖2部分D之放大視圖。 ° 圖5為本發明之用於封裝之支 展開狀態顯示。 丹…構之透視圖，其係以 圖Μ員示圖5之支持結構如何折叠。 圖7為本發明之用於封裝之支持^吉構之透視圖，其係以 499384 ‘發明說明（4) 折疊狀態顯示。 圖8 A、8 B及8 C分別為用於本發明之頂板之頂視平面、 前視剖面圖及側視剖面圖。 回、 圖9為頂板之透視圖。 圖1 0為本發明之用於封裝之支持結構之分解視圖。 圖1 1 A、1 1 B、1 1 C及1 1 β為本發明之用於封裝之士 之剖面圖，其係取自組裝狀態結構。 、、、、。籌 圖1 2為用於本發明之側板之透視圖。 圖1 3A、1 3Β及1 3C分別為側板之頂視平面圖、 圖及側視剖面圖。 引視nj面 較佳具體實施例之說明 根據本發明之第一具體實施例之用於封裝之 由合成樹脂之固體或發泡薄片形成， f、、，。構係 =包=乙烯類、聚丙婦及聚；煙 的合成樹脂。：二=強復原力 ::力能可防止對應側板當折疊而其本身土=， ”登起時對應側板向内-曲超過9。度:、兮！：i t 組裝成為封裝形式時， 構配置成當 封奘铷担 1七 了抑制封裝體掉落時震動值於认、士 封裝物項。可確保吸震性質以及防止底邻：傳輸給被 根據本發明第二且體 -Ρ的掉洛。 有藉側板形成的凹；(其貫於 頂板形成凸部所封装. 板及側板緊密連結在-起，如此頂板的/二此將頂 的铖向移動或頂板背 五、發明說明（5) 封裝體掉落時震動可避免傳輸至被封 向側板下陷。如此 裝的物項。 例用二之支持結構可用於封裝 ，避免侧板彎曲90度。此種情況下，欲 =應鳊面 成於側板部分之開縫型插槽内冑 f裝的物項插入形 部接合形成於側板且接觸被封裝物項^凹^成於頂板之凸 根據第一具體實施例之用於封 緊密接觸側板於底板側邊的端面：持：：’底板端面 ，其可避免封裝體掉落時傳輸震動給被一種強力結 構具有絕佳吸震性f ’維持足夠的接收及：：項。此種結 掉落，避免傳輸過量震ΖΪΪί J度，俾忍 於底板’其於結構之正常支持狀ί係接：：f ’凹部設翼 ，凸部係設置於頂板，確保側板與頂：^物項，以 封袭體掉落時的震動可由整個支：禮的密接合。如 免局部傳輸震動給被封裝物項。 持…構均勻吸收，避 實例 ' J文將參照附圖說明本發明之實例。 :1為本發明之用於封裝之支 以展開狀態顯示。 頂硯平面圖，係 於封裝·之支持結構係由人成谢日匕七 形成’合成樹脂可為烯烴類：脂片-體成型 1本乙烯類、聚丙烯 五、發明說明（β) 及聚伸乙基對芏一 以及相對強1原一甲酸酯，或任一種具有適當硬度及彈性 Β-Β個別所取 力的合成樹脂。圖2Α及^係沿圖1線Α-Α及 之結構之剖之支持結構之剖面圖。圖3為沿圖1線C—C所取 Λ用於私L面圖。圖4為圖2之圈起部分D之放大視圖。圖5 為用於封裝之支持結構之透視圖。 筝照圖1、2A、9R 〇 有一底2B、3、4及5，用於封裝之支持結構設置 持電子电件(圖；：側板1及一第二側板1。底板2由底面支 2之個別側向夕卜^顯示）。卜側板1及第二側板1由底板 組件之古姓放中展且向内折疊，而變成由側邊支持電子 第一傾斜面。笛Ϊ板2Λ端面4各自組成以第一角度傾斜之 5自組成以第二角度傾斜之第二傾斜面。 而面 内G ^度ϋ ^角度係選擇為當第一及第二侧板1，1向 内的，’：使弟一傾斜面4與第二傾斜面5彼此緊密接 苐一及第二側板i，丨可避免向内彎曲超過9〇度 -底板2及該對側板！，！設置有切槽6用於接納欲封裝物J = functional item that the plate backsinks to the side plate: lack of meaning inhibits lateral movement. Explanation of the invention (2) The movement may be locally transmitted $ a. In addition, special] ΐ; broken package items. The item is in a fixed position; when the item 3 is to be packaged, the sub-component 1′f. Therefore, it is not suitable to be used for: structurally incapable of firmly holding an electronic group; Niu Zhifeng = highly shock-absorbing properties and = liquid crystal module and other electrical invention review assembly components. And the research intent to understand the matter of J must be firmly fixed: 3 Support for a kind of improved packaging: description '. The purpose of the present invention is: low, 俾 ensures excellent shock absorption ^ is its increased strength and shock absorption :: package items and can reduce the encapsulation. Such supporting structures. ㈣Luo Shi vibration transmission to the package is another object of the present invention is to provide a good, which can assist the packaging operation and allows the packaging support structure to be modified according to the present invention, a characteristic aspect °, dust generated by 裎 as a countermeasure . The mounting support structure is used to house an enclosure-base plate and side formed of an electronic puppet-synthetic synthetic resin. Base plate system ::: supporting structure for packaging. The two side plates are connected by the opposite side of the base plate. The first and the first side are supported by the side supporting the electronic component, and can be erected or can be tilted at an angle as the first inclined surface: two end surfaces each constitute one of the first surface and one of the second angle. The second angle of the end of the side plate on the bottom plate side is selected as the first and the surface. The first angle and the second inclined surface are in contact with each other, and when the first angle is ugly, the first angle and the over 90 degree angle are caused. According to another characteristic aspect of the present invention, a second side plate can be prevented from folding inwardly. According to another characteristic aspect of the present invention, a 499384 made of synthetic resin is provided. 