TWM493207U - Mobile device deformation protection cover - Google Patents
Mobile device deformation protection cover Download PDFInfo
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- TWM493207U TWM493207U TW103214676U TW103214676U TWM493207U TW M493207 U TWM493207 U TW M493207U TW 103214676 U TW103214676 U TW 103214676U TW 103214676 U TW103214676 U TW 103214676U TW M493207 U TWM493207 U TW M493207U
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Description
本新型創作係有關一種行動裝置變形保護套，係一用於收納、置放行動裝置（平板電腦、手機）的保護套，以利於攜帶者。
The novel creation system relates to a mobile device deformation protection cover, which is a protective cover for accommodating and placing a mobile device (tablet computer, mobile phone) to facilitate the carrier.
科技的快速發展，人手一機更是已發展國家普遍的現象之一，然而手機、平板電腦等行動裝置因害怕受潮與重摔，故一般行動裝置除本身機殼外，另皆具有包覆於機殼外的保護套，簡單的保護套多半僅為軟性的袋狀皮套或者矩形殼套，而所述之袋狀皮套如中華民國專利申請案號第１０３２０１６９７號之「平板電腦保護套」新型申請案，該在使用上，僅提供平板電腦收納與置放功能，若使用者在觀看或操作時，只能自行拿取，實相當不便。
另外，所述之簡單的矩形殼套，包套於行動裝置外部並讓螢幕外露，更進一步的，在矩形殼套外部設置軟皮，該結構如中華民國專利申請案號第１０２２１２４３２號之「行動裝置保護殼皮套」新型申請案，在使用上，該保護殼皮套僅能提供行動裝置單一角度的支撐置放，故當使用者在使用行動裝置時，僅可依其角度觀看或操作，若需配合光線或位置的不同而調整角度則相當不便。
有鑑於上述缺失弊端，本新型創作人認為其有急待改正之必要，遂以其從事相關產品設計製造之多年經驗，及其一貫秉持具有之優良設計理念，針對以上不良處加以研究創作，在經過不斷的努力後，終乃推出本新型創作行動裝置變形保護套，其以更正優良之產品結構提升產品之功效。The rapid development of science and technology, one of the machines is one of the common phenomena in the developed countries. However, mobile devices, tablet computers and other mobile devices are afraid of damp and heavy fall. Therefore, in addition to their own casings, the general mobile devices are covered with The protective cover outside the casing, the simple protective cover is mostly only a soft bag-shaped holster or a rectangular casing, and the bag-like holster is as described in the "Patent Case" of the Republic of China Patent Application No. 103201697. In the new application, it is only used for tablet storage and placement. If the user is only able to take it while watching or operating, it is quite inconvenient.
In addition, the simple rectangular casing is wrapped around the mobile device and exposed to the screen, and further, a soft skin is disposed outside the rectangular casing, such as the action of the Republic of China Patent Application No. 102212432. In the new application of the protective cover holster, the protective holster can only provide a single angle support for the mobile device, so when the user uses the mobile device, it can only be viewed or operated according to its angle. Adjusting the angle to match the light or position is quite inconvenient.
In view of the above-mentioned shortcomings, the creators of this novel believe that they have the urgent need to make corrections. They have been engaged in the design and manufacture of related products for many years, and they have always adhered to the excellent design concept, and researched and created the above disadvantages. After continuous efforts, the company finally launched this new type of creative mobile device deformation protective cover, which enhances the product's effectiveness by correcting the excellent product structure.
本新型創作之主要目的係提供一可任意摺凹成多種不同角度的行動裝置保護套結構者。
爲達到前揭之目的，本新型創作行動裝置變形保護套其包括護套外層、內板組與磁塊組所構成，該護套外層係由外皮、內皮與夾條所組成，該外皮與內皮皆為長矩形，該外皮與該內皮的一側面相貼合，又該夾條兩端固定於內皮另一側面的長邊邊緣上，令該夾條中間段與內皮之間可供包夾行動裝置，繼於外皮與內皮之間設置有一內板組與一磁塊組，該內板組係由複數個內板所組成，該各內板係與該護套外層之夾條相平行的等距設置在外皮與內皮之間，該磁塊組係由複數個磁塊所組成，該各磁塊則係設置在外皮與內皮之間並對應在每個內板組之內板的兩端處，藉之，該護套外層在該各內板之間形成僅有外皮與內皮相貼合的凹部，令護套外層可依各凹部處作摺凹，摺凹後相貼合處並可透過磁塊吸合，進而固定角度，使得護套外層可任意變形者。
本新型創作之護套外層為配合行動裝置之產品，更進一步分設有第一區塊、第二區塊、第三區塊、第四區塊、第五區塊、第六區塊、第七區塊、第八區塊、第九區塊以及第十區塊，在該各區塊的外皮與內皮之中各別具有一內板，以及相對應在該內板兩端的二個磁塊，而該各區塊的內板寬度尺寸比例，由第一區塊至第十區塊的尺寸比例依序為４：４：２：２：４：５：１：１：１：１，藉此，該第一區塊至第六區塊主要係用以包覆行動裝置或作為支撐角度之調整，第七區塊至第十區塊則主要提供行動裝置抵靠位置調整之用，其各區塊透過比例分配之設計讓摺凹時更利於有條理的選擇角度與摺凹位置，提昇使用方便性者。The main purpose of the novel creation is to provide a mobile device cover structure that can be arbitrarily folded into a plurality of different angles.
