200538907 玖、發明說明： L發明所屬之技術領域3 本發明係有關於處理器插座的護板。 C先前1 5 此等護板已為人習知。特別是分別在新研發的處理器 插座或CPU插座中，其中不再分別像迄今所用的方式將連 接針腳定位在微處理器或CPU底側而是定位在插座本身 中，因為這些針腳很敏感且即使CPU推定受到適當安裝時 仍會受損，故其需要一護板。已知的護板分別係由附接至 10 處理器插座或CPU插座之非透明塑料蓋所組成。然而，這 些塑料蓋的缺點在於其首先必須開啟或從處理器插座加以 移除，藉以能夠偵測下方針腳可能的損害。此外，對於這 些組件的製造者來說，務必能夠知道在輸送前或輸送後是 否已經產生可能的損害。先前護板也不可能具有此作用。 15 【發明内容】 因此，本發明之一目的係提供一種一般性護板，其中 可容易地偵測出由於操作不當對於一處理器插座所產生的 損害。 一具有申請專利範圍第1項之特性之護板係能夠解決 20 這些目的。 根據本發明的護板之有利發展係描述於附屬的申請專 利範圍中。 在根據本發明之一處理器插座的護板中，將一塑料蓋 形成透明狀且可脫離式或不可脫離式附接至處理器插座及 200538907 /或一其上配置有處理器插座之主機板及/或一附接模組，該 附接模組用於將至少一冷卻裝置附接在一電腦的一殼體 内，其中處理器插座至少部份地被護板所覆蓋。 如此可顯著地有利對於下方的電子組件來檢測可能的 5損害。其中，可立即實行檢測而不需要拆裝護板。因此， 一方面來說，在主機板製造者的出貨管制中，護板如果具 有損害，可分別立即偵測出在主機板的製造及安裝期間下 方處理器插座或對應針腳是否已經分別發生損害。對於主 機板購買者的進貨管制亦可適用同樣的情形。此處，亦可 10 容易且立即地瞭解其處理器插座或針腳是否已經嬖如因為 貨物運送而發生可能的損害。此外，護板如果被移除，則 主機板製造者的保證權將失效。因此，護板亦具有密封功 能。亦可能將護板穩固及容易地附接在電腦内。 本發明的另一有利發展中，塑料蓋具有至少一預設的 15破裂點。在護板從附接模組及/或處理器插座及/或主機板移 除時’預設的破裂點將導致護板產生預定的破壞。利用此 措施’可有利地確保可以分別立即地偵測出護板的操縱及/ 或不當操作。 本發明的另-有利發展中’護板包括-中央護板體 部’其中包含至少-附接裝置之至少_腳係形成於護板體 部上。其中’附接裝置可由-鎖枝置所組成，其中將該 鎖定裝置形成為可接合處理n插錢域域板及/或附接 模組中之-開口。如果將腳長度選擇成為適當的大尺寸， 此設計可讓-護板使用在複數種處理器插座尺寸中。 20 200538907 本發明的另一有利發展中，至少一具有放大器功能的 光學裝置係形成於護板或護板體部中。因此，進一步有利 於目視檢測可能的損害。其中，光學裝置可與護板或護板 體部形成一體。這可簡化護板的製造程序。光學裝置譬如 5可由透明護板的一適當材料增厚或材料定型所組成。 本發明的另一有利發展中，護板特別以密封方式倚靠 在處理器插座上。因此，除了護板的覆蓋及保護功能外， 亦可確保灰塵或其他污染物不會進入處理器插座内。 本發明的另一有利發展中，護板或護板體部分別形成 10楔形，其中護板體部具有兩近似形成三角形的側表面，且 該等側表面受到一倚靠表面、一終止表面及另一表面所圍 繞。其中，護板體部可形成中空狀或結實狀(massively)。此 外’終止表面可能形成凹形或凸形以使護板體部作為一光 學元件，譬如用來以加大方式代表針腳。 15 本發明的另一有利發展中，分別將護板或護板體部形 成為在處理器的未安裝狀態中可使一圍繞一安裝在處理器 插座上且可移式附接至處理器插座的處理器之閉合件倚靠 於護板的邊界或一表面上，藉以使配置於處理器插座内的 針腳可被看見。因此，可能亦可分別對於此型處理器或處 20理器插座使用此護板，且特別可進行其有利的功能。 圖式簡單說明 本發明的其他細節、特性及優點可從圖式所示的兩實 施例得知。其中： 第1圖顯示配置於一處理器插座上之根據本發明的_ 200538907 護板之示意圖； 第2圖顯示根據第1圖的護板之示意圖； 第3圖顯示配置於一處理器插座上之根據本發明的一 護板之另一實施例的示意圖；及 5 第4圖顯示根據第，之護板的另—示意圖。 【實施方式】 第1圖顯不一配置於一處理器插座18上之護板1〇的示 思圖。其中，護板由一種形成透明狀且凌空的塑料蓋所組 成。在圖不實施例中，護板1〇可脫離式附接至一主機板20， 10其中處理器插座18大體被護板1〇覆蓋。然而，亦可能將護 板10不可脫離式連接至主機板20。人們可瞭解護板10包栝 中央遵板體部12，其中各有一附接裝置16之四個腳14係 开/成於濩板體部12上。圖示實關中，在形成四角的護板 體部12角落處，腳14以45。角往外分叉。其中，附接裝置I6 各由鎖疋裝置24所組成，且各鎖定裝置24接合主機板20 中的一對應開口 22。 此外，其他未圖示的實施例中，可能使護板1〇可脫離 :或了可脫離式附接至處理器插座18及/或-附接模組以 :V冷部裝置附接在-電腦的一殼體内。 20 並且，义7 人們可瞭解護板10倚靠在處理器插座上。亦可 月匕使護板1〇_ 主 護 。在封式倚罪在處理器插座18上。尚且，可能使 示）☆或透明塑料蓋分別具有至少一預設的破裂點（未圖 放大^外，在護板10或護板體部12中，可形成至少一具有 大益功能的光學裝置。其巾，可能使光學裝置與護板1〇 200538907 或護板體部12形成一體。 第2圖顯示護板10的另一示意圖。人們可瞭解形成四角 之護板體部12係覆蓋住一下方處理器插座的對應區域。因 此，可明顯地看出各形成於腳14上作為一鎖定裝置24之附 5 接裝置16的設計。 第3圖顯示配置於處理器插座18上之護板1〇的另一實 施例之示意圖。人們可瞭解在此實施例中，護板10或護板 體部12形成楔形，其中護板體部12具有兩近似形成三角形 的側表面28,30且其受到一倚靠表面34、一終止表面32及另 10 一表面36所圍繞。其中，楔形護板體部12可形成中空狀或 結實狀。人們可瞭解在此實施例中，形成各具有一附接裝 置16之四個腳14。在形成四角的倚靠表面34之角落處，腳 14以45。角往外分叉。並且，人們可瞭解，在處理器的未安 裝狀態中，一圍繞一安裝在處理器插座18上且可移式附接 15 至處理器插座18的處理器之閉合框架26係倚靠在護板體部 12的表面36上，以使配置於處理器插座18内的針腳（未圖示) 可被看見。 從第4圖可知，可明顯地看出終止表面32的凸形形態。 第3及4圖另外顯示可將護板體部12表面加上標鐵。 20 【圈式簡單說明】 第1圖顯示配置於一處理器插座上之根據本發明的一 護板之示意圖； 第2圖顯示根據第1圖的護板之示意圖； 第3圖顯示配置於一處理器插座上之根據本發明的一 200538907 護板之另一實施例的示意圖；及 第4圖顯示根據第3圖之護板的另一示意圖。 【圖式之主要元件代表符號表】 10…護板 12.. .中央護板體部 14···腳 16…附接裝置 18…處理器插座 20.. .主機板 22···開口 24.. .鎖定裝置 26.. .閉合框架 28,30···側表面 32…終止表面 34…倚靠表面 36.. . 