M349564 ‘ 八、新型說明： 【新型所屬之技術領域】 本翁係有_ -種可提转輯天_隔離度之天 線結構，隔離槽孔設置在天線與天線間，將增加天線與天 線間的隔離度，以減少各天線收發的無線訊號相互干擾。 【先前技術】M349564 ' VIII, new description: [New technical field] The Weng has a _ - kind of antenna structure that can be transferred to the sky _ isolation degree, the isolation slot is set between the antenna and the antenna, which will increase the antenna and the antenna Isolation to reduce the mutual interference of wireless signals transmitted and received by each antenna. [Prior Art]
設置 隨著通訊技術發展快速，通訊品質的要求越來越高， 並且通訊產品的設計均朝向輕、薄、短、小的概念前進， 如此將使得通訊產品之天線結構必須侷限於一定的體積内 若通訊產品的設計係具有雙天線以上的結構，並且在 有限的m内擺設該雙天線，貞彳天線與天線間之距離將非 常接近。 然’各天線間的距離太近，將容易造成天線在收發無 線訊號時，各無線訊號相互干擾，藉此，將影響到天線^ 通訊品質，進而降低通訊產品的整體效能。 、 因此，如何設計出體積小、重量輕，並且通訊品質穋 定之天線，將會是天線技術領域未來必須突破的目標。〜 【新型内容】 本創作之主要目的，在於提供一種可提升近距離天 間隔離度之天線結構，一隔離槽孔設置在天線與天線間Ί 將有效的增加天線與天線間的隔離度，以減少各天綠所收 5 M349564 • 發的無線訊號相互干擾，藉此以提高各天線的通訊品質。 本創作之次要目的，在於提供一種可提升近距離天線 間隔離度之天線結構’將天線直接佈局於基板上，將爵化 天線的製造流程，以降低天線的生產成本，並容易與無線 網路的系統電路作結合，以提高電路的整合能力。 一本I]作之X目的’在於提供—種可提升近距離天線 間隔離度之天線結構，可將未設置有第一天線之輕射面、 • 帛一饋入點、第二天線之輕射面、第二鑌入點及接地面之 部分基板移除，以形成鏤空態樣，將使得天線在空氣中形 成-共振腔’藉此啸高天義輻射效率。 為此為達成上述目的，本創作提供一種可提升近距 離天線間隔，度之天線結構，其主要包括有：-第-天線 ，括有A第―梯形部、—第—n形部、—第—連接段及 弟調郎I又’第一梯开》部將依序連接第一门开》部、第一 連接段及第1節段以'组成第一天線之輕射面，而第一梯 • 料與^一门形部間設置有一第-溝槽，第-η形部中設 置有厂第二溝槽，該第—门形部與第一連接段間設置有-第三溝槽’第一連接段與第一調節段間設置有一不規則形 狀之第四溝槽；-第二天線’包括有-第二梯形部、一第 一门开卩〜第二連接段及一第二調節段，第二梯形部將 依序連接第二门形部、第二連接段及第二調節段以組成第 =天線之輕射面，而第二梯形部與第二门形部間設置有一 第五溝槽，第二门形部中設置有一第六溝槽，第二门形部 與第-連接匕間設置有—第七溝槽，第二連接段與第二調 6 M349564 節段間設置有一不規則形狀之第八溝槽；一接地面，第一 天線設置在接地面之左侧，並透過一第一饋入點連接接地 面，而第二天線設置在接地面之右側，並透過一第二饋入 點連接接地面；及一隔離槽孔，鑿設在第一天線及第二天 線間之接地面中。 【實施方式】 首先，請參閱第1圖，係為本創作可提升近距離天線 間隔離度之天線結構之一較佳實施例之構造示意圖。如圖 所示，天線結構100之主要結構包括有：一第一天線10、 一第二天線30及一接地面21。 其中第一天線10將設置在接地面21之左側，並包括 有一第一梯形部13、一第一门形部15、一第一連接段17 及一第一調節段19。第一梯形部13將依序連接第一门形 部15、第一連接段17及第一調節段19以組成該第一天線 10之輻射面。 而第一梯形部13與第一门形部15間將設置有一第一 溝槽121，第一门形部15中將設置有一第二溝槽122，第 一门形部15與第一連接段17間將設置有一第三溝槽123 ，第一連接段17與第一調節段19間將設置有一第四溝槽 124，而第一溝槽121、第二溝槽122及第三溝槽123皆為 一長條形，第四溝槽124係為一不規則形。此外，第一連 接段17與第一調節段19將連接有一第一饋入點11，藉此 ，第一天線10可透過第一饋入點11連接該接地面21。 M349564 第二天線30鏡射於第一天線10之結構而設置在接地 面21之右侧，並包括有一第二梯形部33、一第二门形部 35、一第二連接段37及一第二調節段39。第二梯形部33 將依序連接第二门形部35、第二連接段37及第二調節段 39以組成該第二天線30之輻射面。 而第二梯形部33與第二门形部35間將設置有一第五 溝槽321，第二门形部35中將設置有一第六溝槽322，第 二门形部35與第二連接段37間將設置有一第七溝槽323 ，第二連接段37與第二調節段39間將設置有一第八溝槽 324，而第五溝槽321、第六溝槽322及第七溝槽323皆為 一長條形，第八溝槽324係為一不規則形。此外，第二連 接段37與第二調節段39將連接有一第二饋入點31，藉此 ，第二天線30可透過第二饋入點31連接該接地面21。 本創作天線結構100尚包括有一隔離槽孔23，該隔離 槽孔23將鑿設在第一天線10及第二天線30間之接地面 21中，並且本實施例中之隔離槽孔23係可為一鏤空部。 再者，本創作天線結構100係為一尺寸規格縮小化的 天線結構，在近距離的第一天線10與第二天線30間設置 該隔離槽孔23，將有效的增加第一天線10與第二天線30 間的隔離度，以避免第一天線10與第二天線30因為距離 太近而發生個別收發的無線訊號相互干擾的情況，進而提 高天線結構100的通訊品質。 又，第一天線10與接地面21間尚設置有一第一通道 141及一第一隔離溝槽125，而第二天線30與接地面21 M349564 間尚^置有—第二通道341及一第二隔離溝槽325。 ^妓⑷將於第—續lG之第—連接段17 接，21間，而第二通道341將連接於第：天線％之 弟一連接段37與接地面21間。 、番描Τ且，第一天線1〇之第一調節段19將透過第-隔離 f槽125隔離該接地面21，而第二天線30之第二調節段 9將透過第二隔離溝槽325隔離該接地面21。此外，如With the rapid development of communication technology, the requirements of communication quality are getting higher and higher, and the design of communication products are moving toward the concept of light, thin, short and small. This will make the antenna structure of communication products must be limited to a certain volume. If the design of the communication product has a structure with more than two antennas and the dual antenna is placed in a limited m, the distance between the antenna and the antenna will be very close. However, the distance between the antennas is too close, which will easily cause the wireless signals to interfere with each other when the antenna transmits and receives wireless signals. This