TW200922201A - Monitoring system of server cabinet and over-temperature monitoring device thereof - Google Patents

Monitoring system of server cabinet and over-temperature monitoring device thereof Download PDF

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Publication number
TW200922201A
TW200922201A TW96142803A TW96142803A TW200922201A TW 200922201 A TW200922201 A TW 200922201A TW 96142803 A TW96142803 A TW 96142803A TW 96142803 A TW96142803 A TW 96142803A TW 200922201 A TW200922201 A TW 200922201A
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TW
Taiwan
Prior art keywords
temperature
cabinet
fan
monitoring
value
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TW96142803A
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Chinese (zh)
Inventor
Yi-Cheng Huang
Original Assignee
Jr Rack Co Ltd
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Publication date
Application filed by Jr Rack Co Ltd filed Critical Jr Rack Co Ltd
Priority to TW96142803A priority Critical patent/TW200922201A/en
Publication of TW200922201A publication Critical patent/TW200922201A/en

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Abstract

Disclosed are a monitoring system of a server cabinet and an over-temperature monitoring device thereof. Inside the server cabinet that has at least one master heat dissipation fan set, an over-temperature monitoring device is deployed, and the over-temperature monitoring device is built with a temperature monitoring program which is set to compare the temperature inside the server cabinet with the master fan activating temperature and a preset warming temperature. When the temperature inside the cabinet is higher than the master fan activating temperature, the system drives the master heat dissipation fan set to dissipate heat therein and to cool down the temperature; when the temperature inside the cabinet is higher than the preset warming temperature, the system sends out a warming signal to the monitoring host to notify personnel in charge. This invention therefore is able to prevent the personnel from working overtime and overloaded by having the temperature monitoring device to automatically monitor the temperature inside the server cabinet; furthermore, the temperature inside the server cabinet can be precisely detected and reacted upon quickly; consequently, the server is able to be kept from malfunction or breakdown caused by over-temperature.

Description

200922201 九、發明說明： 【發明所屬之技術領域】 #本發明係關於一種飼服器機櫃監控系統及其過溫監控 凌置尤扣種可自動官理與控制機櫃溫度及遠端監控温 度以做到取有效之機房安全管理的伺服器機櫃監控系統 及其過溫監控裝置。 【先前技術】 隨著電腦科技的發展，伺服器的市場也如同個人電腦 市:易：日亦龐大。伺服器的最大特點，即是在於其強大的 運算此力，惟運算能力越強大的伺服器，其體積往往越大 而品要車乂大空間放置，故若一企業必須使用多台伺服器， 則對於該些伺服器的管王里，以及供放置該些飼服器的空間 規劃將是一大難題。 為此，有廠商設計出一種片狀伺服器，例如近年極為 熱門的刀鋒伺服器（B丨ade Server),其可於單—伺服器 機櫃中密集插設多台飼服器，優點在於：由於各台飼服器 均為獨立運作，故管理人員可快速地增加或移去伺服器了 而不致影響到其他伺服器之運作，藉此大幅降低管理與建 置伺服器存放空間的成本。 然而，由於伺服器具有較強大的運算功能，因此其運 作時所會產生的熱相對的亦較一般個人電腦高；再者，— 般伺服器機櫃中通常都會密集插設有多台伺服器，如此— 來，所有伺服器所產生的熱常會累積在伺服器機櫃中，使 200922201 伺服器機櫃内部成為一封閉的高溫狀態，長時間下來，麵 則影響伺服器的運作效能’重則將可能導致伺服器損壞。 為此’有些廠商會在伺服器機櫃上設置有散熱風扇， 藉由長時間開啟該散熱風扇運作，以降低伺服器機櫃内广 度；惟長時間開啟散熱風扇不但耗電，且若散熱風扇摘壞 而未被管理人員發覺，則仍有可能導致伺服器損壞。 因此，對於伺服器機櫃之溫度管理，尚有待進一步之 改進方案。 ’ 【發明内容】 為此，本發明之主要目的在提供一種可自動管理與控 制機櫃溫度，以做到最有效機 工 監控系統及其過溫監控^機房理的㈣器機樞 …為達成前述目的所採取之主要技術手段係令前述飼服 益機櫃監控系統包括： &;至少—伺服器機概，係包括一櫃體以及一主散熱風扇 内，過溫監控裝置，係供設於該至少-祠服器機櫃 :連：=溫監控裝置係包括-處理器、-溫度感測器、 運接；丨面以及—記憶體，1 主散熱風扇組係連接並控制該 櫃内以取得一櫃内：；…:益係設於該至少-伺服器機 傳送予^理π &亚連接該處理^將該櫃内溫度 情體則=:，又該連接介面係連接該處理器，而該記 丨肩連接錢理器，並内建有一啟動主風扇溫度值、一 200922201 警告溫度值以及一、严声、ai 凰度I測程序，其中該溫度監 由該處理器執行以比斟兮 ^序係 以及替力 内溫度和該啟動主風扇溫度值 以及遠櫃内溫声知兮邈A、m 又阻 度# 3亥s σ溫度值，如該櫃内溫度高於誃啟 動主風扇溫度值，卽黠叙分 …X啟 ρ駆動該主散熱風扇組運作以埶， 該櫃内溫度高於該盩止、、θ …、口 報警信號； 皿度纟，即透過該連接介面發出- -監控主機，係透過該連接介面連接該處理器 到該報警信號時，即通知監控人員。 利用上述技術手段’即可由該過溫監控裝置 ，器機植之溫度，如此不但可避免監控人員耗時= 二理，且更可精確地偵知櫃内溫度而快速地反應，以避免 5服器因溫度過高而當機或損壞。 【實施方式】 7、關方、本發明之一較佳實施例，請參閱第一至三圖所 其包括至少一伺服器機櫃（10)、至少一過溫監控 (2〇) 監控主機（30)、一警示燈（4〇)、 八間訊發送機（5 0 )以及一適用網際網路通訊協定之三 Q 一（ IP KVM)切換器（6 〇 )。 一述至y伺服器機櫃（1· 0)可依使用者需求而為 —伺服器機櫃（1 〇 )或複數伺服器機櫃（i 〇 )(如第 圖所不），凊配合參閱第四圖所示，各伺服器機櫃（工 0)係包括： —櫃體（1 1 )，其前側面係為一門板（丄丄丄， 6 200922201 又δ亥樞體（1 1)内係供多台伺服器（圖中未示）設置， 且肩櫃體（1 1 )頂部則向内形成有一容室（1 1 2 ); 一主散熱風屬組（1 2 )與-副散熱風扇組（1 3 )， 係設於該容室（1 1 2 )内； 一數位式電子鎖（1 1 3 )，係設於該門板（丄χ !〕 上； 進氣風扇組（1 1 4 )，係設於該門板（1 1 1 ) 外側’以供吹送空氣進入櫃體（1 1 )内；以及 多個數位式電源排插模組（115) ’係設於該權體 (1 1 )内，以供該多台伺服器插電用。 σ。上述至少—過溫監控裝置（2 0 )之數量係匹配該祠 服為'機櫃（1 0 )之數I，二 Ϊ 而一對一地設於該伺服器機櫃 (1 0 ) Θ ’且各過溫監控裝置（2 〇 )係包括一處理器 (2 1 )、-溫度感測器（2 2 )、一連接介面（2 一發聲裝置（2 4 )、一纪情_ ^ Q R、 。己隐體（2 5 )以及一控制面板 (2 Θ )。 β月進步配合參閱第三圖所示，該處理器（^ 連接並控制該主散熱風扇組（i 2)、該副散熱風扇么且㈠、 3 )、該進氣風扇、址（1 1 4 )、該數位式電子 3 )以及該數位式電源排插模組（丄丄5 )運作。 該温度感測器（2 2 )係連接該處理器（2 二 對應設於此過溫監控裝置（2 〇 ) ’亚 ν z U )所汉置之伺服器機櫃 0 )内以取得-櫃内溫度，以將該櫃内 器（2 1 )。 导廷予该處理 200922201 該連接介面（2 3)係連接 實施例中，哕造拉人, 态（2 1 ),於本 接線連接。接"面（23)可供與規格為⑽5之連 該發聲裝置（24)係連接該處理 露於該櫃體（11)表面，以由該處理器: 發聲裝置（2 4)運作而發出馨止立 1 ) &制該 發聲裝置（24)係為一蜂鳴器Γ，於本貫施例中，該 有-=:(25)係連接該處理器⑴），並内建 度值、-二=值、，副風扇温度值、-警告溫 度監測程序以及-風扇關閉程序關::風扇溫度值、-溫 值係變的，於本實施例中，該警告溫度 咳啟動副風扇溫度值係為攝氏25度， 錢動主風扇溫度值係為攝& ^ 没 值係為攝氏23 " 5亥關閉副風扇溫度 n/mu風扇溫度值係為攝氏15度； 該櫃内溫度和該啟動主風H信41)執仃’以比對 以及該箄土、、B卢4香4〜皿又值、5亥啟動副風扇溫度值200922201 IX, invention description: [Technical field of invention] # The invention relates to a feeding machine cabinet monitoring system and its over-temperature monitoring, which can automatically control the cabinet temperature and remote monitoring temperature to make To the server cabinet monitoring system for effective computer room security management and its over-temperature monitoring device. [Prior Art] With the development of computer technology, the server market is also like a personal computer city: Yi: The day is also huge. The biggest feature of the server is that its powerful computing power, but the more powerful the computing power, the larger the volume is, and the product has to be placed in a large space, so if a company must use multiple servers, It would be a challenge for the server kings of these servers, as well as the space planning for placing these feeders. To this end, some manufacturers have designed a chip server, such as the most popular blade server (B丨ade Server) in recent years, which can densely insert multiple feeding machines in a single-server cabinet. Each feeding device is operated independently, so