201206785 六、發明說明： 【發明所屬之技術領域】 本發明涉及一種緩衝結構，尤其涉及一種包裝盒之緩 衝結構。 【先前技術】 物品於搬運時，由於紙箱本身所能提供的避震緩衝效 果有限，業者會將具緩衝效果的緩衝材結合於物品之兩 側，並裝入紙箱中，可防止運送或搬移中發生晃動時物品 撞擊紙箱，且可削減因振動或發生撞擊所產生的力道。 然而，由於緩衝材僅放置於紙箱中，與紙箱並未具有 相互連結關係，故紙箱無法分擔緩衝材所受的撞擊力道， 亦即無法進一步的提供額外的緩衝效果。因此，當紙箱因 摔落或受到撞擊時，大部份的撞擊力道將由緩衝材所吸 收，紙箱僅僅小部份分擔緩衝材之撞擊力道有限，故當導 致撞擊力道較緩衝材之緩衝能力大時（超過緩衝材之緩衝 能力），將導致物品的損壞。 此外，當紙箱在組裝時，業者會將紙箱之兩鄰邊相互 重疊以達組合紙箱之目的，然而，當緩衝材被放置於紙箱 之兩端時，緩衝材加上紙箱本身重疊的厚度將浪費紙箱之 緩衝空間，同時，紙箱重疊之部份也重複並浪費紙箱材料。 如此，如何研發出一種解決方案，可有效改善上述所 帶來的缺失及不便，實乃相關業者目前刻不容緩之一重要 課題。 ί S3 3 201206785 【發明内容】 ,發月一方面揭露一種包裝盒之緩衝結構，用以加強 烙:铋Ϊ衝材的結構關聯性、提昇緩衝空間使用率，進而 降低：李目党揸擊時，導致物品損壞之機率。 揭露—種包裝盒之緩衝結構，用以降低紙箱材 置’並可減少組裝紙箱之操作步驟。 ^本’ί明之包褒盒之緩衝結構包括-連結件及至少-緩 連社件件係具有相對側之第—側牆與第二側牆，且於 第一°侧許有—第—蚊部。緩衝件設置於第一側牆與 二且緩衝件上具有第-固定槽，而第-固定 槽係㈣1定部相對應’以 、=固定於連結件上。此外，連結件=底面藉= 與第二側牆，並與第-側牆與第二侧牆共構 ^發明之—實施例中，緩衝件可為分別位於連結 衛：ί一Ϊ衝件；或為固定於連結件之兩相對端之單 ’、衝件破固定於該連結件之兩相對端。 本發明之另-實施例中，第—固定部位於第一側脾。 此實施例之-變化，第-固定槽跨設於 口 接之-第-側面及一第二側面上，其中第一側面之= 方向平行第-側牆，第二侧面朝向第—側牆。第 包含-第一連接部及一第一延伸部。第一連接部 ： 側牆朝第延伸’位於第1定_並支標緩 第一延伸部係自第一連接部朝底面延伸，並位於 三 槽内。 回疋 此實施例之另一變化，第一固定槽開設於緩衝件朝向 4 201206785 =之;面凸含一第-連接部、-第-延伸 部及一第一凸肋。第一遠技 伸，於第一固定槽外支撐緩衝:自第二側牆延 方向延伸，用以二一凸:::内第:洲 本=明之另—實施例中，第一固定部位於底面。 之-第，及—第乂 :平行第-:牆’第二侧面朝向底面。第一固定部= = 肋係自底面朝容置空間延伸’並位於第 另外，第―固定部包含—第二連接部及 :。第二連接部係自底面朝容置空間延伸，並二;= 2:之第::伸部係自第二連接部朝第一側牆及第二侧 牆其中之-延伸’位於第—固定槽内並支撐緩衝件。 外Γ變^’第-固定部除第二連接部及第二延伸部 第一固疋部更包含一第三凸肋。第三凸肋係自第二 ::朝第-側牆及第二侧牆其中另 3 槽内並支撐緩衝件。 乐固疋 β笛化中，第一固定部除第二連接部、第二延伸部 ~ 外第一固定部包含一第四凸肋。第四凸肋将 ^ 一延伸部朝背對底面之方向延伸 ，並位於第一固定^ δ] 此實施例之另一變化，第一固定槽開設於緩衝 底面之一面。第一固定部包含一第二凸肋。第二凸肋倍二 底面朝容置空間延伸，對應第一固定槽設置，並嵌入第一 5 201206785 固定槽内。 另外，第一固定部包含一第二連接部、一第二延伸部 及一第四凸肋。第二連接部係自底面朝容置空間延伸。第 二延伸部係自第二連接部朝第一側牆及第二側牆其中之一 延伸，並於第一固定槽外支撐緩衝件。第四凸肋係自第二 延伸部朝背對底面之方向延伸，嵌入第一固定槽内。 又一實施例中，緩衝件更包含一第二固定槽。連結件 更包含一第二固定部。第二固定部位於第二側牆，係與第 二固定槽相對應，用以嵌入第二固定槽内。如此，第一固 定部及第二固定部分別對齊地或交錯地設於第一側牆及第 二側牆上。 再一實施例中，緩衝件更包含一第三固定槽。連結件 更包含一第三固定部。第三固定部位於第一侧牆，係與第 三固定槽相對應，用以嵌入第三固定槽，其中第三固定部 較第一固定部接近連結件之底面。 綜上所述，本發明包裝盒之緩衝結構提高包裝盒之結 構強度；同時，本發明減少緩衝距離，避免重複緩衝空間 浪費，藉以提升容置空間；此外，減少用紙量，降低紙箱 材料，進而達到減少組裝紙箱之操作步驟，節省組裝時間。 【實施方式】 以下將以圖示及詳細說明清楚說明本發明之精神，如 熟悉此技術之人員在暸解本發明之實施例後，當可由本發 明所教示之技術，加以改變及修飾，其並不脫離本發明之 精神與範圍。 201206785 請參閱第1圖所示。第1圖繪示本發明包裝盒之緩衝 結構與一外盒200於一實施例下的組裝分解示意圖。 本發明提出一種包裝盒100之緩衝結構，其中緩衝結 構包括連結件300及至少一個緩衝件400，且緩衝結構係 配置於包裝盒100之底面，在本實施例中緩衝結構並可同 時作為包裝盒100之底部。 請參閱第1圖及第2圖所示，本發明之實施例中，包 裝盒100更包含一外盒200，且外盒200僅具有上蓋及四 侧蓋’故本實施例包裝盒1〇〇之底部部分將由緩衝結構所 構成。此外，外盒200具有多個第一扣合部210。連接件 300具有多個第二扣合部390。藉由第一扣合部210與第二 扣合部390之相互扣合，外盒200套合於連結件300上， 以包覆物品與包裝盒之緩衝結構於其中。 另一變化中，除了外盒200套合於連接件300上，外 盒200亦可套合於緩衝件4〇〇上（圖中未示）。 需定義的是’緩衝件之材料包含發泡聚苯乙烯 (Expanded Polystyrene ’ EPS)或可發性聚乙烯（Expan(} aple poly ephylene ’ EPE)等。此外，連結件3〇〇最佳可由紙類 所彎折而成，且連結件3〇〇之固定部301可自第一側牆 310、第二側牆320或底面33〇朝容置空間所翻折而成。然， 本發明之連結件300並不限僅由紙類所製成，塑膠、金屬、 木材類亦可應用於本發明中。201206785 VI. Description of the Invention: [Technical Field] The present invention relates to a cushioning structure, and more particularly to a cushioning structure of a package. [Prior Art] When the article is transported, because the carton itself can provide shock absorber buffering effect, the buffer material with cushioning effect is combined on both sides of the article and loaded into the carton to prevent transportation or moving. When the sway occurs, the item hits the carton, and the force generated by vibration or impact can be reduced. However, since the cushioning material is only placed in the carton and is not interconnected with the carton, the carton cannot share the impact force of the cushioning material, that is, it cannot provide further cushioning effect. Therefore, when the carton is dropped or impacted, most of the impact force will be absorbed by the cushioning material, and only a small part of the carton has a limited impact force, so when the impact force is greater than the buffering capacity of the cushioning material (Beyond the buffering capacity of the cushioning material), it will cause damage to the article. In addition, when the carton is assembled, the operator will overlap the two adjacent sides of the carton for the purpose of combining the carton. However, when the cushioning material is placed at both ends of the carton, the thickness of the cushioning material plus the overlap of the carton itself will be wasted. The buffer space of the carton, at the same time, the overlap of the carton also repeats and wastes the carton material. In this way, how to develop a solution that can effectively improve the above-mentioned shortcomings and inconveniences is an important issue that the relevant industry is currently unable to delay. S S3 3 201206785 [Summary of the Invention] On the one hand, the moon reveals a buffer structure of a packaging box, which is used to strengthen the structural correlation of the enamel material and improve the utilization rate of the buffer space, thereby reducing: when the Limu party slams , the chance of damage to the item. The buffer structure of the packaging box is disclosed to reduce the carton material' and the operation steps of assembling the carton can be reduced. ^ The buffer structure of the 'Bian Ming's package box includes - the link member and the at least - the slow link member has the opposite side of the first side wall and the second side wall, and the first side of the first side - the first mosquito unit. The cushioning member is disposed on the first side wall and the second cushioning member and has a first fixing groove, and the first fixing groove (4) 1 is correspondingly fixed to the connecting member. In addition, the connecting member=the bottom wall and the second side wall, and the first side wall and the second side wall are co-constructed. In the embodiment, the buffering members may be respectively located in the connecting guard: Or a single ' fixed to the opposite ends of the connecting member, the punch is broken and fixed at the opposite ends of the connecting member. In another embodiment of the invention, the first fixation portion is located on the first side spleen. In this embodiment, the first fixing groove is spanned over the first side and the second side of the mouth, wherein the first side has a direction parallel to the first side wall and the second side faces the first side wall. The first includes a first connecting portion and a first extending portion. The first connecting portion: the side wall extending toward the first portion is located at the first fixed portion and the first extending portion extends from the first connecting portion toward the bottom surface and is located in the three slots. Referring to another variation of this embodiment, the first fixing groove is formed in the buffer member facing 4 201206785 =; the surface convex portion includes a first connecting portion, a - first