M322070 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種單極化天線之自動旋轉平台’主要是 將一單極化天線連接至一天線旋轉結構，藉由一塑膠氣壓缸 ， 之作動以驅動單極化天線旋轉至所要的測試位置，達到無需 „ 人工調整即可主動調整單極化天線的測試位置的功能，並配 合塑膠氣壓缸的低反射材質的應用，提供無干擾產生的測試 環境。 【先前技術】 鲁 一般而言，在無線通訊產品之開發測試過程中，為了避 免遭到外界其他訊號之干擾而影響到測試結果的準確性，均 需在專為隔離外界雜訊的隔離室（Shielding Room或 Charmer)内進行無線通訊產品相關收發功能的測試，以驗 證該無線通訊產品是否符合相關測試規範之需求，而在測試 過程中，除手機擺放位置與方向需符合相關測試規範的要求 外，接收天線（含低頻接收天線與高頻接收天線）亦需進行Η ，plane(水平）與ν plane(垂直）方向之切換，以涵蓋完整之 攀測試平面要求。 承上述，習知各家手機廠之測試實驗室或各認證實驗室 用於輻射測試之天線包含有雙極化天線與單極化天線，單極 化天線由於價格較雙極化天線低，且推出時程較早，因此使 用情況較為普及，然而單極化天線本身因只能在同一時間進 行同一平面，包括水平或垂直兩平面的測試方向，並無具備 同時自動水平和垂直訊號的接收功能，因此必需以人力手動 調整天線平面，以符合測試的條件需要，此舉除造成人力與 測試時間之浪費外，若中途隔離室的門被打開，則會因外^ M322070 :訊進到隔離ΐ内造成無線測試受到干擾，對測試結果也會 做法亦可能因為頻繁_ «波暗t而降低Ϊ 室使用昜命。 曰 基於上述原目’本創作提出—可提供自 極化讀之自動_平台，Μ是將一單極化天線連接2 ^線㈣結構，藉由-塑膠氣壓缸之作動以驅動單極化天線 旋轉至所要㈣m位置，達到無需人卫調整即可主動調整翠 極化天線的f試位置的倾，並配合歸氣壓缸的低反射材 質的應用，提供無干擾產生的測試環境之目的，具有簡易、 低成本的優點，並有效改善測試流程，節省測試人力與時間。 【新型内容】 本創作之主要目的為提供一種單極化天線之自動旋轉 平台’其具有-單極化天線可任意轉動至指定測試平面。 本創作的另一目的在於提供一種單極化天線之自動旋 轉平台，其具有一低反射係數之塑膠氣壓缸驅動單極化天 線，以降低電磁干擾。 本創作另一目的在於提供一種單極化天線之自動旋轉 平台，提供簡易、低成本測試平台，以降低架設成本，並有 效改善測試流程，節省測試人力與時間。 【實施方式】 為了使貴審查委員能更進一步瞭解本創作為達成預 定目的所採取之技術、手段及功效，請參閱以下有關本創作 之詳細說明與附圖，相信本創作之目的、特徵與特點，當可 由此得一深入且具體之瞭解，然而所附圖式僅提供參考與說 明用，並非用來對本創作加以限制者。 M322070 請參閱圖一及圖二所示，係為本創作單極化天線之自動 旋轉平台分別旋轉至水平及垂直位置之示意圖，本創作單極 化天線之自動旋轉平台包括有··一天線旋轉結構u、一塑 T氣壓缸連動結構12及一塑膠氣壓缸固定支撐結構16;將 單極化天線10固定在天線旋轉結構11上，使單極化天線 10以天線旋轉結構11為中心做旋轉，在水平（圖一）及垂直 (圖二）之位置間作變化，以利單極化天線接受不同訊號的測 試位置。 承上述，更進一 〜〜步的，枣創作隹大踝硬轉結構U上， 位於單極化天線10反方向的一端提供一塑膠氣壓缸連動結 構12，且連動於一塑膠氣壓缸13的推桿部14，而塑膠氣歷 虹13的另一端為一氣壓蓄壓部15’並將氣壓蓄壓部15達 接在一塑膠氣驗固定支擇結構16上，同時，塑膠氣壓知 13的動作則由-氣壓源及控制電腦所驅動。 本創作透過控制電腦裡之自動測試程式來控制連接於 1制電腦之控制介面卡上reiay_n顧動作， 餐虹查13之進氣與出氣等做動’該塑膠氣壓知 爾13糟由塑膠官線連接至㈣也之 = 線的與天，接，進而控制連結於塑膠 ;= 的二轉結二1，本創作氣麵'可M322070 VIII. New Description: [New Technology Field] This creation is about an automatic rotating platform for a single-polarized antenna. It mainly connects a single-polarized antenna to an antenna rotating structure, with a plastic pneumatic cylinder. Actuation to drive the single-polarized antenna to the desired test position, the function of actively adjusting the test position of the single-polarized antenna without manual adjustment, and the application of the low-reflection material of the plastic pneumatic cylinder to provide interference-free production. Test environment [Prior technology] In general, in the development and testing of wireless communication products, in order to avoid the interference of other external signals and affect the accuracy of the test results, it is necessary to isolate the external noise. Test the wireless transceiver product related transceiver function in the isolation room (Shielding Room or Charmer) to verify whether the wireless communication product meets the requirements of relevant test specifications. In the test process, in addition to the location and direction of the mobile phone, it is required to comply with the relevant test. In addition to the requirements of the specification, the receiving antenna (including low frequency receiving antenna and high frequency receiving antenna) ) It is also necessary to switch between plane, plane (horizontal) and ν plane (vertical) directions to cover the complete climbing test plane requirements. According to the above, the test labs or certification laboratories of various mobile phone factories are used for radiation. The tested antenna includes a dual-polarized antenna and a single-polarized antenna. Since the price of the single-polarized antenna is lower than that of the dual-polarized antenna and the time of introduction is earlier, the use situation is more popular, but the single-polarized antenna itself can only At the same time, the same plane, including the horizontal or vertical planes of the test direction, does not have the simultaneous automatic horizontal and vertical signal receiving function, so it is necessary to manually adjust the antenna plane to meet the test conditions, which is caused by In addition to the waste of manpower and test time, if the door of the isolation room is opened, the wireless test will be disturbed due to the external M322070: the signal enters the isolation port, and the test result may also be caused by frequent _ «wave dark t reduces the use of the Ϊ room. 