the manager can quickly add or remove the server without affecting the operation of other servers, thereby greatly reducing the cost of managing and setting up the storage space of the server. However, due to the large computing power of the server, the heat generated during operation is relatively higher than that of a typical personal computer. Moreover, in a server cabinet, multiple servers are often densely packed. In this way, the heat generated by all the servers will accumulate in the server cabinet, making the inside of the 200922201 server cabinet a closed high temperature state. If it is long, the surface will affect the performance of the server. Damaged. To this end, some manufacturers will install a cooling fan on the server cabinet to reduce the breadth of the server cabinet by turning on the cooling fan for a long time. However, if the cooling fan is turned on for a long time, it will not only consume power, but if the cooling fan is removed, If it is not detected by the administrator, it may still cause damage to the server. Therefore, there is still room for further improvement in temperature management of the server cabinet. [Invention] Therefore, the main object of the present invention is to provide a (four) device pivot that can automatically manage and control the temperature of the cabinet to achieve the most effective mechanical monitoring system and its over-temperature monitoring and control room. The main technical means adopted is that the above-mentioned feeding and benefit cabinet monitoring system includes: & At least - the server mechanism includes a cabinet and a main cooling fan, and an over-temperature monitoring device is provided at the least -祠 server cabinet: even: = temperature monitoring device includes - processor, - temperature sensor, transport; 丨 surface and - memory, 1 main cooling fan system is connected and controlled inside the cabinet to obtain a cabinet :;...: The benefit system is set in the at least - the server transmits the π & π & sub-connection the processing ^ the temperature inside the cabinet is =:, and the connection interface is connected to the processor, and the record The shoulder is connected to the money processor, and has a built-in main fan temperature value, a 200922201 warning temperature value, and a strict sound, ai phoenix I test program, wherein the temperature monitoring is performed by the processor to compare And the temperature inside the substitution Start the main fan temperature value and the temperature in the far cabinet, and know the A, m and resistance # 3 s σ σ temperature value, if the temperature inside the cabinet is higher than 誃 start the main fan temperature value, 卽黠 分... X ρ After the main cooling fan group is operated, the temperature in the cabinet is higher than the stop, θ ..., port alarm signal; the degree of the container is sent through the connection interface - the monitoring host is connected through the connection interface When the processor reaches the alarm signal, the supervisor is notified. By using the above-mentioned technical means, the temperature of the over-temperature monitoring device can be planted, so that the monitoring personnel can avoid the time-consuming = two rationale, and can accurately detect the temperature in the cabinet and react quickly to avoid the 5 server. Failed or damaged due to excessive temperature. [Embodiment] 7, a preferred embodiment of the present invention, please refer to the first to third figures including at least one server cabinet (10), at least one over temperature monitoring (2 〇) monitoring host (30 ), a warning light (4 〇), an eight-way transmitter (50), and a three-in-one (IP KVM) switch (6 〇) for Internet Protocol. As far as the y server cabinet (1·0) is concerned, the server cabinet (1 〇) or the plurality of server cabinets (i 〇) (as shown in the figure) can be used according to the user's requirements. As shown, each server cabinet (work 0) includes: - a cabinet (1 1 ), the front side of which is a door panel (丄丄丄, 6 200922201 and δHai body (1 1) for multiple units The server (not shown) is disposed, and a top chamber (1 1 2 ) is formed in the top of the shoulder cabinet (1 1 ); a main heat dissipation group (1 2 ) and a sub-cooling fan group (1) 3), is installed in the chamber (1 1 2); a digital electronic lock (1 1 3) is attached to the door panel (丄χ!); the intake fan group (1 1 4), Provided on the outer side of the door panel (1 1 1 ) for blowing air into the cabinet (1 1 ); and a plurality of digital power strip modules (115) are disposed in the weight (1 1 ), For the plurality of servers to be plugged in. σ. The number of the above-mentioned at least-over-temperature monitoring devices (20) matches the number of the cabinets as 'the number of cabinets (1 0), two to one-by-one. In the server cabinet (1 0 ) Θ 'and The over-temperature monitoring device (2 〇) includes a processor (2 1 ), a temperature sensor (2 2 ), a connection interface (2 a sound device (2 4 ), a disciplinary _ ^ QR, . The hidden body (2 5 ) and a control panel (2 Θ ). The β-month progress is shown in the third figure, the processor (^ connects and controls the main cooling fan group (i 2), the sub-cooling fan and (1), 3), the intake fan, the address (1 1 4), the digital electronic 3), and the digital power strip module (丄丄5) operate. The temperature sensor (2 2 ) is connected The processor (2 is corresponding to the over-temperature monitoring device (2 〇) 'Yu ν z U) is placed in the server cabinet 0) to obtain the temperature inside the cabinet to the cabinet (2 1 The guide is given to the process 200922201. The connection interface (23) is connected in the embodiment, and the connection is made, the state (2 1 ) is connected to the connection. The connection (23) is available and the specification is (10) 5 The sounding device (24) is connected to the surface of the cabinet (11) for operation by the processor: the sounding device (24) to emit a singularity 1) & 24) is a buzzer, in the present embodiment, the -=: (25) is connected to the processor (1)), and the built-in value, -two = value, the secondary fan temperature value, - Warning temperature monitoring program and - Fan shutdown program off:: Fan temperature value, - Temperature value is changed. In this embodiment, the warning temperature cough starts the sub-fan temperature value is 25 degrees Celsius, the money moves the main fan temperature The value is Photo & ^ No value is Celsius 23 " 5 Hai off the secondary fan temperature n / mu fan temperature value is 15 degrees Celsius; the temperature inside the cabinet and the starting main wind H letter 41) Comparison and the bauxite, B Lu 4 incense 4 ~ dish value, 5 Hai start sub-fan temperature value

