M341239 八、新型說明： 【新型所屬之技術領域】 本創作關於-種電腦設備之壓條，特別是一種電腦介面卡使 用之壓條結構改良。 【先前技術】 • 壓條主要在於提供電腦主機内部介面卡的位置固定，在 •電敎機受外力衝擊而發生絲、震動或移位時，能夠確保 φ 介面卡與其連接端能_然維持緊密卡扣，使整機電腦能夠 正常運作。 在機架架構上，工業電腦的機架需要具備有靈活性，以 提供使用者裝配不同尺寸、大小的介面卡。其中，可表閱本 國專利公告第444879號「電腦介面卡壓條之改良結構」， 箱體之背板上具有供多數介面卡插置之插槽，以因應工業電 腦各種運算需求，箱體橫設有一壓條，壓條側面有多數^ ·.孔，相配合之壓片具有一長直邊滑槽以及下端面設有—墊 •體，壓片與穿孔相對應穿置，以及藉螺固元件將壓片滑移至 介面卡上方壓持定位時，鎖固壓片於壓條端側，以達到適度 壓持介面卡’避免介面卡因震動而駐機板接财良，= 控制程序錯誤而產生重大損失。 又 該技術將可改善如上敘述之缺失問題，但由於下列所列 舉理由而有改進之處。其一，壓片上、下位移再旋鎖固定^ 壓條上的操作方式不順手，實際操作時一手要牽引壓片上;、 M341239 下移動，一手再側向導引，其施壓力量不易控制。其二，該 壓片需要迎合介面卡與壓條之間的差異高度進行製作，而麈 片可供調整之格度往往不在壓片不適用的情況下將造成 無法正確緊密的壓摯和匹配。 在業界已有相關的電腦介面卡之壓條改良結構予以揭 露，如本國新型專利389325號「電腦介面卡之壓條改良# 構（三）」，透過將壓片組設於壓條上，同時再依照各介面之 高度推移該壓片之推塊位移，使壓片藉由各轉折凹槽使其產 生適當角度向下彎折’而令該壓片之壓持部壓靠各匯流排介 面卡之上端面後，再將定位螺絲予與鎖固於壓條上。該案技 術揭露’壓可先行組設於壓片上，在使㈣再依據各介面 卡之高度來推移壓>;之推塊位移’同時使壓片產生適當角度 向下脊折’而令壓片之壓持部應纟不同高度及不同型態之介 面卡而壓靠定位後，再將定位螺絲鎖固，以達最佳鎖固狀。 本案確實提供了-種可以隨介面卡狀態*同而機動調整之 壓條結構設計，但是其壓片以及壓條在調整時，容易偏離對 應於介面卡的位置，並且，僅透過—端固定的推動模式，容 易偏擺、穩定性待加強。 由以上前案可知，在電腦相關產業快速發展之際，市面 上壓條設計也應迅速推陳出新，以獨特設計符合市場更精 密、更穩定之要求。 本案創作人對壓條結構進行研究，藉解決市場應用面之 M341239 需求持續研究加以改良 【新型内容】 完成本創作之開發設計。 本創作之主要目的在於料—種新結構的壓條 ，該壓條具有 推鍵設計’使时機缝即可觀肋條彎折狀_整壓臂之 下壓距離。 . 本創作之次—目的在於提供-種新結構的壓條 ，該壓條之壓 ‘ 料锻計有觀赌構，簡錢臂對介面卡壓科提供較佳 • 的穩定性，致使壓臂提供有效的壓制效果。 —本創作之再目的在於相較於先前技術更加容易與壓條組裝 疋位’亚且對於介面卡可提供正確緊密的壓擎和匹配之效果。 本創作解決問題之技術手段： 人本創作所述電腦介面卡壓條之結構改良，可相對設置在 介面卡上方侧’可藉由壓條伸出一壓臂緊密壓迫介面卡，迫 使介面卡達定位、穩定之效果。該祕包括有：—具有掃設 •⑨槽及扣孔之跨架，以及—併設具有-組預定彎折部之肋 並在制條間形成至少—㈣之調整臂，該調整臂兩端 分別具有卡塊及推鍵，透過卡_設在跨架扣孔？以銜扣， 並將推鍵‘入跨架之滑槽中，據此，當推鍵在滑槽中橫移 時，肋條之彎折部將由财彎折之方向變形，順帶使肋條變 化’祕臂將料引而向下伸出，使用者即可依照介面卡的 大小適度調整推鍵，即可令壓臂改變夾角而抵觸介面卡，達 成介面卡定位之效果。 M341239 前述壓條可以形成並列複數組之型態設計，利用連接件 將所有壓條形成一模組化型態，透過模組化型態可以直接對 複數介面卡壓制定位。 以下將配合圖式說明本創作的較佳實施例，下述所列舉 的貫施例係用以闡明本創作，並非用以限定本創作之範圍， 任何熟習此技藝者，當可做些許更動與潤飾，因此本創作之 保濩範圍當視後附之申請專利範圍所界定者為準。M341239 VIII. New Description: [New Technology Field] This work is about the improvement of the bead structure of computer equipment, especially the computerized interface card. [Prior Art] • The bead is mainly to provide the position of the internal interface card of the computer mainframe. When the electric machine is subjected to external force and the wire is generated, vibrated or displaced, it can ensure that the φ interface card and its connection end can maintain a tight card. Buckle, so that the whole computer can operate normally. In the rack architecture, industrial computer racks need to be flexible to provide users with interface cards of different sizes and sizes. Among them, the National Patent Publication No. 444879 "Improved Structure of Computer Interface Card Beads" can be seen. The back panel of the cabinet has slots for most interface cards to be inserted in order to meet the various computing needs of industrial computers. There is a bead having a plurality of holes on the side of the bead, the matching pressing piece has a long straight sliding groove and the lower end surface is provided with a pad body, the pressing piece and the perforation are correspondingly worn, and the pressing member presses When the piece slides to the upper position of the interface card, the locking piece is pressed on the end side of the bead to achieve a moderate pressure holding interface card' to avoid the interface card being damaged due to the vibration of the interface card, = significant loss due to control program error . Again, this technique