13393261339326
I 〇gg年oss 25 s隹正普換頁I 六、發明說明： 【發明所屬之技術領域】 [⑽1] 本發明涉及一種刀鋒型伺服器背板測試治具。 【先前技術】 [0002] 隨著網路向深層面之發展，刀鋒型伺服器（blade server)作爲一種新産 品進入 了市場 。該 刀鋒型 伺服器 係指在 標準高度之機架式機箱内插裝複數卡式伺服器單元。該 卡式伺服器單元在業界稱為“刀鋒”。每一“刀鋒”能 透過“板載”硬碟啓動其作業系統，類似複數個獨立伺 服器，在該模式下運行獨立之系統，服務於所指定之不 同用戶群。 [0003] 隨著伺服器領域異軍突起，儘:管备知名金農之刀鋒型伺 服器在結構上都有差異，但均離不開“刀鋒”、背板、 各類連接設備三大組成部分，現以IBM BCII伺服器爲例 來說明刀鋒型伺服器之結構，該刀鋒型伺服器在結構上 分爲前部電腦模組單元、後部連接設備模組單元以及兩 者之間的背板，前部電腦模組單元内部包括複數“刀鋒 ”和電源，後部連接設備模組單元包括各類網路連接設 備、各類通訊埠以及風扇。 [0004] 當前資料網路之應用在技術上之最大挑戰在於高速資料 交換能力，該能力突出體現在伺服器之背板技術上，伺 服器之背板起源於工業控制機之底板，將多塊電腦主機 板裁減成片狀，豎直插在機櫃後之一直立底板上，則形 成背板之雛形。隨著電腦技術之發展，為滿足大規模資 料傳輸之要求，互聯技術開始體現於背板之上，電腦主 094132061 表單編號 A0101 第 4 頁/共 16 頁 0993304551-0 1339326 099年08月25日梭正替换頁 機板與背板組成一功能不可分割之整體，背板也變得更 複雜，它不但要給刀鋒提供電源，還要完成板與板間之 通訊，甚至提供系統監控管理功能。目前，伺服器背板 之主要功能不僅在於爲“刀鋒”提供電源和訊號連接埠 ，而且還能夠解決中央處理器的處理能力與網路通訊能 力之平衡。 [0005] 在伺服器背板之設計與製造中，需要測試背板之性能， 主要測試其提供電源之能力、信號連接狀態，中央處理 器之處理能力與網路通訊能力之平衡狀態，習知技術中 ，採用直接將背板裝入伺服器後檢測其運行狀態的測試 方法。運用該方法進行背板測試時，主要瓶頸在於裝配 和拆卸背板的過程，通常需要將飼服器的“刀鋒”、電 源、管理模組、網路連接模組、後部機架全部拆出，再 將背板從後部機架裝入，然後將所拆出之各個部件重新 裝上，最後開機測試，測試結束後仍需要先將上述各部 件——拆出，再取出背板，該過程的運作效率較低而且 操作不便，因此，運用該方法來進行背板測試的時候， 有必要改善其運作方式，以方便操作和提高效率。 【發明内容】 [0006] 鑒於以上技術内容，有必要提供一種刀鋒型伺服器背板 測試治具，用以方便操作和提高效率。 [0007] 一種刀鋒型伺服器背板測試治具，其包括一電腦模組單 元、一連接設備模組單元以及一固定架，該連接設備模 組單元上設有背板安裝區，該連接設備模組單元固定裝 設於該固定架上，該電腦模組單元滑動裝設於該固定架 0993304551-0 第5頁/共16頁 094132061 表單編號A0101 1339326I 〇 gg oss 25 s 隹 普 换 I I I. Description of the invention: [Technical field of the invention] [(10) 1] The present invention relates to a blade-type servo back-plate test fixture. [Prior Art] [0002] With the development of the network to a deeper level, the blade server entered the market as a new product. The blade server refers to the insertion of multiple card server units in a standard height rack cabinet. This card server unit is called "blade" in the industry. Each “blade” can boot its operating system via an “onboard” hard drive, similar to a number of independent servos, running a separate system in this mode to serve a different set of users. [0003] With the sudden emergence of the server field, there are differences in the structure of the well-known Jinnong blade-type servos, but they are inseparable from the three major components of the "blade", the backboard, and various types of connecting devices. The IBM BCII server is taken as an example to illustrate the structure of the blade server. The blade server is structurally divided into a front computer module unit, a rear connection device module unit, and a backplane between the two. The computer module unit includes a plurality of "blade" and power supply, and the rear connected device module unit includes various network connection devices, various communication ports, and a fan. [0004] The biggest technical challenge of the current data network application lies in the high-speed data exchange capability, which is highlighted in the backplane technology of the server. The backplane of the server originates from the bottom plate of the industrial control machine, and multiple blocks will be used. The computer main board is cut into a sheet shape and vertically inserted into the vertical base plate behind the cabinet to form a