侑g s σ 溫度高於該啟動主風H 值’即驅動該主散熱風扇組（ 風扇-度 内溫度高於該啟動副風運作以政熱’·如該櫃 風扇組（13)和該進氣風户Η 4動5亥副散熱 又若該櫃内溫度已高邀：：14丄運作以散熱； (”）發出一報警信號…度值，即透過該連接介面 ，以比對 該風扇關閉程序係由該處理器（Η)執行 200922201 該櫃内溫度和該關閉主風扇溫度值以及該關閉副風扇” 值’若該櫃内溫度係低於該關閉副風扇溫度值，即進= 關閉該副散熱風扇組（1 3 ”如該櫃内溫度係低於該關 閉主風扇溫度值，即關閉該主散熱風扇組（12)。 請進-步參閱第五圖所示，該溫度監測程序係包括下 列步驟： 取得櫃内溫度（100)，係自該溫度感測器（2 2 )取得 該櫃内溫度； f 比對櫃内溫度是否高於啟動主風扇溫度值（101)，係比 對該櫃内溫度是否高於攝氏1 7度； 若否，則再次取得櫃内溫度（100)，反之則繼續進行下 列步驟； 驅動主散熱風扇組（1 02); 比對櫃内溫度是否高於啟動副風扇溫度值（彳〇3)，係比 對該櫃内溫度是否高於攝氏25度； 若否，則再次取得櫃内溫度（100)，反之則繼續進行下 列步驟； 驅動副散熱風扇組（104); 驅動進氣風扇組（105); 比對櫃内溫度是否高於警告溫度值（彳〇6)，係比對該櫃 内溫度是否高於攝氏30度； 若否’則再次取得櫃内溫度（1 〇〇)，反之則繼續進行下 列步驟； 發出一報警信號（1 07)，係透過該連接介面（2 3 )發 200922201 出一報警信號以及驅動該發聲裝置（2 4)發出警告音。 另請進一步參閱第六圖所示，該風扇關閉程序係包括 下列步驟： 取得櫃内溫度（200); a比對櫃内溫度是否低於關閉副風扇溫度值（2〇1)，係比 對該櫃内溫度是否低於攝氏23.5度； 若否，則再次取得櫃内溫度（200),反之則繼續進行下 列步驟； 關閉副散熱風扇組（2〇2); 關閉進氣風扇組（203); 比對櫃内溫度是否低於關閉主風扇溫度值（2〇4)，係比 對該櫃内溫度是否低於攝氏15度； 若否’則再次取得櫃内溫度（2⑽）m續進行下 關閉主散熱風扇組（205)。 王。。請參閱第七圖所示，該控制面板（2 6 )係連接該處 理益（21)，並對應設於此過溫監控裝所設 伺服态機櫃（1 〇 )的前側面頂部，又該控制面板（2 )係可顯示該櫃内溫度，以供監控人員直接觀看櫃内溫 =亚可供監控人員操作調整該記憶體（2 5 )内存之啟 主風扇溫度值、啟動副風扇溫度值、警告溫度值、關閉 二風扇溫度值以及關閉主風扇溫度值；於本實施例中，該 &制面板（2 6 )係包括： -溫度顯示器⑴"，係供顯示該溫度感測器（2 10 200922201 2 )所測侍之櫃内溫度，令使用者毋須將該門板（1 1 1 ) 打開，即可得知櫃内溫度； 酿度警告燈組，係包含第_、第二與第三警告燈號 ^ 62a) ( 2 6 2 b) ( 2 6 2 c)，當該櫃内溫度高 夂:：動主風扇溫度值時，該處理器（2 1 )係、驅動該第 一 ° 口燈唬（2 6 2 a)亮起；當該櫃内溫度高於該啟動 副風扇溫度值時’該處理器（2 1 )係驅動該第二警告燈 號（2 6 2 b)亮起；當該櫃内溫度高於該警告溫度值時， 处里°。（2 1)係驅動該第三警告燈號)袁 一按鍵組，係包含一向上按鍵（2 6 3 a )、一向下 按鍵（2 6 3 b)、一設定按鍵（2 6 3 c)以及一儲 鍵（2 6 3 d)，其中該向上按鍵（2 6 c 9 R 0 a)和向下按鍵 Q 2 6 3 b )係供監控人員調整控制選項和表 > 用，却· =鍵(263。）係供確認設定用，而該餘存按鍵二 6 3 d )則供儲存設定用。 上述監控主機（30)係透過該連接介面（ 接該處理器（川’當接收到該報警信 2 3 )連 丁 ，艮P 丈口 控人員；於本實施例中，該監控主機（3 〇 ) ^ ^ 1糸為—電腦， 該電腦可透過RJ45連接線與該連接介面（ ζ 3 ) 直接遠 線’或透過網際網路與連接介面（2 3 ) 跟’因此即倍 該些機櫃（1 〇 )和監控主機（3 〇 )係分 <不同地點， 热論機櫃（1 〇 )與該監控主機（3 〇 )相夕 _ &夕遠，兮女視 溫監控裝置（2 0 )均可與該監控主機（3 Ω Λ ° υ )連線；又 11 200922201 該監控主機（3 0)係内建有監控人員 手機號碼，且具有發送電子郵件之功能，^子^件地址和 0)接收到由過溫監控裝置（2〇) x皿控主機（3 即發送電子郵件予監控人員 、之報警信號時， 台飼服器制（U)發生異狀；中载明是哪一 〇)可進一步内建有—使用者介面，：:::(3 置（20)之處理,（21)取得各機樞（1〇 溫度而顯示之’令監控人員得以利用該使用者八 飼服器機櫃（i 〇) χ ^面得知各 控人員操作調整各過溫監控裝置（"面可供監 瓜让衣I V ζ ◦)中記 内建的各項溫度值，以及令監 Ί 貝稭由钿作該使用者介 面，而透過該過溫監控裝置（2〇)之處理器 驅動該數位式電子‘貞（丄i 3 ) : 以 排插模組（115)是否供電。 料该數位式電源 上述警示燈（4 0 )係連接該處理器（2 i )且# :該：服器機櫃（10)外，當該處理器（21)透= 接”面（2 3 )發出-報警信號予該監控主機（3 〇 ) =同時，一併驅動該警示燈（4 〇 )發亮，以警告監控人 員有伺服器機櫃（1 〇 )之櫃内溫度過高。 ^上述簡訊發送機（5 0 )係連接該監控主機（3 〇 )， 田肩監控主機（3 〇 )接收到由過溫監控裝置（2 〇 )傳 达之報警信號時’即透過該簡訊發送機（5 〇 )發送簡訊 予監控人員，並於簡訊中載明是哪一台伺服器機櫃 發生異狀。 12 200922201 上述丨p KVM切換器（6 0 )係連接該監控主機（3 0 )，以供監控人員利用個人電腦（7 0 )連接該監控主 機（3 0 ) ’進而觀看和操作該使用者介面。 由上述可知，本發明可即時掌握各伺服器機櫃之工作 溫度變化，並視各伺服器機櫃之櫃内溫度控制該些風扇組 啟動或關閉，若任一伺服器機櫃之櫃内溫度過高，則本發 明另具備有警報之功能，可透過聲音、警示燈、電子郵件 或簡訊等方式迅速地通知監控人員，以於最短時間内令監 控人員趕至現場排除溫度過高之問題，以降低伺服器損壞 2能；再者，本發明另可提供監控人員至伺服器機櫃旁 设定監控溫度，或透過監控主機的使用者介面調整監控溫 度，更增加了監控人員管理各伺服器機櫃之便利性。 二惟本發明雖已於前述實施例中所揭露，但並不僅限於 則迷貫施例中所提及之内容，在不脫離本發明之精神和範 圍内^作之任何變化與修改，均屬於本發明之保護範圍。侑gs σ temperature is higher than the starting main wind H value' to drive the main cooling fan group (the fan-degree temperature is higher than the starting side of the wind to operate with the heat), such as the cabinet fan group (13) and the intake风户Η 4 moving 5 hai sub-cooling and if the temperature inside the cabinet has been high:: 14 丄 operation to dissipate heat; (") send an alarm signal ... degree, that is, through the connection interface, to compare the fan shutdown program The processor (Η) executes 200922201 the temperature inside the cabinet and the temperature of the closed main fan and the value of the closed auxiliary fan. If the temperature in the cabinet is lower than the temperature of the closed sub-fan, the input is turned off. If the temperature of the cooling fan group (1 3 ′′ is lower than the temperature of the main fan, the main cooling fan group (12) is turned off. Please refer to the fifth figure, the temperature monitoring program is included. The following steps: Obtain the temperature inside the cabinet (100), and obtain the temperature inside the cabinet from the temperature sensor (2 2 ); f If the temperature in the cabinet is higher than the temperature of the starting main fan (101), compare the ratio Whether the temperature inside the cabinet is higher than 1 degree Celsius; if not, the cabinet is again obtained. Degree (100), otherwise proceed with the following steps; drive the main cooling fan group (1 02); compare the temperature inside the cabinet is higher than the starting sub-fan temperature value (彳〇3), is higher than the temperature inside the cabinet At 25 degrees Celsius; if not, the cabinet temperature (100) is obtained again, otherwise the following steps are continued; the sub-cooling fan group (104) is driven; the intake fan group (105) is driven; whether the temperature inside the cabinet is high The warning temperature value (彳〇6) is higher than the temperature in the cabinet is higher than 30 degrees Celsius; if no, the cabinet temperature (1 〇〇) is obtained again, otherwise the following steps are continued; an alarm signal is issued. (1 07), through the connection interface (2 3), an alarm signal is sent to the 200922201 and the sounding device (2 4) is driven to emit a warning sound. Please further refer to the sixth figure, the fan shutdown program includes the following Step: Obtain the temperature inside the cabinet (200); a. Is the temperature in the cabinet lower than the temperature of the closed sub-fan (2〇1), whether the temperature in the cabinet is lower than 23.5 degrees Celsius; if not, it is obtained again. The temperature inside the cabinet (200), and vice versa The following steps: Turn off the sub-cooling fan group (2〇2); Turn off the intake fan group (203); Check if the temperature inside the cabinet is lower than the temperature of the main fan (2〇4), is the temperature in the cabinet? Less than 15 degrees Celsius; if no 'receive the temperature inside the cabinet again (2(10))m Continue to close the main cooling fan set (205). Wang. See the seventh figure, the control panel (2 6) The processing benefit (21) is connected, and corresponding to the top of the front side of the servo state cabinet (1 〇) provided in the over-temperature monitoring device, and the control panel (2) can display the temperature inside the cabinet for monitoring personnel Directly view the cabinet internal temperature = sub-measurement for the monitoring personnel to adjust the memory (2 5) memory of the main fan temperature value, start the sub-fan temperature value, warning temperature value, turn off the two fan temperature value and turn off the main fan temperature value; In this embodiment, the & panel (26) includes: - a temperature display (1) " for displaying the temperature of the cabinet measured by the temperature sensor (2 10 200922201 2), so that the user does not need to Open the door panel (1 1 1 ) to know the temperature inside the cabinet. The brewing warning light group includes the _th, second and third warning light numbers ^ 62a) ( 2 6 2 b) ( 2 6 2 c), when the temperature inside the cabinet is high:: when the main fan temperature value is moved The processor (2 1 ) is configured to drive the first port lamp 2 (2 6 2 a) to light up; when the temperature in the cabinet is higher than the starting sub fan temperature value, the processor (2 1 ) is The second warning light (2 6 2 b) is driven to light; when the temperature inside the cabinet is higher than the warning temperature, it is in the range of °. (2 1) driving the third warning light number) Yuan Yi button group, which includes an up button (2 6 3 a ), a down button (2 6 3 b), a setting button (2 6 3 c), and a storage button (2 6 3 d), wherein the up button (2 6 c 9 R 0 a) and the down button Q 2 6 3 b) are for the monitoring personnel to adjust the control options and tables > (263.) is for confirmation setting, and the remaining button 2 6 3 d) is used for storage setting. The monitoring host (30) is connected to the processor through the connection interface (connected to the processor (When receiving the alarm letter 2 3), and the user is in the control unit; in the embodiment, the monitoring host (3 〇) ^ ^ 1糸 is a computer, the computer can be directly connected to the connection interface ( ζ 3 ) via the RJ45 cable or through the Internet and the connection interface (2 3 ). 〇) and the monitoring host (3 〇) is divided into different locations, the hot cabinet (1 〇) and the monitoring host (3 〇) _ & eve, the prostitute temperature monitoring device (20) It can be connected to the monitoring host (3 Ω Λ ° υ ); and 11 200922201 The monitoring host (30) has built-in monitoring mobile phone number, and has the function of sending e-mail, ^^^^^^^^^^ When receiving the alarm signal from the over-temperature monitoring device (2〇) x dish control host (3, that is, sending an email to the monitoring personnel, the system of the feeding device (U) is abnormal; what is the middle of the message) Can be further built-in user interface, :::: (3 set (20) processing, (21) to obtain each machine (1 〇 warm The degree shows that 'the monitoring personnel can use the user's eight-feeder cabinet (i 〇) χ ^ surface to know that the control personnel operate to adjust each over-temperature monitoring device (" face for the melon to make clothes IV ζ ◦ The various temperature values built into the medium and the operation of the user interface through the processor of the over-temperature monitoring device (2〇) (丄i 3) ) : Whether the power is supplied by the plug-in module (115). The above-mentioned warning light (4 0 ) of the digital power supply is connected to the processor (2 i ) and # : the: outside the server cabinet (10), when the processing (21) transmits the signal to the monitoring host (3 〇) = at the same time, the warning light (4 〇) is illuminated together to warn the monitoring personnel that there is a server cabinet ( 1 〇) The temperature inside the cabinet is too high. ^ The above-mentioned SMS sender (5 0) is connected to the monitoring host (3 〇), and the field monitoring host (3 〇) is received by the over-temperature monitoring device (2 〇). When the alarm signal is sent, the SMS is sent to the monitoring personnel through the SMS sender (5 〇), and the message is included in the newsletter. The server cabinet is abnormal. 12 200922201 The above 丨p KVM switch (60) is connected to the monitoring host (30) for monitoring personnel to connect to the monitoring host (3 0) by using a personal computer (70). The user interface can be viewed and operated. As can be seen from the above, the present invention can instantly grasp the operating temperature changes of each server cabinet, and control the fan groups to be turned on or off according to the temperature inside the cabinet of each server cabinet, if any server If the temperature inside the cabinet is too high, the present invention has an alarm function, which can promptly notify the monitoring personnel through sounds, warning lights, emails or newsletters, so that the monitoring personnel can be rushed to the site to eliminate the temperature in the shortest time. The problem is too high, so as to reduce the damage of the server. In addition, the present invention can also provide the monitoring personnel to set the monitoring temperature next to the server cabinet, or adjust the monitoring temperature through the user interface of the monitoring host, and further increase the monitoring personnel. Manage the convenience of each server cabinet. The invention has been disclosed in the foregoing embodiments, but is not limited to the contents mentioned in the above-mentioned embodiments, and any changes and modifications may be made without departing from the spirit and scope of the invention. The scope of protection of the present invention.