will affect the communication quality of the antennas and reduce the overall performance of the communication products. Therefore, how to design an antenna with small size, light weight, and reliable communication quality will be the goal that must be broken in the future of antenna technology. ~ [New content] The main purpose of this creation is to provide an antenna structure that can improve the isolation between close-range days. An isolation slot is placed between the antenna and the antenna. This will effectively increase the isolation between the antenna and the antenna. Reduce the 5 M349564 of each day's green. • The wireless signals transmitted by each other interfere with each other to improve the communication quality of each antenna. The second objective of this creation is to provide an antenna structure that can improve the isolation between short-distance antennas. The antenna is directly laid on the substrate, and the manufacturing process of the antenna is reduced to reduce the production cost of the antenna, and it is easy to communicate with the wireless network. The system circuits of the road are combined to improve the integration capability of the circuit. An I objective is to provide an antenna structure that improves the isolation between short-range antennas, and can provide a light-emitting surface that is not provided with a first antenna, a first feed point, and a second antenna. Part of the substrate of the light-emitting surface, the second intrusion point and the grounding surface is removed to form a hollowed-out state, which will cause the antenna to form a -resonant cavity in the air, thereby stimulating the radiation efficiency. To achieve the above objective, the present invention provides an antenna structure capable of improving the spacing of short-range antennas, and mainly includes: - a first antenna, including an A-trapezoidal portion, a -n-shaped portion, - - The connecting section and the younger brother I and the 'first ladder open' will be connected to the first door opening section, the first connecting section and the first section to form the light surface of the first antenna, and the first ladder • a first groove is formed between the material and the gate portion, and a second groove is disposed in the first-n-shaped portion, and a third groove is disposed between the first gate portion and the first connecting portion. a fourth groove having an irregular shape is disposed between the first connecting segment and the first adjusting segment; the second antenna includes a second trapezoidal portion, a first door opening to a second connecting portion, and a second The adjustment section, the second trapezoidal portion will sequentially connect the second gate portion, the second connection portion and the second adjustment portion to form a light-emitting surface of the antenna ==, and a second trapezoid portion and the second gate portion are disposed between a fifth groove, a sixth groove is disposed in the second gate portion, and a seventh groove is disposed between the second gate portion and the first connecting portion, and the second An eighth groove having an irregular shape is disposed between the connecting portion and the second adjusting portion 6 M349564; a grounding surface, the first antenna is disposed on the left side of the grounding surface, and is connected to the grounding surface through a first feeding point, The second antenna is disposed on the right side of the ground plane and connected to the ground