M427574 五、新型說明： 【新型所屬之技術領域】 本創作是有關於一種電性測試的設備，且特別是關於 一種用來測試電路板總成的裝置。 【先前技術】 按電路板總成實質上是一種已裝設（m〇unted )晶片（ch ip ) 或被動元件（例如電容、電阻與電感）等電子元件的電路板， 而通常這些電路板總成皆具有連接器（connector)與外界訊號 或資料進行傳輸，特別是電腦内的主機板，其具有多種連接 ，用以與不同規格協定的介面進行傳輸，例如通用序列匯流 排（Universal Seria丨Bus’USB )插槽或序列先進技術附接（Seria丨M427574 V. New description: [New technical field] This creation is about an electrical test equipment, and in particular, a device for testing a circuit board assembly. [Prior Art] A circuit board assembly is essentially a circuit board in which electronic components such as (m iped) wafers (ch ip ) or passive components (such as capacitors, resistors, and inductors) are mounted, and usually these boards are generally Chengdu has a connector to transmit with external signals or data, especially the motherboard in the computer, which has multiple connections for transmission with interfaces of different specifications, such as universal serial bus (Universal Seria丨Bus). 'USB) slot or serial advanced technology attachment (Seria丨
Advanced Technology Attachment，SATA)插槽。 為了確保出廠後傳輸品質的穩定性，一般電路板總成於 製造端完成後，皆會由測試機台透過連接這些連接器進行性能 測试。在傳統的測試過程中，工作人員會先用手將測試機台的 接頭與待測試的電路板總成的連接器連接後，再啟動測試機台 會進行測試工作。然而，上述純粹由人工操作的電路板總成測 試方法往往需要花費相當的時間與人力，而且容易發生錯誤操 作的情形。例如，接頭不是插在電路板總成上的正確位置，或 是因施力不當而造成連接器損傷。 【新型内容】 有錯I於此，本創作提供一種電路板總成測試裝置，其能 減少人力成本以及縮短電路板總成的測試時間，並且減少發生 錯誤操作的情形。 3/15 M427574 本創作提出-種電路板總成測辦置，其用以測試—電 路板總成。電_總成具有至少—連接器，而順裝置包括一 機座、至少-推進器以及至少一測試頭。機座具有一承载面， 而電路板總成固定於承載面上。推進器位於機座旁，而測試頭 連接推進器，並受顧H的购而軸。測試頭相對推進器所 作的Ί義❹m猶製接^，而戰頭姆推進器所 作的n動使測_遠離電路板總成，其巾第—移動的 向與第—移動的方向相反。 在本創作-實關巾，上述推錢包括—動力產生器以 。動力產生n m定於機座^ ’而推桿連接於測試 間彻桿_力細_動而相對於動 口。在本創作-實施例中，上述動力產生器選自一氣壓 為、-液壓驅動器以及一馬達所組成的群組其中之—。 在本_〜實施财，上述機座包括—對定位器與—底 座底座具有承載面，而這4b定位哭梦讯# & , " 電路板總成。 邊底座，並驗夾住 =創作—實施射，上述電路板總成測試I置更包括 〜莊少—開關’其巾機座、推進器與_配置於 上，而開關電性連接推進器。 、口 -側在本創作—實施例中，上述開關與推進器皆位於機座的 ，本創作—實施例中’上述推進器的數量、測試頭的數 里^、開關的數量皆為多個。這些測試頭分別連接這些 ， 而機座位在這些測試頭之間。 。〇 在本創作一實施例中，上述測試頭選自一 電源接頭、 4/15 匯流==以，串列蜂接頭所組 在尽創作一實施例中， /、丨《 —辨識器，辨識ϋ位於機座^ ^ 相試裝置更包括 發出的-電磁波信號的行進路徑上中/路板總成位闕識器所 射頻實施例中，上述辨識器為-條.機或— -電腦3作雷電路板總成測試裝置更包括 :機巧月自主機電性連接辨識器與測試頭。 本_1_巾，上轉腦域 :磁而於辨識器偵測電路板總成位 ;:進 咖言號的行進路經上時，由電腦主出-移動測試頭。 取馬動推進裔而 -顯例巾’上述電路板總_試裝置更包括 …、頁不热員不态黾性連接電腦主機。 >τ、上所述’本創作的電路板總成測試裝置 使測試頭連接電_總成。相較於習知料連接測賴 頭與電路板總成的方式，本創作可以減少測 · 士 而要=人力成本，亚且縮短測試電路板總成的時間。此 創作還能減少發生錯誤操作的情形。 為讓本創作之上述和其他目的、特徵和優點能更明顯易 重’下文轉本創作之較佳實_，並配合所 1 說明如下。 、作砰細 【實施方式】 為了充分瞭解本創作，於下文將例舉較隹實施例並配合 附圖作詳細說明，然以下實施例並非用以限走本創作。σ 圖]Α為根據本創作一實施例之電路板總成測試裝置之 5/1 M427574 俯視不意圖’而圖1D是圖ΙΑ中電路板總成測試裝置之立體 不意圖。請參閱圖1Α與圖1D，電路板總成測試裝置1能測 试一電路板總成9 ’而電路板總成9具有一連接器91，並可以 是應用於電路周邊設備的電路板總成或電腦主機板，其中電路 周邊设備例如是光碟機或外接式硬碟，而連接器91可為匯流 排線插槽（bus socket)、電源插槽或串列埠插槽（seHes p〇rt socket)。 電路板總成測試裝置1包括一平台1〇、一機座1〇〇、一 辨識态110、一測試頭126以及一推進器12〇，其中機座〗〇〇、 辨哉為110與推進器12〇皆配置於平台】〇上，而辨識器HQ 與推進器120皆位於機座100旁。測試頭126可以連接連接器 91，因而可以是選自電源接頭、匯流排線接頭化耶pIug)以 及串列埠接頭所組成的群組其中之一，其中此匯流排線接頭例 如是通用序列匯流排接頭（Universal Serial .Bus Plug，USB Plug)或序列先進技術附件接頭（Serjai AcJvanced 丁地⑽㈣^Advanced Technology Attachment, SATA) slot. In order to ensure the stability of the transmission quality after leaving the factory, after the general board assembly is completed at the manufacturing end, the test machine will be connected to these connectors for performance testing. In the traditional test process, the staff will first connect the connector of the test machine to the connector of the board assembly to be tested, and then start the test machine for testing. However, the above-described purely manually operated circuit board assembly test method often takes a considerable amount of time and labor, and is prone to erroneous operation. For example, the connector is not inserted in the correct position on the board assembly, or the connector is damaged due to improper application. [New content] Incorrectly, this creation provides a circuit board assembly test device that can reduce labor costs and shorten the test time of the board assembly, and reduce the occurrence of erroneous operations. 