M429878 五、新型說明： 【新型所屬之技術領域】 且特別是有關於一種 本創作是有關於一種檢測機台 電路板的檢測機台。 【先前技術】 現今的電路板在製造完成之德 ^ f 或是在裝設好 (m—ed)電容、電感、電阻或晶片（ehip)等電子一件 (deCtronic comp㈣nt)之後’會進行電性檢測以^ 電路板是否能正常地運作，從而將檢測沾 心 果為正常的電路 板師選出來，並淘汰檢測結果為異常的電路板。 如此，可以減少誤用不良電路板的機率，以維持声品 的良率（yield)。不過，單一個雷故& 工 ”, 早电路板所進行的電性檢測通 吊兩要花費相當的時間，因此如何縮短這些電路板進行電 性檢測的時間，以提高電性檢測的效率，是許多薇商所想 要探討的課題。 【新型内容】 本創作提供-種電路板的檢測機台，其能―次電性檢 測多個電路板。 本創作提出-種電路板的檢測機台，用於—次電性檢 測多個電路板。檢測機台包括一動力基座、一蓋體、多根 探針以及-檢測平台。蓋體具有—底面，並樞接於動力基 座。這些探針配置於蓋體，並&出於底面。檢測平台配置 在動力基座上，而這些電路板放置於檢測平台上。在蓋體 4/15 °/8 趣轉至檢測平台上方之後’檢測平台位在蓋體與動力基座 <間’而動力基座驅動檢測平台從動力基座朝向蓋體移 動’以使這些探針接觸這些電路板。 基於上述，由於放置於檢測平台上的這些電路板能被 达些辕針接觸，因此本創作的檢測機台可以一次電性檢測 夕個電路板。 為讓本創作之上述特徵和優點能更明顯易懂，下文特 譽實施例，並配合所附圖式’作詳細說明如下。 施方式】 圖1A是本創作一貫鉍例之電路板的檢測機台。靖來 閲圖1A ’本實施例的檢測機台1〇〇能一次電性檢測多個電 略板10 ’即檢測機台100能一次電性檢測二個或超過二個 電略板10。以圖1A為例，檢測機台1〇〇能—次電性化、則 八個電路板10。此外’電路板10可以是已經農設好泰六 電感、電阻或晶片等電子元件（未繪示），或是士入:\、 <壬何雷不斤林。所LV 兀*王禾裝設 批 不論電路板10是否右驻机兩 件’檢測機台1 〇〇都能# 裝0又電子元 另外，檢測機台1〇π。路板i〇進订電性檢測。 並且受控於控制系统2可以電性連接―控㈣統200, 機台100來電性檢測這吡泰即控制系、统200可以控制檢測 例如是電腦設備，其可电路板1(3。此外，控制系统200 器220，其中電腦主機，括一電腦主機210以及—顯示 路板10進行電性檢測，此控制榀測機台100對這些電 而_示器220則可LV 一 J 頌示各個電路 5/15 M42 兕 78 板的铋測結果，讓工作人員得知哪些電路板10是正常 的’哪些電路板10是異常的。 ,杈’則機台包括一蓋體11〇、多根探針120、—檢測 平σ 13〇以及一動力基座14〇。這些探針〗2〇配置於蓋體 0八中盍體丨1〇具有一底面Β1，而這些探針120凸出 於底面Bl ’並且用於接觸這些電路板10,以對這些電路板 進行電性檢測。檢測平台〗3〇配置在動力基座14〇上， 這二电路板10放置於檢測平台130上。蓋體11 〇樞接於 動力基座140，並能樞轉至檢測平台130上方，以使檢測 平台130位在蓋體11〇與動力基座14〇之間。 在本實施例中，蓋體Π0可以包括一透明板112與一 忙版114。框體114圍繞透明板丨12，且可為不透明框架。 透明板112可為玻璃板或塑膠板，而塑膠板的材料例如是 來甲基丙烯酸曱酯（Polymethylmethacrylate，PMMA)，也 优是C克力（Acrylic)。透明板112具有底面B1，而這些 =針120配置於透明板112，因此在蓋體ιι〇樞轉至檢測平 。U〇上方之後，工作人員可以從蓋體110俯看到這些探 針120以及位在檢測平台13〇上的這些電路板。 雖然在本實施例中，蓋體110包括透明板112,但是在 其他貫施例中’蓋體u〇整體上可以是—塊未包括透明板 112的不透明蓋板。也就是說，在蓋體110框轉至檢測平台 〇上方之後，這些探針與位在檢測平台130上的這 些電路板10不能從蓋體110俯看到。所以，圖1A中所示 6/15 M429878 的蓋體110僅供舉例說明，並非限定本創作。 體樞接動力基座〗40。具體而言，植體114可具 有至少一個樞轉部114a，而動力基座14G可具有至少一根 拖It柱142 ’其中樞轉部1Ma樞接樞轉柱⑷。以圖1A為 例，框體114共具有二個楣轉部n4a，而動力基座刚也 共具有二根㈣柱]42 ’其中這些樞轉部⑽分別樞接這 些樞轉柱142。透過枢轉部114&與樞轉柱142之間的轉動， 蓋體110得以相對於動力基座14〇而樞轉。此外，這些抱 轉柱H2可皆位在這些樞轉部U4a之間，如圖ia所示。 圖IB疋圖ία中檢測平台的俯視示意圖。請參閱圖lA 與圖1B，檢測平台13〇可以包括一承載板132與多個支撐 墊134，其中承載板132具有一承載面132a，而這些支撐 墊134配置在承載面〗32a上。這些電路板]〇可以全放置 於承載面132a，並且皆配置在這些支撐墊134上。此外， 廷些電路板10在檢測平台Π〇上可以呈矩陣排列。以圖 1B為例，承載面】32a可供八個電路板1〇放置，而這八個 電路板10在承載面132a上可以排列成二乘四的矩陣。 另外，檢測平台130可更包括二種定位元件。詳細而 言，在圖1A所示的實施例中，這二種定位元件分別是定 位柱136以及定位塊138，其中定位柱136與定位塊138 二者的數量皆為多個。這些定位柱136與定位塊138皆固 定於承載板132上’並皆凸出於承載面132a。在這些電路 板1 〇放置於承載面132a之後’這些定位柱136會穿過這 7/15 兒板10’而各個定位塊138會位在其中一個電路板1〇 的周鬥 11国°如此’這些電路板10能被固定在檢測平台130上。 須說明的是’在本實施例中，雖然檢測平台13〇包括 ， 立枝136與定位塊138這二種定位元件，但是在其他實 中 #双測平台13 0可以只包括一種定位元件，即檢測 Α Τ Ο λ 可以只包括多根定位柱136或多個定位塊138。 匕圖1Α與圖1Β所示的定位柱136與定位塊138僅供 舉例說明，並非限定本創作。 圖1C是圖1Α中檢測機台在蓋體樞轉至檢測平台上方_ 之後的立體示意圖，而圖2Α與圖2Β是圓1C中檢測機台 在進行電性檢測時的剖面示意圖，其中圖2Α與圖2Β是從 圖1 c中的線I-Ι剖面所繪製而成。請參閱圖1C與圖2a， 在盍體110樞轉至檢測平台130上方之後，檢測平台130 會位在盍體uo與動力基座140之間，而這些探針120全 指向位於檢測平台130上的電路板1〇。此時，檢測機台1〇〇 可以預備對這些電路板10進行電性測試。 _ 凊參閱圖2A與圖2B，之後，動力基座140驅動檢測 平台130從動力基座14〇朝向蓋體ι1〇移動，以使這些探 針120接觸這些電路板ι〇β詳細而言，動力基座可以 包括一驅動器144以及一外殼146，其中驅動器144配置 -在外设146内，並且包括一伸縮件144a。伸縮件144a連接 檢測平台130，並且可以移動檢測平台13〇。 驅動盗144例如是氣壓紅或液壓缸，並且可以更包括 8/15 M429878 一筒缸144b，其中伸縮件144a滑設於筒缸144b内。藉由 筒缸144b内的氣壓或液壓所產生的力量，伸縮件144a可 - 以相對於筒缸144b作往復移動，從而能移動檢測平台 • 130。如此，伸縮件144a可以從筒缸144b伸出，使得檢測 平台130沿著方向D1而移動，讓探針120接觸電路板10。 在這些探針120接觸這些電路板10之後，檢測機台 100會對這些電路板10進行電性測試。例如，檢測機台100 會輸出測試訊號至這些電路板10，而這些電路板10在接 ® 收測試訊號之後會輸出電麈或電流至檢測機台100。此時， 檢測機台100能依據此電壓或電流來作出檢測結果，從而 判斷那一個電路板10異常。如此，檢測機台100能一次檢 測多個電路板10，以篩選出檢測結果為正常的電路板10， 從而減少不良電路板10被誤用的機率。 此外，由於蓋體110可以包括透明板112,因此在電性 檢測這些電路板10的期間，工作人員可以從蓋體110俯看 • 到這些探針120與這些電路板10，以觀察探針120與電路 板10是否正常地接觸。