201218557 六 [0001] [0002] [0003] [0004] 發明說明： 【發明所屬之技術領域】 本創作有關一種轉接器，尤其涉及一種帶有電路板的轉 接器。 [先前技術] 與本創作相關之習知技藝可參閱於2〇〇5年11月25日公告 之臺灣新型專利第M290324號所揭示之一種轉接器，該種 轉接器包括電路板、與電路板電性連接之第一連接器及 與電路板電性連接之第二連接器。所述電路板設有上表 面及與上表面對應的下表面。所述第一連接器包括焊接 於電路板之上表面上的第一導電端子。所述第二連接器 包括焊接於電路板之下表面上的第二導電端子以及固定 第二導電端子的第二遮蔽殼體。所述電路板收容於所述 第二遮蔽殼體内，惟，所述電路板僅左右限位於所述第 二遮蔽殼體内，上下方向僅是架設於所述第一遮蔽殼體 ：：；：：： 上而沒有任何限制，且所述電路板與第一導電端子相焊 接之上表面完全暴露於外界。查：使用轉接器時，由於電 路板暴露於外界沒有得到保護，從％導致電路板在受到 多-人摩擦後，所述第—導電端子脫離所述電路板，進而 使得第導電端子無法藉由電路板與第二導電端子達成 電性連接’使得轉接以去轉接功效。 疋以，有必要提供一種具有改良結構之轉接器，以克服 上述缺陷。 【發明内容】 寥於上述内容’本創作之目的在於提供-種可保護電路 099137133 表單編號A0101 第4頁/共29頁 0992064767-0 201218557 [0005] Ο [0006] ❹ [0007] [0008] 099137133 板以使電路板與導電端子穩定連接的轉接器。 為達成前述目的，本創作採用如下技術方案：_種轉接 器，包括電路板、與電路板電性連接之第一連接器及與 電路板電性連接之第二連接器，所述第—連接器包括第 -絕緣本體、収於第一絕緣本體内的複數第—導電端 子以及套設於第-絕緣本體外的第—遮蔽殼體，所述第 二連接器包括安裝於電路板上的複數第二導電端子，所 述第-導電端子藉由電路板與所述第二導電端子電性連 接’其中，所述轉接器還包括用以較電路板之絕緣塊 ，所述絕緣塊收容於所述第一遮蔽殼體内、 相較習知技藝，本創作具有如下功效：本創作轉接器藉 由設置用以收容電路板並將電路板整體固定的絕緣塊， 從而避免電路板暴露於外界而受到摩擦損傷，進而保證 電路板與第—連接器及第二連接器的導電端子的穩定電 性連接’延長了轉制賴用壽命。另，職絕緣塊可 收容於所述第-連接器的第—遮蔽殼體内，從而使得轉 接器的整體體積較小。 【實施方式】 4參閱第-圖至第人®所示，本創作轉接器⑽包括電路 板1、固定於所述電路板1±的第一連接器3與第二連接器 2、用以固定電路板1的絕緣塊5以及連接於所述第一連接 器3和絕緣塊5之間的固持片4。 請參閱第-圖至第三圖以及第五圖至第八圖所示，所述 第一連接器3設有與第-對接電子裝置（未圖示）相插接 之第-對接面35，所述第-連接器3沿第-連接器3的插 表單編號Α0101 第5頁/共29頁 0992064767-0 201218557 接方向平行於所述電路板1。所述第一連接器3包括複數 第一導電端子31、用以固持第一導電端子31的第—絕緣 本體32以及收容第一絕緣本體32的第一遮蔽殼體”。所 述第一絕緣本體32設有第一基座321及自第一基座321前 端向前水平延伸之舌板322。所述第一基座32丨還設有上 頂面3211、下底面3213以及連接上頂面321丨與下底面 3213的兩侧面3212、自上頂面3211向上突出之一對第一 凸塊3214、自兩侧面3212凹陷之兩凹槽321 5以及沿第一 絕緣本體32長度方向貫穿第一基座321之第一通孔324。 所述舌板322上設有用以收容所述第—導電端子η之收容 槽323，所述收容槽323與所述第一通孔324沿第一絕緣 本體32長度方向貫通。所述第一基座321還設有位於第一 基座321後端的第一安裝面3217、及自第一安裝面3217 中間位置處凹陷形成以收容電路板i的收容空間3 2〗8。 [0009] [0010] 所述第一導電端子31設有固定於所述第一通孔324内的第 —固定部312、自第一固定部312 —端豎直向下延伸之第 —焊接部313以及自第一固定另一端水平延伸並收 谷於所述收容槽323内的第一接觸部311。所述第一固定 部312設有複數用以將第—導電端子31固定於所述第一通 孔324内的倒刺3121。所述第一焊接部313向下垂直焊接 於所述電路板1上。 所述第一遮蔽般體33設有第一底壁331、自第一底壁331 兩侧向上豎直延伸形成之兩第一側壁332、連接兩第一側 壁332的第一頂壁333以及由第一底壁331、第一頂壁333 與兩第一側壁3 3 2所圍設形成之第一對接收容腔3 4。所述 099137133 表單編號Α0101 第6頁/共29頁 0992064767-0 201218557 兩第一側壁332上分別設有向第一對接收容腔34内延伸之 一對抵持臂334，所述抵持臂334向前抵持於所述第一基 座321上的凹槽3215内以防止第一遮蔽殼體33向後移動 。所述第一頂壁333後方設置有一上下貫穿之第一限位槽 335以對所述第二連接器2進行定位。所述第一頂壁333與 第一底壁331於靠近第一對接面35處設有複數向第一對接 收容腔34内突出之凸點336，所述凸點336用以將第一對 接電子裝置（未圖示）固定於第一對接收容腔34内。 toon] 請參閱第五圖至第八圖所示，所述電路板1位於所述第一 絕緣本體32與所述絕緣塊5之間。所述電路棱1設有上表 面16及與上表备16相立對應之下表面17。所述電路板1還 設有複數沿第一絕緣本體32寬度方尚排列為一排的第— 安裝部11、複數沿第，絕緣本體32長度方向排列之第二 安裝部12、以及分別〆^對應相互連接第一安裝部U與 第二安裝部12的電性導通路徑10。所述第一安裝部11與 第二安裝部12均係上下貫穿電路板1且分別排列為一排之 安裝孔。所述第一安嚴部11所在排與所述第二安裝部12 所在排相互垂直，W述第二安裝部12沿第—絕緣本體 32長度方向位於所述第-安裝部11的後方。所述電路板1 兩側分別設有上下貫f電路板1且位於第二安裝部12兩側 的兩個穿孔14。 [0012] 請參閱第五圖至第^衫，所祕雜5以為長方體 。所述絕雜5設有—面51、與前㈣51㈣應之後端 面52、連接Μ面51與後端面52的兩_55以及連接兩 侧壁55的頂奶3與底如4。