TW201529437A - Air shockproof cover having corner improved structure - Google Patents
Air shockproof cover having corner improved structure Download PDFInfo
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- TW201529437A TW201529437A TW103102892A TW103102892A TW201529437A TW 201529437 A TW201529437 A TW 201529437A TW 103102892 A TW103102892 A TW 103102892A TW 103102892 A TW103102892 A TW 103102892A TW 201529437 A TW201529437 A TW 201529437A
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本發明係關於空氣防震套之結構設計，尤指一種以熱封手段作為基礎而對空氣防震套各部位之氣柱進行氣壓引導，使其透過相互擠壓的方式而雕塑成型的具有邊角改良結構之空氣防震套。The invention relates to the structural design of the air anti-vibration sleeve, in particular to a gas-column guiding of the air column of each part of the air anti-vibration sleeve based on the heat sealing means, so that the corner molding is improved by the mutual extrusion method. Structure of the air shockproof sleeve.
請參閱中華民國第201130719公開號之發明專利，該發明專利主要係揭示一種可達到避震與防撞之真空吊床式防震套，其主要構件包括有：一第一緩衝壁，由複數熱封邊所形成之複數氣柱組成，其一側並設有延伸邊；一第二緩衝壁，由複數熱封邊所形成之複數氣柱組成；一第三緩衝壁，由複數熱封邊所形成之複數氣柱組成，其一側並設有延伸邊；一容置空間，由第一緩衝壁、第二緩衝壁與第三緩衝壁所形成；一內膜，為一袋形型態，為可繞性之PE、PE複合膜或塑膠片材之材料所製成，並以開口邊緣接設於第一緩衝壁與第三緩衝壁之延伸邊，使內膜懸吊於容置空間內；該發明專利的使用，主要是先將包裝物放入內膜內部後，藉由外部設備將內膜內之空氣抽出，使內膜內成為真空狀態並且完全包覆住包裝物，最後再將第一緩衝壁與第三緩衝壁之延伸邊，以及內膜之開口邊緣一併透過熱封方式密合，使內膜維持真空狀態，藉此，包裝物在運送的過程當中，除了可受到內膜之包覆外，另可受到第一緩衝壁、第二緩衝壁與第三緩衝壁之包覆，在雙重的保護下可有效達到防震之效果。
相較於習知技術，該發明專利之目的主要是強調將一內膜之開口邊緣接設於第一緩衝壁與第三緩衝壁之延伸邊，並使內膜置於由第一緩衝壁、第二緩衝壁與第三緩衝壁所形成之容置空間內，在包裝物放入內膜後，藉由外部設備對內膜進行抽真空，使內膜完整包覆該包裝物，以及透過第一緩衝壁、第二緩衝壁與第三緩衝壁之緩衝保護下，以達到提高防震效果之目的；然而，該發明專利雖然具備了上述諸多優點，但其第一緩衝壁與第二緩衝壁外側兩端之接合處，以及第三緩衝壁各別與第一緩衝壁、第二緩衝壁外側兩端之接合處，將於整體緩衝結構之外部形成突兀的邊角，該等邊角在受到外力擠壓或是與外界發生碰撞時很容易產生破裂，使得整體緩衝結構遭到破壞而無法達到防震之效果，是以藉由該發明專利之短處可以得知習知技術仍然具有需要改進的地方，故，如何解決上述問題，實為本案發明人所欲解決技術困難點之所在。Please refer to the invention patent of the Republic of China No. 201130719. The invention patent mainly discloses a vacuum hammock type shockproof sleeve capable of achieving shock and collision avoidance. The main components thereof include: a first buffer wall, which is sealed by a plurality of heat seals. The plurality of gas columns are formed, and one side is provided with an extended side; a second buffer wall is composed of a plurality of air columns formed by a plurality of heat sealing edges; and a third buffer wall is formed by a plurality of heat sealing edges a plurality of gas cylinders, one side of which is provided with an extended side; an accommodating space is formed by the first buffer wall, the second buffer wall and the third buffer wall; and an inner membrane is a bag-shaped type, The material of the corrugated PE, the PE composite film or the plastic sheet is connected to the extending edge of the first buffer wall and the third buffer wall with the opening edge to suspend the inner film in the accommodating space; The use of the invention patent mainly involves first taking the package into the inner membrane and then extracting the air in the inner membrane by external equipment, so that the inner membrane becomes a vacuum state and completely covers the package, and finally the first An extension of the buffer wall and the third buffer wall, and The open edge of the inner membrane is tightly sealed by heat sealing to maintain the inner membrane in a vacuum state, whereby the package can be subjected to the first buffer wall during the transportation process, in addition to being covered by the inner membrane. The coating of the second buffer wall and the third buffer wall can effectively achieve the anti-shock effect under the double protection.
Compared with the prior art, the purpose of the invention patent is mainly to attach the opening edge of an inner membrane to the extending edges of the first buffer wall and the third buffer wall, and to place the inner membrane on the first buffer wall, In the accommodating space formed by the second buffer wall and the third buffer wall, after the package is placed in the inner film, the inner film is vacuumed by an external device, so that the inner film completely covers the package, and Under the buffer protection of a buffer wall, a second buffer wall and a third buffer wall, the purpose of improving the anti-vibration effect is achieved; however, although the invention patent has the above-mentioned advantages, the first buffer wall and the outer side of the second buffer wall The joint between the two ends, and the joint of the third buffer wall and the outer ends of the first buffer wall and the second buffer wall respectively form a sharp corner of the outer buffer structure, and the corners are subjected to an external force When the squeezing or collision with the outside world is easy to cause rupture, the overall buffer structure is damaged and the anti-shock effect cannot be achieved. It is known from the shortcomings of the invention patent that the conventional technology still needs improvement. Square, so, how to solve the problem, in fact, people in this case to be solved by the invention of the point where the technical difficulties.
是以，有鑒於上述先前技術所提出的問題，本發明人特別潛心研思、設計組製，希望能提供一種具有邊角改良結構之空氣防震套，以供應消費大眾使用，其目的如下所示。
本發明提供一種具有邊角改良結構之空氣防震套，用以包覆一物品而提供緩衝保護，其主要係由一第一緩衝壁、一第二緩衝壁、至少一第一節點、至少一第二節點、一第三緩衝壁以及一容置空間所組成，其中，該第一緩衝壁包含至少一第一熱封邊，其係以若干與第一熱封邊垂直且經由熱封手段之氣柱線分隔為複數之氣柱，該第二緩衝壁包含至少一第二熱封邊，並經由熱封手段接著該第一熱封邊，其係以若干與第二熱封邊垂直且經由熱封手段之氣柱線分隔為複數之氣柱，該第一節點位於該第一緩衝壁上，該第一緩衝壁循著該第一節點彎折，該第二節點位於該第二緩衝壁上，該第二緩衝壁循著該第二節點彎折，該第三緩衝壁經由彎折該第一緩衝壁與該第二緩衝壁而連接於該第一緩衝壁與該第二緩衝壁之間，而該容置空間經由彎折該第一緩衝壁與該第二緩衝壁而形成於該第一緩衝壁與該第二緩衝壁之間；該空氣防震套之特徵在於，該第一緩衝壁與該第二緩衝壁係以熱封接著其經彎折而相互對應之氣柱線，並於下側預留一開口的形成一接著部，使該開口之底部呈現平坦狀，進而在充氣後以該接著部外側連同該第三緩衝壁之氣柱作為一該防震套之三角型緩衝部。
本發明之主要目的在於，藉由於該三角型緩衝部之氣柱下側加設有至少一斜向之節塊，使該緩衝部之氣柱於該節塊下方的部分朝上翻折，藉此去除該緩衝部之邊角，並使該緩衝部之氣柱於該節塊上方的部分展開，以呈現平行排列之態樣，進而擴大該緩衝部之緩衝面積。
本發明之次要目的在於，藉由於該接著部內側依序形成有至少二具有不同口徑且彼此相鄰之第一氣柱以及第二氣柱，使該容置空間開口兩端之寬度得以因該第一氣柱以及該第二氣柱相互擠壓而擴張。
本發明之另一目的在於，藉由於該接著部內側用以分隔該等氣柱之氣柱線上緣末端形成有一傾度，以消除該容置空間開口邊緣不規則之波浪態樣。Therefore, in view of the problems raised by the prior art mentioned above, the present inventors have devoted themselves to research and design, and it is desirable to provide an air shockproof cover having a corner-improved structure for use by the consumer. The purpose is as follows .