will improve the deficiencies described above, but there are improvements due to the reasons listed below. First, the upper and lower displacement of the tablet and the rotation of the lock are fixed. The operation mode of the bead is not smooth. In actual operation, the hand should be pulled on the tablet; the M341239 is moved downward, and the hand is guided laterally, and the applied pressure is not easy to control. Secondly, the tablet needs to be manufactured to meet the difference in height between the interface card and the bead, and the size of the sheet to be adjusted is often not properly compacted and matched without the application of the tablet. In the industry, there has been a related structure of the computer interface card to improve the structure of the bead, such as the national new patent 389325 "computer interface card bead improvement # structure (3)", by placing the tablet on the bead, and then according to each The height of the interface is shifted by the pushing block displacement of the pressing piece, so that the pressing piece is bent at an appropriate angle by each of the turning grooves, and the pressing portion of the pressing piece is pressed against the upper end surface of each bus bar interface card. Then, the positioning screw is locked to the bead. The technology of the case reveals that the pressure can be set on the tablet first, and then (4) according to the height of each interface card, press the displacement of the push block; while the pressure piece produces a proper angle to the lower spine. The pressing part of the piece should be pressed against the interface card of different heights and different types, and then the positioning screw is locked to achieve the best locking shape. This case does provide a bead structure that can be adjusted with the interface card state*, but the tablet and the bead are easily offset from the position corresponding to the interface card, and only the through-end fixed push mode Easy to bias and stability to be strengthened. It can be seen from the above previous cases that in the rapid development of computer-related industries, the design of the bead on the market should be promptly introduced, and the unique design meets the requirements of more precise and stable market. The creator of the case studied the structure of the bead and improved it by solving the demand for continuous application of M341239 in the market application. [New content] The development and design of this creation was completed. The main purpose of this creation is to produce a new structure of beading, which has a push-button design, so that the timing of the seam can be viewed by bending the ribs. The second step of this creation is to provide a new structure of beading, which is based on the material's forging, and the simple arm provides better stability to the interface card, which makes the pressure arm effective. The suppression effect. - The re-purpose of this creation is to make it easier to assemble the bead with the bead and to provide the correct tightness and matching effect for the interface card. The technical means for solving the problem in the present invention: the structural improvement of the computer interface card bead of the human creation can be relatively