所述祕塊沒設有自前端面 099137133201218557 [0001] [0003] [0003] [0004] [Technical Field] The present invention relates to an adapter, and more particularly to a adapter with a circuit board. [Prior Art] An adaptor disclosed in the Taiwan Patent No. M290324, which is published on Nov. 25, 2005, which includes a circuit board, and The first connector electrically connected to the circuit board and the second connector electrically connected to the circuit board. The circuit board is provided with an upper surface and a lower surface corresponding to the upper surface. The first connector includes a first conductive terminal soldered to an upper surface of the circuit board. The second connector includes a second conductive terminal soldered to a lower surface of the circuit board and a second shield housing that fixes the second conductive terminal. The circuit board is received in the second shielding housing, but the circuit board is only located in the second shielding housing, and the upper and lower directions are only mounted on the first shielding housing: ::: without any limitation, and the surface of the circuit board welded to the first conductive terminal is completely exposed to the outside. Check: When the adapter is used, since the circuit board is not protected from the outside, after the circuit board is subjected to multi-person friction, the first conductive terminal is separated from the circuit board, so that the first conductive terminal cannot be borrowed. The electrical connection is made between the circuit board and the second conductive terminal to make the transfer effect. Accordingly, it is necessary to provide an adapter having an improved structure to overcome the above drawbacks. SUMMARY OF THE INVENTION In view of the above, the purpose of the present invention is to provide a protectable circuit 099137133 Form No. A0101 Page 4 / Total 29 Page 0992064767-0 201218557 [0005] Ο [0006] ❹ [0007] [0008] 099137133 The board is an adapter that allows the board to be stably connected to the conductive terminals. In order to achieve the foregoing objectives, the present invention adopts the following technical solutions: a type of adapter, including a circuit board, a first connector electrically connected to the circuit board, and a second connector electrically connected to the circuit board, the first The connector includes a first insulating body, a plurality of first conductive terminals received in the first insulating body, and a first shielding housing sleeved on the first insulating body, the second connector comprising a circuit board mounted on the circuit board a plurality of second conductive terminals, wherein the first conductive terminals are electrically connected to the second conductive terminals by a circuit board, wherein the adapter further comprises an insulating block for the circuit board, the insulating block receiving In the first shielding shell, compared with the prior art, the present invention has the following effects: the creation adapter avoids the