M403681 在對應於介面卡—側之電腦主機 應於介面卡，而當橫向調整限位元件3置f =件對 即會呈垂直方向的位移，直至連動元元: 面卡上，介面卡即會被卡固裝置所卡 °在" 用限位元件調整與於棘齒之位置：利 古—面卡邊緣，係間接驅動卡合支桿，苴驅動 :式複雜、結構複雜’整體裝置必須佔 ？M403681 in the computer card corresponding to the interface card - the side should be in the interface card, and when the lateral adjustment limit component 3 is placed f = the pair will be vertically displaced until the linked element: on the face card, the interface card will The card is clamped to the position of the ratchet by the limit device: the edge of the Ligu-face card is the indirect drive of the struts, the 苴 drive: complex, complex structure 'the whole device must account for ?
合強度弱，調整不易且費時。 二間且卡 另如中華民國專利公告M期76「用於擴充卡的卡固 „，其包括一支撐板以及一滑動件。擴充卡配置 ^又内’且插置於-插槽上。支禮板活動地固定在機殼的側 =，且位於擴充卡的上方’並具有至少一滑軌正對於插槽。 〉月動件配置於雜中，並具有-卡扣部以及組合於卡扣部 的-操作塊以及-彈性部。此外’卡扣部具有位於滑軌下 方的一底槽。滑動件於解固的狀態可沿滑轨移動至擴充卡 的末端，並根據擴充卡的長度調整位置，以使擴充卡的末 端嵌入於底槽中；惟該案所採用滑動件與卡齒結構卡合之 方式複雜且結構複雜，調整不易且費時。 又如中華民國專利公告440008「介面卡之固定裝置」， 其包括一座體，於座體之一面設有複數個隔板，該隔板之 了貝部設有一定距離之數道棘齒，而底部則設有夾持機構， 另，設有一滑動塊，該滑動塊係可活動地套設在隔板設有 棘齒之頂部處，且滑動塊在對應於隔板上之棘齒位置處亦 設有相互嚙合之棘齒，俾藉由該等棘齒之嚙合令滑動塊可 定位於隔板上，如此，即可將該固定裝置嵌扣在電腦主機 5 M403681 之機殼上，且恰對應於電腦主機内之電路板插槽的一側， 故，當欲插設介面卡時，即先令滑動塊往上移動，再將介 面卡穿設過夾持機構，並插設在電路板之插槽中，嗣後， 使滑動塊往下移動並卡抵住介面卡之頂端，即可完全固定 住介面卡；惟該案之座體體積龐大，必須佔用大量空間， 未插置介面卡之位置形成浪費。 據此可知，於目前已知介面卡之卡合裝置技術中，尚 未能夠有一種操作簡單快速、卡合方式簡單、結構簡單、 卡合強度高且確實，體積輕巧、安裝簡單，且可適用於長 短不同之介面卡之卡固裝置。 【新型内容】 有鑑於習知技銜之缺失，本創作提出一種介面卡之卡 固裝置，其操作簡單快速、卡合方式簡單、結構簡單、卡 合強度高且確實，體積輕巧、安裝簡單，且可適用於長短 不同尺寸之介面卡。 為達到上述目的，本創作提出一種介面卡之卡固裝 置，該介面卡係配置於一機殼内，該介面卡具有相鄰之第 一邊緣以及一第二邊緣，該第一邊緣與該第二邊緣相鄰且 構成該介面卡之一端角，該介面卡之卡固裝置包含： 一支撐板，係設置於該機殼，且位於該介面卡之第一 邊緣之一側，於該支撐板設有—^合槽，該卡合槽具有一 長度，該卡合槽之長度延伸方向係平行一第一方向，於該 卡合槽設有複數卡合齒，該複數卡合齒係沿著該第一方向 陣列於該卡合槽平行於該第一方向之一邊緣，且該卡合齒 M403681 係由該卡合槽之邊緣朝向該卡合槽内突出，且該卡合齒之 突出方向係平行於一第二方向，該第二方向與該第一方向 相互垂直；以及 ' 一滑動件，該滑動件係設置於該支撐板朝向該介面卡 * 之面，該滑動件具有一本體，該本體具有一卡合件，該卡 合件具有一凹槽，於該本體設有一壓桿，該壓桿具有一卡 塊，該壓桿具有一施壓方向，該施壓方向係平行於該第二 方向，該卡塊係卡合於二卡合齒之間，該卡合件之凹槽係 φ 朝向該介面卡之該第二邊緣，當平行於該第二方向施壓於 該壓桿時，可驅動該卡塊脫離卡合齒，使該滑動件呈現一 釋放狀態，可沿著該第一方向移動該滑動件，使該滑動件 與該介面卡之第二邊緣相對運動，當停止施壓於該壓桿， 該卡塊可卡合於二卡合齒之間。 為使貴審查委員對於本創作之結構目的和功效有更 ' 進一步之了解與認同，茲配合圖示詳細說明如后。 參 【實施方式】 ' 以下將參照隨附之圖式來描述本創作為達成目的所使 用的技術手段與功效，而以下圖式所列舉之實施例僅為輔 助說明，以利貴審查委員瞭解，但本案之技術手段並不限 於所列舉圖式。 請參閱第一圖所示，本創作所提供之介面卡之卡固裝 置係用以卡固且支撐於一介面卡30之一端角，該介面卡 30係配置於一機殼（圖中未示出）内，該介面卡30具有相 鄰之一第一邊緣31以及一第二邊緣32，該第一邊緣31以 7 M403681 及一第二邊緣32係構成該介面卡30之一端角33之相鄰二 邊緣，於本實施例中，該介面卡30為一串列式周邊零件連 接介面卡（Peripheral Component Interconnect Express，PCI-E)，該介面卡30係横向插置於機殼内之插 槽，因此該端角33呈現懸空狀態。 請參閱第一圖至第四圖所示’本創作所提供之介面卡 之卡固裝置包含一支撐板10以及一滑動件20，該支撐板 10可採用金屬材質，該滑動件20可採用塑膠材質射出成 型，該支撑板10係設置於設有該介面卡30之機殼内，於 該支魏U)紐設有m定板14,於該岐t14設㈣定 孔14卜可藉由螺栓或鉚訂(圖中未H穿二 ⑷，將_板i。定位於機殼，且將=== * g Q1之一側’於該支撲板1 〇没有 該介面卡30之該第一邊‘ w ^ 4本入姑η * H I有一延伸長度’該卡合槽11 -卡合槽U，該卡合槽」^方向η，於該卡合槽旧史 之長度延伸方向係平彳τ 複數卡合齒12係沿著該 有複數呈凸弧狀之卡合截W P1 ^ . ,入械11平行於該第一方向F1之邊 第-方向m車列於該u之邊緣朝向該卡合槽 緣’且該卡合齒12係H 向係平行於—第二方 U内突出，且該卡合向_互垂直，於本實 向F2，該第二方向F2= 該卡合槽u之上邊緣， 施例中，該複數卡合窗125>槽U下找有-滑槽13， 此外，於該支撑板ίο 13之長度延伸方向平行於 該滑槽13具有-長度…:真寬度W1，於該滑槽13之 該第-方向F卜該滑槽丨31之尺寸大於該滑槽 一端設有一嵌設部131，遠欲 M403681 13之寬度Wl，該嵌設部131與該滑槽13於該支撐板10形 成一” T”形透空部。 該滑動件20係設置於該支撐板10朝向該介面卡30之 • 面’該滑動件20具有一本體21，該本體21之一面係朝向 « 該支撐板10 ’該本體21具有一透空部22，於該透空部22 内設有一壓桿23 ’該壓桿23之一端係設置於該透空部22 内’該壓桿23之另一端係呈懸空狀態，於該壓桿23具有 一卡塊231，該卡塊231係設置於該壓桿23朝向該支撐板 • 10之面，該壓桿23具有一施壓方向，該施壓方向係平行 於該第二方向F2，於該本體21設有一卡合件24，該卡合 件24具有一凹槽241，該卡合件24之凹槽241具有一延 伸長度，該凹槽241之長度延伸方向係垂直於該第一方向 F1 ’此外，該滑動件20具有二滑塊25，該滑塊25係設置 於該本體21朝向該支携·板1〇之面，該滑塊25具有一頸部 ’ 251 ’該滑塊25之尺寸約等於或略小於該敌設部131之尺 . 