prototype of the back board. With the development of computer technology, in order to meet the requirements of large-scale data transmission, the interconnection technology began to be reflected on the backplane, computer main 094132061 Form No. A0101 Page 4 / Total 16 Page 0993304551-0 1339326 099 August 25 The replacement of the page board and the back board constitutes an inseparable whole, and the back board becomes more complicated. It not only provides power to the blade, but also completes communication between the board and the board, and even provides system monitoring and management functions. At present, the main function of the server backplane is not only to provide power and signal connection for the "blade", but also to balance the processing power of the central processing unit with the network communication capability. [0005] In the design and manufacture of the server backplane, it is necessary to test the performance of the backplane, mainly testing the power supply capability, the signal connection state, the balance between the processing power of the central processing unit and the network communication capability. In the technology, a test method is adopted in which the backplane is directly loaded into the server and its operating state is detected. When using this method for backplane testing, the main bottleneck is the process of assembling and disassembling the backplane. It is usually necessary to remove the “blade”, power supply, management module, network connection module, and rear frame of the feeding device. Then, the backboard is loaded from the rear frame, and then the removed components are reinstalled, and finally the test is started. After the test, the above components need to be removed first, and then the backplane is removed. It is inefficient and inconvenient to operate. Therefore, when using this method for backplane testing, it is necessary to improve its operation mode to facilitate operation and improve efficiency. SUMMARY OF THE INVENTION [0006] In view of the above technical content, it is necessary to provide a blade-type servo backplane test fixture for facilitating operation and improving efficiency. [0007] A blade-type servo backplane test fixture includes a computer module unit, a connection device module unit, and a fixing frame, wherein the connection device module unit is provided with a backboard mounting area, and the connection device The module unit is fixedly mounted on the fixing frame, and the computer module unit is slidably mounted on the fixing frame. 0993304551-0 Page 5 of 16 pages 094132061 Form No. A0101 1339326
年OS月25 g彥正妄换頁I 上並可與該連接設備模組單元對接，該固定架上設有兩 轉動支架’ 一推桿㈣裝設於該兩轉動支架該推桿包 括兩側該兩側臂各設有—導向孔，該冑腦模組單元 包括兩側壁，該兩側壁各設有一滑塊，該兩滑塊分別穿 入該兩導向孔，推動該推桿可帶動該機電腦模組單元在 該固定架上潸動。 [0008] 該刀鋒型伺服器背板測試治具之有益效果在於滿足測試 背板之同時使測試更爲方便，因此提高工作效率。 【實施方式】 [0009] 請參閱第一圖，係刀鋒型伺服器背板測試治具較佳實施 例之分解圖。本實施例之刀.¾}肩服||背發測試治具包 括—電腦模組單元100、一_設備模組慕免200、一固 定架300以及一 “U”形的推桿4〇〇。 [0010] 請一併參閱第二圖，該電腦模組單元10〇用於安裝伺服器 主機板和散熱風扇，其包括一底板11〇和兩側壁12〇，該 兩侧壁120上分別突設一柱狀滑塊121，該底板11〇上設 有兩平行滑軌111 ’該兩滑軌111截面呈“ ；7，，形。 [0011] 該連接設備模組單元200用於安裝伺服器的電源管理設備 、網路連接設備和伺服器背板。該連接設備模組單元2 〇 〇 包括一背板安裝區210和兩側壁220，該背板安裝區210 的上下邊緣分別具有一卡固件211。