M249325 五、創作說明（1) 技術領域 赫另丨丨，f作疋有關於一種組裝治具（Assembly fixture)，且 止1疋有關於一種插槽模組（s〇cket module)組裝治呈。 應用進’各種電子產品已曰益普及地 產品。為了讓這些電子產品產生特殊的功能， 許夕雷乎都具有一主機板（M〇t he r board)，其主要是由 電二祐，=件及電路板所構成，其中這些電子元件係組裝至 ’並經由電路板之内部線路來彼此電性連接。 moch ί電腦為例之電子產品中，記憶體模組（_〇ry 體模】：•屬-於不可或缺的重要組件，❿目前最常見的記憶 dimmi。、m雙行記憶體模組（dUal in — line mem〇ry module， 體插样Y彡此，在主機板之主要架構完成後，仍須將一記憶 要而2 ί、且組裝，主機板的一連接器上，以讓使用者可視需 ^不同數量的記憶體模組於其上。 r，二，，廷個記憶體插槽模組之組裝步驟係以人工方式進 二進二=因為，憶體插槽模組與連接器間係以數量眾多的針 間，^釭，★右以人工徒手組裝則需花費相當大的力氣與時 合。此外’由於主機板之 機板置放於工作A , 在機板進行組裝時若直接將主 壊。而s 、作D上，則極易導致接觸桌'面之電子元件的損 步主；於電路板上之電子元件的高低不同，所以在組 " 反日，谷易因受力不均勻而使主機板發生彎曲，導致電M249325 V. Creation instructions (1) Technical field In addition, f works are related to an assembly fixture, and only 1 is related to the assembly and management of a socket module. It is widely used in various electronic products. In order to make these electronic products have special functions, Xu Xilei almost has a motherboard (Mounter board), which is mainly composed of electric two, electronic components and circuit boards, where these electronic components are assembled To ', and are electrically connected to each other via the internal wiring of the circuit board. moch ί computer as an example of electronic products, memory module (_〇ry phantom]: • belongs to the indispensable important components, the most common memory dimmi., m dual-line memory module ( dUal in — line memry module, body insertion sample. After the main structure of the motherboard is completed, a memory module must be installed and assembled on a connector of the motherboard to allow users ^ Different numbers of memory modules can be used on it. R, two, the assembly steps of the memory slot module are manually entered into two = because, the memory slot module and connector There are a large number of needle rooms, ^ 釭, ★ manual assembly on the right requires considerable effort and time. In addition, 'Since the motherboard of the motherboard is placed in work A, if the motherboard is assembled, Directly put the master. When s and D are used, it is very easy to cause damage to the electronic components on the table's surface. The height of the electronic components on the circuit board is different, so in the group " The uneven force causes the motherboard to bend, resulting in electricity
M249325 五、創作說明（2) 路板f的線路及與電子元件間之電性連接受到破壞。 綜上所述，習知插槽模組在組 由於沒有組裝治且之輔肋，尤雄4叫 恢微·接益時’ 與時間，更L確之裝不易而需耗費不少力氣 瓌。所以”旅r 且容易造成主機板的損 ^ 2以，開發出一種將插槽模組組主、 的組裝治具，以節省組裝主機板所需之時間 就成為亟待解決的課題。 /、成本 新型内宠 具，=節就是在提供一種插槽模組組裝治 需之力惫盥工昧:、，、且組裝至—主機板的一連接器上時所 基於二述目的，if保T槽模組與連接器能緊密結合。 於將二插槽描\ /坡ιΗ乍提出—種插槽模組組裝治具，適 =-主機板之一連接器。其中，主機i 於電路板上之多個電子：Π一側的上述連接器以及配置 此插槽模ΐ組裝:::由 設於基座上，用以支撐主機：構：構成。其中，支撐件係配 且至少包括-第一按ί: 按壓機構係配置於基座上， 機構係配置於基座上，且至少 逑接益推移 組水平推移，rft袓_栖包括一推移塊，用以將插槽模 t推移而組裝插槽模組至主機板之連接器。 f本實施例中，推移機構例如係由上述之推移塊 一推移操作桿、一連桿及一水平滑桿所構成。其 12687twf.ptd M249325 五、創作說明（3) :桿ΐ=ί:;ΓΓ設於基座上且具有-套筒部。推移操 端與一握持部’且樞設端例如係樞 广至推移底座。連桿之一㈣樞設至推移操作桿之握持部盘 ΐΐ:之：：ΐΓ滑桿例如係可滑動地配設於推移底座之套 ί::’ ί 旱之一端係樞設至連桿之另-端，且水平滑 才干之另一端係連接推移塊。 伴捭：ί: Π中插槽模組組裝治具例如更包括多個方向 =及：：導桿。其中，方向保持件係配置於基座上且分 二η 貫孔之延伸方向係平行於插槽模組之組裝 :二母個導桿皆可滑動地配設於方向保持 連接推移塊而引導其推移方向。 亚 配=广位結？例如係由多個定位件所構成。定位件係 基二；而定位件之配設位置例如係對應於主機板之 =位孔，且疋位件之頂端適於貫穿主機板之定位孔。另外， 疋位^構例如更包括多個配置於基座上之限制件，而限制件 之配ΰ又位置例如係射庫於主捣#夕、惠 大於支撑件之^ 限制件之高度係 子亓^ ^例中，支撐件之高度例如係大於電路板上之電 = ::,1而支撐件之配設位置例如係對應於電路板上 未配置電子兀件之位置。