曰 Based on the above-mentioned original 'this creation' - can provide automatic _ platform for self-polarization reading, Μ is a monopole The antenna is connected to the 2 ^ line (4) structure, and the plastic pneumatic cylinder is actuated to drive the single-polarized antenna to rotate to the desired (four) m position, so that the tilting position of the test position of the green-polarized antenna can be actively adjusted without the adjustment of the human guard, and cooperated. The application of the low-reflection material of the pneumatic cylinder provides the purpose of a test environment without interference, and has the advantages of simplicity and low cost, and effectively improves the testing process, saving test manpower and time. [New content] The main purpose of this creation is An automatic rotating platform for a single-polarized antenna is provided, which has a single-polarized antenna that can be arbitrarily rotated to a designated test plane. Another object of the present invention is to provide an automatic rotating platform of a single-polarized antenna having a low reflection coefficient. The plastic pneumatic cylinder drives a single-polarized antenna to reduce electromagnetic interference. Another object of the present invention is to provide an automatic rotating platform for a single-polarized antenna, providing a simple, low-cost test platform to reduce the cost of erection and effectively improve the testing process. , saving test manpower and time. [Embodiment] In order to enable your review committee to further understand the techniques, means and effects of this creation in order to achieve the intended purpose, please refer to the following detailed description and drawings of this creation, and believe the purpose, characteristics and characteristics of this creation. It is to be understood that the invention is not limited by the description and description. M322070 Please refer to Figure 1 and Figure 2, which is a schematic diagram of the automatic rotation platform of the single-polarized antenna rotated to the horizontal and vertical positions respectively. The automatic rotation platform of the single-polarized antenna includes an antenna rotation. Structure u, a plastic T pneumatic cylinder linkage structure 12 and a plastic pneumatic cylinder fixed support structure 16; the single-polarized antenna 10 is fixed on the antenna rotating structure 11 to rotate the single-polarized antenna 10 around the antenna rotating structure 11 Change between the horizontal (Figure 1) and vertical (Figure 2) positions to facilitate the single-polarized antenna to accept test positions for different signals. According to the above, a further one-to-step, the jujube is created on the hard-turning structure U, and a plastic pneumatic cylinder linkage structure 12 is provided at one end of the single-polarized antenna 10 in the opposite direction, and is pushed in a plastic pneumatic cylinder 13 The rod portion 14 and the other end of the plastic gas calendar 13 are a pneumatic pressure accumulating portion 15' and connect the pneumatic pressure accumulating portion 15 to a plastic gas-fixing and fixing structure 16, and at the same time, the action of the plastic gas pressure 13 It is driven by the air pressure source and the control computer. This creation controls the reiay_n action on the control interface card connected to the 1-system computer through the automatic test program in the control computer. The intake and exhaust of the meal rainbow check 13 actuate the plastic pressure. Connected to (4) also = line with the sky, connect, and then control the connection to the plastic; = the second turn knot 2, the creation of the face 'can
