M326710 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種内嵌天線，其特別係關於一種一體成形之平板 倒 F 型天線（Planar Invert-F Antenna，PIFA)。 【先前技術】 傳統上，主流的内嵌天線設計方式，包含單極（monopole)天線蛊 平板倒F型天線（PIFA)兩種形式，其中，平板倒？型天線之結構/包 括一平面矩形金屬片、一短路金屬板、一接地及一支撐結構，^該短 路至屬板與该接地係分別搞合於該平面矩形金屬片，並利用該支撐会士 構使該平面矩形金屬片可固定於一高度，由於該高度是影響該平^二 F型天線之頻寬範圍的重要參數，因此穩固平板倒F型天線之結' 矩形金屬片可固定於—高度’將對收發信號之品質產Ϊ極大 而-般平板倒F型天線之支觀構，是於該平面金屬片之表 設孔洞’以類似凸字狀之塑料支撐件由下往上穿設固定# 結構，為了使該支餅能確實固定該平面金屬y，該支撐件之頭= 須高於該平面金屬片之端面，使該平板倒F型天線可固定产欽 而，因為需將該支撐件能確實固定該平面金屬片，該 ^端： 2高於該=雜端面，而產生一定厚度的頭端二頭二 勢下’細端之厚度將成為業者再規劃電H產品内部空 考慮之因素，增加設計上的障礙，影響產品的競爭性。而、 再者，為了使該麵支撐件之補能方便穿過該平 其頭端設計不能太大’但此—設計又料致該顧亦由孔洞 離，使天線失效，因此，如中華民國專利公告第55_號專 之支撐結構」，即是針對㈣支撐件進行結構 丄“ 於改良後健需要-㈣支撐件，無法完全避免塑 缺失，且該㈣支撐狀製作及料辭面金以之製 5 M326710 i 、、泉衣作成本，右能排除使用塑料支撐元件， 的平板倒F型天線，將而提仏一體成形 肝J大輻挺幵该天線應用產品的競爭性。 【新型内容】 鑒於以上所知，本創作的主要 倒F型天線，可以省略習知平板倒^、==構體成形之平板 本創作之平板倒F型天線包括：一 人部耦合於該輕射部之正極；盘片狀2'，一饋入部，該饋 負極；藉由力學可知，三㈣；;一，接地部轉合於該輕射部之 因此本創作係藉由延伸^接地部畔==力可支撐起一平面， 接利用該可接地部將練射部支撐至定=平^^型天線可直 名各白头之支按結構，亚¥略習知塑料支撐件之製作及設置流程。 r該#_，用以辅助支撐該平;：=二;片 2；：^ 【實施方式】 以下配合圖示對本創作做進一步的說明後當更能明瞭。 天線穴23習知平板倒F型天線之立體圖；習知之平板倒_ —支^播1/|一1面矩形金屬片11、一短路金屬板12、一接地13及 之中該短路金屬板12係轉合於該平面矩形金屬片11 塑料心δΛΐ地13係輛合於該平面矩形金屬片11之負極，並利用— 产^ f支撐結構14支撐固定該平面矩形金屬片11於-固定高 又’而自知平板倒F型天線1之設計，因具有該塑料材f之支樓結構 M326710 觸於導致 法維騎-固定高度造成該天，使斜面矩形金屬片π無 第二_、代表本創作平板倒” 倒F型天線2包括：-韓射部2卜、^之立體圖，千板 一片體2Π，該片體211係垂直於該1壬;;片狀，並可延伸 該輕射部21之正極；一接地^ fl射㈣’―饋入部22，轉合於 .該平板刪天線2之接其中， 2，可取代如第-圖所示之習知= 二产該平板倒F型天線 一固μ度’紋該平板w型天線2之收發錄的品質。丁维持於 ，同時參考第三圖所示’係代表本創作第—實 圖可知，該接地部23之延伸處23H系呈現[型，而藉 ，，由 _接地部23之延^ 以上非同一線性的施力支撐點（A、 /，、有二.，，、占 可直接利用該接地部23之延伸處洲_平板倒F型天線2 圃w = 伸處231 ’使該輕射部21可被支撐於- _ 口疋回度，《平板倒F型天線2可省略習知之支撐結構14。、 円.Ϊΐ，;同時參考第四圖所示’係代表本創作第-實施例之侧視 Γ21可_^_高度，但若要更=平 於該輕射部21之一側邊延伸一片體 9 i 射部2卜用以輔助支撐該平板倒f型 ϊί t該平板邮型天線2可更具有四點以上非同-線性的施力 支撐點，讓該平板倒F型天線2更為穩固。 、 一第^二第六圖與第七圖分別說明本創作平板倒Μ 一、二與四貫施例之立體圖；其中第二、三與四實施 f 型天線3、4或5皆包括：-輕射部，呈一片狀；一饋入部;^合於該 7 M326710 輛射部之正極；歲一 一延伸處，_接地部部^貞極；該接地部具有 一片狀；-饋: II板倒F型天線3包括：—輻射部31，呈 耦合於該輕射部31二口·射部31之正極；與-接地部33， 延伸處測，該延伸處負=係型天線3之接地部33具有一 下方，呈現-匚字形，藉以提供至"=U該輻射部31周圍 B、C及D)，用以支撐該 色力支撐點(A、 固定高度。 1天線，使该輻射部31可維持於一 如第六圖所示，該平板倒 狀;-饋入部42，耦合於該姉部=包二，呈一片 於該輕射部41之負極；其中，該接地，耦合 個 B、 未密神，藉哺供至少五轉^_=^^ 請繼續參考第七圖，該平板倒F型天線5包括： 2狀，一饋入部52，轉合於該輕射部51 極；盘—田接ς ^ 耦合於該輻射部51之負極；其中，該平板倒 線 ：53 ’ 亦具有-延伸處观，該延伸處531係將該接地部53、之^^ 53 41下方，以蛇形方式呈現，藉以提供至少六點以 撐點U、Β、C、D、Ε及F)，用以支撐該平 =線=力支 部51可維持於一固定高度。 主穴線使该輻射 另外，在上述第一、二及四實施例中，亦可於其輻射 51之側邊延伸-片體用以輔助該平板倒F型天線3、^、41、 固，但須注意的是該片體不可與該接地部33、43、53 其更為穩 43卜531耦合，若該片體與該延伸處331、43卜 +，331、 板倒F型天線3、4、5短路，引起天線失效。 輕a將V致該平 M326710 外」f由穩固平板倒F型天線之結構，使該平面矩形金屬片可M326710 VIII. New Description: [New Technology Field] This creation is about an embedded antenna, especially for an integrally formed Planar Invert-F Antenna (PIFA). [Prior Art] Traditionally, the mainstream embedded antenna design method includes a monopole antenna 蛊 flat inverted F antenna (PIFA), in which the flat panel is inverted. The structure of the antenna/includes a planar rectangular metal piece, a short-circuited metal plate, a grounding and a supporting structure, and the short-circuited to the grounding plate and the grounding system respectively engage the planar rectangular metal piece, and utilize the supporting member The planar rectangular metal piece can be fixed at a height. Since the height is an important parameter affecting the