按壓機構例如 塊，用以按壓主機板。 X匕枯帛一按壓 再者，插槽模組組裝治具例如更包括多個緩衝墊◊緩衝 =例如分別配置於第一按壓塊接觸連接器之表面上、第二按 壓塊接觸主機板之表面上以及推移塊接觸插槽模組之表面 m 12687twf.ptd — 五、創作說明（4) 上。 中確保i:i位if組裝治具，可在組裝過程 更為省力，且可避旁主機板夕=_上下晃動，並使組裝過程 所需耗費ί力ί;二更利且效果更佳，同時亦節省組“ 易僅:下3 c t ”:其他目的、特徵、和優點能更明顯 如下。下文特舉較佳貫施例’並配合所附圖式，作詳細說明員 ζλλλ · 意圖第1 而圖第 一實施例之插槽模組組裝治具的示 插槽模組組裝治且^的_板立與一插槽模組放置於第1圖之 圖，主機同時參照第1圖與第2 器56所構成。電H:;52、多個電子元件54及兩個連接 央處理tr ' t 置於電路板52上，且例如係中M249325 V. Creative Instructions (2) The circuit of the circuit board f and the electrical connection with the electronic components are damaged. In summary, the conventional slot module has no auxiliary ribs for assembly. Youxiong 4 is called Weiwei · Xinyi 'and time. It is more difficult to install and requires a lot of effort. Therefore, it is easy to cause damage to the motherboard. Therefore, it has become an urgent issue to develop an assembly jig that integrates the socket module group master and the motherboard to save the time required to assemble the motherboard. /, Cost The new internal pet tool, = section is to provide a kind of slot module to assemble the exhaustion of exhaustion: ,,, and assembled to a connector on the motherboard-based on the two purposes, if the T slot The module and the connector can be tightly combined. In the description of the two-slot module, a socket module assembly fixture is suitable for one of the connectors on the motherboard. Among them, the host i is on the circuit board. Multiple electronics: The above-mentioned connector on the Π side and the module configured with this slot are assembled ::: It is provided on the base to support the host: structure: structure. Among them, the supporting member is matched and includes at least-the first Pressing: The pressing mechanism is arranged on the base, and the mechanism is arranged on the base, and at least the horizontal movement of the benefit shift group is included. The rft axis includes a shift block for moving the slot mold t to assemble the plug. The connector from the slot module to the motherboard. F In this embodiment, the pushing mechanism is The moving block described above is composed of a moving lever, a connecting rod and a horizontal slide bar. Its 12687twf.ptd M249325 V. Creation Instructions (3): Rod ΐ = ί:; ΓΓ is set on the base and has-sleeve The sliding operation end and a gripping part 'and the pivoting end are, for example, pivoting to the pushing base. One of the connecting rods is pivoted to the gripping part of the pushing operation lever. 之 ：： ΐΓ Slider is for example A sleeve provided on the sliding base in a sliding manner ί :: ί One end of the stem is pivotally connected to the other end of the connecting rod, and the other end capable of sliding horizontally is connected to the pushing block. Companion: ί: Π Middle slot mold The assembly assembly jig, for example, further includes a plurality of directions = and: a guide rod. Among them, the direction holding member is arranged on the base and the extending direction of the two η through holes is parallel to the assembly of the slot module: two females The guide rods can be slidably arranged in the direction to maintain the connecting block to guide its moving direction. Sub-fit = wide position? For example, it is composed of multiple positioning