The invention provides an air shockproof sleeve with a corner improved structure for covering an article to provide buffer protection, which is mainly composed of a first buffer wall, a second buffer wall, at least a first node, at least one a second node, a third buffer wall and an accommodating space, wherein the first buffer wall comprises at least one first heat sealing edge, which is perpendicular to the first heat sealing edge and is heated by heat sealing means The column line is divided into a plurality of air columns, the second buffer wall includes at least one second heat sealing edge, and the first heat sealing edge is followed by a heat sealing means, which is perpendicular to the second heat sealing edge and via heat The air column of the sealing means is divided into a plurality of air columns, the first node is located on the first buffer wall, the first buffer wall is bent along the first node, and the second node is located on the second buffer wall The second buffer wall is bent along the second node, and the third buffer wall is connected between the first buffer wall and the second buffer wall by bending the first buffer wall and the second buffer wall And the accommodating space is bent by the first buffer wall and the second Forming a wall between the first buffer wall and the second buffer wall; the air shockproof sleeve is characterized in that the first buffer wall and the second buffer wall are heat sealed and then bent to correspond to each other a gas column line, and an opening is reserved on the lower side to form a joint portion, so that the bottom of the opening is flat, and then the air column of the third portion of the joint portion and the third buffer wall are used as a shockproof after inflation. A triangular buffer.
The main object of the present invention is to reduce the portion of the air column of the buffer portion facing downwards by adding at least one oblique block to the lower side of the air column of the triangular buffer portion. The corners of the buffer portion are removed, and the portion of the buffer portion above the block is unfolded to assume a parallel arrangement, thereby expanding the buffer area of the buffer portion.
A secondary object of the present invention is to provide a width of both ends of the opening of the accommodating space by sequentially forming at least two first gas columns and second gas columns having different calibers and adjacent to each other. The first gas column and the second gas column are mutually extruded and expanded.
Another object of the present invention is to eliminate the irregular wave pattern of the opening edge of the accommodating space by forming an inclination on the inner edge of the air column for separating the gas columns on the inner side of the bottom portion.
100‧‧‧空氣防震套
200‧‧‧物品
1‧‧‧第一緩衝壁
10‧‧‧第一熱封邊
11‧‧‧氣柱
110‧‧‧氣柱線
111‧‧‧氣柱線
111a‧‧‧氣柱線
112‧‧‧上段部末端
113‧‧‧節塊
114‧‧‧傾斜部
2‧‧‧第二緩衝壁
20‧‧‧第二熱封邊
21‧‧‧氣柱
210‧‧‧氣柱線
211‧‧‧氣柱線
212‧‧‧上段部末端
213‧‧‧節塊
214‧‧‧傾斜部
3‧‧‧第一節點
4‧‧‧第二節點
5‧‧‧第三緩衝壁
51‧‧‧氣柱
510‧‧‧氣柱線
6‧‧‧容置空間
7‧‧‧緩衝片
8‧‧‧接著部
80‧‧‧開口
81‧‧‧第一氣柱
82‧‧‧第二氣柱
9‧‧‧緩衝部100‧‧‧Air shockproof cover
200‧‧‧ items
1‧‧‧First buffer wall
10‧‧‧First heat seal
11‧‧‧ gas column
110‧‧‧ gas column
111‧‧‧ gas column line
111a‧‧‧ gas column line
112‧‧‧End of the upper section
Section 113‧‧‧
114‧‧‧ inclined section
2‧‧‧Second buffer wall
20‧‧‧second heat seal
21‧‧‧ gas column
210‧‧‧ gas column
211‧‧‧ gas column
212‧‧‧End of the upper section
Section 213‧‧‧
214‧‧‧ inclined section
3‧‧‧first node
4‧‧‧second node
5‧‧‧ third buffer wall
51‧‧‧ gas column
510‧‧‧ gas column
6‧‧‧ accommodating space
7‧‧‧buffer
8‧‧‧Continue
80‧‧‧ openings
81‧‧‧First air column
82‧‧‧Second gas column
9‧‧‧ buffer
第1圖係本發明最佳實施例之立體外觀示意圖。
第2圖係本發明最佳實施例容置空間之局部剖面示意圖。
第3圖係本發明最佳實施例接著部之局部剖面示意圖。
第4圖係本發明最佳實施例接著部內側相鄰氣柱之局部剖面示意圖。
第5圖係本發明最佳實施例緩衝部於翻折前之立體放大示意圖。
第6圖係本發明最佳實施例緩衝部於翻折後之立體側視圖。
第7圖係本發明之接著部內側相鄰氣柱之立體放大示意圖一。
第8圖係本發明之接著部內側相鄰氣柱之立體放大示意圖二。
第9圖係本發明最佳實施例之立體分解示意圖。
第10圖係本發明最佳實施例第一、二以及三緩衝壁之展開示意圖。
第11圖係本發明最佳實施例第一態樣之局部放大示意圖。
第12圖係本發明最佳實施例第二態樣之局部放大示意圖。
第13圖係本發明最佳實施例第三態樣之局部放大示意圖。
第14圖係本發明最佳實施例第四態樣之局部放大示意圖。
第15圖係本發明最佳實施例第一態樣之另一局部放大示意圖。
第16圖係本發明最佳實施例第五態樣之局部放大示意圖。
第17圖係本發明最佳實施例之使用狀態示意圖。
第18圖係本發明最佳實施例之一側向立體示意圖。
第19圖係本發明最之第三緩衝壁之形成示意圖。BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic perspective view of a preferred embodiment of the present invention.
Figure 2 is a partial cross-sectional view showing the accommodation space of the preferred embodiment of the present invention.
Figure 3 is a partial cross-sectional view of the preferred embodiment of the present invention.
Figure 4 is a partial cross-sectional view of the adjacent gas column on the inside of the preferred portion of the preferred embodiment of the present invention.
Figure 5 is a perspective enlarged view of the buffer portion of the preferred embodiment of the present invention before folding.
Figure 6 is a perspective side view of the buffer portion of the preferred embodiment of the present invention after folding.
Figure 7 is a perspective enlarged view of the adjacent gas column on the inner side of the joint of the present invention.
Figure 8 is a perspective enlarged view of the adjacent gas column on the inner side of the joint of the present invention.
Figure 9 is a perspective exploded view of the preferred embodiment of the present invention.
Figure 10 is a schematic view showing the development of the first, second and third buffer walls of the preferred embodiment of the present invention.
Figure 11 is a partially enlarged schematic view showing the first aspect of the preferred embodiment of the present invention.
Figure 12 is a partially enlarged schematic view showing a second aspect of the preferred embodiment of the present invention.
Figure 13 is a partially enlarged schematic view showing a third aspect of the preferred embodiment of the present invention.
Figure 14 is a partially enlarged schematic view showing a fourth aspect of the preferred embodiment of the present invention.
