201134366 六、發明說明： 【發明所屬之技術領域】 本發明係有關-種電子產品金屬外殼與塑合結 構，尤指一種應用膠帶連接電子產品I 、 組合結構設計。 “屬外殼與塑朦件的 【先前技術】 現今消費電子產品’例如筆記電 隨身聽、汽車導航器等 動電活、數位 而塑膠材質相對於金屬材質==構成外殼’然 因此作為消費電子產。w ±者剛性不足的問題’ 補強結構’如此導致消費電;:二::力::度= 礙熱傳遞散熱機制。因此，現今已經有許=電= 改抓用衫金、鎂合金或其他金屬 外殻具有剛性佳、厚户帛…林a %種屬 金屬表面光㈣美 ΐ外殼内部，或元請，印刷電路板)組裝在金 何在極薄的金屬外Μ實面：设:了：：设相互結合時’如 卜外又貫施出螺絲孔或卡鉤機構，以揾供蟫 絲％知鎖合’遂成為一項棘手的技術問題:、 上膠機直接將/又貫施螺絲孔或卡鉤機構等結構，係使用 點膠^直接將_塗抹在金屬外殼選定處，再將具有至少 /螺二或卡夠機構的塑膠件黏著在金屬外殼的黏膠上， 如:Ϊ著St連接金屬外殼與塑膠件；但此種使用黏膠直 接黏者卜殼與轉件的減減強衫足、施作方式 費 、易^生螺絲鎖緊時導致塑膠件被扭轉脫落的 201134366 情況。另一種金屬外殼實施螺絲孔的結構，先對金屬外殼 選定處實施表面處理，使金屬外殼表面具有微小孔洞，再 以嵌入射出成型方式將塑膠件直接成型在該表面，如此雖 然可以使塑膠件與金屬外殼結合，但實施表面處理的程序 相對複雜，不能降低製造成本。 另外，習知塑膠件以嵌入射出成型方式結合在金屬外 殼的嵌入處或表面處理部位的製程，都必需將金屬外殼放 入射出成型模具内，單一種射出成型模具只能匹配單一種 金屬外殼形狀，只要金屬外殼形狀或尺寸稍微改變，就必 須另外開發模具，如此致使產品製造成本高昂，製造方式 不能靈活變化，因而不適合將金屬外殼實施在小量多樣化 的生產模式。 【發明内容】 本發明主要目的，係在提供一種電子產品金屬外殼與 塑膠件組合結構，其藉由金屬外殼、塑膠元件及吸收有接 著劑的膠帶組合結構設計，致使電子產品的金屬外殼與塑 膠元件之間通過膠帶相互黏著連接，可以達到金屬外殼與 塑膠元件穩固結合、防止塑膠元件剝離、及降低成本之目 的。 本發明次要目的，係在提供一種電子產品金屬外殼與 塑膠件組合結構，藉由吸收有接著劑的膠帶設計，可以方 便射出成型（或押出成型）塑膠元件，再將塑膠元件通過 膠帶黏著在金屬外殼，以達到製造方式靈活、適合金屬外 殼多樣化生產之目的。 為達到上述目的，本發明電子產品金屬外殼與塑膠件 201134366 組合結構之實施内容係包含：一金屬外殼，及至少一黏著 在金屬外殼的塑膠元件，其特徵在於：該金屬外殼與該塑 膠元件之間通過一膠帶相互黏著連接，該膠帶為吸附材質 經過吸收（塗佈、喷塗或印刷方式）活化金屬及塑膠之第 一接著劑，並經過第一接著劑凝固後所構成。 其中，上述該膠帶的吸附材質為軟性的紡織品、不織 布、玻璃纖維或紙質其中之一種。該吸附材質經過塗佈、 喷塗或印刷方式將活化金屬及塑膠之第一接著劑作用於吸 $ 附材質之後，採取一面再實施有一層第二接著劑，並在第 ' 二接著劑表面貼覆一離形紙，以使膠帶可以入庫存放備用 。該金屬外殼為鋁合金、鎂合金、鈦之其中一種或其組合 。該塑膠元件為嵌入射出成型（或押出成型）黏著在該膠 帶。該塑膠元件為具有螺絲鎖孔或卡鉤機構的塑膠結構體 〇 藉上述本發明電子產品金屬外殼與塑膠件組合結構設 計，將能夠達到金屬外殼與塑膠元件穩固結合、防止塑膠 Φ 元件剝離、降低成本、製造方式靈活快速、以及適合金屬 外殼多樣化生產的功效。 【實施方式】 茲依附圖實施例將本發明之結構特徵及其他之作用、 目的詳細說明如下： 如第一圖、第二圖及第三圖所示，本發明電子產品金 屬外殼與塑膠件組合結構，其較佳的實施例係包含有：一 電子產品的金屬外殼1，以及至少一黏著在金屬外殼1内 面或其他選定面的塑膠元件2。其特徵在於：該金屬外殼 201134366 1與該塑膠元件2之間通過一膠帶3相互黏著連接，該膠 帶3係為片狀的吸附材質經過吸收第一接著劑，並經過第 一接著劑凝固後所構成。另外，該金屬外殼丄可以為鋁合 金、鎂合金、鈦合金之其中一種或其組合。該塑膠元件2 可以為嵌入射出成型（或押出成型）黏著在該膠帶3，該 塑膠元件2可以為具有螺絲鎖孔21 (或卡鉤機構）的塑膠 結構體，藉此組成電子產品金屬外殼與塑膠件組合的結構 如第五圖所示，上述該膠帶3的吸附材質可為軟性的 紡織品、不織布、玻璃纖維或紙質其中之一種。而該第一 接著劑可以是常溫反應型接著劑、熱反應型接著劑或光反 應型接著劑其中之-種或其組合，如此可以使膠帶3的吸 附材質（紡織品、不織布、玻璃纖維或紙質）吸收（採用 塗佈、喷塗或印刷方式）第—接著劑，並經第—接著劑凝 固後，再捲繞成圓筒狀，以提供需要黏著金屬外殼1與 膠元件2之時拉出使用。 如第四圖所示，本發明電子產品金屬外殼與塑膠件組 合結構的實施方法，可以預先剪取—段面積大於塑膠元件 2的，帶3 ’然後切膠帶3貼覆在金屬外殼2内面或其 他，疋面’再通過黏著、加熱或光照方式使膠帶3的第一 接著劑黏著在金屬外殼1;也可以在貼覆在金屬外殼k f，再一次在該膠帶3的一面塗佈、噴塗或印刷有第一接 者劑’㈣將膠帶3貼覆在金屬外殼；[内面或其他選定面 著著、加熱或光照方式使膠帶3的第-接著劑黏 者在该金料殼i。通過上述方法完成膠帶3黏貼步驟之 201134366 後，再於該金屬外殼1實施嵌入射出成型或押出成型，使 塑膠元件2成型在膠帶3的表面，該射出成型或押出成型 的塑膠元件2將被膠帶3的第一接著劑黏著，藉此完成金 屬外殼與塑膠件組合的製程。 如第六圖所示，為了能使膠帶3具有自黏功能，以方 便黏貼在金屬外殼1，上述該膠帶3的一面可以塗佈有一 層第二接著劑4，該第二接著劑4的表面再貼覆一層離形 紙5。如此可以利用第二接著劑4將膠帶3貼覆在金屬外 • 殼1内面或其他選定面，再於金屬外殼1實施嵌入射出成 型或押出成型，使塑膠元件2成型在膠帶3的表面，該射 出成型或押出成型的塑膠元件2同樣將被膠帶3的第一接 著劑黏著，藉此完成金屬外殼與塑膠件組合的製程。 藉由本發明電子產品金屬外殼與塑膠件組合設計，係 使塑膠元件2通過膠帶3黏著在金屬外殼工内面或其他選 定面，將能夠達到金屬外殼！與塑膠元件2穩固結合，及 防止塑膠TL件2剝離的功效。而且相對於習知金屬外殼實 擊施表面處理後再射出成塑膠件的方式，本發明通過膠帶3 黏著金屬外殼1與塑膠元件2，將能節省煩瑣的表面處理 程序，達到降低製造成本的功效。 ’本發明該膠帶3也可以201134366 VI. Description of the Invention: [Technical Field] The present invention relates to a metal casing and a plastic structure of an electronic product, and more particularly to an application of a tape-connected electronic product I and a combined structure design. "Previous technology of the outer casing and plastic parts" Today's consumer electronics products such as notebook electric walkman, car navigator, etc., digital and plastic materials relative to metal materials == constitute the outer casing', so as a consumer electronics w± The problem of insufficient rigidity 'Reinforcement structure' causes electricity consumption; 2:: Force:: Degree = heat transfer heat dissipation mechanism. Therefore, nowadays there is already a = electric = change to use gold, magnesium alloy or Other metal casings have good rigidity, thick households... Forest a% species metal surface light (four) Meilu shell interior, or yuan please, printed circuit board) assembled in gold in the extremely thin metal outer surface: set: : When combining with each