3/15 M427574 This creation proposes a circuit board assembly test, which is used to test the circuit board assembly. The electric_assembly has at least a connector, and the compliant device includes a base, at least a pusher, and at least one test head. The base has a bearing surface and the circuit board assembly is fixed to the bearing surface. The propeller is located next to the base, and the test head is connected to the propeller and is purchased by H. The test head is connected to the thruster, and the n-movement made by the warhead thruster is far away from the board assembly, and the direction of the movement of the towel is opposite to that of the first movement. In this creation-real-cut towel, the above-mentioned push money includes the power generator. The power generation n m is fixed at the base ^ ' and the push rod is connected to the test rod _ force fine _ moving relative to the moving port. In the present creation-embodiment, the power generator is selected from the group consisting of a pneumatic pressure, a hydraulic actuator, and a motor. In the present _~ implementation, the above-mentioned machine base includes a bearing surface for the locator and the base base, and the 4b positioning crying dream # & , " circuit board assembly. Side base, and clamped = creation - implementation of the shot, the above board assembly test I set to include ~ Zhuang Shao - switch 'the towel base, propeller and _ are placed on, and the switch is electrically connected to the thruster. In the present invention, in the embodiment, the switch and the pusher are both located in the base. In the present invention, the number of the pusher, the number of test heads, and the number of switches are multiple. . These test heads are connected separately, and the machine seat is between these test heads. . In an embodiment of the present invention, the test head is selected from the group consisting of a power connector, 4/15 bus ==, and the serial bee connector is set in an embodiment, /, 丨 "- recognizer, identification ϋ Located in the base of the machine ^ ^ phase test device also includes the - electromagnetic wave signal in the path of the middle / road board assembly position in the RF embodiment, the above identifier is - strip. Machine or - computer 3 for lightning The road board assembly test device further includes: a machine-shaped monthly autonomous electromechanical connection identifier and a test head. This _1_ towel, up the brain domain: magnetic and the detector to detect the board assembly position;: When entering the road of the coffee word, the computer main out - move the test head. Take the horse to promote the country and - the case towel. The above-mentioned circuit board total _ test device also includes ..., the page is not hot, not connected to the computer host. > τ, supra' The circuit board assembly test device of the present invention