Figure 15 is another partially enlarged schematic view of the first aspect of the preferred embodiment of the present invention.
Figure 16 is a partially enlarged schematic view showing a fifth aspect of the preferred embodiment of the present invention.
Figure 17 is a schematic view showing the state of use of the preferred embodiment of the present invention.
Figure 18 is a side perspective view of one of the preferred embodiments of the present invention.
Figure 19 is a schematic view showing the formation of the third buffer wall of the present invention.
為了達成上述各項目的及功效，於此謹搭配圖式，舉一較佳實施例，俾便在此領域中具通常知識者能夠就各項目的據以實施。
請先參閱第1圖至第4圖、第9圖、第10圖以及第17圖，其各別顯示本發明最佳實施例之立體外觀示意圖、本發明最佳實施例容置空間之局部剖面示意圖、本發明最佳實施例接著部之局部剖面示意圖、本發明最佳實施例接著部內側相鄰氣柱之局部剖面示意圖、本發明最佳實施例之立體分解示意圖、本發明最佳實施例第一、二以及三緩衝壁之展開示意圖以及本發明最佳實施例之使用狀態示意圖，如圖所示，本發明具有邊角改良結構之空氣防震套100，其目的係用以包覆一物品200而提供緩衝保護，其主要構件包含有一第一緩衝壁1、一第二緩衝壁2、至少一第一節點3、至少一第二節點4、一第三緩衝壁5以及一容置空間6；其中，第一緩衝壁1包含有一第一熱封邊10，第一熱封邊10係以熱封手段所形成而作為第一緩衝壁1上緣，而第一緩衝壁1係由複數個垂直於第一熱封邊10之氣柱11所組成，該等氣柱11同樣係以熱封手段之氣柱線111彼此分隔，且相互並排而設的組成第一緩衝壁1；第二緩衝壁2與第一緩衝壁1之結構相同且相互對應，其經由熱封手段接著該第一熱封邊10，且包含至少一第二熱封邊20，第二熱封邊20同樣係以熱封手段所形成而作為第二緩衝壁2上緣，而第二緩衝壁2同樣係由複數個垂直於第二熱封邊20之氣柱21所組成，該等氣柱21同樣係以熱封手段之氣柱線211彼此分隔，且相互並排而設的組成第二緩衝壁2。
承上所述，在第一緩衝壁1以及第二緩衝壁2之氣柱11、21中，相對於第一熱封邊10以及第二熱封邊20之另一側，更各自設有第一節點3以及第二節點4，該等節點3、4設置係在不封閉對應氣柱11、21彼此連通的前提下，使得第一緩衝壁1循著該第一節點3彎折，以及使得第二緩衝壁2循著該第二節點4彎折，藉此，經由彎折第一緩衝壁1與第二緩衝壁2便可形成連接於第一緩衝壁1與第二緩衝壁2之間的第三緩衝壁5，而透過第一緩衝壁1、第二緩衝壁2以及第三緩衝壁5之連接，更可形成容置空間6；此外，第三緩衝壁5則與第二緩衝壁2、第一緩衝壁1之結構相互對應，其同樣係以若干與第一熱封邊10、第二熱封邊20垂直且經由熱封手段之氣柱線510分隔為複數之氣柱51，而第三緩衝壁5之氣柱51可一對一或一對多的對應於第一緩衝壁1與第二緩衝壁2之氣柱11、12，且該等彼此對應之氣柱11、12、51係至少有一相互連通。
如第2圖與第9圖所示，本發明具有邊角改良結構之空氣防震套100更可包含有一緩衝片7，其一側係經由熱封手段以一第一熱封邊10接著第一緩衝壁1，而另一側經由熱封手段以一第二熱封邊20接著第二緩衝壁2，復於將二側熱封之緩衝片7以熱封手段沿第一緩衝壁1及第二緩衝壁2之氣柱線111、211局部熱封，使緩衝片7懸掛於容置空間6內，進而包覆該物品200並減緩其晃動，值得注意的是，本發明之緩衝片7係沿氣柱11、21線之中段部份而不予熱封，以形成該緩衝片7之底部懸掛。
如第1圖至第4圖所示，依據本發明具有邊角改良結構之空氣防震套100的最佳實施例，上述經由彎折第一緩衝壁1與第二緩衝壁2所形成於第一緩衝壁1與第二緩衝壁2之間的容置空間6，其呈現出一U字型的結構，且該U字型結構之開口朝上，並於U字型結構之外側兩端呈現開放態樣，而有別於習知技術之設計，本發明具有邊角改良結構之空氣防震套100之主要特徵在於，第一緩衝壁1與第二緩衝壁2係先相對彎折成U字型結構後，再透過熱封手段將其兩端適當處之氣柱線110、210於下段部位預留一開口80的接著形成一接著部8，以在接著部8外側連同第三緩衝壁5形成三角型之緩衝部，而接形成接著部8之之氣柱線110、210，其各別位於第一緩衝壁1以及第二緩衝壁2由外側往內側間隔二氣柱11、21之位置，以使外側兩端封閉，且被預留之開口80的間距可配合緩衝片7在容置空間7內部所佔據之深度，而選擇性的大於、等於或小於接著部8的長度，至於形成接著部8之氣柱線110、210的數量，則可配合接著部8外側之氣柱11、21的數量，為單一或複數個，亦即位於接著部8外側之11、21的數量並不局限可為單一或複數個。
然而，如第2圖至第4圖所示，本發明之最佳實施例儘管成功的透過熱封手段將U字型結構兩端適當處之氣柱110、210預留一開口80的接著形成一接著部8，使外側兩端封閉並形成三角型之緩衝部9，但此三角型之緩衝部9於第一緩衝壁1、第二緩衝壁2外側兩端接著部8外側之氣柱11、21與第三緩衝壁5彎折處(如第18圖及第19圖所示)，卻將形成有外型極為突兀的邊角，該等邊角在受到外力擠壓或是與外界發生碰撞時很容易產生破裂，一旦破裂將使得整體空氣防震套100兩端的緩衝結構遭到破壞而失去原有防震之效果；其次，由於本發明之最佳實施例係利用熱封手段接著以使U字型結構之外側兩端封閉，將造成該容置空間6之開口外側兩端因形成接著部8而呈現出快速縮聚的狀態，該快速縮聚之狀態將有礙於側邊較為寬大之物品200的裝設；再者，本發明之最佳實施例在經由熱封手段接著U字型結構之外側兩端後，將造成該容置空間6之開口邊緣因形成接著部8呈現出不規則的波浪型皺折，此情況在空氣防震套100長期使用一段時間之後將越發明顯，一來有礙於觀瞻，二來將使得物品200在裝設於容置空間6時第一緩衝壁1與第二緩衝壁2之緩衝力道產生失衝的現象。
請再同時參閱第5圖、第6圖以及第10圖至第12圖，其中第5圖顯示本發明最佳實施例緩衝部於翻折前之立體放大示意圖，第6圖顯示本發明最佳實施例緩衝部於翻折後之立體側視圖，第11圖顯示本發明最佳實施例第一態樣之局部放大示意圖，第12圖顯示本發明最佳實施例第二態樣之局部放大示意圖，如圖所示，為了解決上述本發明之最佳實施例所延伸的第一個問題，在本發明具有邊角改良結構之空氣防震套100的最佳實施例中，可更進一步的在氣柱110、210接著形成接著部8之後，於接著部8外側的氣柱11、21下段部位自底部透過熱封手段另外加設有至少一斜向外側之節塊113、213，該等節塊113、213將造成接著部8外側的氣柱11、21下段部位壓力大於上段部位，以順著該等節塊113、213使第三緩衝壁5對應於接著部8外側之氣柱51朝上翻折，亦即該三角型之緩衝部9下段部位將順著該等節塊113、213朝上翻折，藉此去除該三角型之緩衝部9之邊角，以及使該三角型之緩衝部9上方之氣柱11、21朝內翻折展開，以呈現平行排列之態樣，進而擴大該三角型之緩衝部9之緩衝面積；值得注意的是，接著部8外側加設該等節塊113、213之氣柱11、21的數量可為單一或複數個，而第三緩衝壁3朝上翻折之氣柱51的數量同樣對應可為單一或複數個，此外，該等節塊113、213係具有一傾度的加設於接著部8外側之氣柱11、21，而其傾斜方向係朝接著部8外側向上傾斜，此設計將有助於第三緩衝壁5對應於接著部8外側之氣柱51朝上翻折，又朝上翻折之氣柱51將造成左右側之氣柱11、21展開，以填補第一緩衝壁1、第二緩衝壁2因接著部8而形成之凹陷處，更可提高其側面之緩衝效果。