In order to achieve the purpose of the foregoing disclosure, the deformation protection sleeve of the novel creation mobile device comprises a sheath outer layer, an inner plate group and a magnetic block group, and the outer layer of the sheath is composed of a skin, an endothelium and a clip, the outer skin and the endothelium They are all long rectangular, the outer skin is attached to one side of the endothelium, and the two ends of the strip are fixed on the long side edge of the other side of the endothelium, so that the middle portion of the strip can be sandwiched between the endothelium and the endothelium. The device further comprises an inner plate group and a magnetic block group disposed between the outer skin and the endothelium, the inner plate group being composed of a plurality of inner plates, the inner plate portions being parallel to the strips of the outer layer of the sheath, etc. The distance between the outer skin and the endothelium is composed of a plurality of magnetic blocks, and the magnetic blocks are disposed between the outer skin and the endothelium and correspond to the inner ends of the inner plate of each inner plate group. The outer layer of the sheath forms a concave portion between the inner plates only that the outer skin and the endothelium are in contact with each other, so that the outer layer of the sheath can be folded according to the concave portions, and the concave and convex portions can be adhered to each other. The magnetic block is sucked and then fixed at an angle so that the outer layer of the sheath can be arbitrarily deformed.
The outer layer of the jacket created by the novel is matched with the product of the mobile device, and further divided into a first block, a second block, a third block, a fourth block, a fifth block, a sixth block, and a first block. The seven blocks, the eighth block, the ninth block and the tenth block each have an inner plate in the outer skin and the endothelium of the respective blocks, and two magnetic blocks corresponding to the two ends of the inner plate And the ratio of the inner panel width dimension of each block is from 4:4:2:2:4:5:1:1:1:1 in order of size ratio of the first block to the tenth block. Therefore, the first block to the sixth block are mainly used to cover the mobile device or as an adjustment of the support angle, and the seventh block to the tenth block mainly provide the action device for the position adjustment, each of which The design of the block through the proportional distribution makes it easier to adjust the angle of the selection and the concave and concave position when the concave and concave is used, which improves the usability.
１‧‧‧護套外層
１１‧‧‧外皮
１２‧‧‧內皮
１３‧‧‧夾條
２‧‧‧內板組
２１‧‧‧內板
３‧‧‧磁塊組
３１‧‧‧磁塊
４‧‧‧行動裝置
５‧‧‧鍵盤
Ａ‧‧‧第一區塊
Ｂ‧‧‧第二區塊
Ｃ‧‧‧第三區塊
Ｄ‧‧‧第四區塊
Ｅ‧‧‧第五區塊
Ｆ‧‧‧第六區塊
Ｇ‧‧‧第七區塊