如此，在進行電性檢測的過程中， 工作人員可以檢查探針120與電路板10是否接觸異常，例 如探針120是否落在電路板10的正確位置上，或是其中一 ' 根探針120是否發生斷裂的情形。 請參閱圖2B，在檢測完這些電路板10之後，動力基 座140可再次驅動檢測平台130，例如讓伸縮件144a縮回 筒缸144b，以使檢測平台130沿著方向D2移動。如此， 9/15 M429878 移動中的檢測平台130會遠離蓋體110，而探針120與電 路板10分開而不接觸。此時，工作人員可將蓋體110打開， 即枢轉蓋體110，讓檢測平台130上的這些電路板10裸露 出來，進而將這些電路板10從檢測平台130取出，並且分 類這些電路板10，以篩選出正常的電路板10。 請再次參閱圖1A與圖1B，值得一提的是，檢測機台 100可以更包括至少一個控制钮150。例如，在圖1A與圖 1B所示的實施例中，檢測機台100可以包括二個控制鈕 150。不過，在其他實施例中，檢測機台100也可以只包括 一個控制鈕150。因此，本創作並不限定檢測機台100所 包括的控制紐150的數量。 請參閱圖1A、圖1B與圖2A，動力基座140的外殼 146具有一外表面146a，而這些控制鈕150裸露於外表面 146a，並且電性連接動力基座140的驅動器144，其中控 制鈕150能控制動力基座140驅動檢測平台130移動。當 檢測機台100預備好對這些電路板10進行電性測試時，工 作人員可以按壓其中一個控制鈕150，例如右邊的控制鈕 150,以啟動動力基座140,讓檢測平台130從動力基座140 朝向蓋體110移動。如此，對這些電路板10進行電性檢測。 承上述，在這些電路板10電性檢測完畢之後，工作人 員可以按壓另一個控制鈕150，例如左邊的控制紐150，以 再次啟動動力基座140,讓檢測平台130朝向遠離蓋體110 的方向而移動。如此，這些探針120會與這些電路板10分 M429878 開而不接觸 田此知’在本實施例_，ϋ 可以皆作為用來啟動動力基座ί4〇的啟動鈕 不過，需強調的是，在其他實施财，檢測機台1〇〇 所包括的控制紐150的數量可以僅為一個，而且控制紐15〇 不一疋要用來作為啟動赵。舉例而言，控制幻5〇可以用 來作為停止紐，以在緊急狀況下停止檢測機台100運作。 因此二本創作並不限定控制叙15〇的數量與功能。 綜上所述，在本創作的檢測機台中，由於多個 能放置於檢測平台上，且多根探針接觸多個電路板电因此 本創作的檢測機台能一次電性檢測 性铪,、目丨丨夕加♦ & 一电路板，以縮短電 裰測夕個㈣板的所需時間，提高電 而有利於對大量的電路板進行電性檢測。摘料，進 以上所述僅為本創作的實施 作的專鄉祕園。任何㈣相像技===限定本創 =的精神與範園内，所作的更動及_ 本創 本創作的專利保護範圍内。 、效#換’仍在 【圖式簡單說明】 作:實施例之電路板的檢剛機台。 岡疋圖中檢測平台的俯視示意圖。 L疋圖Μ中檢測機台在蓋 的立體示意圖。 轉至仏測平台上方之後 ，與圖2Β是圖1C中檢測機台 面示意圖。 丁電性松測時的剖 Π/Ι5 M429878 【主要元件符號說明】 10 :電路板 100 :檢測機台 110 :蓋體 112 :透明板 114 :框體 114a :枢轉部 120 :探針 130 :檢測平台 132 :承載板 132a :承載面 134 :支撐墊 136 :定位柱 138 :定位塊 140 :動力基座 142 :樞轉柱 144 :驅動器 144a :伸縮件 144b :筒缸 146 :外殼 146a :外表面 150 :控制鈕 200 :控制系統 210 :電腦主機 220 :顯示器 B1 :底面 Dl、D2 :方向 )2/15M429878 V. New description: [New technical field] It is especially related to one. This creation is about a detection machine for detecting the circuit board of the machine. [Prior Art] Today's boards are electrically manufactured after the manufacturing process is completed or after an electronic component such as a (m-ed) capacitor, inductor, resistor, or chip (ehip) is installed (deCtronic comp (four) nt). Detect whether the circuit board can operate normally, so that the board that detects the smudge is selected as a normal board, and the board whose detection result is abnormal is eliminated. In this way, the probability of misusing a bad board can be reduced to maintain the yield of the sound. However, it takes a considerable amount of time for the electrical detection of the single circuit board to be carried out by the single circuit, so how to shorten the time for the electrical detection of these boards to improve the efficiency of electrical detection. It is a topic that many Weishang wants to explore. [New content] This creation provides a kind of circuit board inspection machine, which can detect multiple circuit boards in a sub-electrical manner. This paper proposes a kind of circuit board inspection machine. The utility model is characterized in that the plurality of circuit boards are electrically detected. The detecting machine comprises a power base, a cover body, a plurality of probes and a detecting platform. The cover body has a bottom surface and is pivotally connected to the power base. The probes are disposed on the cover body and are mounted on the power base, and the circuit boards are placed on the detection platform. After the cover body is turned over to the detection platform 4/15 °/8 The detection platform is located between the cover and the power base < and the power base drives the detection platform to move from the power base toward the cover to allow the probes to contact the circuit boards. Based on the above, due to placement