M442588 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種一體成型之手機殼體結構，特別是 指該手機殼體内面與天線及結合構件複合成一體化結構。 【先前技術】 按，一般天線模組設於手機殼體之結構，主要藉由在手 •機殼體外面預設缺槽或缺口供安裝天線模組，或以螺检鎖人 鲁手段將天線模組結合於手機殼體外面，然而，上述天線彳莫组 與手機殼體的結合製程，尚需對兩者進行結合前加工及#人 後加工等工序，而有製程複雜之問題’且設於手機殼體外面 的天線模組也容易因使用摩擦而剝落。 為此，本案創作人提出如第1圖所示之一種3C產品殼 體複合天線結構，該殼體具有一主層10，該主層10是由複 數層預浸樹脂之碳纖維層11組成’如第2圖所示，該主層 籲11鄰近該殼體表面之層體為固設有天線模組之一天線層 12,且該殼體藉由將該碳纖維層11與天線層12相互層疊於 一模具A之模穴A1後，再以一密封膜B外套整體密封成型 者。 惟如此結構雖可將天線模組與手機殼體形成一體成塑 結構，簡化製程同時增加兩者的結合結構強度，但碳纖維具 有極佳的電磁遮蔽效果，致使天線模組若成形於手機殻體内 面將失去其功效，從而限制天線模組與手機殼體的結合結構 3 M442588 形態，此外，如此手機殼體複合天線結構並無法在一體成型 製程中，同時於殼體内部成形可供組裝電子零件用之結合結 構，實有改良之必要者。 【新型内容】 本創作之目的在於提供一種手機殼體複合天線與結合 構件之一體化結構，該手機殼體主要具有由非導電纖維之複 數纖維層相互層疊，以及該複纖維層經含浸結合膠成形於主 層表面之結合膠層所組成，本創作藉由在該結合膠層固化前 預設天線及結合構件，待該結合膠固化後，達到將前述構件 結合成一體成型手機殼體結構之目的。 緣是，為達上述目的，依據所提供之一種手機殼體複合 天線與結合構件之一體化結構，包括：本體，為非導電維纖 層結構，該本體具有複數纖維層相互層疊黏合成一體且成形 有相對之一第一面及一第二面，令該第一面上固化成形出一 結合膠層；至少一天線模組，成形為平板狀結構，該天線模 組係預設於該本體第一面上；複數結合構件，具有相對兩端 部，一端部成形為一結合部預設於該本體的結合膠層内，並 於該結合膠層固化後與結合膠層結合成一體，另端部成形為 一組接部突出於該結合膠層。 是以，本創作透過該由非導電纖維構成之本體，令該天 線模組可依所需設於手機殼體的内面或外面，增加兩者的結 合形態，又藉由將纖維層含浸結合膠而形成該結合膠層，並 M442588 於結合膠IU倾_域独料合構件 組與本體的結合結_度，同時在 天線模 =:=:簡化手機殼體複合天線模組之製程， ^:、有高結構強度、結合構件穩紐高之手機殼體 1關於本創作為達成上述目的，所採用之 其他^效’較針行實關並配合圖式詳細 【實施方式】 首先，請以第3圖配合第4圖觀之，本創 手機殼體複合天線斑社入構件 供種 例，之一體化結構的較佳實施 h手機设體主要包括本體2〇、至 數結合構件40,其中： 天線模組30及複 ^本體20’如第4圖所示具有複數纖維層_互層疊 a成一體’且該本體2〇形有相對之一第一面2〇ι及一第 =202 ’令該第-面上固化成形出—結合膠層；於本實施 ’該纖維層21係由玻璃纖維、天然纖維、化學纖維或 曰化學混紡_等_電賴構成之層結構，且該本體Μ :由該複數纖維層21經由預浸結合膠入模成型者，令該结 合膠於該纖維層2!表面固化形成該結合膠層22 ; 該天線模組30,如第3、4圖所示成形為平板狀結構， 以天線模組3〇係預設於該本體2〇第—面2〇1及該結 22之間； 5 該複數結合構件40 ’如第3、4圖所示，係設於該本體 20上供固定安裝一電子零件50 ’該結合構件40主要具有相 對兩端部，一端部成形為一結合部41預設於該本體20的結 合膠層22内，並於該結合膠層固化後與結合膠層結合成一 體，另端部成形為一組接部42凸設於該結合膠層22上； 於本實施例中’該结合構件40主要成形為柱體結構， 其中，如第4圖左侧所示，該結合構件40係成形為實心柱 體，供穿置該電子零件50之複數組設孔51，以達安裝之功 能；又如第4圖右側所示’該結合構件40的組接部42凹設 成形一鎖結孔421，令對應該電子零件50組設孔51數量的 複數鎖結件422，先穿置該組設孔51後與該結合構件4〇鎖 結孔421鎖結，以達固定該電子零件50之目的。 綜上所述，本創作手機殼體複合天線與結合構件之一體 化結構透過前述結構，具有下列功效： 1、 本創作手機殼體結合構件40主要由非導電纖維，使 該天線模組30可依所需安裝在手機殼體的内面或外面，達 到減少天線模組30與手機殼體結合結構之限制； 2、 本創作手機殼體經由將纖維|21含浸結合膠以 供結合天線模組30盘站人拔从/1 Λ '、、〜合構件40的結合膠 人 固化後，達到確實結合 隹膠 有簡化手機殼體製程午〇不僅具 Κ優勢’更能提具有高 構件40穩定性高之手 稱強度叩合 機喊體複合天線與結合構件之-體化 M442588 結構。 【圖式簡單說明】 第1圖習知手機殼體複合天線結構分解示意圖。 第2圖習知手機殼體複合天線結構剖視示意圖。 第3圖本創作手機殼體複合天線與結合構件之分解結構示 意圖。 第4圖本創作手機殼體複合天線與結合構件之一體化結構 剖視不意圖。 【主要元件符號說明】 《習知》 主層10 天線層12 模具A 密封膜B 《本新型》 本體20 第二面202 結合膠層22 結合構件40 組接部42 鎖結件422 電子零件50 碳纖維層11 模穴A1 第一面201 纖維層21 天線模組30 結合部41 鎖結孔421 組設孔51 7M442588 V. New description: [New technical field] This creation is about an integrated mobile phone case structure, especially the inner surface of the mobile phone case and the antenna and the joint member are integrated into an integrated structure. [Prior Art] Press, the general antenna module is arranged in the structure of the mobile phone case, mainly by installing a missing slot or a notch on the outside of the hand casing for mounting the antenna module, or by means of a screw check The antenna module is combined with the outer casing of the mobile phone. However, the combination process of the antenna assembly and the mobile phone casing requires a combination of pre-processing and post-processing, and has complicated process problems. 