Ｈ‧‧‧第八區塊
Ｉ‧‧‧第九區塊
Ｊ‧‧‧第十區塊1‧‧ ‧ outer jacket 11‧ ‧ outer skin 12 ‧ ‧ endothelium 13 ‧ ‧ clips 2 ‧ ‧ inner board group 21 ‧ ‧ inner board 3 ‧ ‧ magnetic block group 31 ‧ ‧ magnetic block 4 ‧‧‧Mobile devices 5‧‧‧ keyboard A‧‧‧ first block B‧‧‧second block C‧‧‧ third block D‧‧‧ fourth block E‧‧‧ fifth block F‧‧‧Sixth Block G‧‧‧ Block No. H‧‧‧ Block No. I‧‧‧ Block 9
第一圖：本新型創作保護套之結構外觀立體示意圖
第二圖：本新型創作保護套之局部剖面示意圖
第三圖：本新型創作保護套之結構外觀平面示意圖
第四圖：本新型創作保護套為收摺狀態之剖面示意圖
第五圖：本新型創作保護套為收摺狀態之另一視角剖面示意圖
第六圖：本新型創作保護套收納行動裝置之平面示意圖
第七圖：本新型創作保護套收納並保護行動裝置之剖面示意圖
第八圖：本新型創作保護套收納並保護行動裝置之另一視角剖面示意圖
第九圖：本新型創作保護套收納尺寸較小行動裝置之平面示意圖
第十圖：本新型創作保護套收納並保護尺寸較小行動裝置之剖面示意圖
第十一圖：本新型創作保護套支撐行動裝置站立之第一實施例剖面示意圖
第十二圖：本新型創作保護套支撐行動裝置站立之第二實施例剖面示意圖
第十三圖：本新型創作保護套支撐行動裝置站立之第三實施例剖面示意圖
第十四圖：本新型創作保護套支撐行動裝置站立之第四實施例剖面示意圖
第十五圖：本新型創作保護套支撐行動裝置站立之第五實施例剖面示意圖
第十六圖：本新型創作保護套支撐行動裝置站立之第一實施例剖面示意圖The first picture: the three-dimensional schematic diagram of the structure of the new creative protective cover. The second picture: the partial cross-sectional schematic view of the new creative protective cover. The third picture: the schematic diagram of the structure of the new creative protective cover. The fourth picture: the new creative protective cover The fifth section of the cross-sectional view of the folded state: The new creative protective cover is another perspective view of the folded state. The sixth figure: The schematic diagram of the new creative protective cover storage mobile device. The seventh picture: the new creative protective cover The eighth section of the schematic diagram of the storage and protection of the mobile device. The ninth diagram of the other perspective view of the new creative protective cover for storing and protecting the mobile device. The novel creation protection sleeve accommodates and protects the profile diagram of the smaller size mobile device. FIG. 11 is a cross-sectional view of the first embodiment of the novel creation protective cover supporting mobile device. FIG. 12: The novel creation protective cover supporting mobile device Fig. 13 is a cross-sectional view showing the second embodiment of the standing: the novel creation protection sleeve FIG. 14 is a cross-sectional view showing a fourth embodiment of the present invention. FIG. 14 is a cross-sectional view showing a fourth embodiment of the present invention. Schematic diagram of the cross-section of the sixteenth: a schematic cross-sectional view of the first embodiment of the novel protective cover supporting mobile device
本新型創作係有關一種行動裝置變形保護套，［請參閱第一圖］其包括：
一護套外層（１），其係由外皮（１１）、內皮（１２）與夾條（１３）所組成，該外皮（１１）與內皮（１２）係為面積相同的長矩形皮件，該外皮（１１）係使用皮質材料所製成，而該內皮（１２）則係使用絨布材料所製成，該外皮（１１）並與該內皮（１２）的一側面相貼合，又該夾條（１３）兩端固定於內皮（１２）另一側面的長邊邊緣上，令該夾條（１３）中間段與內皮（１２）之間可供包夾行動裝置，［請一併參閱第二圖］繼於外皮（１１）與內皮（１２）之間設置有一內板組（２）與一磁塊組（３）；
該內板組（２），係由複數個內板（２１）所組成，該各內板（２１）係與該護套外層（１）之夾條（１３）相平行的等距設置在外皮（１１）與內皮（１２）之間；