1¾200538907 发明 Description of the invention: Technical field to which the invention belongs 3 The present invention relates to a protective plate for a processor socket. C Previously 1 5 These guards are known. Especially in the newly developed processor sockets or CPU sockets, in which the connection pins are no longer located on the bottom side of the microprocessor or CPU, but in the socket itself, as they have been used so far, because these pins are sensitive and Even if the CPU is presumed to be damaged when properly installed, it needs a shield. The known shields are each composed of a non-transparent plastic cover attached to a 10 processor socket or a CPU socket. However, the disadvantage of these plastic covers is that they must first be opened or removed from the processor socket in order to be able to detect possible damage to the feet. In addition, it is important for the manufacturers of these components to know if possible damage has occurred before or after transport. Previous shields were also unlikely to have this effect. [Summary of the Invention] Therefore, an object of the present invention is to provide a general protective plate, in which damage caused to a processor socket due to improper operation can be easily detected. A shield with the characteristics of the scope of patent application No. 1 can solve these purposes. Advantageous developments of the shield according to the invention are described in the scope of the attached patent application. In a protective plate for a processor socket according to the present invention, a plastic cover is formed in a transparent shape and is detachably or non-detachably attached to the processor socket and a 200538907 / or a motherboard on which the processor socket is disposed. And / or an attachment module for attaching at least one cooling device in a casing of a computer, wherein the processor socket is at least partially covered by a shield. This can be a significant advantage in detecting possible 5 damage to the underlying electronic components. Among them, the inspection can be carried out immediately without the need to disassemble the guard plate. Therefore, on the one hand, in the shipping control of the motherboard manufacturer, if the shield has damage, it can immediately detect whether the lower processor socket or corresponding pins have been damaged respectively during the manufacture and installation of the motherboard. . The same applies to the purchase control of motherboard purchasers. Here you can also easily and immediately know if its processor socket or pins have been damaged as a result of the shipment. In addition, if the shield is removed, the warranty of the motherboard maker will be invalidated. Therefore, the shield also has a sealing function. It is also possible to securely and easily attach the shield inside the computer. In another advantageous development of the invention, the plastic cover has at least one preset 15 rupture point. A predetermined break point when the shield is removed from the attachment module and / or the processor socket and / or the motherboard will cause a predetermined damage to the shield. Using this measure 'can advantageously ensure that the manipulation and / or improper operation of the guard can be detected immediately and separately. Another-advantageous development of the present invention'the guard plate includes-the central guard plate body 'which contains at least-at least one of the attachment means is formed on the guard plate body. Wherein the 'attachment device may be composed of a -locking branch device, wherein the locking device is formed to be capable of engaging with the -opening in the n-plug money domain board and / or the attachment module. This design allows the shield to be used in multiple