M294111 八、新型說明： 【新型所屬之技術領域】 本創作係關於-種多錄出人_〇)天線結構，_是指—種在各活節式 天線中心間距具有f (頻率）=1/2λ (波長）距離，且該數活節式天線的線蕊 長度與上、下連接部總合長度間各具有f (頻率）=1/4λ (波長）長度，構成 該線蕊與上下連接部的總和長度係為f (頻率）=1/2λ (波長）長度，以利於 各活郎式天線所接收及傳送頻率更清晰穩定，以提昇收訊品質。 【先前技術】 %用天線裝置係架⑤於電視周圍適當處，使用者往往為了使電視螢幕出現 良好之螢幕晝質’而時常需適度調整習用天線裝置的位置，以改變該習用天線 裝置所接收辭的角度及綠，喊取較佳的f視頻道，如此卻造成使用者的 困擾，也凸顯該習用天線不具有實祕及便利性。 本創作人有鑑於上述制天線所衍生之問題，乃虽思加以改良綱，終於 成功研發完成本件多錄出人(麵)天線結構。 【新型内容】 本創作之主要目的即提供一種多重輸出入(MIM0)天線結構，係在其基座中 〜處壬現弧形凸出於周緣邊的頂面設有數刺彡等腰狀平台，該數平台係自基座 頂:中心處向外緣邊延伸’即形成具有星狀之外觀型態，且在各等腰狀平台間 ^可I伸有等腰狀平台，使基座頂面的活節式天線數量由3組變化為6組， 且各單-活節式天軸部猶蕊可接收2 4〜2· 的鮮，在各活節式天線 :匕間距具有f (頻率）=1/4又（波長）距離，以避免各活節式天線間產生串 曰現象’ le成彼此間的電波干擾，有祕各活節式天線所概鮮更清晰穩定， M294111 進而提昇收訊品質及提高該收訊頻道數量。 本創作之再一目的即提供一種多重輸出入(MIM〇)天線結構，在各平台之端 面上皆垂設有活節式天線的下連接部，並在其下連接部頂面連接有一上連接 部，在上連接部頂面套設有一殼體，該上連接部與下連接部間之關節處可作適 度的彎折，即形成一活節式天線，在其上連接部與下連接部之内部皆貫穿設有 單一電纜線，且該數電纜線間呈現相併合排列，而延伸於基座外側邊，並在數 電纜線端適當處固設有一置位件，使置位件與基座間之數電纜線可排列成一 束’以提高整體外觀的整齊性及安全性。 本創作之又一目的即提供一種多重輸出入(MIM〇)天線結構，在電纜線的中 心處设有線蕊，該數活節式天線的線蕊長度與上、下連接部總合長度間各具有^ (頻率）=1/4 λ (波長）長度，構成該線蕊與上下連接部的總和長度係為f (頻 率）=1/2又（波長）長度，並在線蕊周圍外緣套設有交織隔離金屬網，該交織 隔離金屬網可防止外來雜波干擾，在交織隔離金屬網厢外緣套設夾固有一銅 圓柱，該銅圓柱的一端頭可插置頂固於上連接部之内緣，使各線蕊可定位於上 連接部。 本創作之再又一目的即提供一種多重輸出入⑽⑽⑴天線結構，該數錐形等 腰狀平台係自基座細中心處向外緣邊延伸，即形成具有星狀、方形及符合客 泝需求之外觀型態，使本創作更具有實用性及靈活性。 【實施方式】 请參閱第-圖至第三圖所示，本創作一種多錄出入_〇)天線結構，由 圖中可知，該多重輸出入(瞧〇)天線結構1，係在基座11中心處呈現弧形凸出 於周緣邊的頂驗有數錐形等腰狀平台12，該數平台12係自基座U頂面中心 處向外緣邊延伸，即形成具有錄之外觀型態，且在各平台12之端面上皆垂設 有活節式天線13的下連接部⑶，並在其下連接部131頂面連接有—上連接部 6 M294111 132，在上連接部132頂面套設有—殼體i33，該上連接部战盘 ==適度的彎折’即形成一活節式天線13，在其上連接部_ =接糊之内部皆貫穿設有單—魏線14，且該數電· :ΙΓΓ基座11外侧邊，並在數說線端的適當處固設有—置位 及安入④1f座11狀輯觀14可湖成—束，簡高整料觀的整齊性 -線分ΐ的銳線14端頭各設有一接合插頭16 ’而在電魏14的另 、*〜处凸設有線蕊141，該線蕊141的線端部份外露於上連接部132之頂 I離卜來鮮電波或傳送頻率電波，在線蕊141周圍外緣套設有交織 、，制142，叙織_金屬網142可防止外來雜波干擾，並 屬網⑷周圍外緣套設夾固有—銅圓請，該銅圓柱143的—端頭可^置^ 於上連接部132之内緣，使各線蕊141可定位於上連接部132，在各活節式天線 13内部的線蕊141可接收及傳送2.4〜2 的鮮電波，且各活節式天㈣ 中心間距具有f (鮮）=1/2λ (波長）_，而概呈—正三角職制組合， 以避免串音縣，造成彼此_電波干擾，該數活節式天㈣哺蕊⑷長度 與上、下連接部132、131總合長度間各具有f (頻率）=1/4又（波幻長度， 構成該線蕊141與上、下連接部132、⑶的總和長度係為f (頻率）=1/2又（波 長）長度’使數活節式天線13所接收及傳送的頻率電波更清晰穩定，且可以提 昇多頻率收訊品質。 睛參閱第四圖所示，摘作_種多錄丨人(画)天_構，由圖中可知， 在夕重輸出人(MIMG)天線結構2的基座21綱設有數錐料腰狀平台四，練 平台22係自基座21頂面中心處向外緣邊延伸，即形成具有雙星狀之外觀型態， 且在各平台22之端面上皆垂設有等距相對之活節式天線23，而各活節式天線 23係以下連接部231連接於各平台22之端面上，並在其下連接部231頂面連接 有上連接^ 232 ’在上連接部232頂面套設有一殼體233，該上連接部232與 下連接部231間之關節處可作適度的彎折，即形成一活節式天線23，在各活節 式天線23内部皆貫穿設有單一電繞線24，且該數電纜線㈣呈現相併合排列， M294111 而延伸於基座21外側邊，並在數電纜線端適當處固設有一置位件25，使置位件 25與基座21間之數電纜線24可排列成一束，且在分叉的電纜線24端頭各設有 接合插頭26，並在電纜線24的中心處設有線蕊，以接收外來頻率電波及傳送 頻率電波，且各活節式天線23中心間距具有f (頻率）=1/2λ (波長）距離， 而概呈有四組正三角形的湖組合，以避免各活節式天線23產生串音現象，而 w成彼此間的電波干擾，使數活節式天線23所接收及傳送的頻率更清晰穩定， 以利於各活節式天線23可接收更廣泛之多頻頻率。 為使本創作更加顯現出進步性與實用性，玆與習用產品作一比較分析如下· 習用缺失： ^ 1·使用者需時常適賴整龍天線裝置的位置，以改變該制天賴接收頻率 的角度及方位，而攫取較佳的電視頻道，如此卻造成使用者的困擾。 2·習用天線裝置不具有實用性及不便利性。 3·習用天線裝置靈活性不佳。 本創作之優點： 1·本創作之魏線端適當處gj設有—置位件，使置位件與基朗之數電纔線可 排列成一束，以提高整體外觀的整齊性及安全性。 2·活節式天_之闕處可作適度的騎，可提高各活節式天線所接收及放射 頻率電波的靈敏度。 3·各活節式天線中心間距具有f (頻率）=1/2λ (波長）距離，而概呈一正三 角形的排列組合，以避免串音現象，造成彼此間的電波干擾。 4·該數活節式天線的線蕊長度與上、下連接部總合長度間各具有f (頻率）=1/4 又（波長）長度，構成該線蕊與上、下連接部的總和長度係為f (頻率）=1/2 A (波長）長度，使數活節式天線所接收及傳送的頻率電波更清晰穩定，且 可以提昇多頻率收訊品質。 5.各活節式天線中心間距具有f (頻率）=1/2又（波長）距離，而概呈有四組 正三角形的排列組合，以避免各活節式天線產生串音現象，而造成彼此間的 8 M294111 電波干擾 6.:亥概呈有四組正三角形的排列組合之活節式天線，數活節式天線的線蕊長度 、下連接猶合長度間各具有f (頻率）=1/4λ (波長）長度，構成該 線f與上、下連接部的總和長度係為f (頻率）=ι/2λ (波長）長度，使數 活即式天線所接收及傳送的頻率更清晰穩定，以利於各活節式天線可接收更 廣泛之多頻頻率。 上列詳細說明係針對本創作之—可行實關之具體，惟該實施例並非 用以限制本創作之專利細，凡未脫離本創作技藝精神所為之等效實施或變 更，均應包含於本案之專利範圍中。 絲上所述，本案不但在技術思想上確屬創新，並能較習用之物品增進上述 多項功效’應已充分符合新穎性及進步性之法定創新專利要件，爰依法提出申 請’懇請貴局核准本件新型專利申請案，以勵創作，至感德便。 