該磁塊組（３），係由複數個磁塊（３１）所組成，該各磁塊（３１）則係設置在外皮（１１）與內皮（１２）之間並對應在每個內板組（２）之內板（２１）的兩端處；
藉之，該護套外層（１）在該各內板（２１）之間形成僅有外皮（１１）與內皮（１２）相貼合的凹部（１４），令護套外層（１）可依各凹部（１４）處作摺凹，使得護套外層（１）可任意變形者。
本新型創作行動裝置變形保護套，［請參閱第一圖與第三圖］該護套外層（１）更進一步分設有第一區塊（Ａ）、第二區塊（Ｂ）、第三區塊（Ｃ）、第四區塊（Ｄ）、第五區塊（Ｅ）、第六區塊（Ｆ）、第七區塊（Ｇ）、第八區塊（Ｈ）、第九區塊（Ｉ）以及第十區塊（Ｊ），在該各區塊的護套外層（１）之外皮（１１）與內皮（１２）之中各別具有一內板（２１），以及相對應在該內板（２１）兩端的二個磁塊（３１），亦即，各區塊之間即為所述之凹部（１４），而且，在本實施例中又進一步限制各區塊的內板（２１）的寬度尺寸比例，該第一區塊（Ａ）至第十區塊（Ｊ）的尺寸比例依序為４：４：２：２：４：５：１：１：１：１，所述之夾條（１３）則係設置在第六區塊（Ｆ）處，該第一區塊（Ａ）至第六區塊（Ｆ）主要係用以包覆行動裝置或作為支撐角度之調整，第七區塊（Ｇ）至第十區塊（Ｊ）則主要提供行動裝置抵靠位置調整之用，以下逐一說明該護套外層（１）的各種使用狀態：
收納之使用狀態如下，［請參閱第四圖］，該為護套外層（１）一般收摺之狀態，該收摺合之狀態係將護套外層（１）依第四區塊（Ｄ）與第五區塊（Ｅ）之間的凹部（１４）摺凹，使得第三區塊（Ｃ）、第四區塊（Ｄ）與第五區塊（Ｅ）相貼合，第二區塊（Ｂ）與第六區塊（Ｆ）相貼合，第一區塊（Ａ）與第七區塊（Ｇ）、第八區塊（Ｈ）相貼合，再依第八區塊（Ｈ）與第九區塊（Ｉ）之間的凹部（１４）摺凹，使得第九區塊（Ｉ）、第十區塊（Ｊ）貼合於第一區塊（Ａ）的另一側，［請參閱第五圖］而該各相貼合的區塊上的各磁塊（３１）則可相互吸合，以俾密封護套外層（１）的邊緣，在該狀態下，可利於將保護套收納或攜帶，［請參閱第六圖］而在收納有行動裝置（４）時，該行動裝置（４）係被夾附在內皮（１２）與夾條（１３）之間，［請參閱第七圖與第八圖］然後依照上述相同步驟收摺，亦即，該各相貼合的區塊上的各磁塊（３１）則可相互吸合，以俾密封護套外層（１）的邊緣，進而將行動裝置（４）收納於保護套內以利於攜帶，另外，［請參閱第九圖與第十圖］當收納尺寸較小的行動裝置（４）時，該行動裝置（４）同樣係被夾附在內皮（１２）與夾條（１３）之間，再將護套外層（１）先依第一區塊（Ａ）與第二區塊（Ｂ）之間的凹部（１４）摺凹，使得第一區塊（Ａ）與第二區塊（Ｂ）相貼合，再依第四區塊（Ｄ）與第五區塊（Ｅ）之間的凹部（１４）摺凹，使得第一區塊（Ａ）、第二區塊（Ｂ）、第三區塊（Ｃ）、第四區塊（Ｄ）得貼合於該行動裝置（４）一側，第五區塊（Ｅ）與第六區塊（Ｆ）則貼合於該行動裝置（４）另一側，繼依第六區塊（Ｆ）與第七區塊（Ｇ）之間的凹部（１４）摺凹，使得第七區塊（Ｇ）、第八區塊（Ｈ）、第九區塊（Ｉ）與第十區塊（Ｊ）貼合於第二區塊（Ｂ）上，而各相貼合的區塊上的各磁塊（３１）則可相互吸合，以俾密封護套外層（１）的邊緣，此便可將尺寸較小的行動裝置（４）收納於保護套內以利於攜帶。
該護套外層（１）摺凹站立可支撐行動裝置（４），其各種站立狀態如下，［請參閱第一圖與第十一圖］，該首先將護套外層（１）之第一區塊（Ａ）與第二區塊（Ｂ）之間的凹部（１４）摺凹，並使第一區塊（Ａ）的內皮（１２）貼合於第八區塊（Ｈ）、第七區塊（Ｇ）以及部分第六區塊（Ｆ）的內皮（１２）上，而第三區塊（Ｃ）與第四區塊（Ｄ）之間的凹部（１４）以及第五區塊（Ｅ）與第六區塊（Ｆ）之間的凹部（１４）亦會隨之摺凹，繼令第三區塊（Ｃ）與第四區塊（Ｄ）的內皮（１２）相貼合，而第二區塊（Ｂ）、第五區塊（Ｅ）便會與部分的第六區塊（Ｆ）之間形成三角形，另外，第八區塊（Ｈ）與第九區塊（Ｉ）之間的凹部（１４）摺凹，使得第九區塊（Ｉ）、第十區塊（Ｊ）與第一區塊（Ａ）的外皮（１１）相貼合，經此，該行動裝置（４）底部便可靠在第十區塊（Ｊ）邊緣，而該行動裝置（４）背面則可靠在第三區塊（Ｃ）上，讓護套外層（１）以較高的角度支撐行動裝置（４）站立；
另一站立狀態，［請參閱第一圖與第十二圖］，該首先將護套外層（１）之第一區塊（Ａ）與第二區塊（Ｂ）之間的凹部（１４）摺凹，並使第一區塊（Ａ）的外皮（１１）貼合於第六區塊（Ｆ）的內皮（１２）上，而第三區塊（Ｃ）與第四區塊（Ｄ）之間的凹部（１４）以及第五區塊（Ｅ）與第六區塊（Ｆ）之間的凹部（１４）亦會隨之摺凹，繼令第三區塊（Ｃ）與第四區塊（Ｄ）的內皮（１２）相貼合，而第二區塊（Ｂ）、第五區塊（Ｅ）便會與位在第六區塊（Ｆ）上的第一區塊（Ａ）之間形成三角形，另外，第八區塊（Ｈ）與第九區塊（Ｉ）之間的凹部（１４）摺凹，使得第九區塊（Ｉ）、第十區塊（Ｊ）與第七區塊（Ｇ）、第八區塊（Ｈ）的內皮（１２）相貼合，經此，該行動裝置（４）底部便可靠在第十區塊（Ｊ）邊緣，而該行動裝置（４）背面則可靠在第二區塊（Ｂ）與第三區塊（Ｃ）上，讓護套外層（１）以較高的角度支撐行動裝置（４）站立，此外，［請參閱第一圖與第十三圖］若將上述第九區塊（Ｉ）與第十區塊（Ｊ）攤開，第七區塊（Ｇ）、第八區塊（Ｈ）、第九區塊（Ｉ）與第十區塊（Ｊ）的內皮（１２）便可形成一置放活動式鍵盤（５）的表面，該行動裝置（４）底部便可靠在鍵盤（５）邊緣，所述之鍵盤（５）底面為具磁吸效果的金屬材質或具有磁鐵，該可與內板（２１）旁的磁塊（３１）相吸合，故該鍵盤（５）不僅可以被吸合在第七區塊（Ｇ）至第十區塊（Ｊ）的表面上，［請一併參閱第三圖］該護套外層（１）上的第一區塊（Ａ）至第十區塊（Ｊ）的任何表面上皆可提供鍵盤（５）置放，而設置在該區塊的磁塊（３１）便可提供吸合鍵盤（５）；
另一站立狀態，［請參閱第一圖與第十四圖］，該首先將護套外層（１）之第一區塊（Ａ）與第二區塊（Ｂ）之間的凹部（１４）摺凹，再將第二區塊（Ｂ）與第三區塊（Ｃ）之間的凹部（１４）摺凹，並使第二區塊（Ｂ）的外皮（１１）貼合於第六區塊（Ｆ）的內皮（１２）上，而第四區塊（Ｄ）與第五區塊（Ｅ）之間的凹部（１４）以及第五區塊（Ｅ）與第六區塊（Ｆ）之間的凹部（１４）亦會隨之摺凹，而第三區塊（Ｃ）連同第四區塊（Ｄ）、第五區塊（Ｅ）便會與位在第六區塊（Ｆ）上的第一區塊（Ａ）之間形成三角形，另外，第九區塊（Ｉ）與第十區塊（Ｊ）之間的凹部（１４）摺凹，使得第九區塊（Ｉ）與第十區塊（Ｊ）的內皮（１２）相貼合，經此，該行動裝置（４）底部便可靠在第十區塊（Ｊ）邊緣，而該行動裝置（４）背面則可靠在第四區塊（Ｄ）上，讓護套外層（１）以較低的角度支撐行動裝置（４）站立；