該兩側壁2 2 0各突設 -轉軸221。其中一側壁220上設有一電源保護開關230 。該電源保護開關230上部設有一感測裝置231，下壓該 感測裝置231即可接通該電源保護開關230。 094132061 表單編號· A0101 第6頁/共16頁 0993304551-0 1339326 厂·_ 099年08月25日修正替換頁 [0012] 該固定架300呈一長形板狀，其兩側邊緣各固定一轉動支 架310,該兩轉動支架310上各凸設一轉動軸311 »該固 定架300上設有兩平行導軌320，該兩導轨320的橫載面 呈形，用於與該電腦模組單元1〇〇之兩滑轨lu相 互扣合。 [0013] 該推桿400包括一橫樑410和兩側臂420，該橫樑410上具 有兩手柄411，該兩側臂4 2 0上部邊緣分別開設有一凹槽 4 21 ’中部分別開設一條形導向孔4 2 2，該兩側臂4 2 0下 部分別開有一圓形孔423。 [0014] 請一併參閱第三圖，該兩滑軌111與該兩導軌320相互扣 合使該電腦模組單元1 0 0可滑動裝設於該固定架3 〇 〇上β [0015] 該兩滑塊121分別穿入該兩條形導向孔4 2 2，使該推桿 4 0 0裝設於該電腦模組單元1 〇 〇上。該兩轉動軸3丨1分別 穿入忒兩圓形孔423使該推桿4〇〇柜轉裝設於該兩轉動支 架31 0。該兩手柄411則用於方便地推動推桿4〇 〇從而帶 動該電腦模組單元100沿該兩平行導軌32〇滑動。 [0016] 該連接設備模組單元200固定於該固定架3〇〇上，一 “U” 形卡持件500透過該兩轉軸221樞轉裝設於該連接設備模 組單元200上’該卡持件5〇〇包括一橫樣a 剛言卜併參閱第四圖，該刀鋒型甸服器背板測試治具工作 時，將-待測的背板10從該連接設備模組單元2〇〇的背板 安裝區210裝入，並藉由該等卡固件211將其固定。推動 該推桿400，該推桿400繞該兩轉動轴311轉動該兩滑 塊121分別沿該兩導向孔422滑動，從而帶動該電腦模組 094132061 表單編St A0101 第7頁/共丨6頁 0993304551-0 1339326 |〇朽肀085 25S祭正 單元100沿該兩導轨320向該連接設備模組單元200滑動 ，使該電腦模組單元100與該連接設備模組單元200對接 。轉動該卡持件500使其橫樑卡入該推桿400上的凹槽 421，此時，該卡持件500下壓該電源保護開關230的感 測裝置2 31接通電源。然後開始進行該背板1 0的性能測試 :測試完成後分離該卡持件500與該推桿400，反向推動 該推桿400使該電腦模組單元100與該連接設備模組單元 200分離，取下該背板10。 [0018] 在測試中運用該刀鋒型伺服器背板測試治具進行測試， 無需將伺服器的“刀鋒”、電源、管理模組、網路連接 模組及後部機架全部拆出，即可裝入背板進行測試。測 試結束後也不需要將上述各部件;一 一拆出就能取出背板 ，所以在測試中顯著提升了工作效率。 [0019] 综上所述，本發明符合發明專利要件，爰依法提出專利 申請。惟，以上所述者僅為本發明之較佳實施例，舉凡 熟悉本案技藝之人士，在爰依本發明精神所作之等效修 飾或變化，皆應涵蓋於以下之申請專利範圍内。 【圖式簡單說明】 [0020] 第一圖係本發明刀鋒型伺服器背板測試治具較佳實施例 之分解圖。 [0021 ] 第二圖係本發明刀鋒型伺服器背板測試治具較佳實施例 中電腦模組單元之另一方向立體圖。 [0022] 第三圖係本發明刀鋒型伺服器背板測試治具較佳實施例 之組裝圖。 094132061 表單編號A0101 第8頁/共16頁 0993304551-0 1339326 099年08月25日修正替換頁 [0023] 第四圖係本發明刀鋒型伺服器背板測試治具較佳實施例 的測試中的立體圖。 【主要元件符號說明】 [0024] 背板：1 0 [0025] 電腦模組單元：100 [0026] 底板：1 1 0 [0027] 滑軌：11 1 [0028] 側壁：120 [0029] 滑塊：121 [0030] 連接設備模組單元：200 [0031] 背板安裝區：210 [0032] 卡固件：211 [0033] 側壁：220 [0034] 轉軸：221 [0035] 電源保護開關：230 [0036] 感測裝置：231 [0037] 固定架：3 0 0 [0038] 轉動支架：310 [0039] 轉動軸：311 [0040] 導軌：320 094132061 表單編號A0101 第9頁/共16頁 0993304551-0 1339326The year of the OS 25 g is on the page I and can be docked with the connected device module unit. The holder is provided with two rotating brackets. A push rod (four) is mounted on the two rotating brackets. The push rod includes two sides. Each of the two side arms is provided with a guiding hole, and the camphor module unit comprises two side walls, each of which is provided with a slider, and the two sliding blocks respectively penetrate the two guiding holes, and the pushing rod can drive the machine The computer module unit is tilted on the fixed frame. [0008] The blade-type servo backplane test fixture has the beneficial effects of satisfying the test backplane and making the test more convenient, thereby improving work efficiency. [Embodiment] [0009] Please refer to the first figure, which is an exploded view of a preferred embodiment of a blade-type servo backplane test fixture. The knife of the present embodiment. The shoulder test device includes a computer module unit 100, a device module module 200, a holder 300, and a "U" shaped push rod. . [0010] Please refer to the second figure, the computer module unit 10 is used for mounting a server motherboard and a cooling fan, and includes a bottom plate 11 