【圖式簡單說明】 第一圖為本創作之分解示意圖。 第二圖為本創作之組合圖。 第三圖為本創作之活節式偶極天線之彎摺動作示意圖。 第四圖為本創作之第一種實施例示意圖。 【主要元件符號說明】 多重輸出入(ΜΙΜΟ)天線結構1 基座11 平台12 活節式天線13 M294111 下連接部131 上連接部132 殼體133 電纜線14 線蕊141 交織隔離金屬網142 銅圓柱143 置位件15M294111 VIII. New description: [New technical field] The author is about the antenna structure of the multi-recorder _〇, _ means that the center spacing of each articulated antenna has f (frequency)=1/ 2λ (wavelength) distance, and the length of the wire of the number of antennas and the total length of the upper and lower connecting portions have f (frequency) = 1/4 λ (wavelength) length, which constitutes the line core and the upper and lower connecting portions The sum of the length is f (frequency) = 1/2 λ (wavelength) length, in order to facilitate the clear and stable reception and transmission frequency of each live antenna to improve the receiving quality. [Prior Art] % The antenna device frame 5 is placed around the TV, and the user often needs to adjust the position of the conventional antenna device in order to make the TV screen appear good in order to change the reception of the conventional antenna device. The angle of the words and the green, shouting the better f video channel, but this caused user confusion, but also highlighted that the conventional antenna does not have real secret and convenience. In view of the problems arising from the above-mentioned antennas, the creator succeeded in researching and developing the antenna structure of the multi-recorder (face). [New content] The main purpose of this creation is to provide a multi-input (MIM0) antenna structure, which is provided with a number of ridged isosceles platforms on the top surface of the rim in the pedestal. The platform is extended from the top of the base: the center to the outer edge of the base, which forms a star-shaped appearance, and an isosceles platform is formed between the isosceles platforms to make the top surface of the base The number of articulated antennas varies from 3 groups to 6 groups, and each single-joint-type antenna shaft can receive 2 4~2· fresh, in each articulated antenna: 匕 spacing has f (frequency) = 1/4 (wavelength) distance to avoid the phenomenon of crosstalk between the various articulated antennas' le into each other's radio wave interference, the secret antennas are clearer and more stable, M294111 and then enhance the reception Quality and increase the number of channels. A further object of the present invention is to provide a multi-input (MIM〇) antenna structure in which the lower connection portion of the articulated antenna is suspended on the end faces of each platform, and an upper connection is connected to the top surface of the lower connection portion. a casing is disposed on the top surface of the upper connecting portion, and the joint between the upper connecting portion and the lower connecting portion can be appropriately bent, that is, a joint antenna is formed, and the upper connecting portion and the lower connecting portion are formed thereon A single cable is arranged inside, and the plurality of cables are arranged in parallel, extending to the outer side of the base, and a positioning member is fixed at a position of the cable end to make the positioning component The number of cables between the pedestals can be arranged in a bundle to improve the tidyness