M332352 八、新型說明： [新型所屬之技術領域] '本創作係關於一種擴充卡插接裴置組合，尤指_種用於 ~電腦或伺服器内的擴充卡插接裝置組合。 ' [先前技術】 — 由於桌上型電腦或伺服器的主機板上通常都需要安 裝多個不同功能的擴充卡，如圖形加速顯示卡、視: • T卡及音效卡等。這些擴充卡透過焊接於主機板上的擴充 連接器實現與域板之間的信號傳輸。擴充 一 般分別固定於主機板上，每一擴充卡連接器上二 卡插槽以供插設一相應的擴充卡，擴充卡插:汽 板上相應信號接點相連的引腳，以從機板/、主機 传轳，徂被*上 伙主機板上引入相應的 單趣接^充^ ^作。但是’該種擴充卡連接器只能 空間接擴充卡’不能靈活地利用電腦或飼服器機箱内的 ’【新型内容】 充卡連接_ ^丨〜’有必要提供—種可將擴充卡插接於擴 -卞顿③雙側的擴充卡插接裝置組合。 、 —種擴充卡插接裝置組合，包 電性連接於該電 1料板及-固定並 包括分別位於' 益，所述擴充卡連接器 槽，所述第-、^ 兩側的—第—插槽及—第二插 相較於現;=第二插槽用"插接擴充卡。 雙側均設有擴充t本創作擴充卡插接裝置組合包括― 野充卡插槽的擴充卡連接器，可以靈活地安裝 5 M332352 擴充卡至所述電路板的任意—側 側的空間。 用電路板兩 【實施方式】 請參閱 -電路板10,4=本創作擴充卡插接裝置^^ 第二擴充卡40擴充卡連接器2〇, 一第一擴充卡30及 接於所述電路板Γ上擴充盘卡連接器20透過一安裝口 4 所述第-擴充第Γ電路板10形成電性連埃。 卡連接哭2Π卡 充卡40分別插接於所述鴂充 口口 的兩侧。在圖1中，所述第一擴充卡3〇认 面朝：，所述第二擴充卡40的正面朝上。 的疋 睛參閱圖3_4,所述擴充卡連接器2〇的一側設有〜〜 烬插槽22 ’另-侧設有-第二插槽24，且每—側均、第 …擴充卡提供電源信號的電源插槽23。所述第一擴^有 邓包括一可對應插入所述第一插槽22内的金手指32及卞 可插入所述電源插槽23内的電源接頭34，所述金手指 的正面焊有—排用於傳輸信號的引腳線321。所述第二靶 充卡40包括一可對應插入所述第二插槽24内的金手栺^ ^可插入所述電源插槽23内的電源接頭44，所述金手 私42的正面亦設有一排引腳線（圖未示）。 、在第一較佳實施例中，所述第一插槽22設有一挪輿 所述第一擴充卡3〇的引腳線321相應的第一引腳221，: a第二插槽24設有一排與所述第二擴充卡40的金手指吣 的弓丨腳線相應的第二引腳241，所述第一引腳221設於所 述擴充卡連接器20 —側的下部，所述第二引腳241設於 6 M332352 .所述擴充卡連接器20另一側的上部。安裝時，所述第一 擴充卡30的金手指32及電源接頭34分別插入所述擴充 ^ 卡連接器20的第一插槽22及電源插槽23内，且使所述 ^ 第一擴充卡30的引腳線321與所述第一插槽22的第一引 腳221對應觸接；所述第二擴充卡40的金手指42及電源 接頭44分別插入所述擴充卡連接器20的第二插槽24及 ^ 電源插槽23内，且使所述第二擴充卡40的金手指42正 I· 面的引腳線與所述第二插槽24的第二引腳241對應觸 接。工作時，所述第一擴充卡30透過所述第一引腳221 實現與所述電路板10之間的信號傳輸，所述第二擴充卡 40透過所述第二引腳241實現與所述電路板10之間的信 號傳輸。 請參閱圖5-6，在第二較佳實施例中，所述第一插槽 22設有上下兩排平行相對的引腳221’ ，所述第二插槽24 亦設有上下兩排平行相對的引腳241’ 。安裝時，所述第 • 一擴充卡30的金手指32及電源接頭34分別插入所述擴 a充卡連接器20的第一插槽22及電源插槽23内，且使所 述第一擴充卡30的引腳線321與所述第一插槽22下排的 引腳221’對應觸接；所述第二擴充卡40的金手指42及 電源接頭44分別插入所述擴充卡連接器20的第二插槽24 及電源插槽23内，且使所述第二擴充卡40的金手指42 的引腳線與所述第二插槽24上排的引腳241’對應觸接。 所述第一插槽22、第二插槽24均具有兩排平行相對的引 腳，既可支援單側具有引腳線的擴充卡，也可支援雙側均 7 M332352 具有引腳線的擴充卡，因而可靈活地插接多種類型的擴充 卡。 ' 當所述第一擴充卡30及第二擴充卡40安裝至所述電 路板10的兩側後，所述電路板1〇可安裝於一電腦戒伺服 器的主機板上，以便實現擴充卡的相應功能。 所述第一擴充卡30及第二擴充卡40可為支援不同規 格信號傳輸的擴充卡，如1>(：：1_£擴充卡，PCI_X擴充卡等。 鲁·所述擴充卡連接器20的第一插槽22及第二插槽24因應 所述擴充卡的信號傳輸規格支援ρ(：μΕ、pCI_x信號的傳 輸。 【圖式簡單說明】 圖1係本創作擴充卡插接裝置組合的立體分解圖。 圖2係本創作擴充卡插接裝置組合的立體組裝圖。 圖3係本創作擴充卡插接裝置組合的第一較佳實施例中 第一擴充卡及擴充卡連接器一侧的插槽的示意圖。 _ 圖4係本創作擴充卡插接裝置組合的第一較佳實施例中 、 第二擴充卡及擴充卡連接器另一側的插槽的示意 圖。 圖5係本創作擴充卡插接裝置組合的第二較佳實施例中 第一擴充卡及擴充卡連接器一侧的插槽的示咅圖。 圖6係本創作擴充卡插接裝置組合的第二軔' 土貝施例中 第二擴充卡及擴充卡連接器另一側的插槽的示咅 圖。 、 【主要元件符號說明】 8 M332352 電路板 10 安裝口 12 擴充卡連接器 20 第一插槽 22 第一引腳 221 電源插槽 23 第二插槽 24 第二引腳 241 第一擴充卡 30 第二擴充卡 40 金手指 32，42 引腳線 321 電源接頭 34，44 引腳 221’ ， 241， 9M332352 VIII. New description: [New technical field] 'This creation is about a combination of expansion card plug-in devices, especially for expansion card plug-in device combinations for ~computer or server. '[Prior Art] — Since the desktop or server board usually needs to install a number of expansion cards with different functions, such as graphics acceleration display card, video: • T card and sound card. These expansion cards transmit signals to and from the domain board through expansion connectors soldered to the motherboard. The expansion is generally fixed on the motherboard, and the two card slots on each expansion card connector are for inserting a corresponding expansion card, and the expansion card is inserted: the pin connected to the corresponding signal contact on the steam plate to the slave board /, the host is rumored, and the corresponding single-player is added to the host board. However, 'the type of expansion card connector can only be connected to the expansion