〇 and two side walls 12 〇, and the two side walls 120 are respectively protruded a columnar slider 121, the bottom plate 11 is provided with two parallel sliding rails 111'. The two sliding rails 111 have a section of "7,". [0011] The connecting device module unit 200 is used for mounting a server. The power management device, the network connection device, and the server backplane. The connection device module unit 2 includes a backplane mounting area 210 and two side walls 220, and the upper and lower edges of the backplane mounting area 210 respectively have a card 211 The two side walls 220 are respectively provided with a rotating shaft 221. One of the side walls 220 is provided with a power protection switch 230. The upper part of the power protection switch 230 is provided with a sensing device 231, and the sensing device 231 is pressed to be connected. The power protection switch 230. 094132061 Form number·A0101 Page 6/16 pages 0993304551-0 1339326 Factory·_August 25, revised correction page [0012] The holder 300 has an elongated plate shape, two of which Each of the side edges is fixed with a rotating bracket 310, and the two rotating brackets 310 Each of the mounting brackets 300 is provided with two parallel rails 320. The cross-surfaces of the two rails 320 are shaped to be interlocked with the two sliding rails of the computer module unit [0013] The push rod 400 includes a beam 410 and two side arms 420. The beam 410 has two handles 411. The upper edges of the two sides of the arms 410 are respectively opened with a recess 4 21 ' a guiding hole 4 2 2 , a circular hole 423 is respectively opened in the lower part of the two sides of the arm 4 2 0. [0014] Please refer to the third figure together, the two sliding rails 111 and the two guiding rails 320 are engaged with each other to make the computer The module unit 100 is slidably mounted on the holder 3 β [0015] The two sliders 121 respectively penetrate the two-shaped guide holes 42 2 to mount the push rod 400 The two rotating shafts 3丨1 are respectively inserted into the two circular holes 423 to rotate the push rod 4 cabinet to the two rotating brackets 31 0. The two handles 411 are It is used to conveniently push the push rod 4 to drive the computer module unit 100 to slide along the two parallel rails 32. [0016] The connecting device module unit 200 is fixed to the On the fixed frame 3, a "U" shaped retaining member 500 is pivotally mounted on the connecting device module unit 200 through the two rotating shafts 221. The holding member 5 includes a horizontal sample a. Referring to the fourth figure, when the blade type tester is in operation, the backplane 10 to be tested is loaded from the backplane mounting area 210 of the connecting device module unit 2, and by The card firmware 211 secures it. Pushing the push rod 400, the push rod 400 rotates around the two rotating shafts 311 to slide along the two guiding holes 422, thereby driving the computer module 094132061. Form A St. 0993304551-0 1339326 | 〇 肀 085 25S sacred unit 100 slides along the two rails 320 to the connecting device module unit 200, and the computer module unit 100 is