and safety of the overall appearance. Another object of the present invention is to provide a multi-input (MIM〇) antenna structure, wherein a wire core is arranged at the center of the cable, and the length of the wire joint antenna and the total length of the upper and lower connecting portions are respectively It has a length of ^ (frequency) = 1/4 λ (wavelength), and the total length of the line and the upper and lower connecting portions is f (frequency) = 1/2 and (wavelength) length, and the outer edge around the wire core is sleeved. The interlaced isolation metal mesh can prevent external clutter interference, and a copper cylinder is integrally disposed on the outer edge of the interwoven isolation metal mesh box, and one end of the copper cylinder can be inserted and fixed in the upper connection portion. The edge allows each of the cores to be positioned at the upper joint. A further object of the present invention is to provide a multi-input (10) (10) (1) antenna structure that extends from the center of the base to the outer edge of the base, that is, has a star shape, a square shape, and meets the requirements of the passenger. The appearance of the design makes the creation more practical and flexible. [Embodiment] Referring to the first to third figures, the present invention creates a multi-recording and enthalpy antenna structure. As can be seen from the figure, the multiple-input (瞧〇) antenna structure 1 is attached to the pedestal 11 At the center, there is a circular tapered isosceles platform 12 curved from the peripheral edge, and the number of the platform 12 extends from the center of the top surface of the base U to the outer edge, thereby forming a recorded appearance. And a lower connecting portion (3) of the joint antenna 13 is disposed on the end surface of each platform 12, and an upper connecting portion 6 M294111 132 is connected to the top surface of the lower connecting portion 131, and a top surface portion of the upper connecting portion 132 is sleeved. The housing i33 is provided, and the upper connecting portion of the chassis==moderate bending is formed to form a joint antenna 13, and a single-wei line 14 is arranged inside the connecting portion _=the paste. And the number of electricity: ΙΓΓ the outer side of the pedestal 11, and is fixed at the appropriate position of the number of the line ends - set and fit into the 41f seat 11 shape view 14 can be lake-bundle, simple and uniform view of the neat The end of the sharp line 14 of the sex-line bifurcation is provided with a joint plug 16', and at the other end of the electric wire 14, a wire core 141 is protruded, and the end of the line 141 is provided. The top I of the upper connecting portion 132 is exposed to the fresh electric wave or the transmitting frequency wave, and the outer edge of the wire core 141 is interlaced with an outer layer, and the metal mesh 142 prevents external noise interference. (4) The outer edge of the outer edge sleeve is intrinsic - the copper circle, the end of the copper cylinder 143 can be placed on the inner edge of the upper connecting portion 132, so that the cores 141 can be positioned on the upper connecting portion 132, in each joint The core 141 inside the antenna 13 can receive and transmit fresh electric waves of 2.4 to 2, and the center-to-day (4) center-to-center