extending portion and a first protruding rib. The first far-reaching extension supports the buffer outside the first fixed slot: extending from the second side wall in the direction of the extension of the second side wall, and is used for the protrusion of the second side::: the inner: the first part of the base = the other part of the embodiment - the first fixed part is located on the bottom surface . - the first, and - the third: parallel - - wall - the second side faces the bottom. The first fixing portion == the rib system extends from the bottom surface toward the accommodating space' and is located at the second, the first fixing portion includes the second connecting portion and the :. The second connecting portion extends from the bottom surface toward the accommodating space, and the second portion of the first connecting portion and the second side wall extends from the second connecting portion to the first side wall and the second side wall. The buffer is supported in the groove. In addition to the second connecting portion and the second extending portion, the first fixing portion further includes a third rib. The third rib is from the second :: toward the first side wall and the second side wall of the other three slots and supports the cushioning member. In the linear flute, the first fixing portion includes a fourth rib except for the second connecting portion and the second extending portion. The fourth rib extends the extension of the extension toward the bottom surface and is located at the first fixing. Another variation of this embodiment is that the first fixing groove is formed on one side of the buffer bottom surface. The first fixing portion includes a second rib. The second rib doubles the bottom surface extending toward the accommodating space, corresponding to the first fixing groove, and is embedded in the first 5 201206785 fixing groove. In addition, the first fixing portion includes a second connecting portion, a second extending portion and a fourth protruding rib. The second connecting portion extends from the bottom surface toward the accommodating space. The second extension extends from the second connecting portion toward one of the first side wall and the second side wall, and supports the buffer member outside the first fixing groove. The fourth rib extends from the second extending portion toward the back surface and is embedded in the first fixing groove. In still another embodiment, the buffer member further includes a second fixing groove. The connecting member further includes a second fixing portion. The second fixing portion is located at the second side wall and corresponds to the second fixing groove for being embedded in the second fixing groove. In this manner, the first fixing portion and the second fixing portion are respectively disposed on the first side wall and the second side wall in alignment or in a staggered manner. In still another embodiment, the buffer member further includes a third fixing groove. The link further includes a third fixing portion. The third fixing portion is located on the first side wall and corresponds to the third fixing groove for inserting into the third fixing groove, wherein the third fixing portion is closer to the bottom surface of the connecting member than the first fixing portion. In summary, the buffer structure of the package of the present invention improves the structural strength of the package; at the same time, the invention reduces the buffer distance and avoids waste of repeated buffer space, thereby improving the accommodation space; furthermore, reducing the amount of paper, reducing the material of the carton, and further Reducing the operation steps of assembling the carton and saving assembly time. BRIEF DESCRIPTION OF THE DRAWINGS The spirit of the present invention will be clearly described in the following description and the detailed description of the embodiments of the present invention, which can be modified and modified by the teachings of the present invention, The spirit and scope of the invention are not departed. 201206785 Please refer to Figure 1. 1 is a schematic exploded view showing the buffer structure of the package of the present invention and an outer casing 200 in an embodiment. The present invention provides a buffer structure of the package 100, wherein the buffer structure comprises a connecting member 300 and at least one buffer member 400, and the buffer structure is disposed on the bottom surface of the package 100. In the embodiment, the buffer structure can be used as a package at the same time. The bottom of 100. Referring to FIG. 1 and FIG. 2, in the embodiment of the present invention, the package 100 further includes an outer box 200, and the outer box 200 has only the upper cover and the four side covers. The bottom portion will be constructed of a buffer structure. Further, the outer casing 200 has a plurality of first fastening portions 210. The connector 300 has a plurality of second fastening portions 390. The outer box 200 is sleeved on the connecting member 300 by the first engaging portion 210 and the second engaging portion 390, so as to cover the cushioning structure of the article and the package. In another variation, the outer casing 200 can be fitted over the cushioning member 4 (not shown), except that the outer casing 200 is fitted over the connecting member 300. It should be defined that the material of the buffer member includes Expanded Polystyrene 'EPS or Expan (} aple poly ephylene 'EPE), etc. In addition, the connecting piece 3 is preferably made of paper. The fixing portion 301 of the connecting member 3 can be folded from the first side wall 310, the second side wall 320 or the bottom surface 33 toward the accommodating space. However, the link of the present invention The piece 300 is not limited to being made only of paper, and plastic, metal, and wood are also applicable to the present invention.
