M287568 · 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種外殼結構，尤其是關於一種於電子 通訊設備外殼上鑲嵌有纖維條紋編織片之外殼結構。 【先前技術】 隨著科技之進步，現今電子資訊或通訊產品，除了在 φ 功能與性能上大幅提昇外，其在結構上亦朝向輕薄化、微 型化與堅固、抗摔、抗壓以及美觀炫麗等方向不斷創新設 計，而此設計創新除與内部組件相關外，最重要者莫過於 外殼結構之改良。 一般電通設備之外殼主要由ABS ( acrylonitrile-butadiene-styrene) 工程塑料 、聚碳酸酯 （polycarbonate， PC)、鎂鋁合金或鈦合金所製成。ABS工程塑料具有良好 ’ 之塑性，因此可應用於複雜形狀之製品，但其缺點是質量 # 重且導熱性差；聚碳酸酯同樣具有良好之塑性，但有較佳 之散熱性，不過卻有著材質易碎而不耐摔之缺點。至於鎂 鋁合金或鈦合金，其導熱性相當優異，至於硬度也比前述 二者硬，而重量相較之下也較輕，但其缺點是成本較高， 且於壓鑄成型製作過程中容易產生孔洞，而有較高之不良 率。雖然利用鎂鋁合金或鈦合金可以大幅提昇外殼之堅固 性，但在現今「輕」、「薄」品質之需求下，其重量仍有改 善之空間，特別是關於堅固性與耐磨性，以目前合金外殼 5 M287568 而言，仍有其無法突破之處，故無法進一步減少外殼之厚 度，達到外殼「輕」與「薄」之要求。 另一方面，目前外殼所使用之材質，無論是塑膠或合 金，其皆係單一色澤之平面構型，頂多於其上黏貼以商標、 貨品名等圖案或文字，外觀上雖有其質感，但顯得相當單 調，對於現今消費者追求新穎、炫麗之消費習慣而言，實 缺乏相當之競爭力。此外，對於以ABS工程塑料或聚碳酸 酯等不具導電性材質所製成之外殼製品而言，其並不具備 類似金屬材質所特有之遮蔽效應（shielding effect)，因此無 法避免外在電訊之干擾，故在運作或收訊上較容易受外界 電子訊號之影響，特別是在通訊設備上，則更無法發揮其 防免電磁波侵害人體之功能。 【新型内容】 為增加電子通訊設備等產品外觀之美觀性，提升其外 殼之堅固性，減少該設備組設後之體積或重量，並同時使 其有較佳之導熱性，增加設備之散熱效果以提升其運作效 能，並同時兼具有導電性，使本創作能夠避免電子雜訊之 干擾，同時具有防免使用者受該設備電磁波侵害之功能， 本創作將提供一種將纖維編織片鑲嵌於電通設備外殼之外 殼結構，使藉由纖維編織所形成之紋路增加外殼之美觀性 外，並同時增加外殼之堅固性、導熱性與導電性，以使其 耐摔、散熱效率高，並具有良好阻絕電磁波干擾等功能。 M287568 本創作之一種具有纖維紋路之電通設備外殼，包括： 一電通設備殼體，該殼體表面預設有一鑲嵌區域；以及一 纖維編織片，該纖維編織片之形狀大小係對應於該鑲嵌區 域，並鑲嵌其中。其中，該電通設備包括一般常見之電子 資訊產品或通訊設備，例如·· MP3隨身聽、個人數位助理 (PDA)、電子辭典、電子遊戲機或是手機、無線電、家用 電話，但並不僅限於此。前述電通設備外殼上之鑲嵌區域 可設有一内凹之嵌設槽，或形成一呈穿孔狀之透窗，而後 將該纖維編織片鑲嵌其中。纖維編織片可依據所欲裝飾之 形狀大小，或所欲形成之殼體結構加以設計，故該纖維編 織片可為殼體上一局部之裝飾區域，亦可擴大而遍布整個 殼體表面。此外，纖維編織片可為碳纖維、玻璃纖維或克 拉纖維，或其他相類材質所編織而成具有特定編織紋路之 編織片。 藉由本創作纖維編織片之鑲嵌，可於電通設備外殼上 形成一既定形狀或區塊之纖維紋路飾塊，使該殼體呈現出 異於一般習知設備外殼之質感與美感。同時透過該纖維編 織片特殊材質之加強效果，可使殼該體之堅固性、耐磨性 更優於以往，且因為纖維編織片所具有質輕、導熱性佳以 及具導電性之特性，可使前述電通設備之殼體結構設計更 趨向輕與薄，並同時具有散熱效果佳、收訊清晰、不易受 外界電磁波干擾以及隔絕使用者受發射電波影響而產生健 康上危害等效用。 以下將配合圖式進一步說明本創作的實施方式，下述 7 M287568 . 所列舉的實施例係用以闡明本創作，並非用以限定本創作 之範圍，任何熟習此技藝者，在不脫離本創作之精神和範 圍内，當可做些許更動與潤飾，因此本創作之保護範圍當 視後附之申請專利範圍所界定者為準。 【實施方式】 請參閱第一圖，該圖係本創作實施例之示意圖。於本 實施例中，係以一手機外殼10為例，該手機外殼10頂部 預設有一鑲嵌區域11，於該鑲嵌區域11上内凹有一嵌設 槽111，嵌設槽111中並再鑲嵌有一纖維編織片20。 請同時參閱第二圖，該圖係第一圖沿A-A線之剖視 圖。纖維編織片20所設大小與厚度可配合嵌設槽111對應 設置，並沒有特別之限制。纖維編織片20上表面201於鑲 嵌後可與手機外殼10上表面101相切齊、突出或内凹。纖 維編織片20鑲嵌時可藉由一黏著劑黏著固定於嵌設槽111M287568 · VIII. New description: [New technical field] This creation is about a kind of outer casing structure, especially about an outer casing structure in which a fiber stripe woven piece is embedded on the outer casing of an electronic communication device. [Prior Art] With the advancement of technology, today's electronic information or communication products, in addition to greatly improving the function and performance of φ, are also structurally slimmer, miniaturized and sturdy, resistant to falling, pressure-resistant and beautiful. Innovative design continues in the same direction, and this design innovation is not only related to internal components, but the most important one is the improvement of the outer casing structure. The outer casing of general electrical equipment is mainly made of ABS (acrylonitrile-butadiene-styrene) engineering plastics, polycarbonate (PC), magnesium alloy or titanium alloy. ABS engineering plastics have good plasticity, so they can be applied to products with complex shapes, but the disadvantages are that they are heavy and have poor thermal conductivity. Polycarbonate also has good plasticity, but it has better heat dissipation, but it has easy material. The shortcomings of breaking and not falling. As for the magnesium-aluminum alloy or the titanium alloy, the thermal conductivity is quite excellent, and the hardness is harder than the foregoing, and the weight is relatively light, but the disadvantage is that the cost is high, and it is easy to be produced during the die-casting process. Holes, but have a higher rate of non-performing. Although the use of magnesium-aluminum