card' can not flexibly use the 'new content' in the computer or the feeder case. _ ^丨~' It is necessary to provide - the expansion card can be inserted A combination of expansion card docking devices connected to both sides of the expansion-pullton 3. , an expansion card docking device combination, electrically connected to the electric material board and - fixed and including respectively located in the 'expansion card connector slot, the first -, ^ sides - the first The slot and the second plug are compared to the current; = the second slot is connected with the " expansion card. Expansion on both sides of the expansion expansion card insertion device combination includes the expansion card connector of the wild charging card slot, which can flexibly install the 5 M332352 expansion card to any side of the board. Circuit board two [Embodiment] Please refer to - circuit board 10, 4 = the original expansion card docking device ^ ^ second expansion card 40 expansion card connector 2, a first expansion card 30 and connected to the circuit The upper expansion card connector 20 of the board is electrically connected to the first expansion circuit board 10 through a mounting port 4. Card connection crying 2 Π cards The charging cards 40 are respectively inserted into the sides of the sputum port. In Fig. 1, the first expansion card 3 faces: the front surface of the second expansion card 40 faces upward. Referring to FIG. 3_4, the side of the expansion card connector 2 is provided with a ~~ 烬 slot 22 'the other side is provided with a second slot 24, and each side is provided with an expansion card. Power supply slot 23 for the power signal. The first expansion includes a gold finger 32 that can be inserted into the first slot 22 and a power connector 34 that can be inserted into the power socket 23, and the front side of the gold finger is welded with — A pin line 321 for transmitting signals. The second target charging card 40 includes a power connector 44 that can be inserted into the second slot 24 to be inserted into the power socket 23, and the front side of the gold hand 42 is also There is a row of pin lines (not shown). In the first preferred embodiment, the first slot 22 is provided with a first pin 221 corresponding to the pin line 321 of the first expansion card 3〇, and the second slot 24 is provided. There is a second pin 241 corresponding to the archer of the gold finger of the second expansion card 40, and the first pin 221 is disposed at a lower portion of the side of the expansion card connector 20, The second pin 241 is disposed at 6 M332352. The upper portion of the other side of the expansion card connector 20. During installation, the gold finger 32 and the power connector 34 of the first expansion card 30 are respectively inserted into the first slot 22 and the power socket 23 of the expansion card connector 20, and the first expansion card is The pin line 321 of the 30 is correspondingly connected to the first pin 221 of the first slot 22; the gold finger 42 and the power connector 44 of the second expansion card 40 are respectively inserted into the expansion card connector 20 The two slots 24 and ^ are in the power socket 23, and the pin lines of the gold finger 42 of the second expansion card 40 are connected to the second pins 241 of the second slot 24 . In operation, the first expansion card 30 transmits