plane through a second feed point; and an isolation slot is grounded in the ground plane between the first antenna and the second antenna. [Embodiment] First, please refer to Fig. 1, which is a schematic structural view of a preferred embodiment of an antenna structure capable of improving the isolation between short-distance antennas. As shown in the figure, the main structure of the antenna structure 100 includes a first antenna 10, a second antenna 30, and a ground plane 21. The first antenna 10 is disposed on the left side of the ground plane 21 and includes a first trapezoidal portion 13, a first gate portion 15, a first connecting portion 17, and a first adjusting portion 19. The first trapezoidal portion 13 will sequentially connect the first gate portion 15, the first connecting portion 17, and the first adjusting portion 19 to constitute the radiating surface of the first antenna 10. A first groove 121 is disposed between the first trapezoidal portion 13 and the first gate portion 15, and a second groove 122 is disposed in the first gate portion 15, the first gate portion 15 and the first connecting portion A third trench 123 is disposed between the first connecting portion 17 and the first adjusting portion 19, and the first trench 121, the second trench 122 and the third trench 123 are disposed. Each of them is a long strip, and the fourth groove 124 is an irregular shape. In addition, the first connecting section 17 and the first adjusting section 19 are connected to a first feeding point 11, whereby the first antenna 10 can be connected to the grounding surface 21 through the first feeding point 11. The M349564 is disposed on the right side of the grounding surface 21 and includes a second trapezoidal portion 33, a second gate portion 35, and a second connecting portion 37. A second adjustment section 39. The second trapezoidal portion 33 will sequentially connect the second gate portion 35, the second connecting portion 37 and the second adjusting portion 39 to constitute the radiating surface of the second antenna 30. A fifth groove 321 is disposed between the second trapezoidal portion 33 and the second gate portion 35, and a sixth groove 322 is disposed in the second gate portion 35, and the second gate portion 35 and the second connecting portion are disposed. A seventh groove 323 is disposed between the 37th portion, and an eighth groove 324 is disposed between the second connecting portion 37 and the second adjusting portion 39, and the fifth groove 321, the sixth groove 322 and the seventh groove 323 are provided. Each is a long strip, and the eighth groove 324 is an irregular shape. In addition, the second connecting section 37 and the second adjusting section 39 are connected to a second feeding point 31, whereby the second antenna 30 can be connected to the grounding surface 21 through the second feeding point 31. The antenna structure 100 of the present invention further includes an isolation slot 23, which is disposed in the ground plane 21 between the first antenna 10 and the second antenna 30, and the isolation slot 23 in this embodiment. The system can be a hollow. Furthermore, the antenna structure 100 of the present invention is an antenna structure with a reduced size. The isolation slot 23 is disposed between the first antenna 10 and the second antenna 30 at a short distance, which effectively increases the first antenna. The isolation between the first antenna 10 and the second antenna 30 prevents the first antenna 10 and the second antenna 30 from