M279854 八、新型說明： 【新型所屬之技術領域】 本創作涉及一種散熱器性能測試機，特別涉及一種使 用方便，測試效率高，結果準確直觀的散熱器性能測試機。 【先前技術】 ❿M279854 8. Description of the new type: [Technical field to which the new type belongs] This creation relates to a radiator performance tester, and particularly to a radiator performance tester that is convenient to use, has high test efficiency, and has accurate and intuitive results. [Prior art] ❿
-般的散熱&性能測試方法是將—個散熱器單獨放 在-個模擬加熱塊上’使用—散熱器扣具進行固定後 接溫度測量儀進行測量，這種賴方法的賴效率报低， 只能用於少量樣品試驗時的測試，而在散熱器產品大量生 產時則由於測試效率太低而無法應用。 現有的測試機如臺灣專利帛9321 1 1 96號所示，& 括：-迴旋輸送裝置；-動力裝置，用以驅使 輸= 裝置作動；及數個_單元，環狀陳列於該迴旋輸 上，且各該測試單元皆由一加熱器以及一溫度檢測_】 成’該加熱器上方設有—熱傳導體，内部埋 γ 器係用以錢該熱傳㈣之溫度。但是㈣職機 化私度不^要人工加壓定位散熱器和進行讀數，另 ，由於散㈣統要制穩定的熱平衡狀態才能讀數 ”測試週期-般較長，採用迴旋輸送裝置並 :週：’測試效率還是太低，但是迴旋輸送 ：： 溫 構較為複雜。另外，該測試機不測量環境的空巧、: 度，結果容易受到空氣溫度的影響。 米/ 另-種測試機如臺灣專利第872167 t有/個龍座，分職安裝在具有w线架的機ί 上’母-測試座可快速夾料位—散熱模組到—呈 5 M279854 度的熱源上，並能量測此熱 ，到個人電腦中;—組個人電腦，二 簡比較，並將結果―在顯示幕 …丄：不測量周圍環境的空氣溫度，結果容 r:不：吼：度的影響。另一方面，這種測試機的自動化 後/作業夹持定位散熱模組，而採用人工作 :就有先後次序，導致散熱模組開始測試的時 一 ’而在測胡始初期溫度是不 衡後溫度才逐漸趨於穩定，所以測試所得的 準確，夂所以這種測試機的測試結果較不 緣疋，本創作人有感上述缺失之可改善，乃特潛心 ^酉己合學理之運用，終於提出—種設計合理 上述缺失之本創作。 另双汉〇 【新型内容】 、本創作的目的是提供—種使用方便，測試效率高，結 果準確直觀的散熱器性能測試機。 口 為貫現上逑目的，本創作散熱器性能測試機，其包括 多個用來裝設散熱器的測試座、多個加壓裝置、—測試設 備及-軟體測試系統，測試座中央設有—個加熱塊，該加 熱塊中央a又有一個用於測量加熱塊溫度的溫度測量元 件’ β加壓U可以同時將這些散熱器壓接到相應的加孰 塊上，其包括-氣缸、—進動臂及―壓板；每個散熱器的 進風處還設有-個用於測量空氣溫度的溫度測量元件；該 測試設備是-多通道的溫度採集儀，其用於採集各個溫度 M279854 釗/里兀件測付的貝料，亚將測得的資料送入軟體測試系統 進仃處理，在測試開始運行—設定的時間後，該軟體測試 糸統先計算出加熱塊溫度與相對應的空氣溫度的差值 :得出的差值與-設定值進行比較，從而對與該差值相對 應的散熱器的散熱性能作出判斷，其中當該測試座上測^ $散熱器的加熱塊溫度與空氣溫度的差值超過設定值 貝:1減機上的紅燈將點亮表示該散熱器的散熱性能達不 到標準。 ，散熱器性能測試機的自動化程度較高，可以同時測 1夕個散熱ϋ ’測試效率大大提高；另外，該散轨器 測試機對空氣溫度也進行測量，減少 ，並f'各散熱器是同時接觸加熱塊開始測 果準3 S開始時間點不一致對測試造成的影響，測試結 為^更進-步瞭解本創作之特徵及技術 創作之詳細說明與附圖，然而所附圖式“ ’”考/、祝㈣，並非用來對本創作加以限制者。 【實施方式】 I面結合附圖對本創作作進一步詳細的說明： 贫，請二閱f —圖至第四圖，—種用來對散熱器進行測 括測件散熱器散熱性能的測試機，該測試機主要包 亍試座卜多個加塵裝置2、一測試設借（圖未 I人體測試系統。該散熱器7主要包括—基座72、 :固散熱鰭片74及-風扇76’該散熱器7的四角還 有—固定螺拴78。 朽退各§又 7 M279854 每一測試座1的上方可以對應裝設—個散熱器7，該 測試座1中央設有一個用於模擬CPU發熱量的加熱塊12\ 該加熱塊12中央設有一個用於測量加熱塊溫度T1的埶電 偶溫度測量元件13,該測試座丨的四角各設有一彈簧腳 座14，該測試座1的一側還設有一風扇電源插座16，該 測試座1前方還設有一紅燈17及一綠燈^ 8。 這些加壓裝置2是對應裝設在每一測試座丨的上方， 該加麵置2是-氣動裝置，其主要包括—氣缸（圖未 不）、一進動臂22及一壓板24,該壓板24還向下懸置 -用於測量散熱器7風扇76進風口空氣溫度T2的埶電偶 =測量元件25 ;該加壓裝置2上方還對應每一加熱塊 12没有一發熱功率顯示儀2 6。 該測試設備是-多通道的溫度採集儀，其可用於採华 各個溫度測量元件13、25測得的資料，並送入軟體測試 ^統進行處理，其資料可顯示在一電腦顯示器 上0 ’ 般是在攝氏22_28度的環境溫度下進行，測 :::=i2乂電源，調節電壓使加熱塊12的發 座、=再將各個散熱器7放置在測試 -腳ί 78對應插設到測試座1的四彈 ^腳座u上’此時散熱器7在彈菁腳座14的承托 12相貼If 72是懸置在該加熱塊12上方並沒有與加敎塊 相貼接。再將風扇76的電源介面連 肺， 16上使其運轉。⑦後按下啟―〜 U源插座 2，名“Γ 動開關’啟動各個加壓裝置 植推動進動臂22向下運動，使軸同時施;： 8 M279854 7的頂部’將這些散熱器'7的基座72壓接到 分；ΐ卢足而t同時開始進行測試。在測試開始運行3 二二日±系統狀悲逐漸達到熱平衡而加熱塊12的溫度趨 声該軟體測試系統先計算出此時的加熱塊i 2溫 又1五相應的散熱器7進風口的空氣溫度τ2的 果=1 出的差值Μ與-設定值進行比較，如 =嶋散熱器7的差值η —Τ2大於設定 = 器7就視為散熱性能達不到標準，該散執 ;以：2的ί燈17將發出光亮警告信號。測試者也 析。"恥頒不态上去查詢測得的各個資料進行統計分 1^性能測試機的自動化程度較高，可以同時測 個散熱器7,測試效率大大提高；另外，該散献器性 空，、度'2也進行測量，減少了周圍環境對 用_^士 Ί ’亚且各個散熱器' 7是在加壓裝置2的作 妒日士二才接觸加熱塊12開始測試，也減少了由於測試開 — i對測試結果造成的影響，測試結果還可以 月，、，、器7前方的紅燈17或綠燈18顯示出來，準確直 本實施例是在每—測試座12上方都裝設—加壓裝置 ，頒而易見的是也可以僅僅裝設一加壓裝置2，只 ^壓板24的長度，使進動臂22向下運動時壓板、24 ^ 同0寸加壓在所有的散熱器7上方即可。 并惟以上所述僅為本創作之較佳可行實施例，非因此即 。限本創作之專利範圍，故舉凡運用本創作說明書及圖式 9 M279854 内容所為之等效結構變化 内，合予陳明。 【圖式簡單說明】 第-圖為本創作散熱器性能測試機的測試座的立體圖. 第二圖為本創作散熱雜能_機的測試座裝上散 後的立體圖； …、的-The general heat dissipation & performance test method is to place a radiator separately on an analog heating block. 