承上所述’緩衝結構包括連結件300及至少一個緩衝 件400 ’連結件300係具一底面bo及位於底面33〇兩相 對側之第一側牆310與第二側牆32〇。連結件3〇〇上更具 有多個固定部3(H。緩衝件4〇〇設置於第一側牆31〇與第【V 7 201206785 二側牆320之間。镑Μ。 %衝件400上具有多個固定槽408，此 些固定槽408係一 一鱼 之固定部以，=^2301相對應，以供對應 稭以使緩衝件400固定於連結件300 上。如此，由於緩衝技 艾搿件4〇〇固定於連結件300上，使得包 =擊時連結件300可分攤緩衝件400受到 擊的 而降低所保護物品損壞之機率。 本發明之實施例中，底面330呈矩形， 第一側膽310與第二侧碑飞9〇 朝同-方向延伸。复ΓΓ 底面33Q之兩相對侧同時 、中底面33〇之另兩相對側並不具其他 侧牆，而各自與第一側聛ώ业个八六％ 口川#與第二侧牆320形成一開放 口 331，使付底面330、第一彻丨她t a 320 ^ 夏工間340。由於底面33〇之另兩相 : = 如此-來，”〇。相對底面330 其侧牆之材料，而且所節省側牆之 提高緩衝能力。 置更大尺寸之輯件_， 緩衝，400在本發明之實施例中，可為位 340中之單一緩衝件’使得此緩衝件 ； 固定至連結件300之兩相對端（第i圖）。㈣端刀別 如第2圖所示，第2圖繪子 與一外盒了另一實施例下的組裝緩衝結構 另-實施例中，其數量亦可為多牛個=件_在本發明之 分別於容置空間340中’且位於連：：-個緩衝件_ 為方便後文之描述，此些緩衝:〇〇相對端。 稱為第U面401，意即第1 _相互面對之一面 〜面4〇1之一法線方向（即γ 201206785 轴方向）平行第-側踏310且面朝内；各緩衝件働 第一側牆31〇或第二側牆32〇之一面稱為第二 ， 403’·各緩衝件400面對此底面33〇之一面I _ 、 4〇4，而各緩衝件400背對此底❺33〇之 ^第ς側面 面406。此外，各緩衝件4〇〇之第一側^盘=四側 406胡母古 to ^ 〇 1與第四側面 置物請 闡明本發明將揭露數個實施例以進-步 復見第2圖及第3圖所示’第3圖繪示本發明包裝盒 之緩衝結構於另一實施例下的組裝完成示意圖。 1 本發明於此實施例中係揭露連結件 310具有多個第-固定部350,例如兩個第側牆 別位於第-_31〇之兩末端。另外，相H足部350分 之此些fll定部⑽第-側牆训 地提供多個第二固定部，例如兩^側牆32Q上對稱 別位於第二侧賭320之兩末端。各第二^；固定部380分 施例中具有相同於第一固定部35〇上述之二邻380於此實 各第一固定部350至少包含—第〜 —延伸部352，其中第-連接部351連接部351及一第 第二側牆320之方向延伸，而第―征糸自第一侧牆310朝 接部351朝底面330之方向延伸。申部352係自第一連 由於各第二固定部380於此實始， 固定部350上述之結構，意即各第具有相同於第- 同於第-連接部351與第一延伸部7疋部38。亦具有相 加以重複贅述。以下僅以各第-固定邻H構，故在此不 [S3 又。卩350為例作為說明。 9 201206785 田此實施例係以二緩衝件4⑽搭配於連結件3⑻之兩 相對端時’各緩衝件彻自第-側面40!延伸至面對第- ^ 31上之第二側面402開設有一第一固定槽410。意即 固疋槽410跨設於第一側面4〇1與面對第一側牆31〇 抖虛楚侧面4〇2上’其中第一固定槽410之位置及外变皆 對應第一固定部350而設計。 ㈣^各緩衝件400分別由連結件300之兩開放口 331平 件3〇0之容置空間340時（第2圖)，各第-固疋。P 350恰嵌入對應之第一固定槽41〇卜 言’第一連接部351伸入第一固定槽410内並 之=牛_，可限制緩衝件_無法朝相反底面33〇 定# I轴方向）移動。第一延伸部352位於第一固 1 曰J面4D9 ’同時第一側牆310緊靠於各緩衝件400之第 = 延伸部352與第一侧牆剔可限 $衝件彻無法朝平行底面㈣之方向（即χ轴方尚） =外’當各第一固定部35〇嵌入對應之第 時，各緩衝件400背對第一侧而U疋 _無法持續朝另一緩衝件0面之：之「㈣ 免搬運時產生晃動。了被疋位於容置空間340中，避 同樣的’各緩衝件彻上亦 380外型之凹槽設計，其中 褐於各第-固疋』 延伸至面對第二侧牆32〇之自第一側面4〇1 第二固定槽彻。第二固定槽d 4〇3之方向開設有一 面對第二側牆32〇之第二側面=第一側面401， U3上。同樣地，第二固定【S] 10 201206785 2筮二及外型皆對應第二固定部380而設計’使得 品dTl/T、。380亦可嵌入對應之第二固定槽480中。然 且朝内之面=緩衝件400之一法線方向平行第一側牆310 也可將緩衝=為第一側面401來說明，但是不限定為此， 也可將緩衝件、1上 々即之一法線方向平行第一側牆310且朝外 # 3〇Π二侧Φ Μ未繪出)，*其緩衝件_結合連結 件3〇〇之方㈣與本文朗所相反。 如此，見第, 於連結件300之容置各緩衝件_如上述被定位 ϋΠ ®趨茨-V” 置工間〇時，一旦包裝盒100 (第2 古；t ^到撞擊，由於連結件300與緩衝件400具 八係:連結件300便可分擔緩衝件400所受 揞馨昧° I *力道’因此’當包裝盒100因摔落或受到 禮擎時，此4b筮—m a ^ ~~ 固疋。P 350、第二固定部38〇、第一侧牆 4* -側牆320便可分擔緩衝件400部份之撞擊力道， 進而加大緩衝件4〇〇之緩衝能力。 々松此2 ’見第2圖所示’此實施例之-可選擇變化中’ 疋部350尚包含一第一凸肋353。第一凸肋353 々够（伸。P 352朝背對底面33G之方向延伸。因此，當 站m固疋⑷350嵌入對應之第一固定槽410時，第一凸 ”士第—固410 Θ ’更可加強第一固定部350 : 又，以提咼限制緩衝件400無法朝平行底面330 °即方向）移動之定位能力。在本實施例中，第 一凸：f3較佳自連接件_所翻折而形成。 S] ㈣閱第4圖所示。第4 _繪示本發明包裝盒之緩衝 實施例下的組裝分解示意圖。此另一實施例係 、’目之第-固定部350，各第一固定部35〇除第一 11 201206785 延伸部352之外，尚包含-第-凸肋 , 3自第一延伸部352朝背對底面33〇之方 向延伸，並且較佳自連接件300所翻折而形成。 方 相對ΓίΠΓ系:二緩衝件400搭配於連結件300之兩 3固==、緩衝件4〇〇)時，各緩衝件4。。 第-ύ肋35;夕係'開设於上述第三側面4〇4且位於對應 置，意即第一固定槽420之位置及尺寸 皆對應第一凸肋353而却_ 面404上更凸設有一凸塊術。’、、衝件400之第三侧 香同樣地’相對於第一側牆310之此些第一固定部350’ 則牆320上對稱地提供多個第二固定部 末端二固定部分別位於第二_ 320之兩 2定固定部380於此實施例中具有相同於第 相Π於第遠接^之結構’意即各第二固定部380亦具有 351、第一延伸部352與第-凸肋扮 之、，cr構，故在此不加以重複贅述。 相對緩衝件400之第三側面404上，凸塊407 481。同樣地疋j 420之另一側也開設有-第二固定槽 肋353而設計，使得 :白對應第^ 可欲入對應之第二固二“38〇之第-凸肋353亦 牛4〇〇分別由連結件3〇〇上方沿底面33〇 :直地進入連結件3〇0之容置空間340 _㈣中恰嵌入對應之第-#1 ® 404 * ^ ^ 連接邰351頂靠緩衝件4〇〇之第三 側面404並於第一固定槽外支樓緩衝件備、各第二 12 201206785 固定部380之第一凸肋353怜 中’且各第二固定部38〇之第:連接部3巧::定槽481 之第三側面404，並於第一固定槽4 件400 同時，各第-固定部35〇與 支按緩衝件 部352之-侧可緊靠於凸塊° =之第-延伸 _之凸塊407接觸此連結件_之底面對31，。以及緩衝件 此時，當物品放置於緩衝件働之 圖）時，物品之重量可限劍 置物槽405 (第2 之方向（即z軸方向）移動，400無法朝相反底面33〇 二固定部380之第—延伸部二各^二固定部350與各第 肋353可分別限制緩衝件_ ^:側牆310與第一凸 (即X軸方向）移動，以月κ/、、、法朝平行底面330之方向 一緩衝件（圖中未示）之方緩衝件_無法持續朝另 各緩衝件400可被穩定地定轴方向）移動。故， 搬運時產生晃動。 ；谷置空間34〇中，以避免 如此，見第4圖所示，春 於連結件300之容置空間3二％衝件400如上述被定位 圖）因摔落或受到撞擊，由時，一旦包裝盒100 (第2 有相互之連結關係，連結^連結件3〇〇與緩衝件400具 撞擊的部分撞擊力道，因此=便可分擔緩衝件400所受 撞擊時，此些第一固定部田c裳盒1 〇〇因摔落或受到 310及第二側牆320便可八第二固定部380、第一側牆 進而加大緩衝件400之緩衝件400部份之撞擊力道， 另外之設計中（圖中未示 # 底面330時，也可分擔:’當苐一延伸部352抵靠至 緩衝件400之緩衝能力。 〇〇部份之撞擊力道，加大The "buffer structure" includes a connecting member 300 and at least one cushioning member 400'. The connecting member 300 has a bottom surface bo and a first side wall 310 and a second side wall 32〇 on opposite sides of the bottom surface 33〇. The connecting member 3 has a plurality of fixing portions 3 (H. The cushioning member 4 is disposed between the first side wall 31〇 and the second wall 320 of the V 7 201206785. The pound Μ. There is a plurality of fixing grooves 408, and the fixing grooves 408 are corresponding to the fixed portion of the fish, corresponding to = 2301, for the corresponding straw to fix the cushioning member 400 to the connecting member 300. Thus, due to the cushioning technique The member 4 is fixed to the connecting member 300, so that the package member 300 can absorb the shock absorber 400 and reduce the probability of damage to the protected article. In the embodiment of the present invention, the bottom surface 330 is rectangular, first The side sill 310 and the second side of the safari fly 9 〇 extend in the same direction. The two opposite sides of the squat bottom surface 33Q at the same time, the other two opposite sides of the middle bottom surface 33 并不 do not have other side walls, and each of the first side 聛ώ The eighty-six percent of the mouths and the second side wall 320 form an open port 331, so that the bottom surface 330, the first full ta 320 ^ summer 340. Because the bottom surface 33 另 the other two phases: = so - Come, "〇. Relative to the bottom surface 330 of its side wall material, and save the side wall to improve the buffer capacity. In the embodiment of the present invention, a single cushioning member in position 340 may be used to fix the cushioning member to the opposite ends of the coupling member 300 (Fig. i). (4) End knife As shown in FIG. 2, FIG. 2 and an outer casing of another embodiment of the assembly buffer structure in another embodiment, the number may also be more than in the present invention respectively In the accommodating space 340 'and in the connection:: - a buffer _ for the convenience of the following description, such buffer: 〇〇 opposite end. Known as the U-plane 401, meaning that the first _ face each other ~ One of the faces 4 〇 1 in the normal direction (ie, the γ 201206785 axis direction) is parallel to the first side tread 310 and faces inward; each buffer member 働 the first side wall 31 〇 or the second side wall 32 〇 is called the second , 403 ′ each buffer member 400 faces one surface I _ , 4 〇 4 of the bottom surface 33 ,, and each buffer member 400 faces the second side surface 406 of the bottom ❺ 33 。. In addition, each buffer member 〇〇 The first side of the disk = four sides 406 Hu mother ancient to ^ 〇 1 and the fourth side of the object, please clarify that the present invention will disclose several embodiments to step by step view 2 and 3 3 is a schematic view showing the assembly of the buffer structure of the package of the present invention in another embodiment. 