interfering with each other due to the distance being too close, thereby improving the communication quality of the antenna structure 100. Moreover, a first channel 141 and a first isolation trench 125 are disposed between the first antenna 10 and the ground plane 21, and a second channel 341 is disposed between the second antenna 30 and the ground plane 21 M349564. A second isolation trench 325. ^妓(4) will be connected to the connection section 17 of the first-continuation lG, 21, and the second channel 341 will be connected between the first antenna section of the antenna and the grounding surface 21. The first adjustment section 19 of the first antenna 1 隔离 will isolate the ground plane 21 through the first isolation slot r, and the second adjustment section 9 of the second antenna 30 will pass through the second isolation trench The slot 325 isolates the ground plane 21. In addition, such as
上所述之第-饋人點11及第二饋人點31將分別設置在第 一隔離溝槽125及第二隔離溝槽325中。 本實施例之天線結構1〇〇尚包括有一基板％，第一天 線10之輻射面、第一饋入點U、第二天線3〇之輕射面、 第二饋入點31及接地面21係可分別佈局設於基板％之 部分表面上，並且該基板5G係為破_維強㈣㈣脂 (FR4)所製成。 本實施例之天線結構100直接佈局於基板5〇上，不 僅可簡化天線的製造流程，而降低天線的生產成本，並可 達到電路積體化效果，而容易與無線網路的线電 士 合，藉此將可提高電路的整合能力。 接續’如第2圖所示’係為本創作可提升近距離天線 間隔離度之天線結構之電流路徑示意圖。如圖所示，第一 天線10係包括有-第-電流路徑161及—第二電流路經 163，而第二天線30係包括有一第三電流路徑361及一 $ 四電流路徑363。 其中第一天線10之第一電流路徑161，電流係由第一 >64 鲭人點li 、梯形部]”一連接段17、第一Π形部15及第 161。而第Fa1生有一第一操作頻帶之第-電流路徑 讀八點"〜天線1()之第二電流路徑163 ’電流係由第一 輕帶之第開始，流經第一調節段19以產生有-第二摔作 苹二電流路徑163。 同硬，μ 二讀入點^二天線30之第三電流路握361，電流係由第 第二梯形#開始’流經第二連接段37、第二⑽部35及 徑361二33間以產生有-第-操作頻帶之第三電流路 二饋入點3f二天線3〇_之第四電流路徑363，電流係由第 作歩員帶^開始，麵第二調節段39以產生有一第二操 〈弟四電流路徑363。 於第二雷、、*圖所不第—電流路控161的路徑長度明顯大 顯大於第Ί 163，而第三電流路徑361的路徑長度明 計第、ρ電路彳工363 ’因此，本創作天線結構100設 2上二作於較低的料，例如： » . z而°又叶第一操作頻帶操作於較高的頻率 4LrHz~5-9GHz'^'*-t^ 161 波長，ίήΐ-361.之路#長度約接近於第—操作頻帶之1/4 户二接彳―電流路徑161及第四電流路徑362之路徑長 度則约接近料二操作頻帶之1/4波長。 100蔣二ΐ =天線及第二天線3G所組成之天線結構 到夕會二5 作於第一操作頻帶與第二操作頻帶，以達 目^重輸入户重輸出（ΜίΜ0，職融i_ou_的The first feed point 11 and the second feed point 31 described above are disposed in the first isolation trench 125 and the second isolation trench 325, respectively. The antenna structure 1 of the embodiment further includes a substrate %, a radiating surface of the first antenna 10, a first feeding point U, a light emitting surface of the second antenna 3, a second feeding point 31, and a connection The ground 21 series can be respectively disposed on a part of the surface of the substrate, and the substrate 5G is made of a broken (four) (four) grease (FR4). The antenna structure 100 of the embodiment is directly disposed on the substrate 5〇, which not only simplifies the manufacturing process of the antenna, but also reduces the production cost of the antenna, and can achieve the integrated effect of the circuit, and is easy to be combined with the wireless network. This will increase the integration capability of the circuit. The continuation 'as shown in Fig. 2' is a schematic diagram of the current path of the antenna structure which can improve the isolation between short-distance antennas. As shown, the first antenna 10 includes a -first current path 161 and a second current path 163, and the second antenna 30 includes a third current path 361 and a four current path 363. The first current path 161 of the first antenna 10 has a current system of a first > 64 点 person point li, a trapezoidal portion ” a connecting section 17, a first Π 15 and a 161. The first Fa1 has a The first current path of the first operating band reads the eight points "~the second current path 163' of the antenna 1() begins with the first light band and flows through the