bandwidth range of the flat F-type antenna, the knot of the stable flat inverted-F antenna can be fixed to the rectangular metal piece. The height 'will be the most important for the quality of the transmitted and received signals, and the view of the flat-panel inverted F-type antenna is that the hole in the surface of the flat metal sheet is placed from the bottom to the top with a plastic support similar to a convex shape. The fixed # structure, in order to enable the support to securely fix the planar metal y, the head of the support member = must be higher than the end surface of the planar metal sheet, so that the flat inverted F antenna can be fixed, because the support is required The piece can surely fix the flat metal piece, the ^ end: 2 is higher than the = miscellaneous end face, and the thickness of the tip end of the head and the second end of the second end of the 'thick end thickness will become the industry to re-plan the electric H product internal space considerations Factor Barriers, the impact of competitive products. Moreover, in order to make the replenishment of the surface support member easy to pass through the flat end of the design, the design cannot be too large. However, the design also causes the antenna to be separated from the hole and the antenna is disabled. Therefore, for example, the Republic of China The patent support No. 55_ special support structure, that is, for the (four) support structure, "the need for improvement after the health - (four) support, can not completely avoid the plastic missing, and the (four) support shape and material remarks The 5 M326710 i, the spring clothes for the cost, the right can exclude the use of plastic support components, the flat inverted F-type antenna, will be integrated and formed into a liver J large spokes the competitiveness of the antenna application products. In view of the above, the main inverted-F antenna of the present invention can be omitted. The flat-panel inverted-F antenna of the present invention is composed of a flat-panel inverted-type body and a body-formed flat plate. The one-piece part is coupled to the positive electrode of the light-emitting part. Disk-shaped 2', a feeding portion, the negative electrode; by mechanics, three (four);; one, the grounding portion is transferred to the light-emitting portion, so the creation is extended by the grounding portion == force Can support a plane, which can be grounded Supporting the training part to the fixed = flat ^ ^ type antenna can be directly named each of the white head according to the structure, the production and setting process of the plastic support member. The #_, to assist the support of the flat; = 2; slice 2;: ^ [Embodiment] The following description of the creation is further clarified with the illustration. The antenna hole 23 is a stereoscopic view of the flat inverted F antenna; the conventional flat plate is inverted _ 1/|a 1-sided rectangular metal piece 11, a short-circuited metal plate 12, a grounding 13 and the short-circuited metal plate 12 are coupled to the planar rectangular metal piece 11 and the plastic core δ Λΐ 13 is assembled in the plane rectangle The negative electrode of the