斤述本發明已具備顯著功效增進，並符合發明 專利要件，爰依法提起申請。 X 【圖式簡單說明】 第圖.係本發明一較佳實施例中一伺服器機櫃之外 謂> 圖〇 第一圖.係本發明一較佳實施例中一伺服器機櫃之部 分分解圖。 第三圖：係本發明一較佳實施例之功能方塊圖。 13 200922201 及—過溫監控裴置 一溫度監測程序之 一風扇關閉程序之 一控制面板之前視 第四圖：係本發明—較佳實施例以 之功能方塊圖。 第五圖：係本發明一較佳實施例中 流程圖。 第六圖：係本發明一較佳實施例中 流程圖。 第七圖：係本發明—較佳實施例争 圖。 【主要元件符號說明】 (1 〇)伺服器機櫃 (1 1 )櫃體 (1 1 1 )門板 (112)容室 (1 1 3 )數位式電子鎖 (1 1 4)進氣風扇組 (1 1 5 )數位式電源排插模組 (1 2 )主散熱風扇組 (1 3 )副散熱風扇組 (20)過溫監控裝置 (2 1 )處理器 (2 2 )溫度感測器 (2 3 )連接介面 (2 4 )發聲裝置. 14 200922201 (2 5 )記憶體 (2 6 )控制面板 (2 6 1 )溫度顯示器 (2 6 2a)第一警告燈號 (2 6 2 b)第二警告燈號 (2 6 2 c)第三個警告燈號 (263a)向上按鍵 (263b)向下按鍵 (2 6 3 c)設定按鍵 (2 6 3 d)儲存按鍵 (3 0 )監控主機 (4 0 )警示燈 (5 0 )簡訊發送機 (6 0 )適用網際網路通訊協定之三合一切換器 (7 0 )個人電腦 15The invention has been significantly improved, and meets the patent requirements of the invention. X [Brief Description of the Drawings] FIG. 1 is a schematic view of a server cabinet in accordance with a preferred embodiment of the present invention. FIG. 1 is a partial exploded view of a server cabinet in accordance with a preferred embodiment of the present invention. Figure. Third Figure: is a functional block diagram of a preferred embodiment of the present invention. 13 200922201 AND - OVER-TEMPERATURE MONITORING DEVICE A control panel for a fan shutdown program of a temperature monitoring program. FIG. 4 is a functional block diagram of the present invention - a preferred embodiment. Fig. 5 is a flow chart showing a preferred embodiment of the present invention. Figure 6 is a flow chart of a preferred embodiment of the present invention. Figure 7 is a view of the present invention - a preferred embodiment. [Main component symbol description] (1 〇) Server cabinet (1 1 ) Cabinet (1 1 1) Door panel (112) Room (1 1 3) Digital electronic lock (1 1 4) Intake fan group (1 1 5) Digital power strip module (1 2 ) Main cooling fan group (1 3 ) Sub cooling fan group (20) Over temperature monitoring device (2 1 ) Processor (2 2 ) Temperature sensor (2 3 ) Connection interface (2 4 ) Sounding device. 14 200922201 (2 5 ) Memory (2 6 ) Control panel (2 6 1 ) Temperature display (2 6 2a) First warning light (2 6 2 b) Second warning Light (2 6 2 c) Third warning light (263a) Up button (263b) Down button (2 6 3 c) Set button (2 6 3 d) Save button (3 0 ) Monitor host (4 0 ) Warning Light (5 0) SMS Transmitter (60) Applicable to Internet Protocol 3C Switch (7 0) PC 15

Claims (1)

200922201 申請專利範圍： 主散熱風扇 1 .—種伺服器機櫃監控系統，係包括 至少—伺服器機櫃’係包括一櫃體以及 乂過'皿皿控裝i，係供設於該至少-伺服器機櫃 :、’且各過溫監控裝置係包括—處理器、—溫度感測器、 連接介面以及-記憶體，其中該處理器係連接並控制該 ^散熱風扇組’另該溫度感測器係設於該至少—伺服器機 内以取得—櫃内溫度，並連接該處理器以將該櫃内溫度 傳送予該處判，又該連接介面㈣接 =連接該處理器…建有-啟動主風扇溫度I : 吕口溫度值以及一溫廑臣t丨 ,度皿耻序’其中該溫度監測程序係 由遠處理器執行以比對該櫃田 以μ㈣/皿度和該啟動主風扇溫度值 動w 亥…皿度值’如該櫃内溫度高於該啟 風扇溫度值，即驅動該主散熱風扇組運作以散孰，如 忒櫃内溫度高於該邀A ,、ra ,、、 報警信號； …度值’即透過該連接介面發出一 -監控主機’係透過該連接介面連接該處 收到該報警信號時，即通知監控人員。 妾 2，如申請專利範圍第] 統 斤迷之伺服器機櫃監控系 μ /皿度w測程序係包括下列步驟： 取得櫃内溫度’係自該溫度感 比對植内溫度是否高於啟動主風扇溫度值樞内，皿度， 若否’則再次取得櫃内溫度，反之則繼續進行下列步 16 200922201 驟 驅動該主散熱風扇組； 比對櫃内溫度是否高於警告溫度值； 若否，則再次取得櫃 驟 人汉之則繼續進行下列步 發出一報警信號，传类 保透過该連接介面發出— 予該監控主機。 ® 報警仏 3 .如申請專利節衝楚Ί ^/ 統，其中： 、斤述之伺服器機櫃監控系 該伺服器機櫃係進—舟 ,,^ 步”有一副散熱風扇纟且，立#連 接該過溫監控裝置之處理$ . ^且，其係連 s亥記憶體係進一步内違右一 之啟動Ν Π戸由 有大於該啟動主風扇溫度值 心敬動副風扇溫度值； W孤 S玄溫度監測程序择；隹__ & 風屬”信“步於該櫃内溫度高於該啟動副 度值’驅動該副散熱風扇組運作以散熱。 統 申請專利範^ 3項所述之伺服器機櫃監控系 度監測程序係包括下列步驟： 取得櫃内溫度，你白兮、、田庙、， 係自6玄，皿度感測器取得該櫃内溫度； ::對櫃内溫度是否高於啟動主風扇溫度值； 驟 若否，則再次取得櫃内溫度，反之則繼續進行下列步 驅動該主散熱風扇組； ::對櫃内⑨度是否高於啟動副風扇溫度值； 一 I再-人取得櫃内溫度，反之則繼續進行下列梦· 17 200922201 驅動副散熱風扇組； 比對擴内溫度是否高於警告溫度值； 若否則再次取得櫃内溫度，反之則繼續進行下列步 發出一報警信號，係透過該連接介面發出一報警信號 予該監控主機》 D 如申咕專利範圍第4項所述之伺服器機櫃監控系 統’該伺服器機櫃係推—丰g 士 你進步具有一進氣風扇組，其係連接 該過溫監控裝置之處理器；而該溫度監測程序係於驅動副 散熱風扇組後進-步先啟動該進氣風扇組運作後，再比對 櫃内溫度是否高於警告溫度值。 ’ 6·如申請專利範圍第2項所述之词服器機櫃監控系 統，該記憶體係進-步内建有一關閉主風扇溫度值以及一 風扇關閉程序’其巾該風扇關閉料係由該處理 以比對該櫃内溫度和該關閉主風扇溫度值 丁 係低於關閉主風扇溫度值，即關閉該主散熱風：:内溫度 7 .如申請專利範圍第6項所述之 統，該散熱風扇關閉程序係包括下列步驟· ° '監控系 取得櫃内溫度；200922201 Patent application scope: Main cooling fan 1. The server cabinet monitoring system includes at least a server cabinet, which includes a cabinet and a container control i, which is provided for the at least server. The cabinet:, and each of the over-temperature monitoring devices includes a processor, a temperature sensor, a connection interface, and a memory, wherein the processor is connected to and controls the cooling fan group, and the temperature sensor system Provided in the at least the server machine to obtain the temperature inside the cabinet, and connected to the processor to transmit the temperature inside the cabinet to the judgment, and the connection interface (4) is connected to the processor... the built-in main fan is started Temperature I: Lukou temperature value as well as a temperature 廑 丨 丨 度 度 度 度 度 度 度 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中 其中If the temperature in the cabinet is higher than the temperature of the starting fan, the main cooling fan group is driven to disperse, for example, the temperature in the cabinet is higher than the invitation A, ra, and alarm signals; Value 'that is through the company Interface issuing a - time monitoring host 'interface connector system where the alarm signal is received via the connection, i.e., to inform monitoring staff.妾2, such as the scope of patent application] The server cabinet monitoring system μ / dish degree w test program includes the following steps: Obtain the temperature inside the cabinet 'From the temperature sense, the temperature inside the plant is higher than the starter If the fan temperature value is within the pivot, the degree of the container, if not, the temperature inside the cabinet is obtained again. Otherwise, the following steps are continued: 16200922201 to drive the main cooling fan group; whether the temperature in the cabinet is higher than the warning temperature; if not, Then, if the counter is obtained again, the following steps are continued to issue an alarm signal, and the transmission guarantee is sent through the connection interface to the monitoring host. ® Alarm 仏 3. If you apply for a patent section, you can use the following: The over-temperature monitoring device is processed by . . . , and its system is further in violation of the right one. Π戸 Π戸 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 副 副 副 副 副 副 副 副 副The temperature monitoring program selects; 隹__ & wind belongs to the letter "step in the cabinet, the temperature is higher than the starting sub-degree value' to drive the sub-cooling fan group to operate to dissipate heat. The system described in Patent Application No. 3 The monitoring system of the cabinet monitoring system includes the following steps: Obtain the temperature inside the cabinet, you are white, and the temple, from the 6 Xuan, the temperature sensor to obtain the temperature inside the cabinet; :: Whether the temperature inside the cabinet is high Start the main fan temperature value; if no, the cabinet temperature is obtained again, otherwise the following steps are continued to drive the main cooling fan group; :: Is the 9 degree inside the cabinet higher than the starting sub fan temperature value; - the person gets the temperature inside the cabinet, otherwise Continue to make the following dreams. 