寸，該頸部251之寬度W2約等於或略小於該滑槽13之寬 • 度W卜 該滑動件20係安裝於該支撐板1〇朝向該介面卡3〇之 面’將該滑動件20之滑塊25嵌入該嵌設部131，再平行 於第一方向F1推動該滑動件2〇，使該頸部251進入該滑 槽13，该頸部251係嵌設於該滑槽13内，該滑塊25係掛 6又5玄滑槽13外，該壓桿23係對應於該卡合槽11之位置， 該卡塊231係對應且卡合於相鄰二卡合齒12之間該卡合 件24之凹槽241係朝向該介面卡3〇之該第二邊緣32，必 須說明的是，該滑塊25、頸部251與滑槽13之設計係為 9 M403681 :提高滑動件2fl滑行時之平穩，其、輯並μ於圖示結 請參閱第-圖、第四圖及第五圖所 =23之施壓方向(亦即該第二方向F2)施用壓= 柃23時，可驅動該卡塊231脫離 、。乂1 :)’可使該滑動件2。呈現-釋放 i二邊m動件，Γ滑動件2q與該介二抑之 施加於該壓桿23之壓力去除τ 使 卡合齒12之 交針塊231可再度卡合於 19 .. 如第圖所不，必須說明的是，由於該卡 置於該卡合槽U上緣，因此，該壓桿Μ之i "ΊΓ缓'，V! ’同S ’右將該卡合* 12言史置於該卡合槽 4卡塊231朝下設置，則該壓桿23之施壓方 向如向上，其所能達成之作用相同。 I =第六圖所示，藉由上述方式釋放該滑動件2〇 L ^二月動件2〇推向介面卡3〇，且介面卡30之第二邊 m卡合件24之凹槽241内，該滑動件之卡塊 _ σ於卡合齒12之間，使該滑動件20呈現鎖固狀態， ^面卡3G之端角33可藉由該滑動件2G支㈣不致懸 請參閱第七圖所示，本創作所提供之介面卡之卡固裝 置由於該支樓板10之卡合槽具有一延伸長度，且於 °亥卡σ槽11⑨有複數卡合齒12，因此可以調整滑動件20 之位置’以適應不同長度之介面卡，如第七圖所示之介面 卡30Α較短，使用者只要按壓該壓桿23，即可調整該滑動 M403681 241 ·凹槽 2 5 -滑塊 251-頸部 30、30A-介面卡 31- 第一邊緣 32- 第二邊緣 33- 端角 F1 -第一方向 Wl、W2 -寬度The strength is weak, and the adjustment is difficult and time consuming. The second card is also used as a card for the expansion card, which includes a support plate and a sliding member. The expansion card configuration ^ is inside and inserted into the - slot. The banquet is movably fixed to the side of the casing = and is located above the expansion card and has at least one rail facing the slot. The lunar moving member is disposed in the miscellaneous, and has a - snap portion and an operation block and an elastic portion combined in the buckle portion. In addition, the snap portion has a bottom groove located below the slide rail. The sliding member can be moved along the sliding rail to the end of the expansion card, and the position is adjusted according to the length of the expansion card, so that the end of the expansion card is embedded in the bottom slot; however, the slider and the latch structure are used in the case. The manner of the snapping is complicated and the structure is complicated, and the adjustment is difficult and time consuming. Another example is the Republic of China Patent Publication No. 440008 "Interface Card Fixing Device", which comprises a body having a plurality of partitions on one side of the seat body, the bezel having a plurality of ratchet teeth at a certain distance, and The bottom portion is provided with a clamping mechanism, and a sliding block is movably sleeved at the top of the partition plate with the ratchet teeth, and the sliding block is also located at the ratchet position corresponding to the partition plate. The intermeshing ratchet teeth are provided, and the sliding block can be positioned on the partition plate by the engagement of the ratchet teeth, so that the fixing device can be fastened on the casing of the computer host 5 M403681, and correspondingly On one side of the circuit board slot in the computer mainframe, when the interface card is to be inserted, the sliding block is first moved upward, and then the interface card is passed through the clamping mechanism and inserted into the circuit board. In the slot, after the squat, the slider is moved down and the card is pressed against the top of the interface card to completely fix the interface card; however, the seat of the case is bulky and must occupy a large amount of space, and the