請再同時參閱第7圖、第8圖、第10圖、第11圖、第13圖以及第14圖，其中第7圖顯示本發明最佳實施例接著部內側相鄰氣柱之立體放大示意圖一，第8圖顯示本發明最佳實施例接著部內側相鄰氣柱之立體放大示意圖二，第13圖顯示本發明最佳實施例第三態樣之局部放大示意圖，第14圖顯示係本發明最佳實施例第四態樣之局部放大示意圖，如圖所示，為了解決上述本發明之最佳實施例所延伸的第二個問題，在本發明具有邊角改良結構之空氣防震套100的最佳實施例中，可更進一步的藉由改變接著部8內側相鄰至少二氣柱11、12間之氣柱線111、211的故有型式，如第7圖與第8圖所示，該接著部8內側依序形成有至少二具有不同口徑且彼此相鄰之第一氣柱81以及第二氣柱82，使該容置空間6開口兩端之寬度得以因該第一氣柱81以及該第二氣柱82相互擠壓而擴張；如第11圖所示，在本發明最佳實施例之第一態樣中，接著部8內側相鄰之氣柱線111a係於下段部位形成有一傾度，即圖中氣柱線111a下段之傾斜部114，致使氣柱線111a上段部外側之氣柱11小於內側之氣柱11，而下段部外側之氣柱11大於內側之氣柱11，造成氣柱線111a上段部位外側之氣柱11壓力小於內側之氣柱11壓力，以及氣柱線111a下段部位外側之氣柱11壓力大於內側之氣柱11壓力；如第13圖所示，在本發明最佳實施例之第三態樣中，接著部8內側相鄰之氣柱線111a於上段部位熱封的面積係大於下段部位的面積，致使氣柱線111a上段部外側之氣柱11小於內側之氣柱1，而下段部外側之氣柱11大於內側之氣柱11，造成氣柱線111a上段部位外側之氣柱11壓力小於內側之氣柱11壓力；如第14圖所示，在本發明最佳實施例之第四態樣中，接著部8內側相鄰之氣柱線111a外側的氣柱11係小於內側的氣柱11，造成氣柱線111a外側之氣柱11壓力小於內側之氣柱11壓力；藉由上述三種態樣，容置空間6之開口外側兩端因形成接著部8所產生之縮聚可確實受到緩和，值得注意的是，接著部8內側相鄰而改變故有型式之氣柱線111、211的數量可為單一或複數個，即其數量可配合呈現縮聚狀態之氣柱11、21的數量做改變，此外，第一緩衝壁1之傾斜部114以及第二緩衝壁2之傾斜部214所加設之傾度，其傾斜方向係由外而內的向下傾斜，如此可產生較佳的擠壓效果。
請再同時參閱第10圖、第11圖、第15圖以及第16圖，其中第15圖顯示本發明最佳實施例第一態樣之另一局部放大示意圖，第16圖顯示本發明最佳實施例第五態樣之局部放大示意圖，如圖所示，為了解決上述本發明之最佳實施例所延伸的第三個問題，在本發明具有邊角改良結構之空氣防震套100的最佳實施例中，第一緩衝壁1與第二緩衝壁2可更進一步的於接著部8內側各氣柱11、21間的氣柱線111、211上段部末端112、212形成有至少一傾向外側之傾度，藉此可透過氣柱線111、211上段部末端112、212所形成之傾度將氣柱11、21內部之空氣壓力導向外側兩端，一旦第一緩衝壁1與第二緩衝壁2上所有的氣柱11、21皆朝同一方向傾斜，即可消除容置空間6之開口邊緣因形成接著部8所產生不規則之波浪態樣，如第15圖所示，第一緩衝壁1與第二緩衝壁2於接著部8內側各氣柱間的氣柱線111、211上段部末端112、212係全數一致朝同一端的形成傾度，即所有的氣柱線111、211將於上段部末端112、212朝兩端其中一外側形成傾度，如第16圖所示，第一緩衝壁1與第二緩衝壁2於接著部8內側各氣柱間的氣柱線111、211上段部末端112、212亦可數量對半朝不同端的形成該傾度，即所有的氣柱線111、211一半將於上段部末端112、212朝一端外側形成傾度，而一半將於上段部末端112、212朝另一端外側形成傾度；此外，第一緩衝壁1與第二緩衝壁2於接著部8內側各氣柱11、21間的氣柱線111、211上段部末端112、212所形成之傾度可為同向或反向，在此並不局限。
綜上所述，本發明於使用時，確實能達到其功效及目的，故本發明誠為實用性優異，為符合發明專利之申請要件，爰依法提出申請，盼 審委早日賜准本發明，以保障發明人之辛苦研發，倘若 鈞局審委有任何稽疑，請不吝來函指示，發明人定當竭力配合，實感德便。In order to achieve the above objects and effects, a preferred embodiment will be described in conjunction with the drawings, and those of ordinary skill in the art can implement the present invention.
Please refer to FIG. 1 to FIG. 4, FIG. 9 , FIG. 10 and FIG. 17 , which respectively show a perspective view of a preferred embodiment of the present invention, and a partial cross section of the accommodation space of the preferred embodiment of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a partial cross-sectional view of a preferred embodiment of the present invention, a partial cross-sectional view of an adjacent gas column on the inside of a preferred embodiment of the present invention, a perspective exploded view of a preferred embodiment of the present invention, and a preferred embodiment of the present invention. Schematic diagram of the first, second and third buffer walls and a schematic view of the state of use of the preferred embodiment of the present invention. As shown, the air shockproof sleeve 100 of the present invention having a corner improved structure is intended to cover an article. The buffering protection is provided, and the main component comprises a first buffer wall 1, a second buffer wall 2, at least one first node 3, at least one second node 4, a third buffer wall 5, and an accommodating space 6. The first buffer wall 1 includes a first heat seal 10, and the first heat seal 10 is formed by a heat sealing means as the upper edge of the first buffer wall 1, and the first buffer wall 1 is composed of a plurality of Vertical to the first heat seal The gas column 11 is composed of 10 gas columns 11 which are separated from each other by a gas column line 111 of a heat sealing means, and are arranged side by side to form a first buffer wall 1; the second buffer wall 2 and the first buffer wall The structures of 1 are identical and correspond to each other, and the first heat sealing edge 10 is followed by heat sealing means, and at least one second heat sealing edge 20 is included, and the second heat sealing edge 20 is also formed by heat sealing means. The upper edge of the second buffer wall 2, and the second buffer wall 2 is also composed of a plurality of gas columns 21 perpendicular to the second heat sealing edge 20, which are also the air column lines 211 of the heat sealing means. The second buffer wall 2 is formed by being separated and arranged side by side.