17 200922201 Drive sub-cooling fan group; Whether the internal temperature of the comparison is higher than the warning temperature value; otherwise, if the temperature inside the cabinet is obtained again, otherwise the following steps are continued to send an alarm signal, which is sent through the connection interface An alarm signal is sent to the monitoring host. D. The server cabinet monitoring system described in item 4 of the patent scope of the application is a server cabinet system that pushes the engine cabinet to improve the air intake fan group. The processor of the temperature monitoring device; and the temperature monitoring program is after driving the auxiliary cooling fan group to start the operation of the intake fan group, and then comparing whether the temperature in the cabinet is higher than the warning temperature value. In the word processor cabinet monitoring system described in the second item of the patent scope, the memory system has a built-in built-in temperature value for turning off the main fan and a fan closing program for the fan to close the system by the processing to compare the cabinet The internal temperature and the closed main fan temperature value are lower than the closing main fan temperature value, that is, the main cooling air is turned off: the internal temperature is 7. As in the patent application scope item 6 In the above, the cooling fan closing program includes the following steps: ° 'Monitoring system to obtain the temperature inside the cabinet; 比對櫃内溫度是否低於 若否’則再次取得櫃内 關閉主風扇溫度值 溫度，反之則繼續 進行下列步 關閉該主散熱風扇組。 18 200922201 8 如申請專利範®笛ς ：τ5 &、·κ % . 圍弟5項所述之伺服器機櫃監控系 、，兄 β δ己憶體係進一击由命+ 閉Ν涵戶 建有一關閉主風扇溫度值、一關 閉田丨J風扇溫度值以 又s ，m 值乂及—風扇關閉 序係由該處理考#耔 /、中違風扇關閉程 K… 丁，以比對該櫃内溫度、該關閉主風扇 皿度值和該關閉副風 M m 5ι，π . 度值，右該櫃内溫度係低於解除 關閉田彳風扇溫度值， _ ^ · v：^，s 關閉該副散熱風扇組和該進氣風扇 ΜΠ,,±, 又又進一步低於該關閉主風扇溫度值，即 關閉该主散熱風扇組。 又風 ”明專利靶圍第8項所述之伺服器機櫃監控系 ‘，先’该風扇關閉程序係包括下列步驟： 取得櫃内溫度； 匕對櫃内/里度疋否低於關閉副風扇溫度值； 右否，則再次取得櫃内溫度，反之則繼續進列步 驟； 關閉該副散熱風扇組； 關閉進氣風扇組； 比對櫃内溫度是否低於關閉主風扇溫度值； 若否，則再次取得櫃内溫度，反之則繼續進行下列步 關閉該主散熱風扇組。 1 0 .如申請專利範圍第1至9項中任一項所述之伺 服器機櫃監控系統，該過溫監控裝置係進一步包括一發聲 裝置’該發聲裝置係連接該處理器’並外露於該櫃體表面’ 以由該處理器於欲發出一報警信號時，進一步驅動該發聲 19 200922201 裝置發出警告音。 1 1 .如申請專利範圍第1至9項中任一項所述之伺 服态機櫃監控系統，係進一步包括厂警系燈，該警示燈係 連接該處理器，且設於該伺服器機櫃外，以由該處理器於 該溫度監測程序透過該連接介面發出一報警信號予該監控 主機的同時，一併驅動該警示燈發亮。 1 2 ·如申請專利範圍第1至9項中任一項所述之伺 服器機櫃監控系統，該過溫監控裝置係進一步包括一控制 面板’該控制面板係連接該處理器，並設於該伺服器機櫃 的刚侧面頂部，又該控制面板可顯示該櫃内溫度，以供監 控人員直接觀看櫃内溫度，並可供監控人員操作調整該記 憶體内建之溫度值。 1 3 ·如申請專利範圍第1 2項所述之伺服器機櫃監 控系統，該控制面板係包括： 一溫度顯示器，係供顯示該溫度感測器所測得之櫃内 i/JKL ， 溫度警告燈組，係包含複數個警告燈號，以對應該 。己fe體内建之溫度值分段顯示溫度警告； 知鍵、、且，係包含一向上按鍵、一向下按鍵、一設定 *建^及儲存按鍵，其中該向上按鍵和向下按鍵係供監 人員凋差控制選項和參數用，該設定按鍵係供確認設定 用，而該儲存按鍵則供儲存設定用。 1 4 .如申請專利範圍第τ至9項中任一項所述之伺 服器機櫃監护备& 工糸、、先，该監控主機係為一電腦，並内建有監 20 200922201 1二t電子郵件地址，且兼具有發送電子郵件之功能， 即發收到由過溫監控裝置傳送之報警信號時， 即毛达电子郵件予監控人員。 服。i:·如申請專利範圍第1至9項中任-項所述之飼 月良益'機櫃臣七如：备w ^ 發送機係：：、、，糸進一步包括-簡訊發送機，該簡訊 二、：接該監控主機’又該監控主機係為-電腦，其 建有監控人員之手機號 ’ 臣七> # $ &田。褒皿控主機接收到由過溫 亚二、送之報警信號時，即發送簡訊予監控人員。 服^:.如巾請專利範圍第1至9項中任—項所述之飼 服杰枝櫃監控系統 機係為H其内建有一 :二面，該使用者介面係自各過溫監控 機㈣内溫度並顯示之，又該使用者介面進一步 度值。 綠周整各過溫監控褒置中記憶體内建的溫 " 申明專利靶圍第16項所述之伺服器機櫃監 匕系統’係進—步包括-㈣網際網路通訊協定之三合一 切換器，其連接命的 σ 、卓4 ^ ^ ’，以供監控人員利用個人電腦 μ凰工主機，進而觀看和操作該使用者介面。 _牵 申明專利耗圍第1 7項所述之飼服器機櫃監 控系統，其令： 各飼服器機櫃之牆# # 插…一私 步具有多個數位式電源排 板二：位式電子鎖’且各櫃體的前側面係為一門 以m二個數位式電源排插模組係設於對應之櫃體内 …& 。服器插電用，且連接對應過溫監控裝置之處 21 200922201 理益’而該數位式電子鎖係設於該門板上，並連接對應過 溫監控裝置之處理器； 該監控主機之使用者介面進一步可供監控人員操作， 而透過各過溫監控裴置之處理器以驅動各機櫃内之數位式 電子鎖開鎖，以及控制各機櫃内之數位式電源排插模組是 否供電。 1 9 一種伺服器機櫃用之過溫監控裝置，其包括： 一處理器，係供連接並控制一主散熱風扇組； —溫度感測器，係供設於一伺服器機櫃内以取得一櫃 内/見度，亚連接該處理器以將該櫃内溫度傳送予該處理 逆按；丨面，係連接 -記憶體，係連接該處理器’並内建有一啟 溫度值、一垫止、、田庠佶，ν κ J王風扇 …皿度值以及-溫度監測程序，#中該溫度 皿測程序係由該處理勃杆以士啦—加 ^益執仃以比對該櫃内溫度和該啟動主 羽，皿度值以及該櫃内溫度和生 户合热姑队杏 〇 '凰度值，如該櫃内溫 又阿、μ啟動主風扇溫度值，即_叙兮士私批门 以埒舳l 即驅動該主散熱風扇組運作 八1:，如該櫃内溫度高於該警告溫度值，即透過該連接 "面發出一報警信號。 連接 2 0 .如申請專利範圍第1 9項所述伺服哭機 過溫監《置，該溫度監測程序係包括下列步驟。機樞用之 :侍櫃内溫度’係自該溫度感測器取得該櫃内溫产. t對櫃内溫度是否高於啟動主風扇溫度值;-’ 若否，則再次取得概内溫度，反之則繼續進行下列步 22 200922201 驟； 驅動主散熱風扇組； 比對櫃内溫度是否高於警告溫度值； 若否’則再次取得櫃内溫度’反之則繼續進行下列步 驟； 發出一報警信號，係透過該連接介面發出—報警信 號。 2 1 ·如申晴專利範圍第1 9項所述伺服器機櫃用之 過溫監控裝置，其中： 該處理器係供進一步連接並控制一副散熱風扇組； 該記憶體係進一步内建有一大於該啟動主風扇溫度值 之啟動副風扇溫度值； 該溫度監測程序係進一步於該櫃内溫度高於該啟動副 風扇溫度值’驅動該副散熱風扇組運作以散熱。 、2 2 .如申請專利範圍第2 1項所述伺服器機櫃用之 過/皿I彳二扁置，該溫度監測程序係包括下列步驟： 取得櫃内Λ度，係自該溫度感測器取得該櫃内溫度； 比對櫃内溫度是否高於啟動主風扇溫度值；彳皿 右否’則再次取得櫃内溫度，反之則繼續進列梦 驟； 驅動主散熱風扇組； 比對櫃内溫度是否高於啟動副風扇溫度值； 右否則再次取得櫃内溫度，反之則繼續進行下列夕 23 200922201 驅動副散熱風扇組； 比對概内溫度是否高於高度溫度值； 驟 號 右否，則再次取得櫃内溫度，反之則繼續進行下列步 發出一報警信號，係透過該連接介面發出一報警信 2 3 .如申請專利範圍第2 2項所述伺服器機櫃用 過溫監控裝置，該處理器係進一步供連接一進氣風扇组， 而遠溫度監測程序係於.驅動副散熱風扇㈣進一步先啟動 該進氣風扇組運作後，#比對櫃内溫度是否高於邀止 值。 。σ /皿又 、2 4 ·如中請專利範圍第2 〇項所述伺服器機樞用之 過溫監控裝置’該記憶體係進一步 ^ .. 少鬥運有關閉主風扇溫 '以及-風扇關閉程序’ Λ中該風扇關閉程序係由該處 理η。執仃’以進一步比對該櫃内溫度和該關閉主風扇溫度 值’若該櫃内溫度係低於關閉主 散熱風扇组。 風扇/皿度值，即關閉該主 /δ .如中請專利範圍第^項所述伺服器機植用之 4 ’皿皿&裝置’該散熱風扇關閉程序得包括下列步驟： 取得櫃内溫度； 比對櫃内溫度是否低於關閉主風扇溫度值； 若否，則再次取得櫃内溫度，反之則繼 驟； 關閉該主散熱風扇組。 24 200922201 2 6 .如申請專利範圍第 過溫監控褒置’該記憶體係進—步内：：：服器機櫃用之 度值、一關閉副風n度值i 關閉主風扇溫 風扇關閉程序係由該處理器執行，序，其中該 關閉主風扇溫度值 乂比對該櫃内溫度、該 度值和该關閉副風扇溫 係低於關閉副風扇溫度值， 右遠櫃内溫度 氣風扇組；若該櫃内溫度係低於兮二：熱風扇組和該進 關閉該主散熱風扇組。 ^風扇溫度值，即 2 7 ·如申請專利範圍第2 6項所述伺服 過溫監控裝置，兮涵# ω 1』服盎機櫃用之 , 。玄風扇關閉程序係包括下列步驟： 取得櫃内溫度； *比對櫃内溫度是否低於關閉副風扇溫度值丨 驟；右否’則再次取得櫃内溫度，反之則繼續進行下列夕 關閉該副散熱風扇組； 關閉進氣風扇組； 比對櫃内溫度是否低於關閉主風扇溫度值； …若否’則再次取得櫃内溫度，反之則繼續進行下列少 驟， 關閉該主散熱風扇組。 2 8 如申請專利範圍第i 9至2 7項中任一述 伺服器機櫃用t ^、.ra p ^ ^ ，皿監控裝置，係進一步包括—發聲装 置。亥兔丰裝置係連接該處理器，並外露於該伺服器機榧 表面’以由該處理器於欲發出一報警信號時，$ —夕麟動 25 200922201 該發聲裝置發出警告音。 2 9 ·如申請專利範圍第1 9至2 7項中任一項所述 伺服器機櫃用之過溫監控裝置，係進一步包括一控制面 板，該控制面板係連接該處理器，並設於該伺服器機櫃之 表面，又該控制面板可顯示該櫃内溫度，以供監控人員直 接觀看櫃内溫度，並可供監控人員操作調整該記憶體内建 之溫度值。 3 0 ·如申請專利範圍第2 9項所述伺服器機櫃用之 過溫監控裝置，該控制面板係包括： 一溫度顯示器，係供顯示該溫度感測器所測得之櫃内 溫度； 一溫度警告燈組，係包含複數個警告燈號，以對應該 記憶體内建之溫度值分段顯示溫度警告； 一按鍵組，係包含一向上按鍵、一向下按鍵、一設定 按鍵以及一儲存按鍵，其中該向上按鍵和向下按鍵係供監 控人員調整控制選項和參數用，該設定按鍵係供確認設定 用，而該儲存按鍵則供儲存設定用。 十一、圖式： 如次頁 26If the temperature in the cabinet is lower than If no, the temperature of the main fan is turned off again. Otherwise, continue with the following steps to turn off the main cooling fan unit. 18 200922201 8 If you apply for a patent ® ς ς τ τ τ τ τ τ τ τ τ τ τ τ τ τ τ τ τ τ τ τ τ 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服 伺服Turn off the main fan temperature value, turn off the field fan J fan temperature value to s, m value 乂 and - fan shutdown sequence is determined by the process test #耔 /, the fan is off the process K ... D, in comparison to the cabinet The temperature, the closing main fan degree value and the closing side wind M m 5ι, π .degree value, the temperature in the right cabinet is lower than the temperature value of the lifting off the field fan, _ ^ · v: ^, s close the pair The cooling fan group and the intake fan ΜΠ, ±, and further lower than the closing main fan temperature value, that is, the main cooling fan group is turned off. Moreover, the server cabinet monitoring system described in Item 8 of the patent