location of the interface card is not inserted. Form waste. According to the above, in the art of the card device of the interface card, there is not yet a simple and quick operation, a simple locking mode, a simple structure, a high clamping strength and a reliable, compact, simple installation, and can be applied to A fixing device for different interface cards. [New content] In view of the lack of the traditional technical title, the present invention proposes a fastening device for the interface card, which is simple and quick to operate, simple to engage, simple in structure, high in clamping strength and reliable, compact in size and simple in installation. It can be applied to interface cards of different sizes. In order to achieve the above object, the present invention provides a device for securing an interface card, the interface card being disposed in a casing, the interface card having an adjacent first edge and a second edge, the first edge and the first edge The two edges are adjacent to each other and constitute one end angle of the interface card. The fastening device of the interface card comprises: a support plate disposed on the casing and located on one side of the first edge of the interface card, the support plate The engaging groove has a length, and the extending direction of the engaging groove is parallel to a first direction, and the engaging groove is provided with a plurality of engaging teeth, and the plurality of engaging teeth are along the The first direction array is parallel to the edge of the first direction, and the engaging tooth M403681 protrudes from the edge of the engaging groove toward the engaging groove, and the protruding direction of the engaging tooth Parallel to a second direction, the second direction being perpendicular to the first direction; and 'a sliding member disposed on the surface of the support plate facing the interface card*, the sliding member having a body The body has a snap member, the snap member There is a groove, the body is provided with a pressing rod, the pressing rod has a clamping block, the pressing rod has a pressing direction, the pressing direction is parallel to the second direction, and the clamping block is engaged with the second card Between the teeth, the groove φ of the engaging member faces the second edge of the interface card, and when pressed against the pressing rod in parallel with the second direction, the block can be driven to disengage from the engaging teeth, so that The sliding member is in a released state, and the sliding member is movable along the first direction to move the sliding member relative to the second edge of the interface card. When the pressure is stopped, the clamping block can be engaged. Between the two snap teeth. In order to enable your review board to have a further 'further understanding and recognition of the structural purpose and efficacy of this creation, please refer to the detailed description of the illustration as follows. [Embodiment] The following describes the technical means and functions used for the purpose of the present invention with reference to the accompanying drawings, and the embodiments listed in the following drawings are merely supplementary explanations, so that the reviewers