signals between the circuit board 10 through the first pin 221, and the second expansion card 40 is implemented by the second pin 241. Signal transmission between the boards 10. Referring to FIG. 5-6, in the second preferred embodiment, the first slot 22 is provided with two rows of parallel opposite pins 221', and the second slot 24 is also provided with two rows of parallel rows. The opposite pin 241'. During installation, the gold finger 32 and the power connector 34 of the first expansion card 30 are respectively inserted into the first slot 22 and the power socket 23 of the expansion card connector 20, and the first expansion is made. The pin line 321 of the card 30 is in contact with the pin 221 ′ of the lower row of the first slot 22; the gold finger 42 and the power connector 44 of the second expansion card 40 are respectively inserted into the expansion card connector 20 The second slot 24 and the power socket 23 are disposed, and the pin lines of the gold fingers 42 of the second expansion card 40 are brought into contact with the pins 241' of the upper row of the second slots 24. The first slot 22 and the second slot 24 each have two rows of parallel opposite pins, which can support an expansion card with a pin line on one side, and support both sides of the M-352. The card allows for flexible insertion of multiple types of expansion cards. After the first expansion card 30 and the second expansion card 40 are mounted to both sides of the circuit board 10, the circuit board 1 can be mounted on a motherboard of a computer or a server to implement an expansion card. The corresponding function. The first expansion card 30 and the second expansion card 40 may be expansion cards that support different specifications of signal transmission, such as 1> (:: 1_£ expansion card, PCI_X expansion card, etc. Lu said expansion card connector 20 The first slot 22 and the second slot 24 support the transmission of the ρ(:μΕ, pCI_x signal according to the signal transmission specification of the expansion card. [Simplified Schematic] FIG. 1 is a stereoscopic combination of the expansion card insertion device of the present invention. 2 is an assembled view of the combination of the expansion card insertion device of the present invention. FIG. 3 is a first expansion card and an expansion card connector side of the first preferred embodiment of the combination of the expansion card insertion device of the present invention. Figure 4 is a schematic view of the first preferred embodiment of the combination of the present expansion card docking device, the second expansion card and the slot on the other side of the expansion card connector. The second expansion card of the second preferred embodiment of the card connector assembly is a schematic view of the slot on the side of the first expansion card and the expansion card connector. FIG. 6 is the second frame of the combination of the expansion card insertion device of the present invention. The second expansion card and the other side of the expansion card connector in the embodiment [Frequent component symbol description] 8 M332352 Circuit board 10 Mounting port 12 Expansion card connector 20 First slot 22 First pin 221 Power slot 23 Second slot 24 Second pin 241 First expansion card 30 Second expansion card 40 Gold finger 32, 42 Pin line 321 Power connector 34, 44 Pin 221', 241, 9