exposure of the circuit board by providing an insulating block for accommodating the circuit board and fixing the circuit board as a whole. The friction damage is caused by the outside, thereby ensuring a stable electrical connection between the circuit board and the conductive terminals of the first connector and the second connector, which prolongs the life of the conversion. In addition, the occupational insulating block can be housed in the first shielding housing of the first connector, so that the overall volume of the adapter is small. [Embodiment] 4 Referring to the first to the first person, the present adapter (10) includes a circuit board 1, a first connector 3 and a second connector 2 fixed to the circuit board 1± for The insulating block 5 of the fixed circuit board 1 and the holding piece 4 connected between the first connector 3 and the insulating block 5. Referring to the first to third figures and the fifth to eighth figures, the first connector 3 is provided with a first mating face 35 that is inserted into the first docking electronic device (not shown). The first connector 3 is parallel to the circuit board 1 along the plug-in form number Α0101, page 5/29 pages 0992064767-0 201218557 of the first connector 3. The first connector 3 includes a plurality of first conductive terminals 31, a first insulating body 32 for holding the first conductive terminals 31, and a first shielding case accommodating the first insulating body 32. The first insulating body 32 is provided with a first base 321 and a tongue plate 322 extending horizontally forward from the front end of the first base 321 . The first base 32 is further provided with an upper top surface 3211, a lower bottom surface 3213 and a top surface 321 connected thereto. The first side 3212 of the lower surface 3213 and the lower surface 3213 protrude upwardly from the upper top surface 3211, the first protrusion 3214, the two recesses 321 5 recessed from the two side surfaces 3212, and the first base extending along the longitudinal direction of the first insulating body 32. The first through hole 324 of the seat 321 is provided with a receiving groove 323 for receiving the first conductive terminal η, and the receiving groove 323 and the first through hole 324 are along the first insulating body 32. The first base 321 is further provided with a first mounting surface 3217 at the rear end of the first base 321 and a receiving space 3 2 formed at a position intermediate the first mounting surface 3217 to receive the circuit board i. 8. [0010] [0010] the first conductive terminal 31 is provided to be fixed to the a first fixing portion 312 in a through hole 324, a first welding portion 313 extending vertically downward from the first fixing portion 312, and a horizontal extension extending from the first fixed end and being received in the receiving