1 In the embodiment of the present invention, the attachment member 310 has a plurality of first fixing portions 350, for example, two The side wall is located at the two ends of the first - _31 。. In addition, the F-shaped portion (10) of the phase H-foot portion is provided with a plurality of second fixing portions, for example, the symmetry of the two side walls 32Q Located at the two ends of the second side bet 320. Each of the second fixing portions 380 has the same as the first fixing portion 35 in the embodiment, and the second fixing portion 380 is included in the first fixing portion 350. The extending portion 352 extends in the direction of the connecting portion 351 of the first connecting portion 351 and the second side wall 320, and the first sign extends from the first side wall 310 toward the connecting portion 351 toward the bottom surface 330. The first portion of the first portion is the first portion of the fixing portion 380. The fixing portion 350 has the above structure, that is, each of the first portions has the same structure as the first connecting portion 351 and the first extending portion 疋Department 38. There are also repeated repetitions. In the following, only the first-fixed neighboring H-structure is used, so it is not [S3 again.卩350 is taken as an example. 9 201206785 In this embodiment, when the two buffer members 4 (10) are matched with the opposite ends of the connecting member 3 (8), the buffer members are extended from the first side 40! to the second side 402 facing the first - 41. A fixing groove 410. That is, the solid groove 410 is disposed on the first side surface 4〇1 and the first side wall 31 is swaying on the side surface 4〇2, wherein the position and the external deformation of the first fixing groove 410 correspond to the first fixing portion. Designed for 350. (4) When the buffer members 400 are respectively accommodated in the accommodating space 340 of the two open ports 331 of the connecting member 300 (Fig. 2), each of the first and second dampers. P 350 is embedded in the corresponding first fixing groove 41. In other words, the first connecting portion 351 protrudes into the first fixing groove 410 and can limit the buffer member _ cannot be determined toward the opposite bottom surface 33. )mobile. The first extension portion 352 is located on the first solid surface 4J surface 4D9 ′ while the first side wall 310 abuts against the first extension portion 352 of each buffer member 400 and the first side wall splicing limit is not possible. (4) Direction (ie, the axis is still) = Outside 'When each of the first fixing portions 35 is embedded in the corresponding first, each buffer member 400 faces away from the first side and U疋_ cannot continue to face the other buffer member 0 "(4) Shake-free when transported. The bedding is placed in the accommodating space 340, and the same 'each cushion member is completely 380-shaped groove design, in which the brown-to-solid 疋" extends to the surface. The second side wall 32 is slid from the first side surface 4 〇 1 second fixing groove. The second fixing groove d 4 〇 3 is opened with a second side facing the second side wall 32 = = first side 401 Similarly, the second fixed [S] 10 201206785 2 筮 2 and the outer shape are corresponding to the second fixing portion 380 and designed so that the products dTl / T, 380 can also be embedded in the corresponding second fixing groove 480 However, the inward facing surface = one of the buffer members 400 in the normal direction parallel to the first side wall 310 may also be described as buffering = first side 401, but is not limited to Therefore, the buffer member, the upper side of the buffer, that is, one of the normal directions parallel to the first side wall 310 and the outer side #3〇Π two sides Φ Μ not drawn), * the buffer member _ the joint member 3 Fang (4) is the opposite of this article. So, see, in the attachment member 300, each of the buffer members _ as described above is positioned ϋΠ 趋 趋 - - - V 置 置 , , , , , 一旦 一旦 一旦 一旦 一旦 一旦 一旦 一旦 一旦 一旦 一旦 包装 包装 包装 包装 包装 包装 包装t ^ to the impact, since the connecting member 300 and the cushioning member 400 are eight-line: the connecting member 300 can share the cushioning member 400. The force is required. Therefore, when the package 100 is dropped or subjected to the ritual 4b筮—ma ^ ~~ 固疋. P 350, second fixing portion 38〇, first side wall 4* - side wall 320 can share the impact force of the buffer member 400, thereby increasing the cushioning member 4缓冲 缓冲 此 此 此 此 2 2 2 2 2 2 2 2 2 2 ' ' ' ' ' ' ' ' ' 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此The P 352 extends in the direction of the back surface 33G. Therefore, when the station m fixing body (4) 350 is embedded in the corresponding first fixing groove 410, the first convex "C-solid 410" can further strengthen the first The fixed portion 350: in addition, the positioning capability for restricting the movement of the cushioning member 400 to the parallel bottom surface 330° or the direction is restricted. In the present embodiment, the first convexity: f3 is preferably formed by folding the connecting member. S] (4) is shown in Fig. 4. Fig. 4 is a schematic exploded view showing the assembly of the package of the present invention. The other embodiment is a first-fixing portion 350, each of the first fixing portions. 35, in addition to the first 11 201206785 extension 352, further includes a - rib, 3 extending from the first extension 352 in a direction away from the bottom surface 33, and preferably formed by folding the connector 300 . The relative buffer 4 ΠΓ : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : . The first rib rib 35 is formed on the third side surface 4〇4 and is located correspondingly, that is, the position and size of the first fixing groove 420 correspond to the first rib 353 but the surface 404 is more convex. There is a bump technique. ', the third side of the punching member 400 is similarly 'relative to the first fixing portions 350' of the first side wall 310. The wall 320 is symmetrically provided with a plurality of second fixing portions, and the second fixing portions are respectively located at the In the embodiment, the second fixing portion 380 has the same structure as the first phase, and the second fixing portion 380 also has 351, the first extending portion 352 and the first convex portion. The ribs are made, the cr structure, so I won't repeat them here. On the third side 404 of the buffer member 400, a bump 407 481 is formed. Similarly, the other side of the 疋j 420 is also provided with a second fixing groove rib 353, so that the white corresponding to the second solid two "38" of the first rib 353 is also required. 