5. Description of the invention (3) ί = ί pieces are used for packaging support structure. Support for packaging, σ, σ structure § is also placed-the bottom plate, side plate and a top &. The bottom plate is from the bottom] subassembly. The first and second side plates are extended upwards from each side of the bottom plate: and are erected to form supporting members supporting the electronic components from the side. The first side has an outer end surface which forms a first inclined surface. When the second side plate has an outer end face TS-. ^ I and the first side plate is erected, the top plate is taken as I. The top plate has a third inclined surface closely contacting the first inclined surface, and a fourth inclined surface closely contacting the second inclined surface. · Concave and convex parts are provided tightly, so the second inclined surface of the A series is provided with concave and convex portions, respectively, and the first and fourth inclined surfaces, respectively, so i is connected by the pair of concave and convex portions. . The eighth, two, the foregoing description and other objects, features, characteristics and advantages of the present invention will be more clearly explained in conjunction with the accompanying drawings. Brief Description of Drawings Fig. 1 is a supporting knot for packaging according to the present invention-Fig. 'Is shown in an expanded state. Viewing Thousands Figures 2A and 2B are cross-sectional views taken along lines A-A and Zhang Shuo-Sergeant Sergeant in Figure 1, respectively. Fig. 3 is a cross-sectional view of the supporting structure taken along the line C-c in Fig. 1. FIG. 4 is an enlarged view of part D of FIG. 2. ° Figure 5 shows the expanded state of the support for packaging according to the present invention. Dan ... A perspective view of the structure, which shows how the support structure of FIG. 5 is folded. FIG. 7 is a perspective view of a support structure for packaging according to the present invention, which is shown in a folded state of 499384 ‘Invention Note (4). 8A, 8B, and 8C are a top plan view, a front cross-sectional view, and a side cross-sectional view of a top plate used in the present invention, respectively. Fig. 9 is a perspective view of the top plate. FIG. 10 is an exploded view of the supporting structure for packaging according to the present invention. Figures 1 A, 1 1 B, 1 1 C, and 1 1 β are cross-sectional views of the packaging person of the present invention, which are taken from a self-assembled state structure. ,,,,. Figure 12 is a perspective view of a side plate used in the present invention. Figures 1A, 1B, and 1C are a top plan view, a side view, and a side cross-sectional view of a side plate, respectively. Viewing the nj plane Description of a preferred embodiment According to the first embodiment of the present invention, a solid or foamed sheet of synthetic resin is used for packaging, f ,,,. Structure = package = vinyl, polypropylene and