first adjustment segment 19 to produce a second Falling into the current path 163. The same as the hard, μ second read-in point ^ two antenna 30 of the third current path grip 361, the current begins with the second trapezoid # through the second connecting section 37, the second (10) 35 and the diameter of the 361 and the second 33 to generate the third current path of the third current path of the -first operation band, the second current path 363 of the second antenna 3〇_, the current system is started by the first employee, The second adjustment section 39 is configured to generate a second operation current circuit 363. The path length of the second lightning, the current diagram of the current path control 161 is significantly larger than the second 161, and the third current path 361. The path length is clarified, and the ρ circuit is completed 363 ' Therefore, the antenna structure 100 of the present invention is set to be 2 for lower materials, for example: » . z and ° The first operating band of the leaf operates at a higher frequency of 4LrHz~5-9GHz '^'*-t^ 161 wavelength, and the length of the road ## 361. is approximately 1/4 of the first operating band. The path lengths of the current path 161 and the fourth current path 362 are approximately 1/4 of the wavelength of the second operating band. 100 JIANG ΐ = antenna structure of the antenna and the second antenna 3G to the eve of the second 5 An operating frequency band and a second operating frequency band are used to achieve the weight input of the household (ΜίΜ0, job fusion i_ou_
M349564 調整第—天線1G之第 ，、可根據設計的考量而 調節段39之 & Ρ/又及第二天線30之第二 及第三電流路>、X’藉此以改變第一電流路徑161 10之第^；6轉長度；料亦可調㈣一天線 天線30之第第二溝槽122、第三溝槽123及第二 面積及長声ΐ槽321、第六溝槽322、第七溝槽奶之 徑363之改變第二電流_ 163及第四電流路 步調整出長又。如此，本創作天線結構刚將可進一 又 ^實際需求的第一操作頻帶及第二操作頻帶。 秋，如裳t第1圖所述之隔離槽孔23係可為-鏤空部。 有'一資插2圖所示，本創作之隔離槽孔23亦可選擇增設 加強231或一非導電材料(例如：塑化材料），藉此以 強線輿天線間的隔離度。 1-閱第3圖，係為本創作天線結構又一實施例之構 适示思圖。天線輻射效率的優劣，其中一個因素取決於介 ' ^ 天線在接收或發送無線訊號時，將在介質材料上 开=成個共振腔。假如天線設置在—個介電常數較高之介 質材料上，其輻射效率將會因而降低。反之，天線設置在 :個^電常數越低的介質材料上，則天線之輻射效率將相 對提高。 弟1圖之天線結構(100)為了達到積體化的效果，以H 計出體積小、重量輕的天線，係將天線結構⑽)直接佈: 於基板5〇上，一般玻璃纖維之基板5〇的介電常數通常介 M349564 然’本實施例之天線結構200為了提高天線的輻射效 率’亦可將未設置有第一天線10之輻射面、第一饋入點 11、第二天線30之輻射面、第二饋入點31及接地面21的 部份基板移除，以形成一鏤空態樣，而且，此時的隔離槽 孔23可選擇為一鏤空部。 天線結構200將部份的基板50移除之後，天線結構 200接收或發送無線訊號時，將在空氣上形成一共振腔，M349564 adjusts the first antenna 1G, and can adjust the & Ρ/ and the second and third current paths of the second antenna 30 and X' to change the first according to design considerations. The second path 122, the third groove 123, the second groove 123, and the second area and the long acoustic groove 321 and the sixth groove 322 of the antenna antenna 30 may be adjusted. The seventh groove milk path 363 changes the second current _ 163 and the fourth current path step adjusts the length again. In this way, the antenna structure of the present invention will just enter the first operational frequency band and the second operational frequency band which are actually required. In the autumn, the isolation slot 23 described in Figure 1 of the skirt can be a hollow portion. As shown in Fig. 2, the isolation slot 23 of the present invention can also be optionally provided with a reinforcing 231 or a non-conductive material (for example, a plasticized material), thereby tying the isolation between the antennas. 