〇 由 由 由 由 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿 沿The third side surface 404 of the first fixing groove is provided in the first fixing groove outer branch cushioning member, and the second ribs 353 of each second 1210606785 fixing portion 380 and the second fixing portion 38 are connected to each other: the connecting portion </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> The protrusion 407 of the first extension_contacting the bottom surface pair 31 of the joint member _, and the buffer member at this time, when the article is placed on the cushion member 働), the weight of the article can be limited to the sword pocket 405 (2nd In the direction (ie, the z-axis direction), the 400 cannot be directed toward the opposite bottom surface 33. The first extension portion 380 of the fixing portion 380 and the second fixing portion 350 and the respective ribs 353 can respectively limit the buffer. _ ^: the side wall 310 moves with the first convex (ie, the X-axis direction), and the buffer member (not shown) in the direction of the month κ/, ,, and the parallel bottom surface 330 is _ cannot continue to the other Each of the buffering members 400 can be stably moved in the direction of the axis. Therefore, shaking occurs during transportation. The valley space 34 is placed in the middle to avoid this. As shown in FIG. 4, the housing space 3 of the connecting member 300 is spring. When the two-piece punching member 400 is positioned as described above, due to falling or being hit, when the package 100 is in contact with each other, the connecting portion 3 〇〇 and the cushioning member 400 collide with each other. Force, therefore, can share the impact of the cushioning member 400, the first fixed part of the field c box 1 摔 because of the fall or the 310 and the second side wall 320 can be the second fixed part 380, the first The one side wall further increases the impact force of the buffer member 400 of the buffer member 400. In another design (the bottom surface 330 is not shown in the figure, it can also be shared: 'When the first extension portion 352 abuts against the buffer member 400 Buffering capacity. Part of the impact force, increase
SJ 13 201206785 此外，於緩衝件400上亦可具有一凹陷部465，為方 便說明此種實施方式，係以第4圖之實施例進行說明，復 請參閱第4圖所示，二凹陷部465.分別形成於各緩衝件4⑻ 之第二側面402、403使得各緩衝件400進入連結件3〇〇之 容置空間340時，第一側牆31〇 (或及第二側牆32〇)之邊 緣可分別伸入各凹陷部465，使得第一侧牆31〇 (或及第二 側牆320)與緩衝件4〇〇之外壁面可互成同一平面，除可 達到定位的作用外，亦可而使緩衝結構配置於包裝盒 φ 底面時，二者間的接觸面更平整，組裝上更加確實。 刖述之各實施例中，連結件3〇〇之第一侧牆31〇及第 二側牆320上對稱地具有多個第一固定部350與多個第二 固定部380 (如第2圖）。 然而，本發明不僅限於此，請參閱第5圖所示。第5 圖繞示本發明包裝盒之緩衝結構之第一固定部的一變化之 示意圖。連結件300之第一側牆310及第二側牆320上也 可交錯地具有多個第一固定部350與多個第二固定部 φ 380。如此’當各緩衝件400平移地或垂直地分別進入連結 件300之容置空間340時，交錯排列之第一固定部35〇與 第二固定部380更可提供更均勻之緩衝能力及定位功能。' 請參閱第6圖所示。第6圖繪示本發明包裝盒之緩衝 結構於另一實施例下之侧視圖。 此另一實施例中，第一側牆310或第二側牆320 ,或 者第一側牆310以及第二侧踏320上，也可另外提供至少 一第三固定部381。舉例而言，第6圖是提供第三固定部 381於第一側牆310上。第三固定部381相對第一固定部 350 ’係更接近連結件300之底面330。此外，第三固定部 201206785 :固定部350之位置，可上下對齊第-固定邻 35〇,意P·第三固定部381位於第一固定部35〇之正下方. 或者’第三固定部381相對第一固定 ’ 下對齊於第〜固定部35〇。 置不上SJ 13 201206785 In addition, a recessed portion 465 may be provided on the buffer member 400. For convenience of description of such an embodiment, the embodiment of FIG. 4 is described. Referring to FIG. 4, the second recessed portion 465 When the second side faces 402, 403 of the buffer members 4 (8) are respectively formed, the buffer plates 400 are inserted into the accommodating space 340 of the connecting member 3, and the first side wall 31 (or the second side wall 32) is The edge can be respectively inserted into each of the recesses 465, so that the first side wall 31〇 (or the second side wall 320) and the outer wall surface of the buffering member 4〇〇 can be flush with each other, in addition to the positioning function, When the buffer structure is disposed on the bottom surface of the package φ, the contact surface between the two is flatter and the assembly is more accurate. In each of the embodiments, the first side wall 31 〇 and the second side wall 320 of the connecting piece 3 have a plurality of first fixing portions 350 and a plurality of second fixing portions 380 symmetrically (such as FIG. 2 ). However, the present invention is not limited to this, as shown in Fig. 5. Fig. 5 is a schematic view showing a variation of the first fixing portion of the cushioning structure of the package of the present invention. The first side wall 310 and the second side wall 320 of the connecting member 300 may also have a plurality of first fixing portions 350 and a plurality of second fixing portions φ 380 alternately. Thus, when the buffer members 400 are respectively inserted into the accommodating space 340 of the connecting member 300, the staggered first fixing portion 35 〇 and the second fixing portion 380 can provide more uniform buffering capability and positioning function. . ' Please refer to Figure 6. Figure 6 is a side elevational view of the cushioning structure of the package of the present invention in another embodiment. In this other embodiment, at least one third fixing portion 381 may be additionally provided on the first side wall 310 or the second side wall 320, or the first side wall 310 and the second side step 320. For example, FIG. 6 is to provide the third fixing portion 381 on the first side wall 310. The third fixing portion 381 is closer to the bottom surface 330 of the coupling member 300 with respect to the first fixing portion 350'. In addition, the third fixing portion 201206785: the position of the fixing portion 350 can be vertically aligned with the first-fixed abutment 35〇, and the third P-third fixing portion 381 is located directly below the first fixing portion 35〇. Or the third fixing portion 381 The first fixed 'lower is aligned with the first fixed portion 35'. Not set
f此實施例之實施態樣下，各緩衝件400由第一側面 40^刀别至第二側面4〇2、4〇3也相對地開設有對應之第三 固疋槽（圖中未示）。第三固定槽之位置及外型皆對應第三 固定部^81而設計，使得第三固定部381亦可嵌入對應之 第三固，槽中。第三固定部381於此實施例中具有相同於 第一固定部35〇之結構，意即第三固定部381亦具有相同 於第一連接部351、第一延伸部352 (第2圖）之結構或相 同於第一連接部351、第一延伸部352與第一凸肋353 (第 4圖）之結構，故在此不加以重複贅述。 請參閱第7A圖所示。第7A圖繪示本發明包裝盒之緩 衝結構於另一實施例下的組裝分解示意圖。為完全呈現第 一固定部360之外貌，第7A圖係省略部份之第二側牆 320。本發明此另一實施例中，係揭露連結件300之底面 330上具有多個第一固定部36〇。例如兩個第一固定部360 分別位於底面330之兩末端（圖中僅示意其中一末端之第 一固定部360)。各第一固定部360自底面330朝容置空間 340延伸。第一固定部360具有一例如呈片狀之第二凸肋 361。此外，第二凸肋361較佳自底面330所翻折而成。 當此實施例係以二緩衝件400 (圖中僅示意其中一緩 衝件400)搭配於連結件300之兩相對端時，緩衝件400 自第一側面401延伸至第三侧面404之方向開設有一第一 固定槽430。意即第一固定槽430跨設於第一側面401與 15 201206785 330之第三侧面404上。第-固定槽430之位置 及外型皆對應第一固定部360而設計。 