又另一站立狀態，［請參閱第一圖與第十五圖］，該首先將護套外層（１）之第四區塊（Ｄ）與第五區塊（Ｅ）之間的凹部（１４）摺凹，再將第一區塊（Ａ）與第六區塊（Ｆ）的內皮（１２）相貼合，再使第四區塊（Ｄ）與第五區塊（Ｅ）的內皮（１２）相貼合，而第二區塊（Ｂ）、第三區塊（Ｃ）便會與第五區塊（Ｅ）連同部分的第六區塊（Ｆ）形成斜邊（即第二區塊）朝上的直角三角形，另外，第八區塊（Ｈ）與第九區塊（Ｉ）以及第九區塊（Ｉ）與第十區塊（Ｊ）之間的凹部（１４）作Ｓ形的連續摺凹，使得第八區塊（Ｈ）與第九區塊（Ｉ）的內皮（１２）相貼合，第九區塊（Ｉ）則與第十區塊（Ｊ）的外皮（１１）相貼合，經此，該行動裝置（４）底部便可靠在第九區塊（Ｉ）與第十區塊（Ｊ）之間的凹部（１４）上，而該行動裝置（４）背面則可靠在第二區塊（Ｂ）上，讓護套外層（１）以更低的角度支撐行動裝置（４）站立，此外，［請一併參閱第十六圖］若將上述第七區塊（Ｇ）與第八區塊（Ｈ）之間的凹部（１４）摺凹，並令第九區塊（Ｉ）的內皮（１２）貼合於第一區塊（Ａ）的外皮（１１）上，經此，該行動裝置（４）底部便可靠在第九區塊（Ｉ）與第十區塊（Ｊ）之間的凹部（１４）上，而該行動裝置（４）背面則可靠在第二區塊（Ｂ）上，此可稍微提高行動裝置（４）之角度；
由上述之各種實施方式可知本新型創作之優點，［請參閱第一圖與第三圖］該護套外層（１）透過複數個內板（２１）與磁塊（３１）所分設而成的各區塊，各區塊只要相貼合就能透過磁塊（３１）吸合相貼的面，以利於固定，故其依照摺凹位置與方向的不同可具有許多造型變化，其變化亦不只限於上述之內容所呈現，［請參閱第十四圖］以此實施例為例，該實施例係將第九區塊（Ｉ）與第十區塊（Ｊ）之間的凹部（１４）摺凹，使得第九區塊（Ｉ）與第十區塊（Ｊ）的內皮（１２）相貼合，若使用者將第八區塊（Ｈ）與第九區塊（Ｉ）之間的凹部（１４）向內摺凹，再將第九區塊（Ｉ）與第十區塊（Ｊ）之間的凹部（１４）向外摺凹，使得第八區塊（Ｈ）與第九區塊（Ｉ）的內皮（１２）相貼合，第九區塊（Ｉ）則與第十區塊（Ｊ）的外皮（１１）相貼合，經此，該行動裝置（４）底部抵靠的位置可向內調整一個區塊的位置，亦即，若使用者將第八區塊（Ｈ）與第九區塊（Ｉ）之間的凹部（１４）摺凹，使得第八區塊（Ｈ）與第九區塊（Ｉ）以及第七區塊（Ｇ）與第十區塊（Ｊ）的內皮（１２）各相貼合，經此，該行動裝置（４）底部抵靠的位置可向內調整二個區塊的位置，上述之微調皆可進一步調整行動裝置（４）之角度者。
本新型創作行動裝置變形保護套，該護套外層（１）之外皮（１１）為皮質用於在外部達到防水的功效，內皮（１２）則為絨布材料用於在內部達到緩衝或止滑的功效，該實有效提升整體產品實用之價值。
綜上所述，當知本新型創作具有新穎性，且本新型創作未見之於任何刊物，當符合專利法第１０４條以及專利法第１２０條暨準用之第２２條之規定。
唯以上所述者，僅為本新型創作之一較佳實施例而已，當不能以之限定本新型創作之範圍。即大凡依申請專利範圍所作之均等變化與修飾，皆應仍屬本創作專利涵蓋之範圍內。This new creation relates to a mobile device deformation protector, [see the first figure] which includes:
a sheath outer layer (1) consisting of a sheath (11), an endothelium (12) and a clip (13), the sheath (11) and the endothelium (12) being long rectangular pieces of the same area. The outer skin (11) is made of a cortical material, and the endothelium (12) is made of a flannel material, and the outer skin (11) is attached to one side of the endothelium (12), and the strip is further attached. (13) The two ends are fixed on the long side edge of the other side of the endothelium (12), so that the middle part of the strip (13) and the endothelium (12) can be used for the clamping action device, [please refer to the second Figure] is provided between the outer skin (11) and the endothelium (12) with an inner plate group (2) and a magnetic block group (3);
The inner plate group (2) is composed of a plurality of inner plates (21) which are arranged equidistantly parallel to the strips (13) of the sheath outer layer (1). (11) between the endothelium (12);
The magnetic block group (3) is composed of a plurality of magnetic blocks (31), and the magnetic blocks (31) are disposed between the outer skin (11) and the endothelium (12) and correspond to each inner plate group. (2) at both ends of the inner plate (21);
By this, the sheath outer layer (1) forms a concave portion (14) between the inner plates (21) only the outer skin (11) and the endothelium (12), so that the sheath outer layer (1) can be Each recess (14) is recessed so that the sheath outer layer (1) can be arbitrarily deformed.