'Use — the radiator clip is fixed and then connected to a temperature measuring device for measurement. This method depends on low efficiency. , Can only be used for testing when a small number of samples are tested, and when the mass production of radiator products is too low, the test efficiency cannot be applied. Existing test machines are shown in Taiwan Patent No. 9321 1 1 96, & includes:-rotary conveying device;-power device to drive the transmission = device to operate; and several _ units, circularly displayed on the rotating output Above, and each of the test units is composed of a heater and a temperature detector.] There is a heat conduction body above the heater, and the internal gamma device is used for the temperature of the heat transfer. However, it is not necessary to manually position the radiator and take readings. In addition, because the scattered system requires a stable thermal equilibrium state to take readings, the test period is-as long as that with a convolute conveying device and week: 'The test efficiency is still too low, but the rotary conveyance :: The temperature structure is more complicated. In addition, the tester does not measure the environment's airiness, degree, and the result is easily affected by the air temperature. Meter / Another type of tester such as Taiwan patent No. 872167 t / a dragon seat, installed separately on a machine with w wire stand 'mother-test seat can quickly clamp the material level-cooling module to-heat source at 5 M279854 degrees, and measure this energy Heat, into the personal computer;-group of personal computers, compare the two Jane, and compare the results-on the display ... 丄: the air temperature of the surrounding environment is not measured, the result is r: no: howl: the effect of degrees. On the other hand, This type of testing machine is used to automate the post / operation clamping and positioning of the heat sink module, and the work is performed by people: there is a sequence, which causes the heat sink module to start testing, and the temperature is gradually increased after the initial temperature measurement is unbalanced. becoming steady, Therefore, the test results are accurate, so the test results of this test machine are less relevant. The author feels that the above-mentioned shortcomings can be improved. It is with great concentration ^ 酉 the application of rational theories, and finally put forward-a reasonable design of the above-mentioned shortcomings The original creation. Another novel 〇 [new content] The purpose of this creation is to provide a kind of heat sink performance testing machine that is easy to use, has high testing efficiency, and accurate and intuitive results. This mouth is for the purpose of achieving the last purpose. The performance testing machine includes a plurality of test blocks for installing a radiator, a plurality of pressure devices, a test device, and a software test system. A heating block is provided in the center of the test block. A temperature measuring element 'β pressure U for measuring the temperature of the heating block can press these radiators to the corresponding heating block at the same time, which includes-a cylinder, a precession arm, and a pressure plate; There is also a temperature measuring element for measuring the air temperature at the air inlet; the test equipment is a multi-channel temperature acquisition instrument, which is used to collect various temperatures. Beam, Asia will send the measured data to the software test system for processing. After the test starts to