can understand them, but The technical means of this case are not limited to the illustrated figures. Referring to the first figure, the fastening device of the interface card provided by the present invention is used for fastening and supporting one end angle of an interface card 30. The interface card 30 is disposed in a casing (not shown) The interface card 30 has an adjacent first edge 31 and a second edge 32. The first edge 31 forms a phase 33 of the interface card 30 with 7 M403681 and a second edge 32. In the embodiment, the interface card 30 is a serial peripheral component interconnect Express (PCI-E), and the interface card 30 is horizontally inserted into the slot in the casing. Therefore, the end angle 33 assumes a floating state. Please refer to the first to fourth figures. The fastening device of the interface card provided by the present invention comprises a support plate 10 and a sliding member 20. The support plate 10 can be made of metal, and the sliding member 20 can be made of plastic. The material is injection-molded, and the support plate 10 is disposed in the casing provided with the interface card 30, and the m-shaped plate 14 is disposed on the support U), and the (four) fixed hole 14 is provided by the bolt Or riveting (not wearing H (2) in the figure, positioning _ plate i. is positioned in the casing, and === * g Q1 side of one side of the slab 1 〇 without the first of the interface card 30 The edge 'w ^ 4 is inserted into the η η * HI has an extension length 'the engagement groove 11 - the engagement groove U, the engagement groove ′ direction η, the extension of the length of the old history of the engagement groove is flat 彳τ The plurality of engaging teeth 12 are disposed along the edge of the first direction F1 along the edge of the first direction F1 along the edge of the u-direction toward the card. The groove edge 'and the engaging teeth 12 are H-direction parallel to the second square U, and the engagement direction is perpendicular to each other, in the real direction F2, the second direction F2 = the engagement groove u Upper edge, in the case The plurality of latching windows 125> are provided with a slot 13 under the slot U. Further, the length of the support plate ίο 13 extends parallel to the slot 13 to have a length -: true width W1, in the slot 13 The first direction F is larger than the one end of the sliding slot 31. The inner side of the sliding slot is provided with an embedding portion 131, and the width W1 of the M403681 13 is formed. The embedding portion 131 and the sliding slot 13 are formed on the supporting plate 10. The slider 20 is disposed on the surface of the support plate 10 facing the interface card 30. The slider 20 has a body 21, and one surface of the body 21 faces the support plate 10 The main body 21 has a hollow portion 22, and a pressing rod 23 is disposed in the hollow portion 22. One end of the pressing rod 23 is disposed in the hollow portion 22. The other end of the pressing rod 23 is suspended. In the state, the pressing rod 23 has a block 231 disposed on the surface of the pressing rod 23 facing the supporting plate 10, and the pressing rod 23 has a pressing direction, and the pressing direction is parallel to The second direction F2 is provided