on the detection platform These electricity The road board can be contacted by some needles, so the detection machine of the creation can electrically detect the circuit board at one time. In order to make the above features and advantages of the creation more obvious and easy to understand, the following examples are discussed and cooperated. The drawings are described in detail below. Embodiments Fig. 1A is a detection machine for a circuit board of the present invention. The reading machine of the present embodiment can be electrically detected once. The plurality of electrical boards 10', that is, the detecting machine 100, can electrically detect two or more electrical boards 10 at a time. Taking FIG. 1A as an example, the detecting machine 1 can be electrically-timed, and then eight Circuit board 10. In addition, 'the circuit board 10 can be an electronic component (not shown) that has been built, such as a hexa inductor, a resistor or a chip, or a gentleman: \, < 壬 何雷不斤林. LV 兀*Wang Wo installed batches regardless of whether the circuit board 10 is right-handed or not. 'Detection machine 1 〇〇 can # Install 0 and electronic yuan separately, check the machine 1 〇 π. The road board i 〇 enter the power detection. And controlled by the control system 2 can be electrically connected - control (four) system 200, machine 100 call detection, this pinai control The system 200 can control the detection of, for example, a computer device, which can be a circuit board 1 (3. In addition, the control system 200 220, wherein the computer host, including a computer host 210 and the display road board 10 perform electrical detection, this control The measuring machine 100 can display the measurement results of each circuit 5/15 M42 兕78 board for the electric _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ It is abnormal. The machine includes a cover 11〇, a plurality of probes 120, a detection flat σ 13〇, and a power base 14〇. These probes are arranged in the cover 0-8. The body 丨1〇 has a bottom surface Β1, and these probes 120 protrude from the bottom surface B1' and are used to contact these circuit boards 10 for electrical detection of these circuit boards. The detection platform is disposed on the power base 14 , and the two circuit boards 10 are placed on the detection platform 130 . The cover 11 is pivotally connected to the power base 140 and can be pivoted above the detection platform 130 such that the detection platform 130 is positioned between the cover 11 and the power base 14A. In this embodiment, the cover Π0 may include a transparent plate 112 and a busy plate 114. The frame 114 surrounds the transparent plate 12 and may be an opaque frame. The transparent plate 112 may be a glass plate or a plastic plate, and the material of the plastic plate is, for example, Polymethylmethacrylate (PMMA), and is also preferably Acrylic. The transparent plate 112 has a bottom surface B1, and these = needles 120 are disposed on the transparent plate 112, so that the cover body is pivoted to the detection level. After the top of the U, the worker can see the probes 120 and the boards located on the detection platform 13A from the cover 110. Although in the present embodiment, the cover 110 includes the transparent plate 112, in other embodiments, the cover u may be an opaque cover that does not include the transparent plate 112 as a whole. That is, after the cover 110 is rotated over the detection platform, these probes and the circuit boards 10 positioned on the