groove 323 The first fixing portion 311 is provided with a plurality of barbs 3121 for fixing the first conductive terminal 31 in the first through hole 324. The first soldering portion 313 is vertically welded downward. The first shielding body 33 is provided with a first bottom wall 331 , two first side walls 332 extending vertically from opposite sides of the first bottom wall 331 , and connecting the first side walls 332 . The first top wall 333 and the first pair of receiving cavities 34 formed by the first bottom wall 331, the first top wall 333 and the two first side walls 323. The 099137133 Form No. Α0101 Page 6 / 29 pages 0992064767-0 201218557 The two first side walls 332 are respectively provided with a pair of abutting arms 334 extending into the first pair of receiving cavities 34, the abutting arms 334 abutting against the first base The recess 3215 in the 321 prevents the first shielding shell 33 from moving backward. The first top wall 333 is disposed behind the first top wall 333. The first limiting slot 335 is penetrated to position the second connector 2. The first top wall 333 and the first bottom wall 331 are disposed adjacent to the first mating surface 35 to form a plurality of first pairs of receiving capacities. A bump 336 protruding in the cavity 34 for fixing the first docking electronic device (not shown) in the first pair of receiving pockets 34. Toon] See the fifth to eighth figures The circuit board 1 is located between the first insulative housing 32 and the insulating block 5. The circuit rib 1 is provided with an upper surface 16 and a lower surface 17 corresponding to the upper surface. The circuit board 1 is further provided with a plurality of first mounting portions 11 arranged in a row along the width of the first insulating body 32, a plurality of second mounting portions 12 arranged along the length direction of the insulating body 32, and respectively Corresponding to the electrical conduction path 10 that connects the first mounting portion U and the second mounting portion 12 to each other. The first mounting portion 11 and the second mounting portion 12 are vertically penetrated through the circuit board 1 and are respectively arranged in a row of mounting holes. The row of the first security portion 11 and the row of the second mounting portion 12 are perpendicular to each other, and the second mounting portion 12 is located behind the first mounting portion 11 along the longitudinal direction of the first insulating body 32. The two sides of the circuit board 1 are respectively provided with two through holes 14 which are vertically connected to the f circuit board 1 and located at two sides of the second mounting portion 12. [0012] Please refer to the fifth figure to the second shirt, the secret 5 is considered to be a rectangular parallelepiped. The weir 5 is provided with a face 51, a front face of the front (four) 51 (four), a rear face 52 of the joint face 51 and a rear face face 52, and a top milk 3 and a bottom such as 4 connecting the side walls 55. The secret block is not provided with the front end face 099137133