connects the test head to the electric_assembly. Compared with the way of connecting the measuring head and the circuit board assembly, this creation can reduce the measurement and the labor cost, and shorten the time of testing the circuit board assembly. This creation also reduces the number of erroneous operations. In order to make the above and other purposes, features and advantages of the present creation more obvious and easy to reproduce, the following is a better example of the creation of the present invention. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS In order to fully understand the present invention, the following embodiments will be described in detail with reference to the accompanying drawings. The sigma diagram is a 5/1 M427574 of the board assembly test apparatus according to an embodiment of the present invention, and FIG. 1D is a perspective view of the board assembly test apparatus of the figure. Referring to FIG. 1A and FIG. 1D, the circuit board assembly testing device 1 can test a circuit board assembly 9' and the circuit board assembly 9 has a connector 91, and can be a circuit board assembly applied to circuit peripheral devices. Or a computer motherboard, wherein the circuit peripheral device is, for example, a CD player or an external hard disk, and the connector 91 can be a bus socket, a power socket or a serial port (seHes p〇rt) Socket). The circuit board assembly testing device 1 includes a platform 1 , a base 1 , an identification state 110 , a test head 126 , and a propeller 12 , wherein the base is 110 and the thruster is 110 12〇 are all arranged on the platform, and the identifier HQ and the pusher 120 are located beside the base 100. The test head 126 can be connected to the connector 91, and thus can be one selected from the group consisting of a power connector, a bus bar connector, and a serial port connector, wherein the bus bar connector is, for example, a universal sequence sink. Socket connector (Universal Serial .Bus Plug, USB Plug) or serial advanced technology accessory connector (Serjai AcJvanced Dingdi (10) (four) ^
Attachment Plug，SATA Plug )。 圖IB為圖1A中電路板總成測試裝置之側視示意圖，其 中圖1B疋彳之圖1A中的方向D1觀看電路板總成測試裝置j 所繪製而成。5青參閱圖1A、圖]B與圖】£),機座1〇〇具有一 用於承載電路板總成9的承載面I〇2，並能固定電路板總成9。 詳細而言，機座100包括一對定位器】04與底座1〇6，而底座 106具有承載面102，所以電路板總成9可置放在底座1〇6上。 疋位态104裝设於底座】06，並且能夾住電路板總成9，以使 電路板總成9固定在承載面1〇2上。 圖1C是圖中推進器與測試頭的側視示意圖，而圖2 是圖1A中電路板總成測試裝置在測試頭連接連接器之後的俯 . 6/15 M427574 - 視示意圖，其中圖1C是從圖]A中 成。請參_ 1A、圖]C、0 ^ 親看所繞製而 試頭⑶，而測試頭】26能受推進;：=，推進器]2〇連接測 器1觸-伽或第二==而相對於推進 向與=】的方向相反，二的方 田測4-1：路板總成9時，定位哭 成9在底座]06上。接著，:二^定電路板總 T測試_受推進請的驅動而;;=^ 測或碩126連接連接器9】（如圖2所示）。 ’以使 W彳_頭126受推進器12〇白 作 =測試頭126遠離電路板總成9,讓測試頭; 脫_。由此可知，第—移動η能使測 連接β 而第二移動Β】能_試頭】26遠離電路板總成％ ’ 128 卜’推進益]20包括—動力產生器】22以'及—推桿 而影:=Γ28連接於測試頭丨％與動力產生器122之間， Α ]22固定於機座100旁。動力產生器122妒產 移動的動力，以至於推桿|28受嶋 可以帶動賴頭⑶，以使測試頭126連接 =路板總成9。此外，動力產生請可選自 严的群組其中之一’所以動力產生。器 σ以來自於氣壓、液壓或是馬達所產生的外力。 值得-提的是’推進器120可以具有一極限開關（未繪 =。、―旦測試頭126連接上電路板總成9，極限開關可以控 推進裔120停止作動，以使測試頭f26不會繼續作第一移動 1，亚且維持電路板總成9與連接器91二者連接的狀態。如 7/15 M427574 此，極限開關可以讓測試頭126不會過度伸進於連接器9l 以防止測試頭]26與連接器91損壞。 請參閱圖]A、圖]D與圖2，電路板總成測試裝置}可 以更包括一開關130，而開關】3〇配置於平台1〇上，並且 位於機座100的一侧，其中開關】30可以是—種按鈕型^ 關，如圖丨A與圖2所示。開關〗30電性連接推進器]2〇坪 並且用於啟動及關閉推進器12〇,以使測試頭126作第〜 移動F1、第二移動B1或靜止。舉例而言，開關]3〇可以作 緊急開關，而當發生突發狀況時，工作人員可以按下開關 130，以緊急停止對電路板總成9的測試，並且讓推 _ 120靜止。 @ 辨硪為110能對電路板總成9發出一電磁波信號，所以 電路板總成9會位於電磁波信號的行進路徑上，其中電磁、、皮广 號例如是光信號或無線電信號。