t ’當緩衝件400由連結件3〇〇之開放口 331平移地 =入連結件300之容置空間34〇時，各第一固定部之In the embodiment of the embodiment, each buffer member 400 is oppositely opened from the first side surface 40 to the second side surface 4〇2, 4〇3, and is correspondingly provided with a corresponding third solid groove (not shown) ). The position and shape of the third fixing groove are designed corresponding to the third fixing portion ^81, so that the third fixing portion 381 can also be embedded in the corresponding third solid groove. The third fixing portion 381 has the same structure as the first fixing portion 35 于此 in this embodiment, that is, the third fixing portion 381 also has the same shape as the first connecting portion 351 and the first extending portion 352 ( FIG. 2 ). The structure is the same as that of the first connecting portion 351, the first extending portion 352, and the first protruding rib 353 (FIG. 4), and thus detailed description thereof will not be repeated. Please refer to Figure 7A. Fig. 7A is a schematic exploded view showing the cushioning structure of the package of the present invention in another embodiment. In order to fully present the appearance of the first fixing portion 360, the seventh side wall 320 is omitted from the portion 7A. In this alternative embodiment of the present invention, the bottom surface 330 of the attachment member 300 is provided with a plurality of first fixing portions 36A. For example, the two first fixing portions 360 are respectively located at both ends of the bottom surface 330 (only the first fixing portion 360 of one end is shown in the figure). Each of the first fixing portions 360 extends from the bottom surface 330 toward the accommodating space 340. The first fixing portion 360 has a second rib 361 which is, for example, in the form of a sheet. In addition, the second rib 361 is preferably folded from the bottom surface 330. When the second buffer member 400 (only one of the buffer members 400 is shown) is coupled to the opposite ends of the connecting member 300, the buffer member 400 is extended from the first side 401 to the third side 404. The first fixing groove 430. That is, the first fixing groove 430 is spanned on the third side 404 of the first side 401 and 15 201206785 330. The position and the outer shape of the first fixing groove 430 are designed corresponding to the first fixing portion 360. When the cushioning member 400 is translated by the opening port 331 of the connecting member 3, ???the accommodating space 34 of the connecting member 300, the first fixing portion
Li: 361恰嵌入對應之第-固定槽430。如此，當緩 被定位於容置空間34〇内，第二凸肋361可幫助 =衝：’限制緩衝件_無法朝内且平行底面330 春勺乂轴方向）移動’以避免搬運時產生晃動。此外， # Ιίϊϋ00因摔落或受到撞擊時，第二凸肋361可提供 進:Λα女4 400之力置’分擔緩衝件400部份之撞擊力道， 進而加大緩衝件4〇〇之緩衝能力。 請參閱第7Β圖所示。笙α , 延伸自第7Α ^示本發明第—固定部 m定=37〇係延伸自第7八圖之第一固定部36〇之 部佟之第'爻現第一固定部370之外貌，第6b圖係省略 冲伤之第二侧牆320。 鲁伸却各第一固定部370包含-第二連接部371及-第二延 延二372。第一連接部371係自底面330朝容置空間340 =二例如呈片狀（如圖示）或柱狀等。第二延^ 連接部371朝第二側牆320延伸。另外，各第- 固疋部370更包含一第三几袖也n 合弟 二連接邻371细笛相ίΓ凸肋373。第二凸肋373係自第 中〔=7::!310之方向廷伸。然在本資施例 固疋。ρ / ΙΜ圭自連結件300所翻折而成。 §此實施例係以二緩衝件權（圖中僅 2彻)搭配於連結件300之兩相對端時，各緩衝：： 自第-側面·延伸至第三側面綱之方向開設有一牛第一 16 201206785 ST::設ί;固…°之位置及外型皆，應第一固 移地=連結件30。之兩開放… 恰彼入對應之第一固定；：4〇時’各第-固定部370 凸肋’第二連接部371、第二延伸部372盘贫 二』於第-固定槽440 ”，且支撐緩二與第三 如此，第二延伸部372與 支料衝件400。 無法朝相反底面33〇 、7 可限制緩衝件權 •連接部 ㈣法朝平行底面㈣之 上，各緩衝件400背對第一側面4〇1之—面動，加 4〇〇無法持續朝另一緩衝件4〇〇之 軸件 動。藉此，各緩衝件400可被定位於容置 移 免搬運時產生晃動。 L間340中，避 二= = 示本發明第，部 • 仏例下的—變化之組裝分解 一固疋部375係延伸自第7B圖之第一固定 … 為完全呈現第一固定部375外貌，第 ° 之變化。 第二側牆32。。各第-固定部：::C= 第:凸肋374係自第二延伸部372朝背對底面现之方向 Ξ定:=::4一固定槽450之位置及外型皆對應第-f 十。如此’當第—㈣部375 I入對應之 第一固疋槽450時’第四凸肋374可更加強連結件3⑼之 緩衝能力’且第四凸肋374較佳自連接件-〇 S】 17 201206785 由第7A圖至第7C圖可知，當各第一固定部延伸出更 多直向或橫向之凸肋時，連結件300之定位功能及缓衝能 力便越佳，因此，設計人員可因此觀念設計出更具定位功 能及緩衝能力之第一固定部。此外，為增加連結件300之 定位功能及緩衝能力，本發明又一實施例中，各第一固定 部於第6A圖至第6C圖其中一變化中，也可另外於連結件 300之第一侧牆310、第二側牆320上提供多個如上所述之 固定部及固定槽（例如第2圖）。 舉例而言，參見第7D圖所示，第7D圖繪示本發明第 7A圖之第一固定部與第2圖之第一固定部同時存在之實施 例下之組裝分解示意圖。除第7A圖之第一固定部360外， 連結件300之第一側牆310上也可存在多個如第2圖所述 之第一固定部350、第一固定槽410、第二固定部380、第 二固定槽480。 請參閱第8A圖所示。第8A圖繪示本發明包裝盒之緩 衝結構於再一實施例下的組裝分解示意圖。 此再一實施例係延續第7A圖之第二凸肋361。相對於 第二凸肋361之外型，各緩衝件400 (圖中僅示意一個緩 衝件400)之第一固定槽460係開設於上述第三側面404 且位於對應第二凸肋361之位置，意即第一固定槽460之 位置及尺寸皆對應第二凸肋361而設計。 如此，當緩衝件400分別由連結件300上方沿其底面 330之一法線方向N垂直地進入連結件300之容置空間340 時，第一固定部360之第二凸肋361恰嵌入對應之第一固 定槽460中，並於第一固定槽460内支撐緩衝件400，同 時，底面330緊靠於緩衝件400之第三側面404，以固定 201206785 並支樓緩衝件400。 如此’當緩衝件4〇〇祜宗你认〜 凸肋361可幫助定位緩备| 於各置空間340内，第二 J篇助疋位緩衝件40〇，陨 平行底面330方向#叙 限制緩衝件400無法朝 -包裝〜L ?以避免搬運時產生晃動。此外， 二裝盖10G因摔錢受到 支撐緩衝件4nn少七县、 弟一凸肋361可提供 % . ’分擔緩衝件4〇〇部份之撞擊力道， 進而加大緩衝件400之緩衝能力。 之撞擊力道’ 延伸第:B:所示。第8B圖繪示本發明第-固定部 i!二r實施例下的-變化之組裝分解示意圖。 之變係'延伸自第8A®之第-固定部36。 吏包令 第二連接部371、—银 第三凸肋373 一第二延伸部372、一 及一第四凸肋374。笙-、由从 面330朝究番#Ba 4第一連接部371係自底 谷置工間340延伸，例如呈g Λ 狀等。第二延伸呈片狀（如圖示）或柱 延伸。第=° ’、 一連接部371朝第二侧牆320 乐一凸肋373係自第二連接部371細姑 μ * 之方向延# β @ 1朝第一側牆310 面现之係自第二延伸部372朝背對底 371翻折而‘成.笛此外’第二凸肋373可自第二連接部 折而成。’四凸肋374可自第二延伸部372所翻 相對於第一固定部375之外型，緩栴 示意一個繕椒从 緣衝件400 (圖中僅 w %衝件4〇〇 )第三侧面 槽468之仿番n U4具有一凹槽468,凹 + u , 置及尺寸對應第一固定部375 m 定槽470係門< 0而設計’第一固 置及尺寸f:J_ 468之底部’且第1定槽稱之位 町應第四凸肋374而設計。 330^法^衝件權分別由連結件3⑽上方沿其底面 線方向N垂直地進人連結件咖之容置空間· 201206785 ㈣一固定部375伸入凹槽46“ 入凹槽468内之第一固中从 08中’且第四凸肋374嵌 u疋糟47〇由 第二延伸部372與第=Λ Τ ’從而第二連接部37卜 中一凸肋37] μ· 400。 “皆可固定且支撐緩衝件 此時，當物品敌置於緩 第2圖）時，物品之重量 千4〇〇之置物槽405 (參考 面330之方向（即Z軸方而限制緩衝件400無法朝相反底 第-固定部375可限制^移動，且位於凹槽468内之 方向（即X及Μ方無法朝平行底面33〇之 朝另-缓衝件（圖中未^ f^，以及限制緩衝件權持續 定位於容置空間340中各緩衝件_可被 t肀避免搬運時產生晃動。同樣地， 裝益 掉落或受到撞擊時，各第-固定部375與 衝件働之緩衝能力 抑之撞擊力道’進而加大緩 此外為增加連結件3⑽之定位功能及緩衝能力本 發明又一實施例中，笛 m ^ , 第一固疋部於第8Α圖至第8Β圖其中 一變化中’也可另外於連結件獅之第 上提供多個如上所述之时部及“槽（例= 8Α圖-言固定圖所示’第叱圖繪示本發明第 例下之組二二與二tr二τ存在之實施 it 7ΠΠ ^ 圆除第8A圖之第一固定部36〇外， 之；-固定丄側第牆3:°严⑷ 二固定槽二第二:：、^^ 與固定槽時，在此也不同時具有多個固定部 此也不限定多個固定部之結構都需相同， 20 201206785 :以依照需求而有不同結構之組合，同時也 應結構之多個固定槽。 成不门對 緩衝：由於本發明包裝盒之緩衝結構之連社件與 構可提高包』盒:包裝盒之緩衝錄 侧牆’除了減少侧牆之厚二:^、5明以緩衝件取代 側牆之間形成的死角空隙,得以增 空間浪費而提升容置*門·士从^衡i間，且能避免 構亦達成減少用紙量低紙：材：發明包裝盒之緩衝結 紙箱之操作步驟，節魏裝=4 ’進而達到減少組裝 本發明所揭露如上之各實施例中 明，任何熟習此技藝者，在*脫雛太判錄疋本發 當可作嫩嫩_ 朴範圍内’ 附之申請專利㈣所界定者=本發明之贿㈣當視後 【圖式簡單說明】 為讓本發明之上述和其他目的、 ^, 能更明顯祕，所關式之詳細說明如下：·點與實η· 第1圖繪示本發明包裴盒之緩 與 施例下的組裝分解示意圖。 外I於貫 第2圖繪示本發明包裝盒之 實施例下的組裝分解示意圖。衝、-構與-外盒於另-第3圖繪示本發明包裴盒 的組裝完成示意I 構於另—實施例下 第4圖繪示本發明包裝盒之緩衝結構於另—實施例下 201206785 的組裝分解示意圖。 第5圖繪示本發明包裝盒之緩衝結構之第一固定部的 一變化之示意圖。 第6圖繪示本發明包裝盒之緩衝結構於又一實施例下 之側視圖。 第7A圖繪示本發明包裝盒之緩衝結構於再一實施例 下的組裝分解示意圖。 第7B圖繪示本發明第一固定部延伸自第6A圖之實施 例下的一變化之組裝分解示意圖。 ® 第7C圖繪示本發明第一固定部延伸自第6B圖之實施 例下的一變化之組裝分解示意圖。 第7D圖繪示本發明第7A圖之第一固定部與第2圖之 第一固定部同時存在之實施例下之組裝分解示意圖。 第8A圖繪示本發明包裝盒之緩衝結構於再一實施例 下的組裝分解示意圖。 第8B圖繪示本發明第一固定部延伸自第8A圖之實施 例下的一變化之組裝分解示意圖。 .· 第8C圖繪示本發明第8A圖之第一固定部與第4圖之 第一固定部同時存在之實施例下之組裝分解示意圖。 【主要元件符號說明】 100 包裝盒 373 第三凸肋 200 外盒 374 第四凸肋 210 第一扣合部 380 第二固定部 300 連結件 381 第三固定部 [S3 22 201206785 301 ： 固定部 390 ： 第二扣合部 310 ： 第一側牆 400 :緩衝件 320 ： 第二側牆 401 ： 第一侧面 330 : 底面 402、 403 :第二側面 331 : 開放口 404 ： 第三側面 340 ： 容置空間 405 ： 置物槽 350 : 第一固定部 406 ： 第四側面 351 : 第一連接部 407 ： 凸塊 352 ： 第一延伸部 408 ： 固定槽 353 ： 第一凸肋 410、 420、430、440、450、 360、 370 、 375 :第 一固定部460、 470 :第一固定槽 361 ： 第二凸肋 465 : 凹陷部 371 ： 第二連接部 468 ： 凹槽 372 ： 第二延伸部 480、 481 :第二固定槽 i si 23Li: 361 is embedded in the corresponding first-fixing groove 430. In this way, when being slowly positioned in the accommodating space 34 ,, the second rib 361 can help = rush: 'limit buffer _ can not be inward and parallel to the bottom surface 330 spring 乂 axis direction movement> to avoid shaking when carrying . In addition, # Ιίϊϋ00 due to falling or being impacted, the second rib 361 can provide: Λα female 4 400 force set 'sharing buffer part 400 part of the impact force, thereby increasing the cushioning capacity of the buffer member 4 . Please refer to the figure in Figure 7.