other, the screw hole or the hook mechanism is applied to the outside, and the 揾 % % 知 知 知 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂The structure of the hole or the hook mechanism is directly applied to the selected portion of the metal casing by using the glue, and then the plastic member having at least the screw/card mechanism is adhered to the adhesive of the metal casing, such as: St connects the metal case to the plastic piece; but this The use of adhesive directly adheres to the shell and the rotating parts, the reduction of the strength of the shirt, the method of application, and the ease of the screw when the screw is tightened, which causes the plastic part to be twisted off. The other metal shell is configured with a screw hole. Firstly, the surface of the metal casing is subjected to surface treatment to make the surface of the metal casing have minute holes, and then the plastic component is directly formed on the surface by insert injection molding, so that although the plastic component can be combined with the metal casing, the surface treatment procedure is implemented. It is relatively complicated and cannot reduce the manufacturing cost. In addition, the conventional plastic parts are embedded in the embedding or surface treatment part of the metal casing in an injection molding manner, and the metal casing must be placed into the molding die, and the single injection molding die It can only match the shape of a single metal casing. As long as the shape or size of the metal casing is slightly changed, the mold must be developed separately. This makes the product expensive to manufacture and the manufacturing method cannot be flexibly changed. Therefore, it is not suitable for the metal casing to be produced in a small amount of production. Mode. SUMMARY OF THE INVENTION The invention provides an electronic product metal casing and a plastic component combination structure, which is designed by a metal casing, a plastic component and an adhesive tape absorbing structure, so that the metal casing and the plastic component of the electronic product are adhered to each other through the tape. The connection can achieve the purpose of firmly bonding the metal casing and the plastic component, preventing the plastic component from being peeled off, and reducing the cost. The secondary object of the present invention is to provide a combination structure of a metal casing and a plastic component of an electronic product, by absorbing an adhesive. The tape design can facilitate the injection molding (or extrusion molding) of the plastic component, and then the plastic component is adhered to the metal casing through the tape to achieve a flexible manufacturing method and suitable for the diversified production of the metal casing. To achieve the above object, the electronic product of the invention The metal shell and the plastic part 201134366 are configured to include: a metal shell, and at least one plastic component adhered to the metal shell, wherein the metal shell and the plastic component are adhesively connected to each other by a tape, Tape is the adsorption material The first adhesive of the metal and plastic is activated by absorption (coating, spraying or printing) and is formed by solidification of the first adhesive. Wherein, the adhesive material of the tape is one of soft textile, non-woven fabric, glass fiber or paper. The adsorbed material is coated, sprayed or printed to apply the first adhesive of the activated metal and plastic to the attached material, and then a layer of the second adhesive is applied and the surface of the second adhesive is applied. Cover a release paper so that the tape can be placed in stock for later use. The metal casing is one of aluminum alloy, magnesium