alloy or titanium alloy can greatly enhance the robustness of the outer casing, there is still room for improvement in the weight of today's "light" and "thin" qualities, especially regarding the robustness and wear resistance. At present, the alloy casing 5 M287568 still has its inability to break through, so it is impossible to further reduce the thickness of the outer casing to meet the requirements of "light" and "thin" of the outer casing. On the other hand, the materials used in the outer casing, whether it is plastic or alloy, are in the flat configuration of a single color, and the top is more than the pattern or text on which the trademark, the product name, etc. are attached, and the appearance has its texture. However, it seems quite monotonous, and it lacks considerable competitiveness for today's consumers to pursue novel and dazzling consumption habits. In addition, for an outer casing made of a non-conductive material such as ABS engineering plastic or polycarbonate, it does not have a shielding effect unique to a metal material, and thus cannot avoid external telecommunication interference. Therefore, it is more susceptible to external electronic signals during operation or reception, especially in communication equipment, and it is even less able to exert its function of preventing electromagnetic waves from invading the human body. [New content] In order to increase the appearance of electronic communication equipment and other products, improve the robustness of its outer casing, reduce the volume or weight of the equipment after assembly, and at the same time make it have better thermal conductivity, and increase the heat dissipation effect of the equipment. Improve the performance of the operation, and at the same time, it has the conductivity, so that the creation can avoid the interference of electronic noise, and at the same time protect the user from the electromagnetic wave of the device. This creation will provide a fiber woven piece embedded in the wire. The outer shell structure of the device shell increases the aesthetics of the outer shell by the texture formed by the fiber weaving, and at the same time increases the robustness, thermal conductivity and electrical conductivity of the outer shell to make it resistant to falling, heat dissipation, and good resistance. Electromagnetic interference and other functions. M287568 A fiber-optic device housing having a fiber pattern, comprising: a power-through device housing having a mosaic area preset thereon; and a fiber woven sheet having a shape corresponding to the mosaic area And inlaid among them. Among them, the electrical equipment includes common electronic information products or communication equipment, such as MP3 players, personal digital assistants (PDAs), electronic dictionaries, electronic game machines or mobile phones, radios, home phones, but not limited thereto. . The inlaid area on the outer casing of the above-mentioned electric-through device may be provided with a concave embedded groove or a perforated transmissive window, and then the fiber woven piece is embedded therein. The fiber woven sheet can be designed according to the shape of the desired decoration or the shell structure to be formed, so that the fiber woven sheet can be a partial decorative area on the casing, and can be enlarged and spread over the entire surface of the casing. In addition, the fiber woven sheet may be a woven sheet of carbon fiber, glass fiber or gram fiber, or other similar material woven with a specific woven texture. By the inlay of the fiber woven sheet of the present invention, a fiber-shaped decorative block of a predetermined shape or block can be