scope of the patent, the first step of the fan closing procedure includes the following steps: obtaining the temperature inside the cabinet; 匕 whether the inside of the cabinet/inside is lower than the closing sub-fan Temperature value; right no, the cabinet temperature is obtained again, otherwise the step is continued; the sub-cooling fan group is turned off; the intake fan group is turned off; the temperature in the comparison cabinet is lower than the main fan temperature value; if not, Then, the temperature in the cabinet is obtained again, and the following steps are performed to close the main cooling fan group. The server cabinet monitoring system according to any one of claims 1 to 9 of the invention, the over temperature monitoring device The system further includes an audible device that is coupled to the processor and exposed to the surface of the cabinet to further drive the utterance 19 200922201 when the processor is to issue an alarm signal. The servo state cabinet monitoring system according to any one of claims 1 to 9, further comprising a factory police light, the warning light is connected to the processor, and Outside the server cabinet, the warning light is illuminated by the processor to send an alarm signal to the monitoring host through the connection interface during the temperature monitoring program. 1 2 · If the patent application scope is 1 The server cabinet monitoring system according to any one of the preceding claims, wherein the over temperature monitoring device further comprises a control panel connected to the processor and disposed at the top of the server cabinet The control panel can display the temperature inside the cabinet for the monitoring personnel to directly view the temperature inside the cabinet, and can be used by the monitoring personnel to adjust the temperature value of the built-in memory. 1 3 · As described in item 12 of the patent application scope The server cabinet monitoring system includes: a temperature display for displaying the i/JKL in the cabinet measured by the temperature sensor, and a temperature warning light group, which includes a plurality of warning lights to correspond to The built-in temperature value of the built-in fe has a temperature warning; the key, and the button includes an up button, a down button, a setting button, and a storage button, wherein the button The button and the down button are used by the supervisor to control the control options and parameters. The set button is used for confirmation setting, and the storage button is used for storage setting. 1 4. If the patent application range is from τ to 9 In the above-mentioned server cabinet monitoring and preparation work, first, the monitoring host is a computer, and has built-in 20 200922201 1 2 e-mail address, and has the function of sending e-mail. , that is, when the alarm signal transmitted by the over-temperature monitoring device is received, that is, the Maoda email is sent to the monitoring personnel. Service: i: · If you apply for the patent of the scope of items 1 to 9 'Cabinet seven: such as: preparation w ^ sender system::,,, 糸 further includes - SMS sender, the SMS 2,: the monitoring host 'and the monitoring host is - computer, it has built in monitoring personnel Cell phone number 'Chen Seven' # $ & Tian. When the container control host receives the alarm signal from the over temperature and sends the message, it sends a message to the monitoring personnel. Service ^:. For the towel, please refer to the scope of items 1 to 9 of the patent scope. The feeding machine Jiezhi cabinet monitoring system is H. It has one built-in: two sides. The user interface is from each over-temperature monitoring machine. (4) The internal temperature is displayed and the user interface is further valued. The green temperature is monitored by the internal temperature of the internal monitoring system. The server cabinet monitoring system described in Item 16 of the patent target is included in the step-by-step (4) Internet communication protocol A switcher, which connects the sigma and the 4^^', for monitoring personnel to use the personal computer to view and operate the user interface. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The lock 'and the front side of each cabinet is a door with two digital power strip modules in the corresponding cabinet ... & The device is plugged in and connected to the corresponding over-temperature monitoring device. 21 200922201 Liyi' and the digital electronic lock is set on the door panel and connected to the processor corresponding to the over-temperature monitoring device; the user of the monitoring host The interface is further operable by the monitoring personnel, and the processor of each over-temperature monitoring device drives the digital electronic locks in each cabinet to unlock and control whether the digital power supply socket modules in each cabinet are powered. 1 9 An over temperature monitoring device for a server cabinet, comprising: a processor for connecting and controlling a main cooling fan group; a temperature sensor for being installed in a server cabinet to obtain a cabinet Intrinsic/visual, sub-connecting the processor to transfer the temperature inside the cabinet to the processing reverse pressing; the side surface is a connection-memory, connecting the processor' and having a built-in temperature value, a padding, , Tian Hao, ν κ J Wang fan... the value of the dish and the - temperature monitoring program, the temperature measurement program in the # is controlled by the treatment of the Boss - plus the benefits of the temperature and The starting main feather, the value of the dish and the temperature inside the cabinet and the enthusiasm value of the apricot 〇 , , , , , , , , , , , , , , , 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 The main cooling fan group operation VIII is driven by 埒舳1, and if the temperature in the cabinet is higher than the warning temperature value, an alarm signal is sent through the connection. Connection 2 0. As described in the scope of claim 19, the servo crying machine over-temperature supervision, the temperature monitoring program includes the following steps. The machine hub uses: the temperature inside the cabinet is obtained from the temperature sensor. The temperature in the cabinet is higher than the temperature of the starting main fan; - 'If not, the internal temperature is obtained again. Otherwise, proceed to the following step 22 200922201; drive the main cooling fan group; compare the temperature inside the cabinet is higher than the warning temperature value; if not 'the temperature inside the cabinet again', then continue the following steps; send an alarm signal, The alarm signal is sent through the connection interface. 