As described above, in the air columns 11 and 21 of the first buffer wall 1 and the second buffer wall 2, the other side of the first heat seal 10 and the second heat seal 20 are further provided with a node 3 and a second node 4, the nodes 3, 4 are arranged such that the first buffer wall 1 is bent along the first node 3 without causing the corresponding gas columns 11, 21 to communicate with each other, and The second buffer wall 2 is bent along the second node 4, thereby forming a connection between the first buffer wall 1 and the second buffer wall 2 by bending the first buffer wall 1 and the second buffer wall 2 The third buffer wall 5, through the connection of the first buffer wall 1, the second buffer wall 2 and the third buffer wall 5, can further form the accommodating space 6; in addition, the third buffer wall 5 and the second buffer wall The structure of the first buffer wall 1 corresponds to each other, and is also divided into a plurality of air columns 51 which are perpendicular to the first heat seal edge 10 and the second heat seal edge 20 and are separated by a gas column line 510 of a heat sealing means. The air column 51 of the third buffer wall 5 may have one-to-one or one-to-one air columns 11, 12 corresponding to the first buffer wall 1 and the second buffer wall 2, and the ones corresponding to each other The gas columns 11, 12, 51 are at least one connected to each other.
As shown in FIG. 2 and FIG. 9, the air anti-vibration sleeve 100 having the improved corner structure of the present invention may further include a buffer sheet 7 on one side of which is first sealed by a heat sealing means with a first heat seal 10 The buffer wall 1 and the other side are further sealed by a heat sealing means with a second heat sealing edge 20 followed by the second buffer wall 2, and the buffer sheet 7 which is heat-sealed on both sides is heat-sealed along the first buffer wall 1 and The air column lines 111 and 211 of the second buffer wall 2 are partially heat-sealed, so that the buffer sheet 7 is suspended in the accommodating space 6, thereby covering the article 200 and slowing the shaking thereof. It is noted that the buffer sheet 7 of the present invention is A portion of the middle portion of the air column 11, 21 is not heat sealed to form a bottom suspension of the cushion sheet 7.
As shown in FIGS. 1 to 4, in accordance with a preferred embodiment of the air shock mount 100 having a corner improved structure, the first buffer wall 1 and the second buffer wall 2 are formed first by bending. The accommodating space 6 between the buffer wall 1 and the second buffer wall 2 exhibits a U-shaped structure, and the U-shaped structure has an opening facing upward and is open at both ends of the U-shaped structure. The main feature of the air shock-proof sleeve 100 having the corner-improved structure of the present invention is that the first buffer wall 1 and the second buffer wall 2 are first bent into a U-shape. After the structure, the air column lines 110 and 210 at the opposite ends of the gas column are reserved by an heat sealing means to form an opening 80 in the lower portion to form a second portion 8 to form a third buffer wall 5 on the outside of the rear portion 8. a triangular type buffer portion is connected to the air column lines 110 and 210 forming the rear portion 8, which are respectively located at positions where the first buffer wall 1 and the second buffer wall 2 are spaced apart from the outside to the inside by the two air columns 11, 21. So that the outer ends are closed, and the spacing of the reserved openings 80 can match the buffer sheet 7 in the accommodating space 7 The depth occupied by the portion, and the selectivity is greater than, equal to, or smaller than the length of the rear portion 8. As for the number of the air column lines 110, 210 forming the rear portion 8, the air column 11, 21 outside the rear portion 8 can be matched. The number is a single or plural number, that is, the number of 11, 21 located outside the rear portion 8 is not limited to a single or plural number.
However, as shown in Figures 2 through 4, the preferred embodiment of the present invention forms a subsequent opening of an opening 80 in the gas column 110, 210 at the ends of the U-shaped structure through a heat sealing means. The first and second portions 8 are closed at the outer ends to form a triangular buffer portion 9. However, the triangular buffer portion 9 is at the outer side of the first buffer wall 1 and the second buffer wall 2, and the air column 11 outside the portion 8 , 21 and the third buffer wall 5 bend (as shown in Figures 18 and 19), but will form an extremely sharp corner of the shape, the corners are squeezed by external forces or with the outside world The rupture is easily generated during the collision, and once ruptured, the buffer structure at both ends of the overall air shock absorbing sleeve 100 is destroyed to lose the original anti-shock effect; secondly, since the preferred embodiment of the present invention uses the heat sealing means to make U The outer ends of the outer side of the font structure are closed, and the outer ends of the opening of the accommodating space 6 are in a state of rapid polycondensation due to the formation of the rear portion 8. The state of rapid polycondensation will hinder the article 200 having a relatively wide side. Installation; further, the preferred embodiment of the invention is via After the heat sealing means is followed by the outer ends of the U-shaped structure, the opening edge of the accommodating space 6 is caused to have irregular wave-shaped wrinkles due to the formation of the rear portion 8. This condition is used for a long period of time in the air shock absorbing sleeve 100. The more obvious the invention will be, the more it will hinder the observation. Secondly, the object 200 will be out of the buffering force of the first buffer wall 1 and the second buffer wall 2 when installed in the accommodating space 6.
Please refer to FIG. 5, FIG. 6 and FIG. 10 to FIG. 12 at the same time, wherein FIG. 5 is a perspective enlarged view of the buffer portion of the preferred embodiment of the present invention before folding, and FIG. 6 shows the best of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 11 is a partially enlarged perspective view showing a first embodiment of the preferred embodiment of the present invention, and FIG. 12 is a partially enlarged schematic view showing a second aspect of the preferred embodiment of the present invention. As shown, in order to solve the first problem extended by the above-described preferred embodiment of the present invention, in the preferred embodiment of the air shockproof sleeve 100 of the present invention having the corner improved structure, the gas can be further improved. After the pillars 110 and 210 are formed into the rear portion 8, the lower portions of the air columns 11, 21 outside the rear portion 8 are additionally provided with at least one oblique outer side segments 113, 213 from the bottom through the heat sealing means. 113, 213 will cause the pressure of the lower portion of the air column 11, 21 outside the rear portion 8 to be greater than the upper portion, so that the third buffer wall 5 corresponds to the air column 51 outside the rear portion 8 along the segments 113, 213. Folding, that is, the lower part of the triangular type buffer portion 9 Folding the segments 113, 213 upwards, thereby removing the corners of the triangular buffer portion 9, and folding the air columns 11, 21 above the triangular buffer portion 9 inwardly. In order to present the parallel arrangement, the buffer area of the triangular buffer portion 9 is enlarged. It is noted that the number of the air columns 11, 21 to which the nodes 113 and 213 are added outside the rear portion 8 may be The number of the air columns 51 that are folded up by the third buffer wall 3 may also be singular or plural, and the nodes 113 and 213 are attached to the rear portion 8 with an inclination. The outer air column 11, 21, and its oblique direction is inclined upward toward the outer side of the rear portion 8, this design will help the third buffer wall 5 to fold upward corresponding to the air column 51 on the outer side of the rear portion 8, and upward The folded air column 51 will cause the air columns 11, 21 on the left and right sides to expand to fill the recesses formed by the first buffer wall 1 and the second buffer wall 2 by the rear portion 8, and the cushioning effect on the side surface thereof can be improved.