metal piece 11 is supported by the support structure 14 to fix the planar rectangular metal piece 11 to be fixed high and to know the design of the flat inverted F antenna 1 because of the building of the plastic material f Structure M326710 touches the cause of the French-style riding-fixed height caused by the day, so that the beveled rectangular metal piece π has no second _, which represents the creation of the flat plate. The inverted F-type antenna 2 includes: - the perspective of the Korean shooting part 2, ^, One piece of the body is 2 inches, the piece 211 is perpendicular to the one piece; the sheet is shaped, and the light can be extended The positive pole of the shooting portion 21; a grounding ^fl shot (four) '-feeding portion 22, which is coupled to the flat-paneled antenna 2, 2, which can replace the conventional one as shown in the first figure The F-type antenna has a fixed μ degree 'printing quality of the flat w-type antenna 2. Ding is maintained at the same time, and referring to the third figure, the representative of the present invention is shown in the figure - the extension of the grounding portion 23 is [type, and borrowed, by the extension of the _ grounding portion 23, the above is not the same The linear force-applying support point (A, /, , has two.,,, can be directly utilized by the extension of the ground portion 23, the flat plate inverted F-type antenna 2 圃 w = the extension 231 ' makes the light-emitting portion 21 It can be supported by - _ 疋 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The viewing angle 21 can be _^_ height, but if it is more = flat on one side of the light-emitting portion 21, a piece of the body 9 i is formed to support the flat plate inverted f-type ϊί t the flat-plate antenna 2 It can have more than four points of non-same-linear force-supporting points, which makes the flat-panel inverted-type antenna 2 more stable. A second, sixth and seventh figure respectively illustrate the creation of the flat plate. And a four-dimensional embodiment of the three-dimensional embodiment; wherein the second, third and fourth implementation of the f-type antenna 3, 4 or 5 include: - a light-emitting portion, in the form of a piece; a feeding portion; The positive pole of the 7 M326710 unit; the extension of the year one, the grounding part of the ground; the grounding part has a piece; the feeding: the II-plate inverted F-type antenna 3 comprises: a radiating part 31, coupled In the light-emitting portion 31, the positive electrode of the two-portion portion 31, and the ground portion 33, the extension portion is negative, and the ground portion 33 of the system-type antenna 3 has a lower portion, which is in a zigzag shape, thereby providing "=U around the radiation portion 31 B, C and D) for supporting the color support point (A, fixed height. 