1-Reading Fig. 3 is a structural diagram of another embodiment of the present antenna structure. The advantages and disadvantages of antenna radiation efficiency, one of which depends on the '^ antenna will open on the dielectric material = a resonant cavity when receiving or transmitting wireless signals. If the antenna is placed on a dielectric material with a higher dielectric constant, the radiation efficiency will be reduced. Conversely, if the antenna is placed on a dielectric material with a lower electric constant, the radiation efficiency of the antenna will be relatively improved. In order to achieve the effect of integrating the body, the antenna structure (100) of the brother 1 is a small-sized and lightweight antenna, and the antenna structure (10) is directly laid on the substrate 5, and the substrate 5 of the glass fiber is generally used. The dielectric constant of 〇 is generally referred to as M349564. However, the antenna structure 200 of the present embodiment can also provide the radiation surface of the first antenna 10, the first feed point 11, and the second antenna in order to improve the radiation efficiency of the antenna. A portion of the substrate of the radiating surface 30, the second feeding point 31, and the grounding surface 21 is removed to form a hollowed out state, and the isolation slot 23 at this time may be selected as a hollow portion. After the antenna structure 200 removes part of the substrate 50, when the antenna structure 200 receives or transmits a wireless signal, a resonant cavity is formed on the air.
由於空氣的介電常數較低(大約為1)，藉此將大幅提高天線 結構200的輕射效率。 當然^本創作天線結構200為了提高天線間的隔離度 ，亦可如第4圖所示，在隔離槽孔23中選擇設置有一泡 棉31或非導電材料(例如：塑化材料），如此以避免天 線間之個別的無線訊號相互干擾。 請參閱第5圖及第6圖，係為一未設置有隔離槽孔之 =線^構之穿透損耗圖及—設置有隔離槽孔之天線結構之 穿透損耗圖。 本創作天線結構對於四個頻率點以2.4GHz)、 2.(2.5GHz) > 3 (λ ο-η Λ4.9〇Ηζ)及4.(5.8GHz)進行S參數測量的動 如第5圖所示， 帶曲線的四個頻率點 及-22db。 未設置有隔離槽孔的天線結構，在頻 所測得S參數約為-8db、-9db、-19db 而如第6 & - ^ ... 圖所不’設置有隔離槽孔的天線結構’在頻 ▼曲線的四個頻率點所測得S參數約為损b、-16db、- 12 M349564 21db 及-33db。 由上測1的S參數可知，加人隔離槽孔的天線結構(第 6圖）在各個頻率點所測量出的s參數的此值都比未設置 有隔離槽孔的天線結構（第5圖）還要低，此即代表加入隔 離槽孔後的天雜構(第6目)將會綠㈣通訊品質。Since the dielectric constant of air is low (about 1), the light-emitting efficiency of the antenna structure 200 is greatly improved. Of course, in order to improve the isolation between the antennas, as shown in FIG. 4, a foam 31 or a non-conductive material (for example, a plasticized material) is selectively disposed in the isolation slot 23, so that Avoid interference between individual wireless signals between antennas. Please refer to Fig. 5 and Fig. 6 for the transmission loss diagram of the =-line structure without the isolation slot and the penetration loss diagram of the antenna structure provided with the isolation slot. The creation of the antenna structure for the four frequency points at 2.4 GHz), 2. (2.5 GHz) > 3 (λ ο-η Λ 4.9 〇Ηζ) and 4. (5.8 GHz) for the S-parameter measurement is as shown in the fifth The figure shows four frequency points with curves and -22db. The antenna structure is not provided with an isolation slot, and the S parameter measured at the frequency is about -8 db, -9 db, -19 db, and the antenna structure is not provided with the isolation slot as in the sixth & - ^ ... The S-parameters measured at the four frequency points of the frequency-curvature curve are approximately the losses b, -16 db, - 12 M349564 21 db and -33 db. It can be seen from the S parameter of the above measurement 1 that the antenna structure of the isolation slot (Fig. 6) has higher values of the s parameter measured at each frequency point than the antenna structure without the isolation slot (Fig. 5). ) It is still low, which means that the hybrid structure (item 6) after the isolation slot is added will be green (four) communication quality.