'The antenna module that is placed outside the phone case is also easily peeled off due to friction. To this end, the creator of the present invention proposes a 3C product casing composite antenna structure as shown in Fig. 1, the casing having a main layer 10 composed of a plurality of layers of prepreg resin carbon fiber layer 11 As shown in FIG. 2, the layer of the main layer 11 adjacent to the surface of the casing is an antenna layer 12 for fixing an antenna module, and the casing is laminated on the carbon fiber layer 11 and the antenna layer 12 by After the mold A1 of the mold A, the mold is integrally sealed with a sealing film B. However, the structure of the antenna module and the mobile phone case can be integrated into a plastic structure, which simplifies the process and increases the combined structural strength of the two, but the carbon fiber has an excellent electromagnetic shielding effect, so that the antenna module is formed in the mobile phone case. The inner surface will lose its function, thereby limiting the form of the M442588 combination of the antenna module and the mobile phone case. In addition, the composite antenna structure of the mobile phone case cannot be formed in the integral molding process at the same time. The combination of the assembly of electronic components is necessary for improvement. [New content] The purpose of the present invention is to provide an integrated structure of a composite antenna of a mobile phone casing and a combined member, the mobile phone casing mainly having a plurality of fiber layers of non-conductive fibers laminated to each other, and the composite fiber layer is impregnated The adhesive is formed by combining the adhesive layer formed on the surface of the main layer. The present invention pre-sets the antenna and the bonding member before the bonding layer is cured. After the bonding adhesive is cured, the above-mentioned components are combined into an integrally formed mobile phone case. The purpose of the body structure. The edge is that, in order to achieve the above object, according to the integrated structure of the composite antenna and the connecting member of the mobile phone casing, the main body comprises a non-conductive fiber layer structure, and the body has a plurality of fiber layers laminated and bonded to each other. And forming a first surface and a second surface opposite to each other, so that the first surface is solidified to form a bonding layer; at least one antenna module is formed into a flat structure, and the antenna module is preset to the The first surface of the main body; the plurality of joint members have opposite end portions, and one end portion is formed into a joint portion which is preset in the adhesive layer of the body, and is integrated with the adhesive layer after the adhesive layer is cured. The other end is shaped such that a set of joints protrude from the adhesive layer. Therefore, the present invention is configured such that the antenna module can be disposed on the inner surface or the outer surface of the mobile phone casing as needed, thereby increasing the bonding form of the two, and impregnating the fiber layer by impregnation. Glue to form the bonding layer, and M442588 in the bonding IU _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ ^:, the mobile phone casing 1 with high structural strength and high stability of the combined components. With regard to the above-mentioned purpose, the other effects adopted by the present invention are more detailed than the actual implementation of the drawings. Please refer to Figure 4 in conjunction with Figure 4, the mobile phone case composite antenna spot into the component for the example, the better implementation of the integrated structure h mobile phone body mainly includes the body 2〇, the number of combined components 40, wherein: the antenna module 30 and the body 20' have a plurality of fiber layers as shown in FIG. 4, and are stacked one on another, and the body 2 has a first surface