笙α , extending from the seventh Α 示 示 本 本 本 本 本 本 本 本 本 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本Figure 6b is a second side wall 320 in which the impact is omitted. Each of the first fixing portions 370 includes a second connecting portion 371 and a second extending portion 372. The first connecting portion 371 is from the bottom surface 330 toward the accommodating space 340 = two, for example, in the form of a sheet (as shown) or a column or the like. The second extension portion 371 extends toward the second side wall 320. In addition, each of the first solid portions 370 further includes a third sleeve and a second pair of adjacent portions 371. The second rib 373 extends from the direction of the middle [=7::!310. However, the capital application is fixed. ρ / ΙΜ圭 is formed by folding the connecting piece 300. § This embodiment is to match the two opposite ends of the connecting member 300 with two cushioning members (only 2 in the figure), each buffering:: opening a cow from the first side to the third side 16 201206785 ST:: Set ί; solid...° position and appearance, should be the first fixed ground = joint 30. The two are open... the first fixed portion of the corresponding; the fourth fixed portion 370 rib rib 'the second connecting portion 371, the second extending portion 372 is the second fixed portion 440 ”, And the support 2 and the third, the second extension portion 372 and the branch punch 400. The buffer member can not be restricted to the opposite bottom surface 33, 7 can be limited to the connection portion (four) method above the parallel bottom surface (four), each buffer member 400 Face-to-face movement of the first side face 4〇1, and the addition of 4〇〇 cannot continue to move toward the shaft member of the other cushioning member 4〇〇. Thereby, each buffer member 400 can be positioned to be accommodated during transport and removal. Shake. L between 340, avoiding two = = showing the invention, part • under the example - the assembly of the deformation decomposition of the solid part 375 is extended from the first fixation of the 7B figure... to fully present the first fixed part 375 Appearance, change of degree °. Second side wall 32. Each of the first-fixed parts:::C=: The rib 374 is determined from the second extension 372 toward the back-to-bottom direction:=:: 4 The position and shape of the fixing groove 450 correspond to the first -fth. Thus, when the first (four) portion 375 I enters the corresponding first solid groove 450, the fourth convex rib 374 Further enhancing the buffering capacity of the connecting member 3 (9) and the fourth protruding rib 374 is preferably from the connecting piece - 〇S] 17 201206785 It can be seen from the 7A to 7C that when the first fixing portions extend more straight or lateral When the rib is used, the positioning function and the buffering capability of the connecting member 300 are better. Therefore, the designer can design the first fixing portion with more positioning function and cushioning capability. In addition, in order to increase the positioning of the connecting member 300. The first side wall 310 and the second side wall 320 of the connecting member 300 may be additionally added to the first fixing portion in the sixth embodiment to the sixth embodiment. A plurality of fixing portions and fixing grooves as described above are provided (for example, FIG. 2). For example, referring to FIG. 7D, FIG. 7D illustrates the first fixing portion and the second drawing of the seventh embodiment of the present invention. A schematic exploded view of the first fixed portion of the first fixed portion. In addition to the first fixed portion 360 of FIG. 7A, a plurality of first side walls 310 of the connecting member 300 may also have a plurality of patterns as shown in FIG. First fixing portion 350, first fixing groove 410, second fixing portion 380, and Fixing groove 480. Please refer to Fig. 8A. Fig. 8A is a schematic exploded view showing the buffer structure of the package of the present invention in another embodiment. This still another embodiment is the second rib of the seventh drawing. 361. The first fixing groove 460 of each buffering member 400 (only one buffering member 400 is illustrated in the figure) is opened on the third side surface 404 and located in the corresponding second protruding rib 361. The position, that is, the position and size of the first fixing groove 460 is designed corresponding to the second rib 361. Thus, when the cushioning member 400 is vertically inserted into the connecting member 300 from the upper side of the bottom surface 330 of the connecting member 300, When the space 340 is accommodated in the space 340, the second rib 361 of the first fixing portion 360 is embedded in the corresponding first fixing groove 460, and supports the buffer member 400 in the first fixing groove 460. Meanwhile, the bottom surface 330 abuts against the bottom surface 330. The third side 404 of the cushioning member 400 is fixed to the 201206785 and the floor cushioning member 400. So when the buffer member 4 你 你 认 凸 361 361 can help locate the backup | in each space 340, the second J piece of the clamp buffer 40 〇, 陨 parallel bottom 330 direction # 叙 limit buffer The piece 400 cannot be packed toward -L to avoid sloshing during handling. In addition, the second cover 10G is supported by the buffer member 4nn because of the money loss. The seven-county and the young rib 361 can provide the impact force of the buffer portion 4, thereby increasing the buffering capacity of the buffer member 400. The impact force' extension is shown in: B:. FIG. 8B is a schematic exploded view showing the variation of the first fixing portion i! and the second embodiment of the present invention. The variation is 'extended from the first portion of the 8A®-fixing portion 36. The second connecting portion 371, the silver third rib 373, a second extending portion 372, and a fourth rib 374 are provided.笙-, the first connection portion 371 from the surface 330 to the research #Ba 4 extends from the bottom floor 340, for example, in the form of g Λ. The second extension is in the form of a sheet (as shown) or a column extension. The first connecting portion 371 faces the second side wall 320, and the rib 373 is extended from the second connecting portion 371 to the first side wall 310. The second extending portion 372 is folded toward the back-to-bottom 371 to form a second rib 373 which can be folded from the second connecting portion. 