members. The positioning member is the second base; and the positioning position of the positioning member For example, it corresponds to the = hole of the motherboard, and the top of the bit is suitable for penetrating the positioning hole of the motherboard. The position structure includes, for example, a plurality of restricting pieces arranged on the base, and the position of the restricting pieces is, for example, the shooting position at the main striker. The benefit height of the restricting pieces is ^ ^ In the example, the height of the support is greater than the electricity on the circuit board = ::, 1, and the position of the support is, for example, corresponding to the position where the electronic element is not arranged on the circuit board. The pressing mechanism such as a block is used to Press the motherboard. Once the X is pressed, the slot module assembly fixture, for example, further includes multiple cushion pads. Buffer = For example, it is arranged on the surface of the first pressing block contacting the connector, and the second pressing block is in contact. On the surface of the motherboard and the surface of the sliding block contacting the slot module m 12687twf.ptd — V. Creation instructions (4). It ensures that the i: i position if assembly fixture can save labor during the assembly process, and can avoid the main board from swaying up and down, and make the assembly process consume labor ί; two more profitable and better results, It also saves the group "easy only: next 3 ct": other purposes, features, and advantages can be more obvious as follows. In the following, a better implementation example is given, and in conjunction with the drawings, a detailed description will be given by the member ζλλλ. The slot module assembly jig is intended to be the first and the first embodiment shown in the figure. _The board stand and a slot module are placed in the figure of Figure 1. The host refers to both Figure 1 and the second device 56 at the same time. Electric H :; 52, a plurality of electronic components 54, and two connections The central processing tr't is placed on the circuit board 52, and for example
Prressing unit^ cpu>' :路板52的背…兩個連接器56係配置於電=圖一， 土。而且，主機板50更具有多個定位孔58。連接器56例如2 =兩區的2*50個針腳（圖未示），而插槽模組7()例 ^ 兩區的2木50個插孔（圖未示）。 f —有 插槽模組組裝治具100主要係由一基座11〇、多個支撑件 0、-定位結構130、—按壓機構15〇及一推移機構17〇所構 成’適於將插槽模組70組裝至主機板5〇之連接㈣。主機板 12687twf.ptd ΪΗ 第8頁 M249325 五、創作說明（5) 5 0例如係適於置放於一預定位置5 〇 &以進行組裝。插槽模組 組裝冶具1 00例如更包括多個方向保持件丨9〇及多個導桿 19 5 ° 其=，支撐件120係配設於基座11{)上，用以支撐主機板 50古支撐件1 2〇之咼度例如係大於電路板52上之電子元件 的同度以使主機板50藉由支撐件12〇之支撐而放置於基座 11= t時，主機板50上的電子元件54不會直接接觸到基座 此外’ _支撐件1 2〇之配設位置例如係對應於電路板52上 媳子70件54之位置，如此則可使支撐件12〇在支撐主 &浐丄免於·接觸到主機板50之電子元件54而造成電子元 古：^ to $貝展同時，位置安排適當的支撐件12 0，因為全部 二觸主機板50之電路板52，所以可使主機板5〇獲得均勻 步、尚行於基座110，進而大幅降低主機板50在組 、束垃’ί彎折的機會，如此則可確保主機板50上的各種 主機_ μ上。在支撐座120之材質部份，例如至少在與 份係塑膠或其他硬度較小的材質，以避免 對主機板50造成損傷。 艰尤 生水構，係配置於基座110上’用以防止主機板50產 i二構成…吉構130例如係由多個定位件132及多個限 132之配疋位件132係配設於基座110上，而定位件 132之頂端係適於貫穿心疋位孔58。疋位件 132在與支jv 孔58。而且，定位件 支按件120之頂面相同高度的部份，例如亦具有適於 第9頁 12687twf.ptd M249325 五、創作說明（6) 支撐主機板50之一支撐面134。限制件1 36之配設位置例如係 對應於主機板50之邊緣，且限制件136之高度係大於支撐件 120之高度。因此，當主機板5 0置放於支撐件120上時，其邊 緣會恰好抵住限制件136，並受定位件132與限制件136之限 制而無法水平移動。 第3圖繪示為按壓機構的示意圖。請同時參照第1〜3 圖，按壓機構150係配置於基座110上，且至少包括一第一按 壓塊152，用以按壓主機板50的連接器56。