poly; smoke synthetic resin. ： 二 = Strong restoring force :: The force can prevent the corresponding side plate from folding when it is folded, and the corresponding side plate is inward-curved when it rises above 9. Degree :, Xi !: It is configured when it is assembled into a package. When the seal is closed, the vibration value is suppressed when the package is dropped. It can ensure the shock absorption properties and prevent the bottom neighbor: it is transmitted to the second body-P drop according to the present invention. There is a recess formed by the side plate; (It is encapsulated by the convex portion formed on the top plate. The plate and the side plate are tightly connected to each other, so that the top / two of the top plate is moved or the top plate is moved back. 5. Description of the invention When the body is dropped, the vibration can be prevented from being transmitted to the side panel which is sealed. The items loaded in this way. The support structure of the second case can be used for packaging to avoid the side panel from bending 90 degrees. In this case, the The slot-shaped slot of the side plate part is fitted with an item insertion shape that is formed on the side plate and contacts the packaged item. The recess is formed on the top plate. According to the first embodiment, it is used to seal the side plate tightly. End face of the bottom plate: Hold :: 'End plate of the bottom plate, which Avoid the transmission of vibration when the package is dropped to a strong structure with excellent shock absorption f 'maintain sufficient reception and :: item. This kind of knot drops to avoid transmission of excessive vibration. The normal supporting structure of the structure is: f: The recessed part is provided with wings, and the convex part is set on the top plate, ensuring that the side plate and the top: ^ items, the vibration when the sealed body is dropped can be tightly joined by the entire support: rites. Such as avoiding the local transmission of vibration to the packaged items. Maintain uniform structure absorption, avoid examples' J text will explain an example of the present invention with reference to the drawings.: 1 is an expanded state display of the package for packaging according to the present invention. A plan view of the supporting structure of the package. The synthetic resin is formed by Xie Rijian. 'Synthetic resin can be olefins: fat sheet-body molding. 1 ethylene, polypropylene. 5. Description of the invention (β) and polyethylene. For the first and relatively strong 1 orthoformate, or any synthetic resin with appropriate hardness and elasticity B-B individually taken. Figures 2A and ^ are cross-sections of the structure along line A-A and Sectional view of the supporting structure. Figure 3 is along line C-C of Figure 1. Take Λ for the private L side view. Figure 4 is an enlarged view of the circled part D in Figure 2. Figure 5 is a perspective view of the supporting structure for packaging. Figures 1, 2A, and 9R have a bottom 2B, 3 , 4, and 5, support structures for packaging are provided with electronic components (Figure ;: side plate 1 and a second side plate 1. The bottom plate 2 is shown by the individual side of the bottom support 2). Side plate 1 and the first The two side plates 1 are centered and folded inward by the ancient name of the bottom plate