Please refer to FIG. 7 , FIG. 8 , FIG. 10 , FIG. 11 , FIG. 13 , and FIG. 14 at the same time, wherein FIG. 7 is a perspective enlarged view showing the adjacent gas column on the inner side of the preferred embodiment of the present invention. 1 is a perspective view showing a second enlarged view of a gas column in the inner side of a preferred embodiment of the present invention, and FIG. 13 is a partially enlarged schematic view showing a third aspect of the preferred embodiment of the present invention. BEST MODE FOR CARRYING OUT THE INVENTION A partially enlarged schematic view of a fourth aspect of the present invention, as shown in the drawings, in order to solve the second problem extended by the above-described preferred embodiment of the present invention, the air shockproof cover 100 having the corner improved structure of the present invention In a preferred embodiment, the pattern of the gas lines 111, 211 between the at least two gas columns 11, 12 adjacent to the inside of the rear portion 8 can be further changed, as shown in Figs. 7 and 8. The first air column 81 and the second air column 82 having different calibers and adjacent to each other are sequentially formed on the inner side of the rear portion 8 so that the width of both ends of the opening of the accommodating space 6 is caused by the first air column. 81 and the second gas column 82 are squeezed and expanded with each other; as shown in FIG. In the first aspect of the preferred embodiment of the present invention, the gas column line 111a adjacent to the inner side of the rear portion 8 is formed with an inclination at the lower portion, that is, the inclined portion 114 of the lower portion of the air column line 111a in the figure, resulting in the air column line. The air column 11 on the outer side of the upper portion of 111a is smaller than the inner air column 11, and the air column 11 on the outer side of the lower portion is larger than the inner air column 11, so that the pressure of the air column 11 outside the upper portion of the air column line 111a is smaller than the pressure of the inner air column 11 And the pressure of the air column 11 outside the lower portion of the air column line 111a is greater than the pressure of the air column 11 on the inner side; as shown in Fig. 13, in the third aspect of the preferred embodiment of the present invention, the inner side of the rear portion 8 is adjacent The area of the air column line 111a which is heat-sealed in the upper portion is larger than the area of the lower portion, so that the air column 11 on the outer side of the upper portion of the air column line 111a is smaller than the inner air column 1, and the air column 11 on the outer side of the lower portion is larger than the inner air column. 11. The pressure of the air column 11 outside the upper portion of the air column line 111a is smaller than the pressure of the air column 11 on the inner side; as shown in Fig. 14, in the fourth aspect of the preferred embodiment of the present invention, the inner side of the rear portion 8 is adjacent The air column 11 outside the air column line 111a is smaller than the inner air column 11 The pressure of the air column 11 outside the air column line 111a is lower than the pressure of the air column 11 on the inner side; by the above three aspects, the condensation of the outer side of the opening of the receiving space 6 due to the formation of the rear portion 8 can be surely alleviated, and it is worthwhile. It is noted that the number of the air column lines 111, 211 of the type after the adjacent portion 8 is adjacent to each other may be single or plural, that is, the number thereof may be changed in accordance with the number of the air columns 11, 21 exhibiting the polycondensation state. In addition, the inclination of the inclined portion 114 of the first buffer wall 1 and the inclined portion 214 of the second buffer wall 2 is inclined from the outside to the inside, so that a better pressing effect can be produced.
Please refer to FIG. 10, FIG. 11 , FIG. 15 and FIG. 16 at the same time, wherein FIG. 15 is another partial enlarged view of the first aspect of the preferred embodiment of the present invention, and FIG. 16 shows the best of the present invention. A partially enlarged schematic view of a fifth aspect of the embodiment, as shown in the drawings, in order to solve the third problem extended by the above preferred embodiment of the present invention, the best of the air shockproof cover 100 having the corner improved structure of the present invention is shown. In the embodiment, the first buffer wall 1 and the second buffer wall 2 can further form at least one outward side of the upper end portions 112 and 212 of the air column lines 111 and 211 between the air columns 11 and 21 on the inner side of the rear portion 8 . The inclination of the air column 11, 21 can be directed to the outer ends through the inclination formed by the upper end portions 112, 212 of the air column lines 111, 211, once the first buffer wall 1 and the second buffer wall 2 All the air columns 11, 21 are inclined in the same direction, so that the irregular wave shape generated by the opening portion 8 of the accommodating space 6 can be eliminated, as shown in Fig. 15, the first buffer wall 1 Air column line 1 between the air columns of the second buffer wall 2 on the inner side of the rear portion 8 11. The upper ends 112, 212 of the upper portion of the 211 are uniformly inclined toward the same end, that is, all the air lines 111, 211 form an inclination toward the outer end of the upper end 112, 212 toward one of the outer ends, as shown in Fig. 16. The first buffer wall 1 and the second buffer wall 2 are at the upper end 112, 212 of the air column lines 111 and 211 between the air columns on the inner side of the rear portion 8. The number of the opposite ends of the air column lines 111, 211 may be opposite to the opposite ends, that is, all the gas. The half of the column lines 111, 211 will have an inclination toward the outside of one end of the upper end portions 112, 212, and half will form an inclination toward the outside of the other end end 112, 212 toward the other end; in addition, the first buffer wall 1 and the second buffer wall 2 The inclination formed by the upper end portions 112 and 212 of the gas column lines 111 and 211 between the gas columns 11 and 21 on the inner side of the rear portion 8 may be the same direction or the opposite direction, and is not limited thereto.
In summary, the present invention can achieve its efficacy and purpose when used, so the present invention is excellent in practicality, and is in accordance with the application requirements of the invention patent, and the application is submitted according to law, and the review committee is expected to grant the invention as soon as possible. In order to protect the hard work of the inventor, if there is any doubt in the audit committee of the bureau, please do not hesitate to give instructions, the inventor will try his best to cooperate, and feel really good.