The novel creation mobile device deformation protection cover, [refer to the first figure and the third figure] the outer layer of the sheath (1) is further divided into a first block (A), a second block (B), and a third Block (C), fourth block (D), fifth block (E), sixth block (F), seventh block (G), eighth block (H), ninth block (I) and the tenth block (J), each of the sheath outer layer (1) of the respective blocks (1) and the endothelium (12) each have an inner plate (21), and correspondingly The two magnetic blocks (31) at both ends of the inner plate (21), that is, the recesses (14) between the blocks, further restrict the inner plates of the blocks in this embodiment. (21) The width dimension ratio, the size ratio of the first block (A) to the tenth block (J) is 4:4:2:2:4:5:1:1:1:1. The clip (13) is disposed at the sixth block (F), and the first block (A) to the sixth block (F) are mainly used to wrap the line. Or as a means of adjusting the angle of the support, the seventh block (G) to the tenth block (J) mainly provides mobile abutment position adjusting means purposes, following one by one the various use states outer sheath (1):
The use state of the storage is as follows, [please refer to the fourth figure], which is a state in which the outer layer (1) of the sheath is generally folded, and the state of the folding is the outer layer of the sheath (1) according to the fourth block (D) The concave portion (14) between the fifth blocks (E) is folded so that the third block (C), the fourth block (D) and the fifth block (E) are fitted together, and the second block ( B) conforming to the sixth block (F), the first block (A) is in conformity with the seventh block (G) and the eighth block (H), and then the eighth block (H) The concave portion (14) between the ninth block (I) is folded so that the ninth block (I) and the tenth block (J) are attached to the other side of the first block (A), [ Please refer to the fifth figure] and the magnetic blocks (31) on the blocks which are attached to each other can be mutually attracted to seal the edge of the outer layer (1) of the sheath, and in this state, the protection can be facilitated. The sleeve is stored or carried, [see the sixth figure], and when the mobile device (4) is housed, the mobile device (4) is attached between the endothelium (12) and the clip (13). [Please refer to the seventh and eighth figures] and then fold according to the same steps as above, that is, the magnetic blocks (31) on the respective mating blocks can be attracted to each other to seal the outer layer of the sheath. (1) the edge, and then the mobile device (4) is housed in the protective cover to facilitate carrying, and, in addition, [see the ninth and tenth drawings] when the mobile device (4) having a small size is accommodated, the action The device (4) is also clamped between the endothelium (12) and the strip (13), and then the sheath outer layer (1) is first between the first block (A) and the second block (B). The recess (14) is folded so that the first block (A) and the second block (B) are fitted together, and then the recess between the fourth block (D) and the fifth block (E) ( 14) Folding, so that the first block (A), the second block (B), the third block (C), and the fourth block (D) are attached to one side of the mobile device (4). The fifth block (E) and the sixth block (F) are attached to the other side of the mobile device (4), followed by the sixth block (F) and the seventh block. The concave portion (14) between the blocks (G) is folded so that the seventh block (G), the eighth block (H), the ninth block (I) and the tenth block (J) are attached to the first On the second block (B), the magnetic blocks (31) on the respective bonded blocks can be attracted to each other to seal the edge of the outer layer (1) of the sheath, which can be smaller in size. The mobile device (4) is housed in a protective cover to facilitate carrying.