assembly, and become the first inclined surface supported by the side. The flute plate 2 Λ end face 4 is composed of the first angle 5 and is formed at the second angle The second inclined surface that is inclined. The angle G ^ degree ϋ ^ in the plane is selected when the first and second side plates 1, 1 are inward, ': so that the first inclined surface 4 and the second inclined surface 5 are close to each other. By connecting the first and second side plates i, you can avoid bending inward more than 90 degrees-the bottom plate 2 and the pair of side plates! ,! A notch 6 is provided for receiving the object to be packaged
此種用於封裝之支持結構經由以介於側板本身盥 間之刻劃線3折疊側板i90度，讓側板i，丨端面5—，5以 及底板端面4, 4彼此緊密接觸而組裝成為封裝體形式。# 封裝物項係容納且固定於此封裝體内部。 y & 圖6為用於封^之支持結構之透視圖，俜顯干第 … 側板1，1現在向内折疊狀態。 及第 圖7為用於封裝之支持結構於其折疊狀態之透視圖。根This supporting structure for packaging is assembled into a package by folding the side panel i90 degrees with a scribe line 3 interposed between the side panel's own bathroom, and allowing the side panels i, 丨 end faces 5-5 and the bottom end faces 4, 4 to closely contact each other to form a package form. # The package item is contained and fixed inside the package. y & Fig. 6 is a perspective view of the supporting structure used for sealing. The side panels 1, 1 are now folded inward. And Fig. 7 is a perspective view of the supporting structure for packaging in its folded state. root
、發明說明（7) 據本發明， 第广側板1底板2之山端面4，4緊密接觸第一及 至开/成的空間可避免封穿固體^卓的客端面5，5。底板2與側板1， 項的強力結構。ρμΛ 震動傳輸 及震性質，以及维持万n，°構具有對抗封裝體掉落之 掉落。 准持足夠接收及支持強度，俾忍受其重複 封裳物項係』S 2 f劃線3為轴而登起90度角時，欲 如此，確伴牢固板1,1之開縫型插槽6内部。 能力。保牛固固U位的被封裝物項，以及改良其工作 圖8 Α為用於本發明 為於板 平面圖。圓及8C分別 圖。 、 —A所取之剖面圖。圖9為頂板之透視 έ二=Θ A、2β、7、8A、8B及8C，第一側板1之外端面5& 、、且成弟一傾斜面。第二側板i之外端面5b組成第二傾斜 ，。δ第一及第二側板1，1豎起時，頂板9用於由頂上覆 盍側板。頂板9及第三傾斜面9a其緊密接觸第一側板1之第 一傾斜面5a，以及第四傾斜面9b其緊密接觸第二側板1之 第二傾斜面5 b。 第三及第四傾斜面9a及9b皆設置有凸部8。第一側板1之 第一傾斜面5a，以及第一側板1之第二傾斜面5b皆設置有 凹部7。 參照圖1 0，欲封裝物項11係由上方滑入切槽6内部，且 以頂板9遮蓋。此時，第一傾斜面5 a及第三傾斜面9a於凸 4993847. Description of the invention (7) According to the present invention, the mountain end faces 4, 4 of the bottom plate 2 of the wide side plate 1 are in close contact with the first and the open / closed spaces, which can avoid sealing through the solid guest end faces 5, 5 ,. The strong structure of the bottom plate 2 and the side plate 1. ρμΛ vibration transmission and seismic properties, as well as maintaining 10,000 n, ° structure has resistance to the drop of the package. Hold enough receiving and supporting strength, and endure the repeated closure of the item system "S 2 f scribe 3 as the axis and stand at a 90-degree angle, if you want to do so, it is indeed a slotted slot with a solid board 1,1 6 interior. ability. The packaged item that protects the U position and improves its work Figure 8A is a plan view of the board used in the present invention. Circle and 8C respectively. , —A sectional view taken. FIG. 9 is a perspective view of the top plate. Two = Θ A, 2β, 7, 8A, 8B, and 8C. The outer end surface 5 of the first side plate 1 is an inclined surface. The outer end surface 5b of the second side plate i constitutes a second slope. δ When the first and second side plates 1, 1 are erected, the top plate 9 is used to cover the side plates from the top. The top plate 9 and the third inclined surface 9a are in close contact with the first inclined surface 5a of the first side plate 1, and the fourth inclined surface 