detection platform 130 cannot be seen from the cover 110. Therefore, the cover 110 of the 6/15 M429878 shown in Fig. 1A is for illustrative purposes only and is not intended to limit the creation. The body is connected to the power base 〗 40. In particular, the implant 114 can have at least one pivot portion 114a, and the power base 14G can have at least one trailing It post 142' where the pivot portion 1Ma pivots the pivot post (4). In the case of Fig. 1A, the frame body 114 has a total of two turning portions n4a, and the power base has a total of two (four) columns] 42', wherein the pivoting portions (10) are pivotally connected to the pivoting posts 142, respectively. Through the rotation between the pivoting portion 114 & and the pivoting post 142, the cover 110 is pivoted relative to the power base 14 . Further, these holding columns H2 can be positioned between the pivoting portions U4a as shown in Fig. ia. Figure IB is a top plan view of the detection platform in ία. Referring to FIGS. 1A and 1B, the detection platform 13A may include a carrier plate 132 and a plurality of support pads 134, wherein the carrier plate 132 has a bearing surface 132a, and the support pads 134 are disposed on the bearing surface 32a. These boards can be placed entirely on the carrying surface 132a and are disposed on these support pads 134. In addition, the circuit boards 10 may be arranged in a matrix on the detection platform. Taking FIG. 1B as an example, the carrying surface 32a can be placed in eight boards, and the eight boards 10 can be arranged in a matrix of two by four on the carrying surface 132a. Additionally, the inspection platform 130 can further include two positioning elements. In detail, in the embodiment shown in FIG. 1A, the two positioning elements are respectively a positioning post 136 and a positioning block 138, wherein the number of the positioning post 136 and the positioning block 138 are both plural. The positioning posts 136 and the positioning blocks 138 are both fixed to the carrier plate 132 and protrude from the bearing surface 132a. After these boards 1 〇 are placed on the carrying surface 132a, 'the positioning posts 136 will pass through the 7/15 board 10' and the respective positioning blocks 138 will be located in one of the boards 1 ° These boards 10 can be attached to the inspection platform 130. It should be noted that in the present embodiment, although the detecting platform 13 includes two positioning elements, the stand 136 and the positioning block 138, in other embodiments, the double measuring platform 130 may include only one positioning component, that is, The detection Α Ο λ λ may include only a plurality of positioning posts 136 or a plurality of positioning blocks 138. The positioning post 136 and the positioning block 138 shown in Fig. 1A and Fig. 1B are for illustrative purposes only and are not intended to limit the creation. 1C is a schematic perspective view of the detecting machine in FIG. 1 after the cover body is pivoted to the upper side of the detecting platform, and FIG. 2A and FIG. 2B are schematic cross-sectional views of the detecting machine in the round 1C when performing electrical detection, wherein FIG. Figure 2Β is drawn from the line I-Ι section in Figure 1c. Referring to FIG. 1C and FIG. 2a , after the body 110 is pivoted onto the detection platform 130 , the detection platform 130 is positioned between the body uo and the power base 140 , and the probes 120 are omnidirectionally located on the detection platform 130 . The board is 1 〇. At this time, the test machine 1 can prepare to perform electrical tests on these boards 10. 