run—the set time, the software test system first calculates the difference between the temperature of the heating block and the corresponding air temperature: The difference between the difference and the set value is compared to judge the heat dissipation performance of the radiator corresponding to the difference. When the difference between the heating block temperature of the radiator and the air temperature exceeds ^ $ Setting value: 1 The red light on the machine will light up to indicate that the heat dissipation performance of the radiator is not up to standard. The radiator performance tester has a high degree of automation and can measure 1 heat dissipation at the same time. In addition, the derailer tester also measures the air temperature and reduces it, and f 'each radiator is in contact with the heating block at the same time to start the measurement. The effect of the inconsistency on the start point of the 3S test has a test result of ^ Further-understand the characteristics of this creation and the detailed description and drawings of the technical creation. However, the drawings "" "are not intended to limit the creation. [Embodiment] I will make a further detailed description of this creation in conjunction with the drawings: Please refer to f-Figures 4 to 4, a test machine for measuring the heat dissipation performance of the radiator, including the test piece. The tester mainly includes a test seat, a plurality of dust adding devices 2, a test device (Figure 1) a human body test system. The radiator 7 mainly includes-a base 72, a solid cooling fin 74 and a fan 76 '. The four corners of the heat sink 7 are also fixed bolts 78. Recession §7 7 M279854 A heat sink 7 can be installed on the top of each test base 1 correspondingly. Heating block 12 with heat generation \ The center of the heating block 12 is provided with a cymbal temperature measuring element 13 for measuring the temperature T1 of the heating block. Each of the four corners of the test block 丨 is provided with spring foot blocks 14. A fan power socket 16 is also provided on one side, and a red light 17 and a green light ^ 8 are provided in front of the test base 1. These pressurizing devices 2 are correspondingly installed above each test base 丨 and the additional surface is provided with 2 Yes-pneumatic device, which mainly includes-cylinder (not shown in the figure), a boom 22 and a pressure plate 24, the pressure plate 24 is also suspended downwards-a thermocouple used to measure the air temperature T2 of the air inlet of the radiator 7 fan 76 = measuring element 25; above the pressurizing device 2 also corresponds to each heating block 12 There is no heating power display instrument 26. This test equipment is a multi-channel temperature acquisition instrument, which can be used to collect the data measured by each temperature measurement element 13, 25, and send it to the software test system for processing. It can be displayed on a computer monitor. 