按壓機構150例如 係由第一按壓塊152、一第二按壓塊154、一按壓底座156、 一按壓操作桿15δ、一連桿162及一按壓桿164所構成。其 中’按壓底座156係配置於基座11〇上。按壓操作桿158之一 端係樞辑於按壓底座1 5 6上，而按壓桿1 6 4之一端係柩設於按 壓底座1 5 6上。連桿1 6 2之兩端分別樞設於按壓操作桿1 5 8與 按壓桿164上。第一按壓塊152與第二按壓塊154分別配置於 按壓桿164上。當按壓桿164受按壓操作桿158之驅動而往下 壓時’第一按壓塊152即會按壓住主機板5〇的連接器56，而 第二按壓塊154則會按壓住主機板50。當然，按壓機構15〇之 機構設計係以按壓住主機板50後，可保持適當大小之按壓力 量為佳。 第4圖繪示為推移機構、方向保持件及導桿的示意圖。 請參照第4圖，推移機構1 70係配置於基座丨丨〇上，且至少包 括一推移塊172，用以將第2圖所示之插槽模組7〇水平推移而 組裝至主機板50之連接器56。推移機構17〇例如係由推移塊 172、一推移底座174、一推移操作桿178、一連桿182及一水Prressing unit ^ cpu > ': The back of the road board 52 ... The two connectors 56 are arranged in electrical = Figure 1, soil. Moreover, the motherboard 50 further includes a plurality of positioning holes 58. The connector 56 is, for example, 2 = 2 * 50 pins in two areas (not shown), and the slot module 7 () is an example. ^ Two wood and 50 sockets in two areas (not shown). f —Slot module assembly jig 100 is mainly composed of a base 11, a plurality of support members 0, a positioning structure 130, a pressing mechanism 15 and a pushing mechanism 17. The module 70 is assembled to the connection board 50 of the motherboard. Motherboard 12687twf.ptd ΪΗ Page 8 M249325 V. Creative Instructions (5) 50 0 is suitable for being placed in a predetermined position 5 & for assembly. The slot module assembly tool 100 further includes, for example, a plurality of directional holders 丨 90 and a plurality of guide rods 19 5 ° which =, the support 120 is arranged on the base 11 {) to support the motherboard 50 The degree of the ancient support piece 120 is greater than the same degree of the electronic components on the circuit board 52 so that when the motherboard 50 is placed on the base 11 = t by the support of the support piece 120, the The electronic component 54 will not directly contact the base. In addition, the position of the supporting member 120 is, for example, the position corresponding to the 70 on the circuit board 52, and the supporting member 12 can support the main &; 浐 丄 Free from contact with the electronic components 54 of the motherboard 50 and cause electronic archetypes: ^ to $ 贝 展 At the same time, the appropriate support 12 0 is arranged in the position, because all the two touch the circuit board 52 of the motherboard 50, so The main board 50 can be obtained in a uniform step and can still run on the base 110, thereby greatly reducing the chances of the main board 50 to bend in groups and bundles. In this way, various hosts on the main board 50 can be ensured. In the material part of the support base 120, for example, it is at least made of plastic or other less rigid materials to avoid damage to the motherboard 50. Difficult water structure is arranged on the base 110 'to prevent the motherboard 50 from producing two components ... The gigantic structure 130 is configured by, for example, a plurality of positioning members 132 and a plurality of positioning members 132 which are limited to 132. On the base 110, the top of the positioning member 132 is adapted to pass through the palate position hole 58. Positioning piece 132 is in hole 58 with branch jv. In addition, the positioning member supports the top surface of the pressing member 120 at the same height, for example, it also has a portion