辨識器Γ1 〇會利用上述電礤^ 信號來讀取電路板總成9表面上的標籤（未繪示），並根據此 標籤，辨識出電路板總成9的產品型號、產品編號或規格，其 中此標籤可以是條碼（例如一維條碼或二維條碼）或射頻標二 (Radio Frequency Identification Tag，RFID Tag )。 下 · 承上述，由於電磁波信號例如是光信號或無線電信號， 而標籤可以是條碼或射頻標籤，因此辨識器11〇可以是條 掃描機或射頻辨識讀取器（RnDReader)。然而，在此 須強調的是，本創作並沒有限定辨識器n 〇只能是 描機或射頻辨識讀取器。 μ…ητ 電路板總成測試裝置]可以更包括一電腦主機12與—顯 不器〗4，其中電腦主機〗2.電性連接辨識器110、推進器12〇 . 與測試頭]26，而顯示器14電性連接電腦主機]2，且例如是 8/15 M427574 液晶顯示器（Liquid Crystal Display，LCD)。電腦主機】2能 提供測試電路板總成9所需的電能’並且可以輸入一測試信號 至測試頭126。如此’測試頭丨2(5得以將測試信號輸入於電路 板總成9，從而進行電路板總成9的測試。Attachment Plug, SATA Plug). Figure IB is a side elevational view of the circuit board assembly test apparatus of Figure 1A, wherein the direction D1 of Figure 1A of Figure 1A is drawn to view the board assembly test apparatus j. 5A, FIG. 1B and FIG. 8), the base 1 has a bearing surface I 〇 2 for carrying the circuit board assembly 9 and can fix the circuit board assembly 9. In detail, the base 100 includes a pair of locators 04 and a base 1 〇 6 and the base 106 has a bearing surface 102 so that the circuit board assembly 9 can be placed on the base 1 〇 6. The clamp state 104 is mounted on the base 06 and can clamp the circuit board assembly 9 so that the circuit board assembly 9 is fixed to the carrying surface 1〇2. 1C is a side view of the pusher and the test head in the figure, and FIG. 2 is a schematic view of the circuit board assembly test device of FIG. 1A after the test head is connected to the connector. 6/15 M427574 - FIG. 1C From the figure] A. Please refer to _ 1A, Fig. C, 0 ^ to see the test head (3), and the test head 26 can be pushed forward;:=, propeller] 2〇 connection detector 1 touch-gamma or second == In contrast to the direction of the advancement and the direction of the =, the second Fangda test 4-1: the road plate assembly 9 when, the position is cried into 9 on the base] 06. Next, the two T-boards total T test _ is driven by the drive;; = ^ test or Shuo 126 connector 9] (as shown in Figure 2). So that the W 彳 head 126 is cocked by the pusher 12 = the test head 126 is away from the board assembly 9 to allow the test head; It can be seen that the first movement η can make the connection β and the second movement Β _ test head 26 away from the circuit board assembly % ' 128 卜 'advance benefits 】 20 include - power generator 22 to 'and - Pusher and shadow: = Γ 28 is connected between the test head 丨% and the power generator 122, and Α 22 is fixed to the base 100. The power generator 122 produces the moving power so that the push rod|28 is pushed to drive the head (3) to connect the test head 126 to the road plate assembly 9. In addition, power generation can be selected from one of the strict groups, so power is generated. The σ is an external force generated by air pressure, hydraulic pressure or a motor. It is worth mentioning that the 'propeller 120 can have a limit switch (not drawn =., the test head 126 is connected to the circuit board assembly 9, the limit switch can control the propulsion 120 to stop, so that the test head f26 will not The first movement 1 is continued, and the state in which the circuit board assembly 9 and the connector 91 are connected is maintained. For example, 7/15 M427574, the limit switch can prevent the test head 126 from excessively extending into the connector 9l to prevent The test head 26 and the connector 91 are damaged. Referring to FIG. A, FIG. 4D and FIG. 2, the circuit board assembly test device