opposite to the first surface. =202 'The surface is solidified and formed into a bonded layer; in this embodiment' The fiber layer 21 is a layer structure composed of glass fiber, natural fiber, chemical fiber or bismuth chemical blend, and the body Μ: the plurality of fiber layers 21 are molded into the mold by prepreg bonding. The bonding layer 22 is formed by curing the bonding layer on the surface of the fiber layer 2; the antenna module 30 is formed into a flat structure as shown in FIGS. 3 and 4, and the antenna module 3 is preset to the body 2 Between the first face 2 〇 1 and the knot 22; 5 the plurality of joint members 40 ′ as shown in FIGS. 3 and 4 are attached to the body 20 for fixed mounting of an electronic component 50 ′ The opposite ends are formed, and one end portion is formed as a joint portion 41 which is preset in the adhesive layer 22 of the body 20, and is integrated with the adhesive layer after the adhesive layer is cured, and the other ends are formed into a group. The joint portion 42 is protruded from the adhesive layer 22; in the embodiment, the joint member 40 is mainly formed into a column structure, wherein the joint member 40 is formed into a solid column as shown on the left side of FIG. a body for inserting the plurality of holes 51 of the electronic component 50 to achieve the function of installation; The assembly portion 42 of the coupling member 40 is recessed and formed with a locking hole 421, so that the plurality of locking members 422 corresponding to the number of the holes 51 are arranged in the electronic component 50, and the grouping holes are first inserted. After 51, the coupling member 4 is locked with the locking hole 421 for the purpose of fixing the electronic component 50. In summary, the integrated structure of the composite antenna and the connecting member of the mobile phone casing has the following effects through the foregoing structure: 1. The original mobile phone casing coupling member 40 is mainly made of non-conductive fibers, so that the antenna module 30 can be installed on the inner surface or the outer surface of the mobile phone case as needed to reduce the limitation of the structure of the antenna module 30 and the mobile phone case; 2. The original mobile phone case is impregnated with fiber|21 In combination with the antenna module 30, the panel is pulled out from the /1 Λ ', and the combined component 40 is cured by the bonding glue, and the combination of the silicone rubber has a simplified mobile phone casing process, and the advantage is not only better. The high-strength member 40 has a high stability, and the strength of the hand-wound body is combined with the body-assembled M442588 structure. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic exploded view of a composite antenna structure of a mobile phone case. FIG. 2 is a schematic cross-sectional view showing the structure of a composite antenna of a mobile phone case. Fig. 3 is a schematic view showing the exploded structure of the composite antenna and the coupling member of the present invention. Fig. 4 is a schematic cross-sectional view of the integrated structure of the composite antenna of the mobile phone case and the coupling member. [Main component symbol description] "Knowledge" Main layer 10 Antenna layer 12 Mold A Sealing film B "This new type" Body 20 Second side 202 Bonding layer 22 Bonding member 40 Assembly part 42 Locking piece 422 Electronic part 50 Carbon fiber Layer 11 cavity A1 first face 201 fiber layer 21 antenna module 30 joint portion 41 lock hole 421 set hole 51 7