processor socket sizes if the foot length is chosen to be a suitably large size. 20 200538907 In another advantageous development of the present invention, at least one optical device having an amplifier function is formed in a shield or a shield body. Therefore, it is further beneficial to visually detect possible damage. Among them, the optical device may be integrated with the shield or the body of the shield. This can simplify the manufacturing process of the shield. Optical devices such as 5 may consist of a suitable material thickening or material shaping of the transparent shield. In another advantageous development of the invention, the shield rests, in particular in a sealed manner, on the processor socket. Therefore, in addition to the cover and protection function of the shield, it can also ensure that dust or other contaminants will not enter the processor socket. In another advantageous development of the present invention, the guard plate or the guard plate body is formed into a 10 wedge shape, respectively, wherein the guard plate body has two side surfaces approximately forming a triangle, and the side surfaces are subjected to a leaning surface, a terminating surface, and another Surrounded by a surface. Among them, the shield body may be formed in a hollow shape or a mass shape. In addition, the 'stop surface may be formed in a concave or convex shape so that the shield body serves as an optical element, for example, to represent pins in an enlarged manner. 15 In another advantageous development of the present invention, the shield or the shield body is respectively formed so that a processor can be installed around the processor socket and can be removably attached to the processor socket in the unmounted state of the processor. The closure of the processor rests on the border or a surface of the shield, so that the pins arranged in the processor socket can be seen. Therefore, it may also be possible to use this shield for this type of processor or processor socket, respectively, and to perform its advantageous functions in particular. Brief Description of the Drawings Other details, characteristics and advantages of the present invention can be learned from the two embodiments shown in the drawings. Among them: Fig. 1 shows a schematic diagram of the _ 200538907 shield plate according to the present invention arranged on a processor socket; Fig. 2 shows a schematic diagram of the shield plate according to Fig. 1; A schematic diagram of another embodiment of a guard plate according to the present invention; and FIG. 4 shows another schematic diagram of a guard plate according to the first aspect. [Embodiment] FIG. 1 shows a schematic diagram of a protective plate 10 disposed on a processor socket 18. Among them, the shield is composed of a transparent and volute plastic cover. In the embodiment shown in the figure, the shield 10 is detachably attached to a motherboard 20, 10 in which the processor socket 18 is generally covered by the shield 10. However, it is also possible to non-detachably connect the shield plate 10 to the motherboard 20. One can understand that the guard plate 10 includes the central compliance plate body portion 12, each of which has four legs 14 attached to the attachment device 16 to be opened / formed on the pan plate body portion 12. In the illustration, at the corners of the shield body 12 forming the four corners, the