spacing has f (fresh) = 1/2 λ (wavelength) _, and the general-positive triangle combination To avoid crosstalk county, causing each other _ radio wave interference, the number of joints (4) feeding core (4) length and the upper and lower connecting portions 132, 131 total length between each having f (frequency) = 1/4 and (wave The magic length, the total length of the line core 141 and the upper and lower connecting portions 132, (3) is f (frequency) = 1/2 and (wavelength) length 'the frequency wave received and transmitted by the number of segments antenna 13 It is clearer and more stable, and can improve the quality of multi-frequency reception. The eye is shown in the fourth picture, and it is extracted as a multi-recorder (painting). As can be seen from the figure, the base 21 of the MIMG antenna structure 2 is provided with a plurality of cone-shaped lumbar platforms 4, and the platform 22 extends from the center of the top surface of the base 21 to the outer edge, that is, Forming a double star-shaped appearance, and equidistantly opposing articulated antennas 23 are provided on the end faces of the platforms 22, and the joint antennas 23 are connected to the end faces of the platforms 22 by the following connecting portions 231. The top surface of the upper connecting portion 231 is connected with an upper connecting portion 232'. The top surface of the upper connecting portion 232 is sleeved with a casing 233. The joint between the upper connecting portion 232 and the lower connecting portion 231 can be moderately arranged. Bending, that is, forming a joint antenna 23, a single electric winding 24 is disposed inside each of the articulated antennas 23, and the plurality of cable wires (4) are arranged in parallel, and M294111 extends outside the base 21. A positioning member 25 is fixedly disposed at a position of the cable end, so that the plurality of cable wires 24 between the positioning member 25 and the base 21 can be arranged in a bundle, and are disposed at the ends of the bifurcated cable wires 24. There is a joint plug 26, and a core is provided at the center of the cable 24 to receive external frequency waves and transmission frequencies. The electric wave, and the center-to-center spacing of each of the articulated antennas 23 has a distance of f (frequency) = 1/2 λ (wavelength), and there are four lake combinations of equilateral triangles to avoid the crosstalk phenomenon of each of the articulated antennas 23, The interference of w into each other makes the frequency received and transmitted by the digital joint antenna 23 clearer and more stable, so that each of the articulated antennas 23 can receive a wider frequency. In order to make this creation more progressive and practical, a comparative analysis with the conventional products is as follows: The lack of use: ^ 1·Users often need to rely on the position of the whole dragon antenna device to change the frequency of the system The angle and orientation of the viewer, while drawing a better TV channel, has caused user confusion. 2. The conventional antenna device is not practical or inconvenient. 3. The conventional antenna device has poor flexibility. Advantages of this creation: 1. The proper position of the Wei line of the creation is set by the gj, so that the set of parts and the base of the Kelang can be arranged in a bundle to improve the uniformity and safety of the overall appearance. . 