2 1 · The over temperature monitoring device for the server cabinet according to the ninth item of the Shenqing patent scope, wherein: the processor is for further connecting and controlling a pair of cooling fan groups; the memory system further has a built-in The startup sub-fan temperature value of the main fan temperature value is started; the temperature monitoring program further drives the sub-cooling fan group to operate to dissipate heat by the temperature in the cabinet being higher than the starting sub-fan temperature value. 2 2 . If the server cabinet is used for the server cabinet according to the scope of claim 2, the temperature monitoring program includes the following steps: obtaining the temperature in the cabinet, from the temperature sensor Obtain the temperature inside the cabinet; compare the temperature in the cabinet is higher than the temperature of the main fan; if the right is not the case, then the temperature inside the cabinet is obtained again, otherwise the dream is continued; the main cooling fan group is driven; Whether the temperature is higher than the temperature of the starting sub-fan; right again, the temperature inside the cabinet is obtained again, otherwise the following sub-cooling fan group is started: 200922201; the internal temperature is higher than the high temperature value; Obtain the temperature inside the cabinet again. Otherwise, continue to perform the following steps to send an alarm signal, and send an alarm letter 2 through the connection interface. For the server cabinet over temperature monitoring device according to the scope of claim 2, the processing The device is further connected to an intake fan group, and the remote temperature monitoring program is connected to the driving sub-cooling fan (4), after further starting the operation of the intake fan group, #比对柜内温It is higher than the value of the invitation only. . σ / 皿, 2 4 · Please refer to the over-temperature monitoring device for the servo armature described in the second paragraph of the patent scope. 'The memory system further ^.. less fighting has the main fan temperature off' and - the fan is off The program 'Λ' in the fan shutdown program is processed by this η. Suppress 'to further compare the temperature inside the cabinet and the temperature of the closed main fan' if the temperature in the cabinet is lower than the main cooling fan group. The fan/capacity value, that is, the main/δ is turned off. The 4 'pocket & device' for the server machine described in the patent scope is included in the following steps: Temperature; Whether the temperature in the cabinet is lower than the temperature of the main fan is turned off; if not, the temperature in the cabinet is obtained again, and vice versa; the main cooling fan group is turned off. 24 200922201 2 6 . If the patent application scope is over temperature monitoring, the memory system is in step::: the value of the service cabinet is used, and the value of the secondary wind is turned off. i turns off the main fan and the fan is off. Executed by the processor, wherein the closing main fan temperature value is lower than the temperature in the cabinet, the degree value, and the temperature of the shutdown sub-fan is lower than the temperature of the shutdown sub-fan, and the temperature in the right cabinet is the air fan group; If the temperature inside the cabinet is lower than the second: the hot fan group and the main cooling fan group. ^ Fan temperature value, that is, 2 7 · The servo over-temperature monitoring device described in item 26 of the patent application scope, 兮涵# ω 1』 is used in the cabinet. The fan closing process includes the following steps: obtaining the temperature inside the cabinet; * comparing whether the temperature in the cabinet is lower than the temperature value of the closing sub-fan; if not, the temperature in the cabinet is obtained again, and if not, the following is continued. Cooling fan group; close the intake fan group; compare the temperature inside the cabinet is lower than the temperature of the main fan; if not, then obtain the temperature inside the cabinet again, otherwise continue to do the following few steps to close the main cooling fan group. 2 8 If the server cabinet uses t ^, .ra p ^ ^ as described in any of the patent scopes i 9 to 27, the dish monitoring device further includes a sounding device. The Haifeng device is connected to the processor and exposed on the surface of the server device. When the processor wants to send an alarm signal, the sounding device emits a warning tone. The over temperature monitoring device for the server cabinet according to any one of the claims 9-9 to 27, further comprising a control panel, the control panel is connected to the processor, and is disposed on the The surface of the server cabinet, and the control panel can display the temperature inside the cabinet, so that the monitoring personnel can directly watch the temperature inside the cabinet, and the monitoring personnel can operate and adjust the temperature value built in the memory. 3 0 · The over temperature monitoring device for the server cabinet according to the ninth item of the patent application scope, the control panel includes: a temperature display for displaying the temperature inside the cabinet measured by the temperature sensor; The temperature warning light group includes a plurality of warning light numbers to display the temperature warning in a segmented manner corresponding to the temperature value built in the body; a button group includes an up button, a down button, a setting button and a storage button The up button and the down button are used by the monitoring personnel to adjust control options and parameters, the set button is for confirming the setting, and the storing button is for storing settings. XI. Schema: as the next page 26
TW96142803A 2007-11-13 2007-11-13 Monitoring system of server cabinet and over-temperature monitoring device thereof TW200922201A (en)

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI392432B (en) * 2010-11-23 2013-04-01 Inventec Corp A cabinet of server
TWI414939B (en) * 2009-10-22 2013-11-11 Inventec Corp Server monitoring method
CN111970902A (en) * 2020-08-13 2020-11-20 苏州浪潮智能科技有限公司 Refrigerant distribution system based on Web monitoring
TWI767245B (en) * 2020-05-29 2022-06-11 宏正自動科技股份有限公司 Multi-computer management equipment

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI414939B (en) * 2009-10-22 2013-11-11 Inventec Corp Server monitoring method
TWI392432B (en) * 2010-11-23 2013-04-01 Inventec Corp A cabinet of server
TWI767245B (en) * 2020-05-29 2022-06-11 宏正自動科技股份有限公司 Multi-computer management equipment
CN111970902A (en) * 2020-08-13 2020-11-20 苏州浪潮智能科技有限公司 Refrigerant distribution system based on Web monitoring

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