feet 14 are 45. The corners branch out. Each of the attachment devices I6 is composed of a locking device 24, and each locking device 24 engages a corresponding opening 22 in the motherboard 20. In addition, in other embodiments not shown, the shield 10 may be detachable: or detachably attached to the processor socket 18 and / or-the attachment module is attached to:-the V cold section device is attached at- Inside a computer case. 20 Moreover, one can understand that the shield 10 rests on the processor socket. You can also use the dagger to protect the guard board 10_. Reliance on the processor socket 18 in closed form. Also, it may be shown) ☆ or the transparent plastic cover has at least one preset rupture point (not shown in the figure). At least one optical device with a beneficial function can be formed in the shield 10 or the shield body 12 The towel may make the optical device integrated with the protective plate 10200538907 or the protective plate body 12. Figure 2 shows another schematic diagram of the protective plate 10. One can understand that the protective plate body 12 forming the four corners covers the bottom The corresponding area of the square processor socket. Therefore, it can be clearly seen that the design of each of the five connecting devices 16 formed on the feet 14 as a locking device 24. Figure 3 shows the protective plate 1 disposed on the processor socket 18 Schematic diagram of another embodiment of 〇. One can understand that in this embodiment, the guard plate 10 or the guard body portion 12 is formed in a wedge shape, wherein the guard plate body portion 12 has two side surfaces 28, 30 approximately forming a triangle and is subjected to A reclining surface 34, a terminating surface 32, and another surface 36 surround the wedge-shaped guard body 12, which can be formed into a hollow or sturdy shape. It can be understood that in this embodiment, each of the forming surfaces has an attachment device. Four of the four feet 14. In the shape At the corners of the four-pointed reclining surface 34, the feet 14 are branched outward at 45. Also, it can be understood that in the unmounted state of the processor, one is mounted on the processor socket 18 and is removably attached. The closed frame 26 of the processor connected from 15 to the processor socket 18 rests on the surface 36 of the shield body 12 so that pins (not shown) arranged in the processor socket 18 can be seen. From the fourth As can be seen in the figure, the convex shape of the termination surface 32 can be clearly seen. Figures 3 and 4 also show that the surface of the shield body 12 can be added with a standard iron. 20 [Circular brief description] Figure 1 shows the configuration in a A schematic diagram of a shield plate according to the present invention on a processor socket; FIG. 2 shows a schematic diagram of a shield plate according to FIG. 1; and FIG. 3 shows a 200538907 shield plate according to the present invention disposed on a processor socket. A schematic diagram of another embodiment; and FIG. 4 shows another schematic diagram of the guard plate according to FIG. 3. [The main components of the figure represent the symbol table] 10 ... guard plate 12 ... central guard body 14 ... · Feet 16 ... Attachment 18 ... Processor Socket 20 .... Motherboard 22 · ······························· 2 ····
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