suitable for 12687twf.ptd M249325 on page 9. V. Creation Instructions (6) One of the supporting surfaces 134 supporting the main board 50. The arrangement position of the restricting member 1 36 corresponds to, for example, the edge of the motherboard 50, and the height of the restricting member 136 is greater than the height of the supporting member 120. Therefore, when the motherboard 50 is placed on the supporting member 120, its edge will just abut against the restricting member 136, and cannot be moved horizontally due to the restriction of the positioning member 132 and the restricting member 136. FIG. 3 is a schematic diagram of a pressing mechanism. Referring to FIGS. 1 to 3 at the same time, the pressing mechanism 150 is disposed on the base 110 and includes at least a first pressing block 152 for pressing the connector 56 of the motherboard 50. The pressing mechanism 150 is composed of, for example, a first pressing block 152, a second pressing block 154, a pressing base 156, a pressing operation lever 15δ, a link 162, and a pressing lever 164. The 'press base 156' is disposed on the base 110. One end of the pressing lever 158 is pivoted on the pressing base 156, and one end of the pressing lever 164 is arranged on the pressing base 156. Both ends of the connecting rod 16 are pivoted on the pressing operation lever 1 58 and the pressing lever 164, respectively. The first pressing block 152 and the second pressing block 154 are respectively disposed on the pressing lever 164. When the pressing lever 164 is driven down by the pressing operation lever 158, the first pressing block 152 will press the connector 56 of the main board 50, and the second pressing block 154 will press the main board 50. . Of course, the mechanism of the pressing mechanism 15 is designed to keep the proper amount of pressing force after pressing the motherboard 50. FIG. 4 is a schematic diagram of a pushing mechanism, a direction holding member, and a guide rod. Please refer to FIG. 4. The moving mechanism 1 70 is disposed on the base 丨 丨 〇 and includes at least a moving block 172 for horizontally moving the slot module 70 shown in FIG. 2 to assemble the motherboard. 50 的 连接 器 56。 50 of the connector 56. The pushing mechanism 17 is, for example, a pushing block 172, a pushing base 174, a pushing operation lever 178, a connecting rod 182, and a water
第10頁 M249325 五、創作說明（7) -- 平滑桿184所構成。其中，推移底座174例如係配設於基座 no上且具有一套筒部176。推移操作桿178之兩端分別為一 樞設端178a與一握持部178b，且樞設端178&例如係樞設至推 移底座174。連桿182之一端係樞設至推移操作桿178之握 部178b與樞設端17仏之間，且以較接近樞設端178&者為佳， 以使施力，臂大於抗力臂較多而達到省力之目的。水平滑桿 1 8 4例如係可滑動地配設於推移底座丨7 4之套筒部1 7 6内，水 平滑桿184之一端係樞設至連桿182之另一端，且水平滑桿 =4之另一端係連接推移塊172。當水平滑桿184受推移操作 桿178之驅動而永平推移時，推移塊172即可同步被水平推 移。 請同時參照第2圖與第4圖，方向保持件1 9 〇係配置於基 座上11 0且分別具有一貫孔丨9 2，而貫孔丨9 2之延伸方向係平 行於插槽模組70之組裝方向80。每個導桿195皆可滑動地配 設於方向保持件190之貫孔192内，並連接推移塊172而引導 其推移方向。此外，導桿1 9 5之延伸方向例如係大致平行於 推移塊172之延伸方向，以使推移塊172在推移時能平均施力 於插槽模組7 0之各點，進而確保組裝品質。 睛同時參照第1〜4圖，本實施例之插槽模組組裝治具 100例如更包括多個緩衝墊丨97。緩衝墊丨97例如分別配置於 第一按壓塊152接觸連接器70之表面上、第二按壓塊154接觸 主機板50之表面上以及推移塊172接觸插槽模組70之表面 上。