disposed on the upper side of the interface card, and the pressure card can be pressed to press the interface card tightly by the pressure bar, forcing the interface card to be positioned, Stable effect. The secret includes: - a cross-frame having a sweeping 9-slot and a buttonhole, and - an arranging arm having a predetermined set of bent portions and forming at least - (d) an adjusting arm between the strips, the two ends of the adjusting arm respectively With the card block and push button, the card is placed in the cross-frame button hole? With the button, and push the push button into the chute of the cross frame, according to this, when the push button is traversed in the chute, the bent portion of the rib will be deformed by the direction of the financial bend, and the rib changes by the way. The arm guides the material and protrudes downwards, and the user can adjust the push button according to the size of the interface card, so that the pressure arm can change the angle and resist the interface card, thereby achieving the effect of positioning the interface card. M341239 The above-mentioned bead can form a parallel array type design, and all the strips can be formed into a modular type by using the connecting member, and the modular interface can directly press and position the complex interface card. The preferred embodiments of the present invention are described below in conjunction with the drawings. The following examples are intended to illustrate the present invention and are not intended to limit the scope of the present invention. Anyone skilled in the art can make some changes. Retouching, therefore, the scope of this creation is subject to the definition of the patent application scope attached.
【實施方式】 請同時參閱第一 A圖所示，本創作所提供之壓條1包 括有一跨架10，該跨架10之架板12上分別橫設一具有預 定距離之滑槽120及一扣孔122、定位孔126，滑槽120 一端設有導槽124 (請參考第三b圖），兩側端14、16則 為可跨設之結構設計，在本實施圖例中係以一組懸臂結構方 式呈現。-調整臂18，併設具有—組預定彎折部22、24、 26之肋條20、並在該肋條2〇側邊形成至少-壓臂28,該 調整臂18之第-端部18G形成有一卡塊彳84、第二端部M2 I成有減186，該卡塊184内侧面設有一定位點伽 (而參閱帛B圖），在第二端部182 4預留有-穿孔 188 ’可提U王鎖το件3〇、32穿設套接。該調整臂，8之壓 # 28方侧以有補強肋28()，使壓臂對介面卡壓擎時 供較佳的穩定性。 在第 圖可清楚說明該具有一組預定彎折部之肋條 8 M341239 20，分別設在第一端部彳 ”肋條20之間的第一彎折槽 22、第二端部182鱼肋故 近肋條2〇中央處之第C二賴26以及靠 朝向下方，當第-端部—180折:第24’並且在助條2。之助面 ni s. ΟΛ U興弟二端部182受力向内靠攏 果，進一步說明請參閱後 叶，肋條20將產生向下接起的效 - 述。 . 請一併參閱第二圖、第二Δ π 乐二Α圖及第三β圖，透過卡塊 癱 184樞設在跨架10扣孔 零 “中，予以銜扣，且以定位孔126 及定位點190定位，並將推鍵186 *導槽124導入跨架10 之滑槽120中，即完成可提供電腦介面卡緊迫力之壓條i 之組衣至此，使用者可以操作推鍵伽在跨架⑺上的滑 槽120之預定距離内移動。推鍵186在滑槽似内開始滑 移，肋條20之第一端部18〇與第二端部182受力向内靠擺 時，第一 f折槽22及第二f折槽26將令肋條20產生向下 • 弩折的效果，且由第三彎折槽24逐漸拱起到某一預定位 • 置，在同一時間，無彎折設計之壓臂28將因受牽引而向下 伸出’使用者即可依照介面卡的大小適度調整推鍵186，即 可令壓臂28改變夾角而抵觸介面卡，確認麈臂28位置適 當後’栓鎖元件30、32即可栓緊使壓臂28位置固定，如 第四A圖、第四B圖所示者。 第五圖所顯示實施例之壓條可以形成並列複數組之型 態設計’將所有壓條形成一模組化型態，透過模組化型態可 9 M341239[Embodiment] Please refer to the first Figure A. The bead 1 provided in the present invention includes a cross frame 10, and a frame 120 having a predetermined distance and a buckle are respectively disposed on the frame 12 of the cross frame 10. The hole 122 and the positioning hole 126 are provided with a guide groove 124 at one end of the chute 120 (refer to the third b diagram), and the two ends 14 and 16 are designed to be spanned. In this embodiment, a set of cantilever is used. The structure is presented. - adjusting arm 18, and having ribs 20 having a predetermined set of bent portions 22, 24, 26, and forming at least - pressing arm 28 on the side of the rib 2, the first end portion 18G of the adjusting arm 18 is formed with a card The block 彳 84 and the second end portion M2 I are reduced by 186. The inner side of the block 184 is provided with a positioning point gamma (see FIG. 