2. The lively day can be used for moderate riding, which can improve the sensitivity of the received and radiated frequency waves of each articulated antenna. 3. The center-to-center spacing of each articulated antenna has a distance of f (frequency) = 1/2 λ (wavelength), and a combination of positive and triangular shapes is used to avoid crosstalk and cause radio wave interference between each other. 4. The length of the wire of the number of antennas and the total length of the upper and lower connecting portions have f (frequency) = 1/4 and (wavelength) length, which constitute the sum of the wire core and the upper and lower connecting portions. The length is f (frequency) = 1/2 A (wavelength) length, which makes the frequency wave received and transmitted by the digital joint antenna clearer and more stable, and can improve the multi-frequency receiving quality. 5. The center-to-center spacing of each articulated antenna has f (frequency) = 1/2 and (wavelength) distance, and there are four sets of equilateral triangles arranged in an array to avoid crosstalk caused by the articulated antennas. 8 M294111 radio interference between each other. 6.: There are four sets of regular triangles arranged in a combination of the articulated antennas. The length of the loop joint antenna and the length of the lower joint are f (frequency) = 1/4λ (wavelength) length, the total length of the line f and the upper and lower connecting portions is f (frequency) = ι / 2λ (wavelength) length, so that the frequency received and transmitted by the digital antenna is clearer. Stable, so that each articulated antenna can receive a wider range of multi-frequency frequencies. The detailed description above is specific to the creative work, but it is not intended to limit the patents of this creation. Any equivalent implementation or change without departing from the spirit of the creative work should be included in this case. In the scope of patents. As stated on the silk, this case is not only innovative in terms of technical thinking, but also able to enhance the above-mentioned multiple functions compared with conventional articles. 'The statutory innovative patent elements that should have fully met the novelty and progressiveness, and apply in accordance with the law'. This new type of patent application, to encourage creation, to the sense of virtue. [Simple description of the diagram] The first diagram is an exploded view of the creation. The second picture is a combination of the creations. The third picture is a schematic diagram of the bending action of the articulated dipole antenna of the creation. The fourth figure is a schematic diagram of the first embodiment of the creation. [Main component symbol description] Multiple input/output (ΜΙΜΟ) antenna structure 1 Base 11 Platform 12 Joint antenna 13 M294111 Lower connection 131 Upper connection 132 Housing 133 Cable 14 Wire core 141 Interwoven isolation metal mesh 142 Copper cylinder 143 set member 15
接合插頭16 I 多重輸出入(ΜΙΜΟ)天線結構2 基座21 平台22 活節式天線23 下連接部231 上連接部232 殼體233 電纜線24 置位件25 接合插頭26Engagement plug 16 I Multiple input/output (ΜΙΜΟ) antenna structure 2 Base 21 Platform 22 Joint antenna 23 Lower connection 231 Upper connection 232 Housing 233 Cable 24 Positioning member 25 Engagement plug 26