The outer layer of the sheath (1) is folded to stand to support the mobile device (4), and its various standing states are as follows, [please refer to the first figure and the eleventh figure], which firstly sets the first area of the sheath outer layer (1) The concave portion (14) between the block (A) and the second block (B) is folded, and the endothelium (12) of the first block (A) is attached to the eighth block (H) and the seventh block. a block (G) and a portion of the sixth block (F) on the endothelium (12), and a recess (14) and a fifth block (E) between the third block (C) and the fourth block (D) The recess (14) between the sixth block and the sixth block (F) is also folded, and then the third block (C) is bonded to the endothelium (12) of the fourth block (D), and The second block (B) and the fifth block (E) form a triangle with a portion of the sixth block (F), and the eighth block (H) and the ninth block (I) The concave portion (14) is folded so that the ninth block (I) and the tenth block (J) are in contact with the outer skin (11) of the first block (A), whereby The bottom of the moving device (4) is reliably at the edge of the tenth block (J), while the back of the mobile device (4) is reliably on the third block (C), so that the outer layer of the sheath (1) is at a higher angle Supporting mobile device (4) standing;
Another standing state, [please refer to the first figure and the twelfth figure], the recess (14) between the first block (A) and the second block (B) of the sheath outer layer (1) Folding, and fitting the outer skin (11) of the first block (A) to the endothelium (12) of the sixth block (F), and the third block (C) and the fourth block (D) The recess (14) between the recess (14) and the fifth block (E) and the sixth block (F) will also be concave, followed by the third block (C) and the fourth block The endothelium (12) of the block (D) is fitted, and the second block (B) and the fifth block (E) are aligned with the first block (A) located on the sixth block (F). A triangle is formed between them, and in addition, the concave portion (14) between the eighth block (H) and the ninth block (I) is folded so that the ninth block (I) and the tenth block (J) and the The endothelium (12) of the seventh block (G) and the eighth block (H) are fitted, whereby the bottom of the mobile device (4) is reliably at the edge of the tenth block (J), and the mobile device 4) The back side is reliable on the second block (B) and the third block (C), so that the sheath outer layer (1) supports the mobile device (4) at a higher angle, in addition, [Please refer to the first Figure and Figure 13] If the ninth block (I) and the tenth block (J) are spread out, the seventh block (G), the eighth block (H), and the ninth block (I) ) and the endothelium (12) of the tenth block (J) can form a surface on which the movable keyboard (5) is placed, and the bottom of the mobile device (4) is reliably at the edge of the keyboard (5), the keyboard ( 5) The bottom surface is made of metal with a magnetic effect or has a magnet, which can be attracted to the magnetic block (31) beside the inner plate (21), so the keyboard (5) can be sucked not only in the seventh block (G) to the surface of the tenth block (J), [please refer to the third figure] any of the first block (A) to the tenth block (J) on the outer layer (1) of the sheath The keyboard (5) can be placed on the surface, and the magnetic block (31) disposed in the block can provide the suction keyboard (5);
Another standing state, [please refer to the first figure and the fourteenth figure], the recess (14) between the first block (A) and the second block (B) of the sheath outer layer (1) Folding, and then recessing the concave portion (14) between the second block (B) and the third block (C), and fitting the outer skin (11) of the second block (B) to the sixth region a recess (14) between the fourth block (D) and the fifth block (E) and a fifth block (E) and a sixth block (F) on the endothelium (12) of the block (F) The recess (14) between them will also be concave, and the third block (C) together with the fourth block (D) and the fifth block (E) will be located in the sixth block (F). A triangle is formed between the first blocks (A), and a recess (14) between the ninth block (I) and the tenth block (J) is folded so that the ninth block (I) is The endothelium (12) of the tenth block (J) is fitted, whereby the bottom of the mobile device (4) is reliably at the edge of the tenth block (J), and the back of the mobile device (4) Against the fourth block (D), so that the outer sheath (1) at lower angles mobile support means (4) to stand;
Yet another standing state, [please refer to the first and fifteenth figures], which firstly places a recess between the fourth block (D) of the sheath outer layer (1) and the fifth block (E) (14). Folding, and then bonding the first block (A) to the endothelium (12) of the sixth block (F), and then the endothelium of the fourth block (D) and the fifth block (E) ( 12) aligning, and the second block (B) and the third block (C) form a hypotenuse with the fifth block (E) together with a portion of the sixth block (F) (ie, the second block) Block) a right-angled triangle upward, in addition, the eighth block (H) and the ninth block (I) and the recess (14) between the ninth block (I) and the tenth block (J) are S The continuous fold of the shape makes the eighth block (H) conform to the endothelium (12) of the ninth block (I), and the ninth block (I) and the outer skin of the tenth block (J) 11) fitting, whereby the bottom of the mobile device (4) is reliably on the recess (14) between the ninth block (I) and the tenth block (J), and the mobile device ( The back is reliable on the second block (B), allowing the outer sheath (1) to support the mobile device (4) at a lower angle. In addition, [please refer to the sixteenth figure] The concave portion (14) between the seventh block (G) and the eighth block (H) is folded, and the endothelium (12) of the ninth block (I) is attached to the outer skin of the first block (A). (11) above, whereby the bottom of the mobile device (4) is reliably on the recess (14) between the ninth block (I) and the tenth block (J), and the back of the mobile device (4) Reliably on the second block (B), which slightly increases the angle of the mobile device (4);
The advantages of the novel creation can be seen from the various embodiments described above, [please refer to the first and third figures]. The sheath outer layer (1) is divided by a plurality of inner plates (21) and magnetic blocks (31). In each block, each block can be attached to the attached surface through the magnetic block (31) as long as it fits together, so that it can be fixed according to the position and direction of the concave and concave, and the change is also changed. Not limited to the above, [refer to the fourteenth figure] This embodiment is taken as an example, which is a recess (14) between the ninth block (I) and the tenth block (J). Folding, so that the ninth block (I) is in contact with the endothelium (12) of the tenth block (J), if the user between the eighth block (H) and the ninth block (I) The concave portion (14) is folded inwardly, and the concave portion (14) between the ninth block (I) and the tenth block (J) is further folded outward, so that the eighth block (H) and the ninth block The endothelium (12) of the block (I) is attached, and the ninth block (I) is the outer skin of the tenth block (J) (1) Depending on the position, the position at which the bottom of the mobile device (4) abuts can adjust the position of a block inward, that is, if the user places the eighth block (H) and the ninth block (I) The concave portion (14) is folded so that the eighth (H) and the ninth (I) and seventh (G) and tenth (J) endothelium (12) phases By fitting, the position at which the bottom of the mobile device (4) abuts can adjust the position of the two blocks inward, and the above fine adjustment can further adjust the angle of the mobile device (4).