帛B diagram), and the second end portion 182 4 is provided with a perforation 188 ′. U Wang lock τ ο 3 pieces, 32 wear sleeves. The adjusting arm, the pressure side of the 28 side of the 28 side has a reinforcing rib 28 (), so that the pressure arm can better stabilize the interface when the card is pressed against the engine. In the figure, the rib 8 M341239 20 having a predetermined set of bent portions can be clearly illustrated, and the first bent groove 22 and the second end portion 182 are respectively disposed between the first end portion 肋 rib 20 The second rib of the rib 2 is at the center of the second squad 26 and leans downwards, when the first end - 180 fold: the 24th 'and the helper 2. The helper ni s. ΟΛ U Xingdi two end 182 force Close the fruit inward, please refer to the posterior leaf for further explanation. The rib 20 will produce the effect of downward connection. Please refer to the second figure, the second Δ π 乐 Α 及 and the third 图 chart, through the card The block 184 is pivoted in the zero hole of the cross-frame 10, and is engaged, and is positioned by the positioning hole 126 and the positioning point 190, and the push button 186 * guide groove 124 is introduced into the chute 120 of the cross frame 10, that is, At this point, the user can perform the pressing of the beading i of the computer interface card, and the user can operate the push button to move within a predetermined distance of the chute 120 on the cross frame (7). When the push button 186 starts to slide within the chute, the first end portion 18〇 of the rib 20 and the second end portion 182 are biased inwardly, the first f-folding groove 22 and the second f-folding groove 26 will cause the ribs 20 produces a downward-folding effect, and is gradually arched by the third bending groove 24 to a predetermined position. At the same time, the bending arm 28 without bending design will protrude downward due to traction. 'The user can adjust the push button 186 according to the size of the interface card, so that the pressing arm 28 can change the angle to interfere with the interface card, and confirm that the arm 28 is properly positioned, the latching elements 30, 32 can be tightened to the pressing arm. The position of 28 is fixed, as shown in the fourth A picture and the fourth B picture. The bead of the embodiment shown in the fifth figure can form a parallel array type design. [All the beading forms a modular pattern, and the modularized state can be 9 M341239