formed on the outer casing of the electric-through device, so that the casing exhibits a texture and aesthetics different from that of a conventional device. At the same time, through the reinforcing effect of the special material of the fiber woven piece, the rigidity and wear resistance of the shell body can be better than the past, and because the fiber woven piece has the characteristics of light weight, good thermal conductivity and conductivity, The design of the housing structure of the above-mentioned electric communication device is more light and thin, and at the same time, the heat dissipation effect is good, the receiving is clear, the electromagnetic wave is not easily interfered by the outside, and the user is affected by the emitted electric wave to cause health hazard equivalent. The embodiments of the present invention will be further described below with reference to the drawings, and the following examples are used to clarify the present invention, and are not intended to limit the scope of the present invention, and anyone skilled in the art can not deviate from the creation. Within the spirit and scope, when some changes and refinements can be made, the scope of protection of this creation is subject to the definition of the patent application scope attached. [Embodiment] Please refer to the first figure, which is a schematic diagram of the present embodiment. In this embodiment, a mobile phone case 10 is taken as an example. The top of the mobile phone case 10 is preset with an inlay area 11 . The inlaid area 11 is recessed with an inlay groove 111 embedded in the slot 111 and embedded in the slot 111. Fiber woven sheet 20. Please also refer to the second figure, which is a cross-sectional view of the first figure along line A-A. The size and thickness of the fiber woven sheet 20 can be set corresponding to the fitting groove 111, and is not particularly limited. The upper surface 201 of the fiber woven sheet 20 can be aligned, protruded or recessed with the upper surface 101 of the casing 10 of the mobile phone after being embedded. When the fiber woven piece 20 is inlaid, it can be fixed to the embedded groove 111 by an adhesive.
本創作中之纖維編織片20，可為碳纖維、玻璃纖維、 克拉纖維，或其他相類纖維所編織之纖維布，再經過加工 所製成。經過編織後而具有特殊纖維紋路之纖維布，先浸 泡於樹脂中，待樹脂充分浸透該纖維布内層與表面後，進 行加壓與加熱之硬化步驟，藉以形成纖維薄板，而後將數 個纖維薄板，依需要壓製成預定厚度、形狀之纖維板。纖 維編織後所形成之紋路型式並沒有特別之限制，一般可為 8 M287568 網格狀之分佈排列。由於該紋路略呈立體狀，透過光線之 反射，可呈現不同紋路之陰影與線條變化，遠較一般單色 之塑膠或合金外殼炫麗美觀。 請參閱第三圖，該圖係本創作第二實施例之示意圖。 本創作中預定設置之鑲嵌區域，其大小或形狀並沒有特別 的限制。如前實施例所述，當鑲嵌區域較小時，可鑲嵌以 各種形狀之纖維編織飾片，增加該設備外殼之質感與美觀 性，並可部分加強該殼體之散熱性與導電性。此外，鑲嵌 區域之大小亦可如本實施例擴及整個手機殼體30之全部 表面，而於手機殼體30表面設置涵蓋整個表面之嵌設槽 31，並於嵌設槽31鑲嵌以相對應大小之纖維編織片32， 形成一表面完全呈現纖維編織紋路之殼體構型。纖維編織 片32亦可依手機殼體30表面構型直接鑲嵌，而未先開設 有嵌設槽31。鑲嵌以纖維編織片32後，一方面可藉由纖 維特殊之編織紋路呈現一種炫麗、與眾不同之質感，一方 面則因纖維材質之使用，使本創作電通設備之外殼，更增 加其堅固性、耐磨性、導熱性與導電性，因而可集合多種 習知材質之優良特性於一身，達到美觀、精緻與堅固之目 的0 請參閱第四圖，該圖係本創作第三實施例之示意圖。 本創作中之鑲嵌區域，亦可如本實施例設置成一穿孔狀之 透窗4卜手機殼體40上表面401沿該透窗41延伸突出有 一鑲嵌凸板42，該纖維編織片20則係接設於鑲嵌凸板42 下方所設之一接設面421上。纖維編織片20接設時可藉由 9 M287568 一黏著劑或其他固定元件固定於接設面421上。本實施例 可進一步變形如第五圖所示之第四實施例，於手機殼體40 下表面402沿該透窗41延伸突出有一鑲嵌凸板43，該纖 維編織片20則係接設於鑲嵌凸板43上方所設之一接設面 431上，而該纖維編織片20亦可藉由一黏著劑或其他固定 元件固定於接設面431上。 請參閱第六圖，該圖係本創作第五實施例之示意圖。 本實施例中，鑲嵌區域亦設置成一穿孔狀之透窗51，手機 殼體50上表面501沿該透窗51延伸突出有一鑲嵌凸板 52，該纖維編織片20則係接設於鑲嵌凸板52下方所設之 一接設面521上。為使纖維編織片20之組設更為方便，且 組設後更為穩固，手機殼體50下表面502可進一步沿透窗 51延伸突出有一卡掣凸緣53，使纖維編織片20可由手機 殼體50所設透窗51之下方，向上卡掣裝設於透窗51中之 鑲嵌凸板52與卡掣凸緣53之間。 請同時參閱第七圖與第八圖，該二圖分別係本創作之 第六實施例與第七實施例。本創作中之電通設備，可包括 一般常見之電子資訊產品與通訊設備，例如：MP3隨身聽、 個人數位助理（PDA)、電子辭典、電子遊戲機或是手機、 無線電、家用電話，但並不僅限於此。於第六實施例中， 當電通設備為MP3隨身聽殼體60時，其可在預定之鑲嵌 區域中鑲嵌以一纖維編織片61，而於第七實施例中，當電 通設備為PDA殼體70時，則可在PDA殼體70下半部預 定之鑲嵌區域中鑲嵌以一纖維編織片71。因此，藉由本創 10 M287568 ' ，’可依據所欲設計之美觀性需求，以前述不同之鑲與1 式，鑲嵌以不同大小、不同 表甘入方 成本創作美觀、精緻與堅固之二。^之纖維編織片，達 【圖式簡單說明】 第一圖係本創作實施例之示意圖。 