因此-本碧J作天線結構加入隔離槽孔後，破實可增加 天線間的離度，藉此，不僅減少天線_無線訊號相互 干擾，並進-步提高天線的通訊品質。 以上所述者’僅為本創作之較佳實施例而已，並非用 限疋本㈣實&之範圍’即凡依本創作中請專利範圍所 、’[之形狀構&肖徵及精神所為之均等變化與修飾，均 應包括於本創作之申請專利範圍内。 【圖式簡單說明】 第1圖.係為本創作可提升近距離天線間隔離度之天線結 ^ 構之一較佳實施例之構造示意圖。 第2圖.係為本_可提升近距離天線間隔離度之天線結 構之電流路徑示意圖。 第3圖：料本_可提升近輯天制隔離度之天線結 構之又一實施例之構造示意圖。 第4圖：係為賴作可提升近距離天線_離度之天線結 構之又一實施例之構造示意圖。 第5圖：係為-未設置有隔離槽孔之天線結構之穿透損耗 圖。 13 •M349564 ' 第6圖：係為一設置有隔離槽孔之天線結構之穿透損耗圖Therefore, after the antenna structure is added to the isolation slot, the breakage can increase the degree of separation between the antennas, thereby not only reducing the mutual interference of the antenna_wireless signals, but also improving the communication quality of the antenna. The above-mentioned ones are only the preferred embodiments of the present invention, and are not limited to the scope of the present (4) real & the scope of the patents in the creation of this article, '[Shape structure & Xiao Zheng and spirit Equivalent changes and modifications shall be included in the scope of the patent application of this creation. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing the construction of a preferred embodiment of an antenna structure which can improve the isolation between short-distance antennas. Figure 2. This is a schematic diagram of the current path of an antenna structure that improves the isolation between short-range antennas. Fig. 3 is a schematic view showing the construction of another embodiment of the antenna structure which can improve the isolation of the near-day system. Fig. 4 is a schematic view showing the construction of a further embodiment of an antenna structure which can improve the proximity antenna. Figure 5: The transmission loss map of an antenna structure without isolated slots. 13 • M349564 ' Figure 6: Penetration loss diagram of an antenna structure with isolated slots
【主要元件符號說明】 10 第一天線 11 第一饋入點 121 第一溝槽 122 第二溝槽 123 第三溝槽 124 第四溝槽 125 第一隔離溝槽 13 第一梯形部 141 第一通道 15 第一门形部 161 第一電流路徑 163 第二電流路徑 21 接地面 23 隔離槽孔 231 泡棉 30 第二天線 31 第二饋入點 321 第五溝槽 322 第六溝槽 323 第七溝槽 324 第八溝槽 325 第二隔離溝槽 33 第二梯形部 341 第二通道 35 第二门形部 361 第三電流路徑 363 第四電流路徑 50 基板 100 天線結構 200 天線結構[Main component symbol description] 10 first antenna 11 first feed point 121 first trench 122 second trench 123 third trench 124 fourth trench 125 first isolation trench 13 first trapezoidal portion 141 One channel 15 first gate portion 161 first current path 163 second current path 21 ground plane 23 isolation slot 231 foam 30 second antenna 31 second feed point 321 fifth trench 322 sixth trench 323 Seventh trench 324 eighth trench 325 second isolation trench 33 second trapezoidal portion 341 second channel 35 second gate portion 361 third current path 363 fourth current path 50 substrate 100 antenna structure 200 antenna structure