with a latching member 24 on the body 21, the latching member 24 has a recess 241, and the recess 241 of the latching member 24 has The length of the groove 241 extends perpendicular to the first direction F1 '. In addition, the slider 20 has two sliders 25 disposed on the body 21 toward the support plate 1 The slider 25 has a neck portion 251 'the size of the slider 25 is approximately equal to or slightly smaller than the size of the enemy portion 131. The width W2 of the neck portion 251 is approximately equal to or slightly smaller than the sliding slot. The width of the slider is mounted on the surface of the support plate 1 facing the interface card 3'. The slider 25 of the slider 20 is embedded in the embedded portion 131, and then parallel to the first direction. F1 pushes the sliding member 2〇, so that the neck portion 251 enters the sliding slot 13, the neck portion 251 is embedded in the sliding slot 13, and the sliding rod 25 is hung outside the 6 and 5 sliding slots 13, the pressure The rods 23 are corresponding to the positions of the engaging slots 11 , and the latching blocks 231 are corresponding to and engaged with the adjacent two engaging teeth 12 . The recesses 241 of the engaging members 24 are directed toward the interface card 3 . The second edge 32, it must be noted that the design of the slider 25, the neck 251 and the sliding slot 13 is 9 M403681: improving the smoothness of the sliding of the sliding member 2fl, and See Junction - FIG, fourth, and fifth to FIG FIGS = pressure direction (i.e., the second direction F2) 23 of the pressure applied Eurya = 23, block 231 can be driven out of the card.乂1 :)' can make the slider 2. Presenting-releasing the two-side m-moving member, the sliding member 2q and the pressure applied to the pressing rod 23 to remove the τ, so that the interlacing block 231 of the engaging tooth 12 can be re-engaged at 19 .. In the figure, it must be noted that since the card is placed on the upper edge of the engaging groove U, the pressure bar is i "slowing, 'V! ' and S 'right to the card *12 words When the clamping slot 4 is placed downward, the pressing lever 23 is pressed upward, and the effect can be the same. I = as shown in the sixth figure, the slider 2 〇L ^ February moving member 2 〇 is pushed to the interface card 3 藉 by the above manner, and the second side of the interface card 30 is the groove 241 of the engaging member 24 The slider _ σ of the slider is between the engaging teeth 12, so that the sliding member 20 is locked, and the end angle 33 of the surface card 3G can be suspended by the sliding member 2G (4). As shown in FIG. 7 , the fastening device of the interface card provided by the present invention has an extending length due to the engaging groove of the supporting floor panel 10, and has a plurality of engaging teeth 12 in the Hiuka σ slot 119, so that the sliding member can be adjusted. The position of 20 is adapted to the interface card of different lengths. If the interface card 30 所示 shown in the seventh figure is short, the user can adjust the sliding M403681 241 by pressing the pressing rod 23 · the groove 2 5 - the slider 251 - neck 30, 30A - interface card 31 - first edge 32 - second edge 33 - end angle F1 - first direction Wl, W2 - width