1 antenna, so that the radiation portion 31 can be maintained as shown in the sixth figure, The flat portion is inverted; the feeding portion 42 is coupled to the crotch portion=packet 2, and is in the negative pole of the light projecting portion 41; wherein the grounding is coupled with a B, not dense, and is fed for at least five turns ^_ =^^ Please continue to refer to the seventh figure, the flat inverted-F antenna 5 includes: a 2-shaped, a feeding portion 52, which is coupled to the light-emitting portion 51 pole; the disk-field connection ς ^ is coupled to the radiation portion 51 a negative electrode; wherein the flat plate is inverted: 53 ' also has an extended view, and the extended portion 531 is formed in a serpentine manner under the ground portion 53 and the ^^53 41, thereby At least six points are provided to support points U, Β, C, D, Ε and F) for supporting the flat = line = force portion 51 can be maintained at a fixed height. In addition, in the first, second and fourth embodiments, the main hole line may also extend on the side of the radiation 51 - the body is used to assist the flat inverted F antenna 3, ^, 41, solid, However, it should be noted that the body cannot be coupled to the grounding portion 33, 43, 53 more stably, if the body and the extending portion 331, 43 +, 331, the inverted F antenna 3, 4, 5 short circuit, causing the antenna to fail. Light a will V to the flat M326710 outside "f" by the structure of the stable flat inverted F-type antenna, so that the flat rectangular metal sheet can be
SiL':因此該輕射部2卜31、41與51所需之高度，將會是 Ϊϋ品y Tft型天線2、3、4、5之頻寬範圍的重要參數，攸關收發 :二厂彡 以上已將本創作做—詳細說明，惟以上所述者，僅為 i ’ #不舰定本創作實施之麵，即:i 二均等變化與修飾等’皆應仍屬本創作之專利 【圖式簡單說明】 圖係代表習知平板倒F型天線之立體圖； 圖係代表本創作第一實施例之立體圖； ，二圖係代表本創作第-實施例之上視圖； ^四圖係代表本創作第—實施例之側視圖； 圖係代表本創作第二實施例之立體圖； ^六圖係代表本創作第三實施例之立體圖；與 第七圖係代表本創作第四實施例之立體圖。 【主要元件符號說明】 1習知之平板倒F型天線 11平面矩形金屬片 12短路金屬板 13接地 W支撐結構 2 一體成形之平板倒F型天線 21輻射部 211片體 22饋入部 23接地部 231延伸處 9 M326710 3 —體成形之平板倒F型天線 31輻射部 32饋入部 33接地部 331延伸處 4 一體成形之平板倒F型天線 41輻射部 42饋入部 43接地部 431延伸處 A、B、C、D、E、F施力支樓點SiL': Therefore, the required height of the light-emitting parts 2, 31, 41 and 51 will be an important parameter of the bandwidth range of the products y Tft type antennas 2, 3, 4, and 5, and the second factory彡The above has been made into a detailed description, but the above is only the implementation of i ' #不舰定本本, ie: i equal change and modification, etc., should still belong to the patent of this creation. BRIEF DESCRIPTION OF THE DRAWINGS The diagram represents a perspective view of a conventional inverted F-type antenna; the diagram represents a perspective view of the first embodiment of the present creation; and the second diagram represents a top view of the first embodiment of the present creation; A side view of the second embodiment of the present invention is shown; a six-dimensional view representing a third embodiment of the present creation; and a seventh drawing representing a fourth embodiment of the present creation. [Description of main component symbols] 1 conventional flat inverted F antenna 11 planar rectangular metal piece 12 shorted metal plate 13 grounded W support structure 2 integrally formed flat inverted F antenna 21 radiating portion 211 sheet 22 feeding portion 23 ground portion 231 Extension 9 M326710 3 - Body-formed flat inverted F-type antenna 31 Radiation portion 32 Feeding portion 33 Ground portion 331 Extension 4 integrally formed flat inverted F antenna 41 Radiation portion 42 Feed portion 43 Ground portion 431 Extension A, B , C, D, E, F force branch building point