第二圖係第一圖沿A_A線之剖視圖。 • 第三圖係本創作第二實施例之示意圖。 第四圖係本創作第三實施例之示意圖。 第五圖係本創作第四實施例之示意圖。 第六圖係本創作第五實施例之示意圖。 苐七圖係本創作第六實施例之示意圖。 ' 弟八圖係本創作第七實施例之示意圖。 11鑲嵌區域 32 纖維編織片 1 【主要元件符號說明】 10 手機殼體 101 上表面 m 嵌設槽 20 纖維編織片 201上表面 30 手機殼體 31 嵌設槽 M287568 40 手機殼體 401 上表面 402 下表面 41 透窗 42 鑲嵌凸板 421 接設面 43 鑲嵌凸板 431 接設面 50 殼體 501 上表面 502 下表面 # 51 透窗 52 錶後凸板 521 接設面 53 卡掣凸緣 60 MP3隨身聽殼體 61 嵌設槽 62 纖維編織片 70 PDA殼體 71 嵌設槽 72 纖維編織片The fiber woven sheet 20 in the present invention may be made of carbon fiber, glass fiber, carat fiber, or other fiber cloth woven by similar fibers, and then processed. A fiber cloth having a special fiber texture after weaving is first immersed in a resin, and after the resin sufficiently saturates the inner layer and the surface of the fiber cloth, a hardening step of pressurizing and heating is performed to form a fiber sheet, and then a plurality of fiber sheets are formed. A fiberboard of a predetermined thickness and shape is pressed as needed. The pattern of the texture formed after the fiber is woven is not particularly limited, and is generally arranged in a grid of 8 M287568 grid. Because the grain is slightly three-dimensional, it can reflect the shadows and lines of different lines through the reflection of light, which is far more beautiful than the plastic or alloy casing of ordinary monochrome. Please refer to the third figure, which is a schematic diagram of the second embodiment of the present creation. The mosaic area to be set in this creation is not particularly limited in size or shape. As described in the previous embodiment, when the inlaid area is small, the fiber woven pieces of various shapes can be inlaid to increase the texture and aesthetics of the outer casing of the device, and the heat dissipation and electrical conductivity of the casing can be partially enhanced. In addition, the size of the inlaid area can be extended to the entire surface of the entire mobile phone case 30 as in this embodiment, and the embedded groove 31 covering the entire surface is disposed on the surface of the mobile phone case 30, and is embedded in the embedded groove 31. The correspondingly sized fiber woven sheets 32 form a shell configuration in which the surface completely exhibits a fiber woven texture. The fiber woven sheet 32 can also be directly inlaid according to the surface configuration of the mobile phone casing 30 without first having an embedded groove 31. After being inlaid with the fiber woven piece 32, on the one hand, the special woven texture of the fiber can present a dazzling and distinctive texture, and on the other hand, the use of the fiber material makes the outer casing of the creation electric device more rigid. Wear resistance, thermal conductivity and electrical conductivity, so that it can combine the excellent characteristics of many conventional materials to achieve the purpose of beauty, exquisiteness and sturdiness. Please refer to the fourth figure, which is a schematic diagram of the third embodiment of the present creation. . The inlaid area of the present invention can also be arranged as a perforated window 4 as shown in this embodiment. The upper surface 401 of the mobile phone case 40 protrudes along the through window 41 and has an inlaid convex plate 42. The fiber woven piece 20 is attached. It is connected to one of the connecting faces 421 provided below the inlaid convex plate 42. When the fiber woven piece 20 is connected, it can be fixed to the connecting surface 421 by an adhesive or other fixing member of 9 M287568. In this embodiment, the fourth embodiment shown in FIG. 5 can be further modified. An inlaid convex plate 43 is extended along the through window 41 on the lower surface 402 