alloy, titanium or a combination thereof. The plastic component is adhered to the tape by insert injection molding (or extrusion molding). The plastic component is a plastic structural body having a screw locking hole or a hooking mechanism. The above-mentioned electronic product metal casing and plastic component combination structure design of the invention can stably achieve the solid combination of the metal casing and the plastic component, and prevent the plastic Φ component from being peeled off and lowered. Cost, flexible manufacturing methods, and the ability to diversify the production of metal casings. [Embodiment] The structural features and other functions and purposes of the present invention are described in detail below with reference to the accompanying drawings. As shown in the first, second and third figures, the metal casing and the plastic part of the electronic product of the present invention are combined. The preferred embodiment of the structure comprises: a metal casing 1 of an electronic product, and at least one plastic component 2 adhered to the inner surface of the metal casing 1 or other selected surface. The metal shell 201134366 1 and the plastic component 2 are adhesively connected to each other by a tape 3, wherein the adhesive material of the sheet is absorbed by the first adhesive and solidified by the first adhesive. Composition. Further, the metal casing 丄 may be one of aluminum alloy, magnesium alloy, titanium alloy or a combination thereof. The plastic component 2 can be adhered to the tape 3 by insert molding (or extrusion molding), and the plastic component 2 can be a plastic structure having a screw locking hole 21 (or a hook mechanism), thereby forming an electronic product metal casing and The structure of the plastic component combination is as shown in FIG. 5, and the adhesive material of the tape 3 may be one of soft textile, non-woven fabric, glass fiber or paper. The first adhesive may be a normal temperature reactive type adhesive, a heat reactive type adhesive or a photoreactive type adhesive, or a combination thereof, so that the adhesive material of the tape 3 (textile, non-woven fabric, fiberglass or paper) can be used. Absorbing (using coating, spraying or printing) the first adhesive, and after being solidified by the first adhesive, and then wound into a cylindrical shape to provide a need to pull out the metal casing 1 and the adhesive component 2 use. As shown in the fourth figure, the method for implementing the combined structure of the metal shell and the plastic part of the electronic product of the present invention can be pre-cutted - the strip area is larger than the plastic element 2, the strip 3 ' and then the cut tape 3 is attached to the inner surface of the metal shell 2 or Otherwise, the kneading surface 'adhesively heats or illuminates the first adhesive of the adhesive tape 3 to the metal outer casing 1; it can also be applied to the metal outer casing kf, once again coated or sprayed on one side of the adhesive tape 3 Printing the first connector '(4) to attach the tape 3 to the metal casing; [the inner surface or other selected surface is worn, heated or illuminated so that the first adhesive of the tape 3 is adhered to the gold shell i. After the adhesive tape 3 pasting step 201134366 is completed by the above method, the metal casing 1 is subjected to insert injection molding or extrusion molding to form the plastic component 2 on the surface of the adhesive tape 3, and the injection molded or extruded plastic component 2 is to be taped. The first adhesive of 3 is adhered, thereby completing the process of combining the metal casing with the plastic component. As shown in the sixth figure, in order to enable the adhesive tape 3 to have a self-adhesive