can further include a switch 130, and the switch is disposed on the platform 1〇, and It is located on one side of the base 100, wherein the switch 30 can be a button type, as shown in Fig. A and Fig. 2. The switch is electrically connected to the propeller] 2 〇 ping and is used to start and close the propulsion. The device 12 is configured to cause the test head 126 to perform the first movement F1, the second movement B1 or the stationary state. For example, the switch [3] can be used as an emergency switch, and when an emergency occurs, the worker can press the switch 130. , to test the board assembly 9 in an emergency stop, and let push _ 120 stand still. @ 硪 硪 110 can send an electromagnetic wave signal to the circuit board assembly 9, so the circuit board assembly 9 will be located on the path of the electromagnetic wave signal, wherein the electromagnetic, the physical number is, for example, an optical signal or a radio signal. 〇 The above electrical signal ^ is used to read the label (not shown) on the surface of the circuit board assembly 9, and according to the label, the product model, product number or specification of the circuit board assembly 9 is identified, wherein the label It can be a bar code (for example, a one-dimensional bar code or a two-dimensional bar code) or a radio frequency identification tag (RFID tag). According to the above, since the electromagnetic wave signal is, for example, an optical signal or a radio signal, the tag can be a bar code or a radio frequency. Label, so the identifier 11〇 can be a strip scanner or a radio frequency reader (RnDReader). However, it should be emphasized here that this creation does not limit the identifier n. It can only be a machine or a radio frequency reading. Μ.ητ circuit board assembly test device] can further include a computer host 12 and - display device 4, wherein the computer host〗 2. Electrical connection identifier 110, push 12" and test head] 26, and display 14 is electrically connected to the host computer 2, and for example, 8/15 M427574 liquid crystal display (LCD). Computer host 2 can provide test circuit board assembly 9 The required electrical energy 'and a test signal can be input to the test head 126. Thus the 'test head 丨 2 (5 is able to input the test signal to the board assembly 9 for testing of the board assembly 9).
承上述’當辨識器】1 0彳貞測電路板總成9位於辨 識器]10所發出電磁波信號的行進路經上時，辨識器 110會發出债測信號至電腦主機〗2，而電腦主機]2接 收到此债測信號後’會依據偵測信號的内容發出控制信 唬驅動推進器120作動，推進器120會依據此控制信號 移動測試頭126 ’以使測試頭126作第一移動F1、第二移 動或靜止。 舉例來說，在測試電路板總成9的過裎中，工作人員可 將黾路板總成9置放於機座1〇〇，使電路板總成9會位於辨識 110所發出電磁波信號的行進路徑上，以使辨識器丨】〇能偵、When the above-mentioned 'When the recognizer' is 10, the circuit board assembly 9 is located on the traveling path of the electromagnetic wave signal emitted by the recognizer 10, the identifier 110 sends a debt test signal to the computer host 〖2, and the host computer After receiving the debt measurement signal, the control signal driving driver 120 is activated according to the content of the detection signal, and the pusher 120 moves the test head 126 ' according to the control signal to make the test head 126 perform the first movement F1. , second move or still. For example, in the test circuit board assembly 9, the switchboard assembly 9 can be placed on the base 1 〇〇 so that the circuit board assembly 9 will be located at the identification 110 to emit electromagnetic signals. On the path of travel, so that the recognizer can detect