docked with the connecting device module unit 200. The holder 500 is rotated to engage the beam into the recess 421 of the push rod 400. At this time, the holding unit 500 of the power protection switch 230 is powered on. Then, the performance test of the backplane 10 is started: after the test is completed, the holder 500 and the push rod 400 are separated, and the push rod 400 is pushed backward to separate the computer module unit 100 from the connected device module unit 200. The back plate 10 is removed. [0018] In the test, the blade-type servo backplane test fixture is used for testing, and the "blade", the power supply, the management module, the network connection module and the rear frame of the server are not required to be removed. Load the backplane for testing. It is not necessary to remove the above components after the test is completed; the backplane can be taken out by removing them one by one, so the work efficiency is significantly improved in the test. [0019] In summary, the present invention complies with the requirements of the invention patent and submits a patent application according to law. However, the above description is only the preferred embodiment of the present invention, and equivalent modifications or variations made by those skilled in the art of the present invention should be included in the following claims. BRIEF DESCRIPTION OF THE DRAWINGS [0020] The first figure is an exploded view of a preferred embodiment of the blade-type servo backplane test fixture of the present invention. [0021] The second figure is a perspective view of another direction of the computer module unit in the preferred embodiment of the blade-type servo backplane test fixture of the present invention. [0022] The third figure is an assembled view of a preferred embodiment of the blade-type servo backplane test fixture of the present invention. 094132061 Form No. A0101 Page 8 / Total 16 Page 0993304551-0 1339326 Correction Replacement Page of August 25, 099 [0023] The fourth figure is a test of the preferred embodiment of the blade-type servo backplane test fixture of the present invention. Stereo picture. [Main component symbol description] [0024] Backplane: 1 0 [0025] Computer module unit: 100 [0026] Base plate: 1 1 0 [0027] Slide rail: 11 1 [0028] Side wall: 120 [0029] Slider :121 [0030] Connecting device module unit: 200 [0031] Backplane mounting area: 210 [0032] Card firmware: 211 [0033] Side wall: 220 [0034] Shaft: 221 [0035] Power protection switch: 230 [0036] ] Sensing device: 231 [0037] Mounting bracket: 3 0 0 [0038] Rotating bracket: 310 [0039] Rotating shaft: 311 [0040] Rail: 320 094132061 Form number A0101 Page 9 / Total 16 pages 0993304551-0 1339326
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[0041] 專推桿：40 0 [0042] 橫樑：410 [0043] 手柄：411 [0044] 側臂：420 [0045] 凹槽：421 [0046] 導向孔：422 [0047] 圓形孔：4 2 3 [0048] 卡持件：500 094132061 表單編號A0101 第10頁/共16頁 0993304551-0[0041] Special putter: 40 0 [0042] Beam: 410 [0043] Handle: 411 [0044] Side arm: 420 [0045] Groove: 421 [0046] Guide hole: 422 [0047] Round hole: 4 2 3 [0048] Holder: 500 094132061 Form No. A0101 Page 10 / Total 16 Page 0993304551-0