Switch 電腦下達操〔作指令原，為操作人員在隔離室外對控制 則透過控制介面（未^ 程式自動控制亦可），控制電腦 缸13的操作氣壓來满不上來控制氣壓源，氣壓源為塑膠氣壓 〜#測试要求單極化天線1〇旋轉至一 M322070 平面位置時，例如由水平位置旋轉至垂直位置或由垂直位 旋轉至水平位置，控制電腦則透過介面來控制氣壓源，炙 源則對塑膠氣壓缸13加壓或控制洩壓閥門洩壓，塑膠=、 缸13的推桿部14則藉由塑膠氣壓缸連動結構12對^ =， •轉結構11做出推出或收回等動作，進而帶動單極化天線= .做出旋轉動作，以符合測試要求的垂直或水平平面位置，、 到無需人工即可自動調整單極化天線10的測試位置2 能’並配合塑膠氣壓缸13的低反射材質的應用 磁干擾產生的測試環境。 、电 總括而言，本創作為-鮮極化天線之自動旋 ， 藉由單極化天線10可任意轉動至指定測試平面，其且^ 功能、效用及優點如下： 八/、百之 ⑴可進行單極化天線1G之水平/垂直平面的自動旋轉，以 有效改善測試流程，縮短測試時間盥人力 ⑵^歸氣壓缸13作為單極化天線1G旋轉之動力源， 了有效降低開發成本與測試過程之干擾 ,、 (3)===;撐結構16與天線旋轉結構11均採用 ⑷塑膠氣壓紅固定支撐結構擾。 採用之天線架進行客製化設計。㈣可依各測試場地所 (5==:塑_缸固定支樓結構…以確 ⑻可藉二：二 ⑺^作以確料極化天㈣的^^=變祕之旋轉 ，均具備低反射二 边本創作提供一種單極化天線之自動旋轉平 M322070 台，主要是將一單極化天線10連接至一天線旋轉結構11， 並藉由控制塑膠氣壓缸13之動作以驅動單極化天線10旋轉 至所要的測試位置，達到無需人工調整即可主動調整單極化 天線10的測試位置的功能，並配合塑膠氣壓缸13及塑膠氣 • 壓缸固定支撐結構16的低反射材質的應用，提供無干擾產 ^ 生的測試環境之目的，以上所述為此習知技藝所無法輕易達 成，故本創作技術具有實用性、新穎性與進步性，爰依法提 出申請。 縱使本創作已由上述之實施例詳細敘述而可由熟悉本 • 技藝之人士任施匠思而為諸般修飾，然皆不脫離如附申請專 利範圍所欲保護者。 【圖式簡單說明】 圖一為單極化天線轉動至水平位置之立體圖。 圖二為單極化天線轉動至垂直位置之立體圖。 【主要元件符號說明】 11天線旋轉結構 13塑膠氣壓缸 15氣壓蓄壓部 • 10單極化天線 12塑膠氣壓缸連動結構 14推桿部 16塑膠氣壓缸固定支撐結構The Switch computer gives instructions to operate the control. The operator controls the air pressure source by controlling the interface of the computer cylinder 13 through the control interface (not automatically controlled by the program). The air pressure source is plastic. The air pressure ~# test requires that the single-polarized antenna rotates to a M322070 plane position, for example, from a horizontal position to a vertical position or from a vertical position to a horizontal position, and the control computer controls the air pressure source through the interface. Pressurizing the plastic pneumatic cylinder 13 or controlling the pressure relief valve to release pressure, the plastic=, the pusher portion 14 of the cylinder 13 is pushed or retracted by the plastic pneumatic cylinder linkage structure 12, and the rotating structure 11 is pushed or retracted. In turn, the single-polarized antenna is driven. = Rotating action is made to meet the vertical or horizontal plane position required by the test, and the test position 2 of the single-polarized antenna 10 can be automatically adjusted without manual operation. The low-reflective material is applied to the test environment generated by magnetic interference. In summary, the creation is an automatic rotation of a freshly polarized antenna, which can be arbitrarily rotated to a designated test plane by a single-polarized antenna 10, and its functions, utilities, and advantages are as follows: 八/,百之(1) Perform automatic rotation of the horizontal/vertical plane of the single-polarized antenna 1G to effectively improve the test flow and shorten the test time. (2) The pneumatic cylinder 13 is used as the power source for the single-polarized antenna 1G rotation, which effectively reduces the development cost and test. The interference of the process, (3) ===; the support structure 16 and the antenna rotating structure 11 are both (4) plastic pneumatic red fixed support structure disturbance. The antenna frame is used for customized design. (4) According to each test site (5==: plastic_cylinder fixed branch structure... to confirm (8) can borrow two: two (7) ^ to confirm the rotation of the day (four) ^^= change the secret rotation, all have low The two sides of the reflection provide a self-rotating flat M322070 single-polarized antenna, which mainly connects a single-polarized antenna 10 to an antenna rotating structure 11 and drives the single polarization by controlling the action of the plastic pneumatic cylinder 13. The antenna 10 is rotated to the desired test position, and the function of actively adjusting the test position of the single-polarized antenna 10 without manual adjustment is provided, and the application of the low-reflection material of the plastic pneumatic cylinder 13 and the plastic gas/cylinder fixed support structure 16 is adopted. The purpose of providing a test environment without interference is that the above-mentioned techniques cannot be easily achieved, so the creation technique is practical, novel and progressive, and the application is made according to law. Even though the creation has been The above embodiments are described in detail and can be modified by those skilled in the art, without departing from the scope of the appended claims. [Simplified Schematic] Figure 1 is a single The perspective view of the antenna is rotated to the horizontal position. Figure 2 is a perspective view of the single-polarized antenna rotated to the vertical position. [Main component symbol description] 11 antenna rotating structure 13 plastic pneumatic cylinder 15 pneumatic pressure accumulating part • 10 single-polarized antenna 12 plastic Pneumatic cylinder linkage structure 14 push rod portion 16 plastic pneumatic cylinder fixed support structure