100‧‧‧空氣防震套 100‧‧‧Air shockproof cover
1‧‧‧第一緩衝壁 1‧‧‧First buffer wall
10‧‧‧第一熱封邊 10‧‧‧First heat seal
11‧‧‧氣柱 11‧‧‧ gas column
111‧‧‧氣柱線 111‧‧‧ gas column line
112‧‧‧弧度 112‧‧‧ radians
114‧‧‧斜傾部 114‧‧‧inclined
2‧‧‧第二緩衝壁 2‧‧‧Second buffer wall
5‧‧‧第三緩衝壁 5‧‧‧ third buffer wall
51‧‧‧氣柱 51‧‧‧ gas column
6‧‧‧容置空間 6‧‧‧ accommodating space
7‧‧‧緩衝片 7‧‧‧buffer
Claims (1)
一第一緩衝壁，包含至少一第一熱封邊，該第一緩衝壁係以若干與第一熱封邊垂直且經由熱封手段之氣柱線分隔為複數之氣柱；
一第二緩衝壁，包含至少一第二熱封邊，經由熱封手段接著該第一熱封邊，該第二緩衝壁係以若干與第二熱封邊垂直且經由熱封手段之氣柱線分隔為複數之氣柱；
至少一第一節點，位於該第一緩衝壁上，該第一緩衝壁循著該第一節點彎折；
至少一第二節點，位於該第二緩衝壁上，該第二緩衝壁循著該第二節點彎折；
一第三緩衝壁，經由彎折該第一緩衝壁與該第二緩衝壁而連接於該第一緩衝壁與該第二緩衝壁之間，該第三緩衝壁係以若干與第一熱封邊、第二熱封邊垂直且經由熱封手段之氣柱線分隔為複數之氣柱；以及
一容置空間，經由彎折該第一緩衝壁與該第二緩衝壁而形成於該第一緩衝壁與該第二緩衝壁之間；
其特徵在於，該第一緩衝壁與該第二緩衝壁係以熱封接著其經彎折而相互對應之氣柱線，並於下側預留一開口的形成一接著部，使該開口之底部呈現平坦狀，進而在充氣後以該接著部外側連同該第三緩衝壁之氣柱作為一該防震套之緩衝部；以及該緩衝部之氣柱更於下側加設有至少一斜向之節塊，使該緩衝部之氣柱於該節塊下方的部分朝上翻折，藉此去除該緩衝部之邊角，並使該緩衝部之氣柱於該節塊上方的部分展開，以呈現平行排列之態樣，進而擴大該緩衝部之緩衝面積。
2.如申請專利範圍第1項所述具有邊角改良結構之空氣防震套，其中該開口之間距可大於、等於或小於該接著部之長度。
3.如申請專利範圍第1項所述具有邊角改良結構之空氣防震套，其中形成該接著部之氣柱線的數量可為單一或複數個。
4.如申請專利範圍第1項所述具有邊角改良結構之空氣防震套，其中位於該緩衝部之氣柱的數量可為單一或複數個。
5.一種具有邊角改良結構之空氣防震套，用以包覆一物品而提供緩衝保護，其包含：
一第一緩衝壁，包含至少一第一熱封邊，該第一緩衝壁係以若干與第一熱封邊垂直且經由熱封手段之氣柱線分隔為複數之氣柱；
一第二緩衝壁，包含至少一第二熱封邊，經由熱封手段接著該第一熱封邊，該第二緩衝壁係以若干與第二熱封邊垂直且經由熱封手段之氣柱線分隔為複數之氣柱；
至少一第一節點，位於該第一緩衝壁上，該第一緩衝壁循著該第一節點彎折；
至少一第二節點，位於該第二緩衝壁上，該第二緩衝壁循著該第二節點彎折；
一第三緩衝壁，經由彎折該第一緩衝壁與該第二緩衝壁而連接於該第一緩衝壁與該第二緩衝壁之間，該第三緩衝壁係以若干與第一熱封邊、第二熱封邊垂直且經由熱封手段之氣柱線分隔為複數之氣柱；以及
一容置空間，經由彎折該第一緩衝壁與該第二緩衝壁而形成於該第一緩衝壁與該第二緩衝壁之間；
其特徵在於，該第一緩衝壁與該第二緩衝壁係以熱封接著其經彎折而相互對應之氣柱線，並於下側預留一開口的形成一接著部，使該接著部內側依序形成有至少二具有不同口徑且彼此相鄰之第一氣柱以及第二氣柱，以及使該容置空間開口兩端之寬度得以因該第一氣柱以及該第二氣柱相互擠壓而擴張。
6.如申請專利範圍第5項所述具有邊角改良結構之空氣防震套，其中該第一氣柱與該第二氣柱間之氣柱線係於下側形成有一傾度，致使該第一氣柱上側氣柱之口徑小於該第二氣柱上側氣柱之口徑，而該第一氣柱下側氣柱之口徑大於該第二氣柱下側氣柱之口徑。
7.如申請專利範圍第5項所述具有邊角改良結構之空氣防震套，其中該第一氣柱與該第二氣柱間之氣柱線於上側熱封之面積係大於下側熱封之面積，致使該第一氣柱上側之口徑小於該第二氣柱上側之口徑，而該第一氣柱下側之口徑大於該第二氣柱下側之口徑。
8.如申請專利範圍第5項所述具有邊角改良結構之空氣防震套，其中該第一氣柱之口徑係小於該第二氣柱之口徑。
9.一種具有邊角改良結構之空氣防震套，用以包覆一物品而提供緩衝保護，其包含：
一第一緩衝壁，包含至少一第一熱封邊，該第一緩衝壁係以若干與第一熱封邊垂直且經由熱封手段之氣柱線分隔為複數之氣柱；
一第二緩衝壁，包含至少一第二熱封邊，經由熱封手段接著該第一熱封邊，該第二緩衝壁係以若干與第二熱封邊垂直且經由熱封手段之氣柱線分隔為複數之氣柱；
至少一第一節點，位於該第一緩衝壁上，該第一緩衝壁循著該第一節點彎折；
至少一第二節點，位於該第二緩衝壁上，該第二緩衝壁循著該第二節點彎折；
一第三緩衝壁，經由彎折該第一緩衝壁與該第二緩衝壁而連接於該第一緩衝壁與該第二緩衝壁之間，該第三緩衝壁係以若干與第一熱封邊、第二熱封邊垂直且經由熱封手段之氣柱線分隔為複數之氣柱；以及
一容置空間，經由彎折該第一緩衝壁與該第二緩衝壁而形成於該第一緩衝壁與該第二緩衝壁之間；
其特徵在於，該第一緩衝壁與該第二緩衝壁係以熱封接著其經彎折而相互對應之氣柱線，並於下側預留一開口的形成一接著部，使該接著部內側用以分隔該等氣柱之氣柱線上緣末端形成有一傾度，以消除該容置空間開口邊緣不規則之波浪態樣。
10.如申請專利範圍第9項所述具有邊角改良結構之空氣防震套，其中該接著部內側用以分隔該等氣柱之氣柱線上緣末端係全數一致朝同一端的形成該傾度，或數量對半朝不同端的形成該傾度。
11.如申請專利範圍第9項所述具有邊角改良結構之空氣防震套，其中該第一緩衝壁與該第二緩衝壁於該接著部內側用以分隔該等氣柱之氣柱線上緣末端所形成之傾度可為同向或反向。
12.如申請專利範圍第1、5或9項所述具有邊角改良結構之空氣防震套其中該第三緩衝壁之氣柱係一對一或一對多的對應於該第一緩衝壁與該第二緩衝壁之氣柱，且該等彼此對應之氣柱係至少有一相互連通。
13.如申請專利範圍第1、5或9項所述具有邊角改良結構之空氣防震套，其中該空氣防震套更包含有一緩衝片，其一側經由熱封手段以一第一熱封邊接著該第一緩衝壁，而另一側經由熱封手段以一第二熱封邊接著該第二緩衝壁，復於將二側熱封之緩衝片以熱封手段沿第一緩衝壁及第二緩衝壁之氣柱線局部熱封，使該緩衝片懸掛於該容置空間內，進而包覆該物品並減緩其晃動。
14.如申請專利範圍第13項所述具有邊角改良結構之空氣防震套，其中該緩衝片沿氣柱線之中段部份不予熱封，以形成該緩衝片之底部懸掛。An air shockproof sleeve having a modified corner structure for covering an article to provide cushioning protection, comprising:
a first buffer wall comprising at least one first heat sealing edge, the first buffer wall is divided into a plurality of gas columns perpendicular to the first heat sealing edge and separated by a gas column line of a heat sealing means;
a second buffer wall comprising at least one second heat sealing edge, followed by the first heat sealing edge via a heat sealing means, the second buffer wall being a plurality of gas columns perpendicular to the second heat sealing edge and via heat sealing means The line is divided into a plurality of gas columns;
At least one first node is located on the first buffer wall, and the first buffer wall is bent along the first node;
At least one second node is located on the second buffer wall, and the second buffer wall is bent along the second node;
a third buffer wall is connected between the first buffer wall and the second buffer wall by bending the first buffer wall and the second buffer wall, and the third buffer wall is sealed with a plurality of first heat seals The edge of the second heat seal is vertical and separated by a gas column of the heat sealing means into a plurality of gas columns; and an accommodating space is formed in the first by bending the first buffer wall and the second buffer wall Between the buffer wall and the second buffer wall;
The first buffer wall and the second buffer wall are heat-sealed and then bent to correspond to each other, and an opening is reserved on the lower side to form a joint, so that the opening The bottom portion is flat, and after inflation, the air column on the outer side of the joint portion and the third buffer wall serves as a buffer portion of the shockproof sleeve; and the air column of the buffer portion is provided with at least one oblique direction on the lower side. a segment, the portion of the buffer portion of the buffer portion that is lower than the segment is folded upward, thereby removing the corner of the buffer portion and expanding the portion of the buffer portion above the block. In order to exhibit a parallel arrangement, the buffer area of the buffer portion is further enlarged.