以直接對複數介面卡麗制定位。主要在麗條之跨架1〇，架板 12’上分別橫設併存有複數具有狀距離之滑槽12〇及複數 扣孔122、及複數定位孔126，各滑槽12〇 一端設有導槽， 跨架1〇’側端則為可跨設之結構設計。至少一調整臂ι8(θ參 考第四Α圖）、或可搭配介面卡數量之調整臂18，併設具有 -組預定彎折部22、24、26之肋條20、並在制條2〇側 邊形成至v壓臂28，其餘結構與第一 A圖所揭露相同。 在跨架1G’的滑槽12Q係預先賴在各介面卡4q的上方 側使凋正漳18與跨架10’結合形成壓條1時可對介面卡 40進行_，如第六圖所示。 i閱第七圖及第八圖所示，若介面卡4〇較低時，使用 者即可依照介面卡40的高度適度調整推鍵186，推鍵186 〇内朝扣孔Ί 22方向滑移，第一，彎折部22及第二 言折部26脾八η丄Direct positioning of the complex interface Carrie. Mainly in the cross frame of the strip, the shelf 12' is respectively arranged with a plurality of slots 12 and a plurality of button holes 122 having a plurality of distances, and a plurality of positioning holes 126, and one end of each of the slots 12 is provided The guide groove, the cross-frame 1〇' side end is designed to be straddleable. At least one adjustment arm ι8 (θ refers to the fourth diagram), or an adjustment arm 18 that can be matched with the number of interface cards, and is provided with ribs 20 having a predetermined set of bent portions 22, 24, 26, and on the side of the strip 2 Formed to the v-pressure arm 28, the remaining structure is the same as disclosed in FIG. When the chute 12Q of the straddle 1G' is placed on the upper side of each of the interface cards 4q so that the squeezing shackles 18 and the straddle 10' are combined to form the bead 1, the interface card 40 can be _, as shown in the sixth figure. i, as shown in the seventh and eighth figures, if the interface card 4 is lower, the user can appropriately adjust the push button 186 according to the height of the interface card 40, and the push button 186 is slid in the direction of the button hole 22 First, the bent portion 22 and the second folded portion 26 are spleen
一 寻π肋條20產生加大向下彎折的效果，且由第 逐漸梹起到某一預定位置，在同一時間，無彎 折部設計之殿Μ Μ 摩28將更向下伸出，直至壓臂28改變夾角 而抵觸介面卡4〇。 M341239 【圖式簡單說明】 第一 A圖為本創作壓條分解圖； 第一 B圖為本創作之調整臂背視立體圖； 第二圖為本創作壓條之半組合狀態圖； 第三A圖為本創作壓條之組合狀態圖； 第三B圖為第三A圖之各種方向狀態圖； . 第四A圖為本創作壓條之第一使用狀態圖； > 第四B圖為第四A圖之各種方向狀態圖； 第五圖為本創作之壓條模組化型態使用範例； 弟六圖為第五圖之應用狀悲圖， 第七圖為本創作壓條之第二使用狀態圖；以及 第八圖為第七圖之應用狀態圖。 11 M341239A rib rib 20 is produced to increase the downward bending effect, and the gradual enthalpy is brought to a predetermined position. At the same time, the temple without the bent portion is further extended downward until The pressing arm 28 changes the angle to interfere with the interface card 4〇. M341239 [Simple description of the drawing] The first A picture is the exploded view of the creative bead; the first B is the rear view of the adjustment arm of the creation; the second picture is the semi-combined state diagram of the creation bead; The combined state diagram of the creation bead; the third B diagram is the state diagram of the various directions of the third A diagram; . The fourth A diagram is the first usage state diagram of the creation bead; > the fourth B diagram is the fourth A diagram The state diagram of various directions; the fifth figure is an example of the use of the modular shape of the bead; the sixth figure is the application of the fifth picture, and the seventh picture is the second state of use of the creation bead; The eighth figure is the application state diagram of the seventh figure. 11 M341239
【主要元件符號說明】 1 壓條 10、10， 跨架 12、12， 架板 120 滑槽 122 扣孔 124 導槽 126 定位孑L 14、16 側端 18 調整臂 180 第一端部 182 第二端部 184 卡塊 186 推鍵 188 穿孔 190 定位點 20 肋條 22 第一彎折部 24 第三彎折部 26 第二彎折部 28 壓臂 280 補強肋 30 ^ 32 栓鎖元件 40 介面卡 12[Main component symbol description] 1 bead 10, 10, cross frame 12, 12, shelf 120 chute 122 button hole 124 guide groove 126 positioning 14L 14, 16 side end 18 adjustment arm 180 first end 182 second end Section 184 Block 186 Push button 188 Perforation 190 Positioning point 20 Rib 22 First bending part 24 Third bending part 26 Second bending part 28 Pressure arm 280 Reinforcing rib 30 ^ 32 Latching element 40 Interface card 12