9b is in close contact with the second inclined surface 5b of the second side plate 1. The third and fourth inclined surfaces 9a and 9b are each provided with a convex portion 8. The first inclined surface 5a of the first side plate 1 and the second inclined surface 5b of the first side plate 1 are provided with a concave portion 7. Referring to FIG. 10, the item 11 to be packaged is slid into the cutout 6 from above and covered with the top plate 9. At this time, the first inclined surface 5 a and the third inclined surface 9 a are convex 499384
五、發明說明（8) 部8及凹部7彼此接合時彼此聯結與固定。同理，第二傾斜 面5b及第四傾斜面9b藉凸部8及凹部7接合而彼此牢固聯 結。 9 根據本實例之用於封裝之支持結構，頂板9可避免相對 於側板1，1作橫向移動。頂板9也避免下陷至側板1，i之 傾斜面下方。如此，頂板9之側板1，1緊密聯結且彼此 固夾持。 圖11A及11B為沿圖1〇線E-E及F-F所取之用於封裝之支持 結構於組裝狀態之剖面圖。圖丨丨c為圖丨丨A之圈出部D細節、 圖。圖11D為圖11A之圈出部E之放大視圖。 拉二UB、11CA11D，欲封裝物項11被插人且夹 2於，槽6。言史置於頂板9各端之凸部8，8接合設 =凹部7，7。於底板2各端面之第一傾斜面4，4緊 山 ①置有個別側板1，1於底板側之端面之第二傾斜面 圖12為圖1 〇所示側板之透 為此側板之頂視平面圖、前視气圖 13B及13C分別 根據本發明之用於封裝；^及見剖面圖。 f立側板彼此方便定位且夾持成為 1定=及於其各❼ 地插入及取出正在被封裝的物項為口疋關係，故容易安i 進一步，當底板及側板形成、二 正在被封裝物項彼此堆疊時，:件時，部件數目少。售 運成本。封裝空間的體積比可有利地降低封裝物項的轉 雖然已經詳細說明及舉：：故儲存效率也小。 兒明本發明，但顯然易知其僅 499384V. Description of the invention (8) The part 8 and the recessed part 7 are connected and fixed to each other when they are joined to each other. Similarly, the second inclined surface 5b and the fourth inclined surface 9b are firmly connected to each other by the convex portion 8 and the concave portion 7 being joined. 9 According to the supporting structure for packaging in this example, the top plate 9 can avoid lateral movement relative to the side plates 1,1. The top plate 9 also avoids sinking below the inclined surfaces of the side plates 1, i. In this way, the side plates 1, 1 of the top plate 9 are tightly coupled and held firmly with each other. 11A and 11B are cross-sectional views of the supporting structure for packaging taken along lines E-E and F-F of FIG. 10 in an assembled state. Figure 丨 丨 c is the detail and diagram of circled part D in Figure 丨 丨 A. FIG. 11D is an enlarged view of a circled portion E in FIG. 11A. Pull two UB, 11CA11D, the item 11 to be encapsulated is inserted and sandwiched between 2 and slot 6. The engravings 8 and 8 placed at each end of the top plate 9 are connected to the recesses 7 and 7. The first inclined surfaces 4 and 4 on each end surface of the bottom plate 2 are tightly placed. ① Individual side plates 1 and 1 are disposed on the second end surface of the bottom plate. Fig. 12 is the top view of the side plate shown in Fig. 10 13B and 13C are respectively a plan view and a front view diagram for packaging according to the present invention; and see a cross-sectional view. f The vertical side plates are easily positioned and clamped to each other. The insertion and removal of items being packaged in each place is a mouth-to-mouth relationship, so it is easy to install. Further, when the bottom plate and side plates are formed, the second package is being packaged. When items are stacked on each other, the number of parts is small. Cost of sales. The volume ratio of the packaging space can advantageously reduce the conversion of the package items. Although it has been explained in detail and listed as follows: the storage efficiency is also small. The present invention is clear, but it is clear that it is only 499384
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