、】司電路板總成9。此時辨識器HQ傳送偵測信號至電腦主機 。襄電腦主機12控制推進器]2〇作動’使測試頭丨26自動 接電路板總成9，接著電腦主機12依設定的程式測試電路 土-战y。如此，測試電路板總成9時間可被縮短。值得注 思的是 烙 口 制从 工作人貝可切換電腦主機12或開關丨30去控 推進器120作動。 當辨識器辨識出電路板總成9的產品型號、產品編 而^ ^格日守，辨硪态丨丨〇會發出一辨識信號至電腦主機12， 容=，機12在收到此辨識信號後，會依據辨識信號的内 教且1/触減成9的產品型號、產品編號或規格等資料， 1顯示器14顯示上述電路板總成9的資料。 、， 圖3為根據本創作另—實施例之電路板總成測試裝置之 9/15 M427574 俯視示意圖。請參閱圖3，本實施例的電路板總成測試裳置2 與電路板總成測試裝置丨相似，而電路板總成測試襄置丨、2 二者的差異在於：電路板總成測試裝置2所包括的推進器12〇 與測試頭126二者的數量皆為多個。 - 以圖j為例，電路板總成測試裝置2包括一平台2〇、- ' 個推進器]20以及二個測試頭〗26，其中這些推進器12〇皆配 置在平台20上，並且分別連接這些測試頭126，而機座1〇() 位在這些測試頭126之間。因此，有別於電路板總成測試裝置 1的平台10,平台20會具有較大的面積來配置這些推進器12〇。 由於電路板總成測試裝置2包括多個推進器12〇與多個鲁 測試頭]26，因此電路板總成測試裝置2可以同時從多個連接 器91輸入不同的測試信號至電路板總成8。如此，電路板總 成/貝j。式&置2可以對電路板總成8同時進行多種電性測試，從 而縮短測試電路板總成8的所需時間。 另外，電路板總成測試裝置2所包括的開關13()的數量 為翅’其中這些開關130可以分別控制這些推進器12〇，因 此這些開關B0的數量可等於推進器]2〇的數量。然而，在其 他實施例中，電路板總成測試裝置2所包括的開關,13〇的數量# 可以僅為-個，而開關13G可以控制這些推進器12G。因此， 圖3中的開關]30的數量僅供舉例說明，並非限定本創作。 綜上所述，本創作的電路板總成測試裝置是利用推進器 來使測試頭連接電路板總成的連接器。相較於習知用手連接測 試機台的接頭與電路板總成財式，本創作可以減少測試電路 =成日谓需要的人力成本’並且驗連接測試軸連接器的 :間。此外，由於測·試頭與連接器二者是利用推進器來彼此連· 接，因此在本創作的測試裝置正常運作及操作的情況下，本創 10/15 M427574 -. . 作更可以減少習知工作人員發生錯誤操作的情形。 雖然本創作之較佳實施例已揭露如上，然本創作並不受 限於上述貫施例，任何所屬技術領域中具有通常知識者，在不 、 脫離本創作所揭露之範圍内’當可作些許之更動與調整，因此 本創作之保護範圍應當以後附之申請專利範圍所界定者為準。 【圖式簡單說明】 圖]A為根據本創作一實施例之電路板總成測試裝置之 俯視不意圖。 • 圖]B為圖1A中電路板總成測試裴置之側視示意圖。 圖1C是圖]a中推進器與測試頭的側視示意圖。 圖1D是圖1A中電路板總成測試裝置之立體示意圖。 圖2疋圖IA中電路板總成測試裝置在測試頭連接連接器 之後的俯視示意圖。 ' °° 圖3為根據本創作另一實施例之電路板總成測試裝置之 俯視不意圖。 【主要元件符號說明】 φ 1、2:電路板總成測試裝置 8、9:電路板總成 10、 :平台 12 ： 電腦主機 14 ： 顯示器 100 機座 102 承載面 J04 定位器 106 底座 110 辨識器 11/15· M427574 120 :推進器 ]22 :動力產生器 126 :測試頭 128 :推桿 130 :開關 Dl、D2 :方向 F1 :第一移動 B1 :第二移動,] board circuit board assembly 9. At this time, the recognizer HQ transmits a detection signal to the host computer.襄 The computer host 12 controls the pusher] 2 〇 ’ 'make the test head 丨 26 automatically connect to the board assembly 9, and then the host computer 12 tests the circuit according to the set program. As such, the test board assembly 9 time can be shortened. It is worth noting that the port system is switched from the worker Becker to the host computer 12 or the switch 丨30 to control the pusher 120 to operate. When the identifier recognizes the product model of the board assembly 9, and the product is edited, the identification signal will send an identification signal to the host computer 12, and the machine 12 receives the identification signal. After that, according to the identification of the internal signal of the identification signal and the product model, product number or specification of the touchdown to 9, the display 14 displays the data of the above-mentioned circuit board assembly 9. 3 is a top plan view of a 9/15 M427574 circuit board assembly test apparatus according to another embodiment of the present invention. Referring to FIG. 3, the circuit board assembly test skirt 2 of the present embodiment is similar to the circuit board assembly test device, and the circuit board assembly test device 丨, 2 is different in that: the circuit board assembly test device 2 The number of both the pusher 12 〇 and the test head 126 included is plural. - Taking FIG. j as an example, the circuit board assembly testing device 2 includes a platform 2 -, a 'pusher' 20 and two test heads 26, wherein the pushers 12 are all disposed on the platform 20, and respectively These test heads 126 are connected, with the stand 1() positioned between the test heads 126. Therefore, unlike the platform 10 of the board assembly test apparatus 1, the platform 20 will have a large area to configure the thrusters 12A. Since the circuit board assembly test device 2 includes a plurality of pushers 12 and a plurality of test heads 26, the circuit board assembly test device 2 can simultaneously input different test signals from the plurality of connectors 91 to the circuit board assembly. 