function for easy adhesion to the metal outer casing 1, one side of the adhesive tape 3 may be coated with a second adhesive 4, the surface of the second adhesive 4. A layer of release paper 5 is attached. Thus, the adhesive tape 3 can be attached to the inner surface of the metal outer casing 1 or other selected surface by the second adhesive 4, and the metal casing 1 can be embedded or injection molded to form the plastic component 2 on the surface of the adhesive tape 3. The injection molded or extruded plastic component 2 will also be adhered by the first adhesive of the adhesive tape 3, thereby completing the process of combining the metal outer casing with the plastic component. By combining the metal casing and the plastic part of the electronic product of the invention, the plastic component 2 is adhered to the inner surface of the metal casing or other selected surface through the adhesive tape 3, and the metal casing can be reached! It is firmly combined with the plastic component 2 and prevents the peeling of the plastic TL member 2. Moreover, the present invention can adhere to the metal casing 1 and the plastic component 2 through the adhesive tape 3 by means of the surface treatment of the conventional metal casing, and the utility model can save the troublesome surface treatment procedure and reduce the manufacturing cost. . The tape 3 of the present invention can also
另外如第七圖及第八圖所示，本發 先放入射出成型（或押出成型）模具内 射出成型在膠帶3的一面，利用 201134366 金屬外殼Μ面或其他敎面，不必將金料"敌 出成型模具内實施埋人射出成型方式，因此能夠達到製= 方式靈活、以及適合金屬外殼上多樣化生產的功效。 综上所述，本發明電子產品金屬外殼與塑膠純人姓 構，已確具實用性與創作性，技術手段之運用亦出於= 無疑，且功效與設計目的誠然符合，已稱合理進步至明。 為此，依法提出發明專利申請，惟騎肖局惠予詳審， 並賜准專利為禱，至感德便。 【圖式簡單說明】 第一圖為本發明較佳實施例之組合剖面圖。 第二圖為本發明較佳實施例之組合立體圖。 第二圖為本發明較佳實施例之分解立體圖A。 第四圖為本發明較佳實施例之分解立體圖B。 第五圖為本發明膠帶捲繞成圓筒之立體圖。 第六圖為本發明膠帶另一實施例之剖面圖。 第七圖為本發明膠帶預先成型塑膠元件之立體圖。 第八圖為本發明膠帶預先成型塑膠元件之黏貼動作圖。 【主要元件符號說明】 1金屬外殼 2 塑膠元件 21螺絲鎖孔 3 膠帶 4 第二接著劑 5 離形紙In addition, as shown in the seventh and eighth figures, the hair is first placed in the injection molding (or extrusion molding) mold and injection molded on one side of the tape 3, using the 201134366 metal casing to face or other kneading surface, without having to put the gold material " The embedded injection molding method is implemented in the enemy molding die, so that it can achieve the flexibility of the system and the diversified production on the metal casing. In summary, the metal shell of the electronic product of the invention and the pure surname of the plastic have been practical and creative, and the application of the technical means is also undoubtedly, and the effect is in line with the design purpose, and has been reasonably improved to Bright. To this end, the invention patent application was filed according to law, but the Xiu Xiaohui was given a detailed examination, and the patent was granted as a prayer. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a combined sectional view of a preferred embodiment of the present invention. The second figure is a combined perspective view of a preferred embodiment of the present invention. The second figure is an exploded perspective view A of a preferred embodiment of the present invention. The fourth figure is an exploded perspective view B of a preferred embodiment of the present invention. Figure 5 is a perspective view of the tape of the present invention wound into a cylinder. Figure 6 is a cross-sectional view showing another embodiment of the tape of the present invention. Figure 7 is a perspective view of a pre-formed plastic component of the tape of the present invention. The eighth figure is an adhesive action diagram of the pre-formed plastic component of the tape of the present invention. [Main component symbol description] 1 Metal case 2 Plastic element 21 Screw lock hole 3 Tape 4 Second adhesive 5 Release paper