'Four ribs 374 can be flipped from the second extension portion 372 relative to the first fixing portion 375, and the squeaking gesture indicates a squeegee from the edge punching member 400 (only w% punch 4 图 in the figure) The side groove 468 has a groove 468, a concave + u, and the size corresponds to the first fixing portion 375 m, the groove 470 is a door < 0 and the design is 'first fixed and the size f: J 468 The bottom 'and the first fixed slot is called the fourth rib 374. The 330 ^ method ^ punching right is respectively perpendicularly inserted into the connecting space of the connecting piece from the top of the connecting piece 3 (10) along the bottom line direction N · 201206785 (4) a fixing portion 375 extends into the groove 46 " into the groove 468 One solid from 08' and the fourth rib 374 is embedded with the second extension 372 and the second 部 从而 ' so that the second connection portion 37 is a rib 37] μ· 400. The buffer member can be fixed and supported. At this time, when the article is placed against the slow drawing 2, the weight of the article is 1/4 of the storage slot 405 (the direction of the reference surface 330 (ie, the Z-axis side and the buffer member 400 cannot be adjusted toward The bottom-fixing portion 375 can restrict the movement and the direction in the groove 468 (ie, the X and the square cannot be directed toward the parallel bottom surface 33 toward the other buffer member (the figure is not ^^^, and the buffer is limited) The buffers are continuously positioned in the accommodating space 340. The buffer members can be prevented from swaying during transportation. Similarly, when the loading is dropped or impacted, the buffering capability of each of the first fixing portions 375 and the punching members is suppressed. The impact force path 'further increases the positioning function and the buffering capacity of the connecting member 3 (10). Another embodiment of the present invention In the middle of the flute m ^ , the first solid part is in the middle of the 8th to 8th drawings, and the plurality of the above-mentioned time portions and the "groove" (example = 8Α) may be additionally provided on the joint lion's first. Figure 2 is a diagram showing the first figure of the second embodiment of the present invention, except that the first fixed portion 36 of the figure 8A is omitted; Fixing the side wall 3: ° strict (4) 2 fixing groove 2 second::, ^^ When fixing the groove, there is not a plurality of fixing portions at the same time, and the structure of the plurality of fixing portions is not limited. 20 201206785 : There are different combinations of structures according to the requirements, and at the same time, there should be a plurality of fixed slots of the structure. The buffer is not provided: because of the buffer structure of the packaging box of the invention, the components and the structure can be improved. The buffer of the box is recorded in the side wall. In addition to reducing the thickness of the side wall, two: ^, 5, with the buffer member instead of the dead space formed between the side walls, can increase the space waste and enhance the accommodation * door and staff from the balance, And can avoid the structure also to reduce the amount of paper used to reduce paper: material: the operation steps of the buffer box of the invention package, section Wei installed = 4 'To achieve reduced assembly as disclosed in the above embodiments, any skilled person skilled in the art, as defined in the patent application (4) <br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br><br> FIG. 2 is a schematic exploded view showing the assembly of the present invention in accordance with the embodiment of the present invention. FIG. 2 is a schematic exploded view showing the assembly of the package of the present invention. The punch, the structure and the outer box are in another - Figure 3 is a schematic diagram showing the assembly and disassembly of the packaging structure of the present invention. Figure 4 is a schematic exploded view showing the buffer structure of the packaging box of the present invention in another embodiment. Fig. 5 is a view showing a variation of the first fixing portion of the cushioning structure of the package of the present invention. Figure 6 is a side elevational view of the cushioning structure of the package of the present invention in yet another embodiment. Fig. 7A is a schematic exploded view showing the buffer structure of the package of the present invention in another embodiment. Fig. 7B is a schematic exploded view showing a variation of the first fixing portion of the present invention extending from the embodiment of Fig. 6A. ® Figure 7C is a schematic exploded view showing a variation of the first fixing portion of the present invention extending from the embodiment of Figure 6B. Fig. 7D is a schematic exploded perspective view showing the embodiment in which the first fixing portion of Fig. 7A and the first fixing portion of Fig. 2 are simultaneously present. Fig. 8A is a schematic exploded view showing the buffer structure of the package of the present invention in another embodiment. Fig. 8B is a schematic exploded perspective view showing a variation of the first fixing portion of the present invention extending from the embodiment of Fig. 8A. Fig. 8C is a schematic exploded perspective view showing the embodiment in which the first fixing portion of Fig. 8A and the first fixing portion of Fig. 4 are simultaneously present. [Description of main component symbols] 100 package 373 third rib 200 outer case 374 fourth rib 210 first fastening portion 380 second fixing portion 300 coupling member 381 third fixing portion [S3 22 201206785 301 : fixing portion 390 : The second fastening portion 310 : the first side wall 400 : the buffer member 320 : the second side wall 401 : the first side surface 330 : the bottom surface 402 , 403 : the second side surface 331 : the opening opening 404 : the third side surface 340 : accommodating Space 405: storage slot 350: first fixing portion 406: fourth side surface 351: first connecting portion 407: bump 352: first extending portion 408: fixing groove 353: first protruding rib 410, 420, 430, 440, 450, 360, 370, 375: first fixing portion 460, 470: first fixing groove 361: second rib 465: recess portion 371: second connecting portion 468: groove 372: second extending portion 480, 481: Second fixing slot i si 23