2A and 2B, after that, the power base 140 drives the detection platform 130 to move from the power base 14〇 toward the cover ι1〇, so that the probes 120 contact these boards 详细β in detail, power The base can include a driver 144 and a housing 146, wherein the driver 144 is configured - within the peripheral 146 and includes a telescoping member 144a. The telescopic member 144a is coupled to the detection platform 130 and can move the detection platform 13A. The drive thief 144 is, for example, a pneumatic red or hydraulic cylinder, and may further include a 8/15 M429878 cylinder 144b in which the telescopic member 144a is slidably disposed within the cylinder 144b. The expansion member 144a can be reciprocally moved relative to the cylinder 144b by the force generated by the air pressure or the hydraulic pressure in the cylinder 144b, thereby moving the detection platform 130. As such, the telescoping member 144a can extend from the cylinder 144b such that the detection platform 130 moves in the direction D1, allowing the probe 120 to contact the circuit board 10. After the probes 120 are in contact with the boards 10, the inspection station 100 electrically tests the boards 10. For example, the test machine 100 outputs test signals to the circuit boards 10, and the circuit boards 10 output power or current to the test machine 100 after receiving the test signals. At this time, the detecting machine 100 can make a detection result based on the voltage or current, thereby judging which circuit board 10 is abnormal. Thus, the inspection machine 100 can detect a plurality of circuit boards 10 at a time to screen out the circuit board 10 whose detection result is normal, thereby reducing the probability of the defective circuit board 10 being misused. In addition, since the cover 110 may include the transparent plate 112, during electrical detection of the circuit boards 10, a worker may look down from the cover 110 to the probes 120 and the circuit boards 10 to observe the probes 120. Whether or not the circuit board 10 is normally in contact. In this way, during the electrical detection process, the worker can check whether the probe 120 is in abnormal contact with the circuit board 10, for example, whether the probe 120 falls on the correct position of the circuit board 10, or one of the 'root probes 120' Whether or not a break has occurred. Referring to Figure 2B, after detecting the circuit boards 10, the power base 140 can again drive the detection platform 130, such as retracting the telescoping members 144a to the cylinders 144b to move the detection platform 130 in the direction D2. Thus, the 9/15 M429878 moving detection platform 130 is remote from the cover 110 and the probe 120 is separated from the circuit board 10 without contact. At this time, the worker can open the cover 110, that is, pivot the cover 110, expose the circuit boards 10 on the detection platform 130, and then take out the circuit boards 10 from the detection platform 130, and classify the circuit boards 10 To screen out the normal circuit board 10. Referring to FIG. 1A and FIG. 1B again, it is worth mentioning that the detecting machine 100 may further include at least one control button 150. For example, in the embodiment illustrated in Figures 1A and 1B, the inspection machine 100 can include two control buttons 150. However, in other embodiments, the