2. The air shockproof sleeve having a corner improved structure according to claim 1, wherein the distance between the openings may be greater than, equal to, or less than the length of the joint.
3. The air shockproof sleeve having the corner improved structure according to claim 1, wherein the number of the air column lines forming the joint portion may be single or plural.
4. The air shockproof sleeve having a corner improved structure according to claim 1, wherein the number of air columns located in the buffer portion may be single or plural.
5. An air shockproof sleeve having a modified corner structure for covering an article to provide cushioning protection, comprising:
a first buffer wall comprising at least one first heat sealing edge, the first buffer wall is divided into a plurality of gas columns perpendicular to the first heat sealing edge and separated by a gas column line of a heat sealing means;
a second buffer wall comprising at least one second heat sealing edge, followed by the first heat sealing edge via a heat sealing means, the second buffer wall being a plurality of gas columns perpendicular to the second heat sealing edge and via heat sealing means The line is divided into a plurality of gas columns;
At least one first node is located on the first buffer wall, and the first buffer wall is bent along the first node;
At least one second node is located on the second buffer wall, and the second buffer wall is bent along the second node;
a third buffer wall is connected between the first buffer wall and the second buffer wall by bending the first buffer wall and the second buffer wall, and the third buffer wall is sealed with a plurality of first heat seals The edge of the second heat seal is vertical and separated by a gas column of the heat sealing means into a plurality of gas columns; and an accommodating space is formed in the first by bending the first buffer wall and the second buffer wall Between the buffer wall and the second buffer wall;
The first buffer wall and the second buffer wall are heat-sealed and then bent to correspond to each other, and an opening is reserved on the lower side to form a joint, so that the joint The inner side is sequentially formed with at least two first gas columns and second gas columns having different calibers and adjacent to each other, and the width of both ends of the opening of the accommodating space is caused by the first gas column and the second gas column Squeeze and expand.
6. The air shockproof sleeve having a corner improved structure according to claim 5, wherein the air column line between the first air column and the second air column forms a slope on a lower side, so that the first The diameter of the upper gas column of the gas column is smaller than the diameter of the upper gas column of the second gas column, and the diameter of the gas column of the lower gas column of the first gas column is larger than the diameter of the gas column of the lower side of the second gas column.
7. The air shockproof sleeve having a corner improved structure according to claim 5, wherein the area of the air column between the first air column and the second air column is greater than the lower side heat seal. The diameter of the upper side of the first gas column is smaller than the diameter of the upper side of the second gas column, and the diameter of the lower side of the first gas column is larger than the diameter of the lower side of the second gas column.
8. The air shockproof sleeve having a corner improved structure according to claim 5, wherein the diameter of the first air column is smaller than the diameter of the second air column.
9. An air shock-proof sleeve having a modified corner structure for covering an article to provide cushioning protection, comprising:
a first buffer wall comprising at least one first heat sealing edge, the first buffer wall is divided into a plurality of gas columns perpendicular to the first heat sealing edge and separated by a gas column line of a heat sealing means;
a second buffer wall comprising at least one second heat sealing edge, followed by the first heat sealing edge via a heat sealing means, the second buffer wall being a plurality of gas columns perpendicular to the second heat sealing edge and via heat sealing means The line is divided into a plurality of gas columns;
At least one first node is located on the first buffer wall, and the first buffer wall is bent along the first node;
At least one second node is located on the second buffer wall, and the second buffer wall is bent along the second node;
a third buffer wall is connected between the first buffer wall and the second buffer wall by bending the first buffer wall and the second buffer wall, and the third buffer wall is sealed with a plurality of first heat seals The edge of the second heat seal is vertical and separated by a gas column of the heat sealing means into a plurality of gas columns; and an accommodating space is formed in the first by bending the first buffer wall and the second buffer wall Between the buffer wall and the second buffer wall;
The first buffer wall and the second buffer wall are heat-sealed and then bent to correspond to each other, and an opening is reserved on the lower side to form a joint, so that the joint An inner side of the inner edge of the gas column for separating the gas columns is formed with an inclination to eliminate irregular wave patterns at the edge of the opening of the accommodating space.
10. The air shockproof sleeve having a corner improved structure according to claim 9, wherein the inner side of the bottom portion of the air column for separating the gas pillars is uniformly aligned toward the same end to form the inclination, or The number is formed in half to the different ends.
11. The air shockproof sleeve having a corner improved structure according to claim 9, wherein the first buffer wall and the second buffer wall are disposed on the inner side of the bottom portion for separating the air column edges of the air columns. The inclination formed by the ends may be in the same direction or in the opposite direction.
12. The air shockproof sleeve having a corner improved structure according to claim 1, 5 or 9, wherein the air column of the third buffer wall is one-to-one or one-to-many corresponding to the first buffer wall and The gas column of the second buffer wall, and the mutually corresponding gas column systems have at least one mutual communication.
13. The air shockproof sleeve having a corner improved structure according to claim 1, wherein the air shockproof sleeve further comprises a buffer sheet, one side of which is heat sealed by a first heat seal. Next, the first buffer wall, and the other side is further sealed by a heat sealing means with a second heat sealing layer and the second buffer wall, and the buffer sheet of the two sides heat sealing is sealed along the first buffer wall by a heat sealing means. The air column line of the second buffer wall is partially heat-sealed, so that the buffer sheet is suspended in the accommodating space, thereby covering the article and slowing the shaking thereof.
14. The air shockproof sleeve having a corner improved structure according to claim 13, wherein the buffer sheet is not heat sealed along a middle portion of the air column line to form a bottom suspension of the buffer sheet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW103102892A TW201529437A (en) | 2014-01-27 | 2014-01-27 | Air shockproof cover having corner improved structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW103102892A TW201529437A (en) | 2014-01-27 | 2014-01-27 | Air shockproof cover having corner improved structure |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| TW201529437A true TW201529437A (en) | 2015-08-01 |
| TWI503262B TWI503262B (en) | 2015-10-11 |
Family
ID=54342529
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW103102892A TW201529437A (en) | 2014-01-27 | 2014-01-27 | Air shockproof cover having corner improved structure |
Country Status (1)
| Country | Link |
|---|---|
| TW (1) | TW201529437A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI659903B (en) * | 2018-05-31 | 2019-05-21 | 亞比斯包材工場股份有限公司 | Air-sealed bag with enhanced corner protection |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US8020358B2 (en) * | 2004-11-02 | 2011-09-20 | Sealed Air Corporation (Us) | Apparatus and method for forming inflated containers |
| US7631762B2 (en) * | 2008-01-30 | 2009-12-15 | Chieh Hua LIAO | Hammock-type vibration-absorbing air sheath |
| TWI426040B (en) * | 2011-12-31 | 2014-02-11 | Air Bag Packing Co Ltd | A cushioning bag for preset opening of air column turning zone and a method for manufacturing the same |
| TWI534053B (en) * | 2013-03-12 | 2016-05-21 | Liao Tai An | Angle hammock buffer structure |
-
2014
- 2014-01-27 TW TW103102892A patent/TW201529437A/en unknown
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI659903B (en) * | 2018-05-31 | 2019-05-21 | 亞比斯包材工場股份有限公司 | Air-sealed bag with enhanced corner protection |
| US10974886B2 (en) | 2018-05-31 | 2021-04-13 | Kunshan Airbag Packing Corp. | Air-sealed bag with enhanced side and corner protection |
Also Published As
| Publication number | Publication date |
|---|---|
| TWI503262B (en) | 2015-10-11 |
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