緩衝墊197係用以保護主機板50及插槽模組70不被破 壞0Page 10 M249325 V. Creative Instructions (7)-Consisting of Smooth Rod 184. The pushing base 174 is, for example, disposed on the base no and has a sleeve portion 176. The two ends of the push operation lever 178 are respectively a pivot end 178a and a holding portion 178b, and the pivot end 178 & One end of the connecting rod 182 is pivoted between the grip portion 178b of the pushing operation lever 178 and the pivoting end 17 仏, and it is better to be closer to the pivoting end 178 & so that the force is greater than the resistance arm To achieve the purpose of labor saving. The smooth rod 1 8 4 is, for example, slidably disposed in the sleeve portion 1 7 of the pushing base 丨 7 4. One end of the horizontal slide bar 184 is pivotally connected to the other end of the connecting rod 182, and the horizontal slide bar = The other end of 4 is connected to the moving block 172. When the horizontal slide bar 184 is driven by the pushing operation lever 178 to be moved flatly, the pushing block 172 can be pushed horizontally synchronously. Please refer to FIG. 2 and FIG. 4 at the same time. The direction holders 190 are arranged on the base 110 and each has a through hole 丨 9 2, and the extending direction of the through hole 丨 9 2 is parallel to the slot module. 70 的 assembly direction 80. Each guide rod 195 is slidably disposed in the through hole 192 of the direction holding member 190, and is connected to the pushing block 172 to guide its pushing direction. In addition, the extending direction of the guide rod 195 is, for example, substantially parallel to the extending direction of the pushing block 172, so that the pushing block 172 can evenly apply force to each point of the slot module 70 when being pushed, thereby ensuring assembly quality. Referring to FIGS. 1 to 4 at the same time, the slot module assembly jig 100 of this embodiment further includes, for example, a plurality of cushion pads 97. The cushion pad 97 is disposed on the surface of the first pressing block 152 contacting the connector 70, the surface of the second pressing block 154 contacting the motherboard 50, and the surface of the pushing block 172 contacting the socket module 70, respectively. The buffer pad 197 is used to protect the motherboard 50 and the slot module 70 from being damaged.
M249325M249325
以下 之組裝時 孔内。接 放置於支 構，以第 機板，以 推移塊去 值得 機構係用 之0 將就插 ，例如 著將主 撐件上 一按壓 防止主 推移插 注意的 以舉例 槽模組 係先將 機板之 ，以防 塊按壓 機板上 槽模組 是，上 說明， 之組裝 連接器 定位孔 止主機 住連接 下移動 ，使其 述之定 亦可分 之針腳稍微插 對準定位件， 板水平移動。 器，並以第二 。接著操作推 緊ίδ、接合於主 位結構、一按 別以具有相同 。進行插槽模組 入插槽模組之插 並連同插槽模組 接著操作按壓機 按壓塊按壓住主 移機構，以驅動 機板之連接器 壓機構及一推移 功能之機構取代 按壓ίί所ί:由Ϊ插槽模組組裝治具上配設有定位結構盘 構，因此可確保在組裝過程中主機板位於正確位^ 會.上下晃動，以增加組裝的流暢度。同時， 理亦可使組裝過程更為省力，而支推件 主j: 板之電子元件直接接觸治具之基座，以避免損 J機 綜上所述，本創作之插槽模組組裝治具不僅婵 利性，且組裝後之緊密性高，更可節4 9 、、且裝便 力氣與工時。 1了郎名組裝過程所需耗費之 f然本創作已以較佳實施例揭露如上 定本創作’任何熟習此技藝者，纟不脫 圍内，當可作些許之更動與潤飾，因此本 S和範 視後附之申請專利範圍所界定者為準。 保屢乾圍當The following assembly is inside the hole. Place it on the support, use the machine plate, and move the block to the worth of the system. 