inspection machine 100 may also include only one control button 150. Therefore, the present creation does not limit the number of control buttons 150 included in the inspection machine 100. Referring to FIG. 1A, FIG. 1B and FIG. 2A, the outer casing 146 of the power base 140 has an outer surface 146a, and the control buttons 150 are exposed on the outer surface 146a, and are electrically connected to the driver 144 of the power base 140, wherein the control button The 150 can control the power base 140 to drive the detection platform 130 to move. When the inspection machine 100 is ready to perform electrical tests on the circuit boards 10, the worker can press one of the control buttons 150, such as the control button 150 on the right, to activate the power base 140 to allow the detection platform 130 to be removed from the power base. 140 moves toward the cover 110. In this way, the electrical detection of these boards 10 is performed. In the above, after the electrical detection of the circuit board 10 is completed, the worker can press another control button 150, such as the control button 150 on the left side, to activate the power base 140 again, and the detection platform 130 is oriented away from the cover 110. And move. In this way, the probes 120 will be separated from the circuit board 10 by M429878 without contacting the field. In this embodiment, the 启动 can be used as a start button for starting the power base ί4〇. However, it should be emphasized that In other implementations, the number of control buttons 150 included in the inspection machine 1 may be only one, and the control button 15 is not used to start Zhao. For example, the control illusion can be used as a stop button to stop the detection of the machine 100 in an emergency. Therefore, the two creations do not limit the number and function of the control. In summary, in the detection machine of the present invention, since a plurality of probes can be placed on the detection platform, and a plurality of probes are in contact with a plurality of circuit boards, the detection machine of the present invention can be electrically detected once, Witnessing ♦ & A board to shorten the time required for the board (four) board, improve the electricity and facilitate the electrical detection of a large number of boards. Picking up the material, the above mentioned is only the special secret garden of the implementation of this creation. Any (4) imagery technique === limited the spirit of this creation = the spirit of the field, the changes made and the scope of patent protection of this creation. , effect #换' is still in the [simplified description of the drawing]: The inspection board of the circuit board of the embodiment. A schematic view of the inspection platform in the Okayama map. A perspective view of the detection machine in the cover in the L疋图Μ. After moving to the top of the test platform, Figure 2A is a schematic view of the test machine in Figure 1C. Section Π / Ι 5 M429878 [Main component symbol description] 10 : Circuit board 100 : Test machine 110 : Cover 112 : Transparent plate 114 : Frame 114a : Pivot part 120 : Probe 130 : Detection platform 132: carrier plate 132a: bearing surface 134: support pad 136: positioning post 138: positioning block 140: power base 142: pivot post 144: driver 144a: telescopic member 144b: cylinder 146: outer casing 146a: outer surface 150: control button 200: control system 210: computer host 220: display B1: bottom surface Dl, D2: direction) 2/15