8. So, the board assembly / shell j. The & 2 can perform multiple electrical tests on the board assembly 8 simultaneously, thereby reducing the time required to test the board assembly 8. Further, the number of switches 13 () included in the board assembly test apparatus 2 is a wing 'where the switches 130 can respectively control the pushers 12, so the number of these switches B0 can be equal to the number of the pushers. However, in other embodiments, the number of switches included in the board assembly test apparatus 2, 13 turns # may be only one, and the switch 13G may control the pushers 12G. Therefore, the number of switches ] 30 in FIG. 3 is for illustrative purposes only and is not intended to limit the creation. In summary, the circuit board assembly test device of the present invention is a connector that uses a pusher to connect the test head to the circuit board assembly. Compared with the conventional method of manually connecting the tester's connector to the board assembly, this creation can reduce the test circuit = the labor cost required by the day' and the connection between the test shaft connectors. In addition, since both the test head and the connector are connected to each other by means of a pusher, the original 10/15 M427574 -. can be reduced in the case of the normal operation and operation of the test device of the present invention. The situation in which the staff member has mishandled the operation. Although the preferred embodiment of the present invention has been disclosed as above, the present invention is not limited to the above-described embodiments, and any person having ordinary knowledge in the art can do so without departing from the scope of the present disclosure. A few changes and adjustments, therefore the scope of protection of this creation should be as defined in the scope of the patent application attached later. BRIEF DESCRIPTION OF THE DRAWINGS Fig. A is a plan view of a circuit board assembly test apparatus according to an embodiment of the present invention. • Figure]B is a side view of the test board assembly in Figure 1A. Figure 1C is a side elevational view of the pusher and test head of Figure a. 1D is a perspective view of the circuit board assembly testing device of FIG. 1A. Figure 2 is a top plan view of the circuit board assembly test device of Figure IA after the test head is connected to the connector. '°° Fig. 3 is a plan view of a circuit board assembly test apparatus according to another embodiment of the present invention. [Main component symbol description] φ 1, 2: Board assembly test device 8, 9: Circuit board assembly 10, : Platform 12: Computer host 14: Display 100 Base 102 Carrier surface J04 Positioner 106 Base 110 Recognizer 11/15· M427574 120 : Thruster ] 22 : Power generator 126 : Test head 128 : Push rod 130 : Switch D1 , D2 : Direction F1 : First movement B1 : Second movement