of the mobile phone casing 40. The fiber woven piece 20 is connected to the optical fiber woven piece 20 One of the connecting faces 431 is disposed above the inlaid convex plate 43, and the fiber woven piece 20 can also be fixed to the connecting surface 431 by an adhesive or other fixing member. Please refer to the sixth figure, which is a schematic diagram of the fifth embodiment of the present creation. In this embodiment, the inlaid region is also provided as a perforated window 51. The upper surface 501 of the mobile phone casing 50 extends along the through window 51 to protrude an inlaid convex plate 52. The fiber woven piece 20 is attached to the inlaid convex portion. One of the plates 52 is disposed below the plate 52. In order to make the assembly of the fiber woven piece 20 more convenient and more stable after assembly, the lower surface 502 of the mobile phone case 50 can further extend along the through window 51 to protrude with a click flange 53 so that the fiber woven piece 20 can be The mobile phone case 50 is disposed below the through window 51, and is disposed between the inlaid convex plate 52 and the click flange 53 of the through window 51. Please refer to the seventh and eighth figures, which are the sixth embodiment and the seventh embodiment of the present invention, respectively. The telecommunications equipment in this creation may include common electronic information products and communication equipment such as MP3 players, personal digital assistants (PDAs), electronic dictionaries, electronic game machines or mobile phones, radios, home phones, but not only Limited to this. In the sixth embodiment, when the electrical device is the MP3 player housing 60, it can be embedded with a fiber woven sheet 61 in a predetermined mosaic region, and in the seventh embodiment, when the electrical device is a PDA housing At 70 o'clock, a fiber woven piece 71 can be embedded in a predetermined inlaid area of the lower half of the PDA case 70. Therefore, with the creation of the 10 M287568 ', ' according to the aesthetic needs of the desired design, the above-mentioned different inlays and 1 style, inlaid with different sizes, different table entry costs to create beautiful, refined and sturdy. ^The fiber woven piece, up to [Simplified description of the drawings] The first figure is a schematic diagram of the present embodiment. The second drawing is a cross-sectional view of the first figure taken along line A_A. • The third figure is a schematic diagram of the second embodiment of the present creation. The fourth figure is a schematic diagram of the third embodiment of the present creation. The fifth drawing is a schematic view of the fourth embodiment of the present creation. The sixth drawing is a schematic view of the fifth embodiment of the present creation. The seventh diagram is a schematic diagram of the sixth embodiment of the present creation. 'The eighth figure is a schematic diagram of the seventh embodiment of the present creation. 11 mosaic area 32 fiber woven piece 1 [Main component symbol description] 10 mobile phone case 101 upper surface m embedded groove 20 fiber woven piece 201 upper surface 30 mobile phone case 31 embedded groove M287568 40 mobile phone case 401 Surface 402 Lower surface 41 Transmissive window 42 Inlaid convex plate 421 Connecting surface 43 Inlaid convex plate 431 Connecting surface 50 Housing 501 Upper surface 502 Lower surface # 51 Transmissive window 52 Rear convex plate 521 Connecting surface 53 Clamping flange 60 MP3 Walkman Housing 61 Inserting Groove 62 Fiber Braiding Sheet 70 PDA Housing 71 Embedding Groove 72 Fiber Braid
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