0 'is generally performed at an ambient temperature of 22-28 degrees Celsius. Test ::: = i2 乂 Power supply, adjust the voltage to make the heating block of the heating block 12, and then place each radiator 7 in the test -Foot 78 is inserted into the four elastic bases u of the test base 1 'At this time, the radiator 7 is attached to the support 12 of the elastic base 14 If 72 is suspended above the heating block 12 and there is no It is in contact with the plus block. Then connect the power interface of the fan 76 to the lungs and run it on 16. Then, press the ON ~~ U source socket 2, named "Γ switch" to start each pressure device. Boom 22 moves downwards so that the shafts are applied simultaneously: 8 M279854 7 on top of 'the base of these radiators' 7 72 crimp points; 分 Lu foot and t start the test at the same time. At the start of the test 3 22 days ± the system shape gradually reached the thermal equilibrium and the temperature of the heating block 12 tends to sound The software test system first calculates the heating at this time The temperature of the block i 2 and the temperature of the corresponding air temperature τ2 of the air inlet 7 of the radiator 7 is equal to the difference between the set value M and the set value. For example, the difference η of the radiator 7 η—T2 is greater than the set value. 7 is regarded as the heat dissipation performance is not up to standard, the dismissal; to: 2 of the ί lamp 17 will issue a bright warning signal. The tester also analyzed. &Quot; Dishonestly go up to query the measured data for statistical points 1 ^ The performance tester has a high degree of automation. It can measure a radiator 7 at the same time, and the test efficiency is greatly improved. In addition, the diffuser is empty, and the degree '2 is also measured, which reduces the surrounding environment. 'Asia's individual radiators' 7 was tested by the pressure device 2 before the Japanese contacted the heating block 12 and also reduced the impact of the test opening — i on the test results. The red light 17 or green light 18 in front of the device 7 is displayed Exactly in this embodiment, a pressurizing device is installed above each of the test bases 12, and it is easy to see that only one pressurizing device 2 can be installed, and only the length of the pressing plate 24 makes the precession arm 22 When moving downward, the pressure plate, 24 ^ and 0 inches are pressurized above all the radiators 7. And the above is only the preferred and feasible embodiment of this creation. Since the scope of the patent for this creation is limited, all the equivalent structural changes made by using the contents of this creation specification and the drawings 9 M279854 are incorporated into Chen Ming. [Brief description of the diagram] The first picture is a perspective view of the test stand of the performance tester for the creative radiator. The second picture is the perspective view of the test stand of the creative heat sink _ machine after being installed;
句同理皆包含於本創作之範圍 第三圖為本創作散熱ϋ性能測試機的—個職單元 測試時的立體圖； 仃 第四圖為本創作散熱器性能測試機的立體部分視圖。 【主要元件符號說明】 1測試座The same reasoning is included in the scope of this creation. The third picture is a perspective view of the unit of the creative heat sink and performance tester during the test. 个 The fourth picture is a three-dimensional view of the performance tester of the radiator. [Description of main component symbols] 1 Test stand
12加熱塊 14彈簧腳座 17紅燈 2加壓裝置 22進動臂 25溫度測量元件 7散熱器 72基座 76風扇 13溫度測量元件 16風扇電源插座 18綠燈 24壓板 26發熱功率顯示儀 74散熱鰭片 78固定螺拴 1012 heating block 14 spring foot 17 red light 2 pressurizing device 22 boom 25 temperature measuring element 7 radiator 72 base 76 fan 13 temperature measuring element 16 fan power socket 18 green light 24 pressure plate 26 heating power indicator 74 cooling fin Piece 78 fixing screw 10