The novel creation mobile device deformation protection sleeve, the sheath outer layer (1) outer skin (11) is cortex for waterproofing effect on the outside, and the endothelium (12) is flannel material for buffering or slipping inside. Efficacy, this effectively enhances the practical value of the overall product.
In summary, when the novel creation is novel, and the creation of this new type is not seen in any publication, it is in compliance with Article 104 of the Patent Law and Article 120 of the Patent Law and Article 22 of the Applicable Law.
The above description is only a preferred embodiment of the novel creation, and the scope of the novel creation cannot be limited thereto. That is, the equal changes and modifications made by Dafan in accordance with the scope of application for patents shall remain within the scope of this creation patent.
1‧‧‧護套外層 1‧‧‧ outer jacket
11‧‧‧外皮 11‧‧‧ 皮皮
12‧‧‧內皮 12‧‧‧Endothelial
13‧‧‧夾條 13‧‧‧ Clips
2‧‧‧內板組 2‧‧‧Inner board group
21‧‧‧內板 21‧‧‧ inner board
3‧‧‧磁塊組 3‧‧‧Magnetic block
31‧‧‧磁塊 31‧‧‧Magnetic blocks
Claims (8)
一護套外層，其係由外皮、內皮與夾條所組成，該外皮與內皮皆為長矩形，該外皮與該內皮的一側面相貼合，又該夾條兩端固定於內皮另一側面的長邊邊緣上，令該夾條中間段與內皮之間可供包夾行動裝置，繼於外皮與內皮之間設置有一內板組與一磁塊組；
該內板組，係由複數個內板所組成，該各內板係與該護套外層之夾條相平行的等距設置在外皮與內皮之間；
該磁塊組，係由複數個磁塊所組成，該各磁塊則係設置在外皮與內皮之間並對應在每個內板組之內板的兩端處；
藉之，該護套外層在該各內板之間形成僅有外皮與內皮相貼合的凹部，令護套外層可依各凹部處作摺凹並以磁塊吸合，使得護套外層可任意變形者。A mobile device deformation protection cover comprising:
a sheath outer layer consisting of a sheath, an endothelium and a strip, the outer skin and the endothelium are long rectangles, the outer skin is attached to one side of the endothelium, and the ends of the strip are fixed to the other side of the endothelium The edge of the long side of the strip is arranged between the middle section of the strip and the endothelium, and an inner plate group and a magnetic block group are disposed between the outer skin and the endothelium;
The inner plate group is composed of a plurality of inner plates which are arranged equidistant from the strips of the outer layer of the sheath between the outer skin and the endothelium;
The magnetic block group is composed of a plurality of magnetic blocks, and the magnetic blocks are disposed between the outer skin and the endothelium and correspond to both ends of the inner plate of each inner plate group;
By the outer layer of the sheath, a concave portion is formed between the inner plates and only the outer skin and the endothelium are adhered to each other, so that the outer layer of the sheath can be folded according to the concave portions and sucked by the magnetic block, so that the outer layer of the sheath can be Any deformer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW103214676U TWM493207U (en) | 2014-08-15 | 2014-08-15 | Mobile device deformation protection cover |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW103214676U TWM493207U (en) | 2014-08-15 | 2014-08-15 | Mobile device deformation protection cover |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| TWM493207U true TWM493207U (en) | 2015-01-01 |
Family
ID=52783531
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW103214676U TWM493207U (en) | 2014-08-15 | 2014-08-15 | Mobile device deformation protection cover |
Country Status (1)
| Country | Link |
|---|---|
| TW (1) | TWM493207U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI551211B (en) * | 2015-03-16 | 2016-09-21 | 達方電子股份有限公司 | Protective cover |
| TWI613539B (en) * | 2016-05-03 | 2018-02-01 | 華碩電腦股份有限公司 | Cover |
| US10114410B2 (en) | 2016-05-03 | 2018-10-30 | Asustek Computer Inc. | Cover |
-
2014
- 2014-08-15 TW TW103214676U patent/TWM493207U/en not_active IP Right Cessation
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI551211B (en) * | 2015-03-16 | 2016-09-21 | 達方電子股份有限公司 | Protective cover |
| TWI613539B (en) * | 2016-05-03 | 2018-02-01 | 華碩電腦股份有限公司 | Cover |
| US10114410B2 (en) | 2016-05-03 | 2018-10-30 | Asustek Computer Inc. | Cover |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| MM4K | Annulment or lapse of a utility model due to non-payment of fees |