0 Insert it. For example, press the main support piece to prevent the main push from being inserted. For example, use the slot module system to insert the machine plate first. In order to prevent the block from pressing the slot module on the board, it is explained above that the assembly connector positioning hole prevents the host from moving under the connection, so that it can also be slightly inserted into the positioning member, the board is horizontal mobile. Device, and a second. Then, the operation is to tighten δ, join the main structure, and click to have the same. Insert the slot module into the slot module, and then operate the pressing machine to press the main moving mechanism with the slot module. The connector pressing mechanism of the machine board and a mechanism for pushing function replace the pressing. So: The positioning structure is equipped on the assembly fixture of the 治 slot module, so it can ensure that the motherboard is in the correct position during the assembly process ^ Will shake up and down to increase the smoothness of assembly. At the same time, the management can also make the assembly process more labor-saving, and the electronic components of the main j: board of the support member directly contact the base of the fixture to avoid damage to the J machine. It is not only profitable, but also has high tightness after assembly, and it can save 4 9, and install the strength and man-hours. 1 The cost of the assembly process of the Lang Ming is as follows. However, this creation has been disclosed in the preferred embodiment above. Anyone who is familiar with this art will not be out of the circle, but can make some changes and retouches. Therefore, this S and Fan Subject to the scope of the attached patent application. Bao repeatedly
12687twf.ptd 第12頁 圖式簡單說明 第1圖綠示為本創一與a —〜^〜 意圖。 一貫施例之插槽模組組裝治具的示 第2圖繪示為一主 模組組裝治具上的局^^與圖―插槽模組放置於第u之插槽 第3圖繪示為按壓機構的示意圖。 第4圖繪示為推移機構、方向保持件及 【圖式標示說明】 杆的不意圖。 5 〇 :主機板 5 0 a :預定位置 5 2 :電路板· 5 4 ·電子元件 5 6 :連接器 5 8 :定位孔 7 0 :插槽模組 8 0 ··組裝方向 1 〇 〇 :插槽模組組裝治具 110 :基座 八 120 :支撐件 1 3 0 :定位結構 1 3 2 ·定位件 1 3 4 ·支撑面 1 3 6 :限制件 1 5 0 :按壓機構 1 5 2 :第一按壓塊12687twf.ptd Page 12 Brief Description of the Drawings Figure 1 shows the original green and a — ~ ^ ~ intent. The second embodiment of the slot module assembly fixture of the conventional example is shown in Figure 2 and the main module assembly fixture is shown ^^ and the figure-the slot module is placed in the u slot of the third embodiment. It is a schematic diagram of a pressing mechanism. Figure 4 shows the intention of the moving mechanism, direction holder, and [drawing diagram]. 5 〇: Mother board 50 0 a: Predetermined position 5 2: Circuit board 5 4 Electronic component 5 6: Connector 5 8: Positioning hole 70 0: Slot module 8 0 Assembly direction 1 0: Insert Slot module assembly jig 110: base eight 120: support member 1 3 0: positioning structure 1 3 2 · positioning member 1 3 4 · support surface 1 3 6: restricting member 1 5 0: pressing mechanism 1 5 2: first One press block
M249325 圖式簡單說明 154 ： :第 二 按壓 塊 156 ： :按 壓 底座 158 : •按 壓 操作 桿 162， ‘182 ： :連桿 164 按 壓 桿 170 推 移 機構 172 推 移 塊 174 推 移 底座 176 套 筒 部 178 推 移 #作 桿 178a :樞設端 178b •握持部 184 水 平 滑桿 190 方 向 保持 件 192 貫 孔 195 導 桿 197 緩 衝 墊 ΙΗΙ·Ι 第14頁 12687twf.ptdM249325 Brief description of the drawings 154 :: The second pressing block 156 :: Pressing the base 158: • Pressing the operating lever 162, '182 :: Link 164 Pressing the lever 170 moving mechanism 172 moving block 174 moving base 176 sleeve part 178 moving # Working lever 178a: pivoting end 178b • holding part 184 smooth rod 190 direction holder 192 through hole 195 guide rod 197 cushion pad ΙΗΙ · Ι page 14 12687twf.ptd