表單編號Α0101 第7 V共29 S °992〇64767-〇 201218557 51向後端面52水平凹陷之開口 50，所述電路板丨上之第一 安裝部11暴露於所述開口 50内。所述頂壁53與底壁54上 分別設有相向延伸以夾持固定電路板1的夾持壁541。所 述夾持壁541分別沿第一絕緣本體32長度方向延伸，並且 所述頂壁53上的失持壁541與底壁54上的夾持壁541之間 形成用以收容電路板1的插槽56。所述插槽56沿第一絕緣 本體32長度方向與開口 5〇相連通以使電路板1沿第一絕緣 本體32長度方向安裝入插槽56内。所述頂壁53於靠近兩 側壁55處分別設有一向上突出之卡持塊531以及上下貫穿 頂壁5 3中部的限位孔57。所述限位孔5 7沿第—絕緣本體 32長度方向與開口 50相連通、並沿上下方向與所述插槽 56相連通。所述電路板1上之第二安裝部丨2沿上下方向與 所述限位孔5 7相對齊。所述兩側壁5 5設有分別向外突出 之凸塊551。組裝時，所述第二連接器2沿第一絕緣本體 32長度方向穿過開口 50以定位於所述限位孔57内，所述 第一安裝面3217與所述前端面51相翁接。所述絕緣塊5與 所述第一基座3 21沿第一絕緣本體3 2寬度方向的寬度相等 ，所述絕緣塊5與所述第一基座321沿第一絕緣本體32的 厚度方向的厚度相等，從而可使所述電路板1、絕緣塊5 及第一絕緣本體32共同收容於所述第一遮蔽殼體33内， 進而使得本創作轉接器1〇〇整體體積較小° [0013] 所述第二連接器2設有與第二對接電子裝置（未圖示）相 插接之第二對接面25，所述第二連接器2沿第二連接器2 的插接方向垂直於所述電路板1。所述第二連接器2包括 第二絕緣本體22、固持於第二絕緣本體22上的複數第二 099137133 表單編號A0101 第8頁/共29頁 0992064767-0 201218557 Ο 導電端子21、以及套設於第二絕緣本體22外的第二遮蔽 殼髏23。所述第二絕緣本體22設有第二基座221、自第二 基庳221向上延伸之第二插板222以及位於第二基座221 底瑞的第二安裝面24。所述第二基座221設有前端面 2211，自前端面2211向外突出之第二凸塊2212。所述第 二凸槐2212靠近所述第二基座221的底端。所述第二基座 谓端兩側還分別設有自前端面2211向所述第二插板 222四陷的缺角2213以及前後貫穿所述第二基座221的沖 孔2214。所述第二插板222—側凹陷設有複數淺平槽223 ，所述淺平槽223向下賞穿所述第二基座221形成用以導 弓丨第二導電端子21的安裝於第二絕緣本體22内的第二通 孔225。所述第二安裝面24與所述電路板1相平行。 [0014] Ο 所述第二導電端子21設有固定於所述第二通孔225内的第 一图定部212、自第二固定部212向上延伸並收容於所述 淺个槽223内的第二接觸部211以及自第二固定部212向 下g直延伸出第二安裝面24的第二焊接部213。於本實施 例中，所述第二導電端子21包括有五根，其中自左向右 的第二根係備用端子2111 ’所述備用端子2111的第二接 觸部211與第二焊接部21 3藉由自沖孔2214處沖斷第二固 定部212而斷開。 [0015] 所述第二遮蔽殼體23設有後壁231、自後壁231兩侧分別 向前彎折延伸之兩第二侧壁232、連接兩第二侧壁232的 前壁233以及由所述後壁231、兩第二側壁232及前壁233 所圍設形成之第二對接收容腔234。所述第二遮蔽殼體23 還設有分別自前壁233和後壁231向下延伸之固持腳235 099137133 表單編號A0101 第9頁/共29頁 0992064767-0 201218557 所述固持腳235穿過電路板}，並且延伸出下表面17以 與所述穿孔14相焊接。所述前壁233設有位於所述固持腳 235上方的開口 237。所述第二遮蔽殼體23還設有自前壁 233與第二側壁232的彎折連接處向所述第二對接收容腔 234内凹陷之兩抵持部238。所述開口 237與所述第二凸 塊2212相扣持，所述抵持部238與所述缺角2213相抵持 以將所述第二絕緣本體22穩定的固持於所述第二遮蔽殼 體23内。所述第二連接器2沿第—絕緣本體32厚度方向成延 伸超出所述限位孔57並且垂直連接於所述電路板=上。° [0016] 凊參閱第五圖至第八圖所示，所述第一導電端子31 述第二導電端子21均自電路板1之上表面16烊接1與所 1上並藉由電路板1上之電性導通路徑1〇一— 於電路板 —野應雷，卜4 & 通，以相互傳輸訊號，從而達成第一連接器3與 導 器2之間的訊號轉接。 、第〜連接 099137133 [0017] 諝麥閲第三圖及第 "，小 付妖35丄〇〇還包杠 所述第一絕緣本體32與所遠絕緣塊5固定於〜 枯''將 4。所述固持片4成片狀結構且係可與磁鐵相n起的固持片 片。所述固持片4設有第一固持部411以及與之礤性 411相連的第二固持部421。所述第一固持部^—固持部 緣分別設有一上下貫穿所述固持片4以固定第的兩側 32的固定口 41，所述固定口 41與所述第— 絕緣本體 的第一凸塊3214相卡扣。所述第二固持部“I 2上 別設有-上下貫穿固持片4以固定絕緣境5的^兩侧緣分 所述卡持口 4 3與絕緣塊5的卡持塊$ 31相卡# 43， 固持部421中部還設有用以供第二連接 所述第二 …——… ㈣向上延伸之讓 表單.编號A010] 第]0頁/共29頁 201218557 位口 42，所述讓位口 42用以將第二連接器2前後左右方向 限位。所述固持片4自上而下貼附於所述第一絕緣本體32 與絕緣塊5的上方。 [0018] Ο [0019] 所述轉接器100還包括一遮蓋於絕緣塊5後側的後蓋6。所 述後蓋6係一矩型金屬片，包括一本體60、自本體6〇左右 兩端中間位置處水平向前延伸之兩懸臂61、分別位於懸 臂61兩側的阻擋部62以及自頂端水平向前延伸用以將所 述固持片4抵壓於所述第一遮蔽殼體33内的延伸部63。所 述兩懸臂61分別設有與所述絕鍊塊5的凸塊551相扣持之 扣持孔611。所述延伸部63設有弧型接觸第二連接器2的 第二侧壁232的弧型凹口 6621。 Ο 組裝時，首先將第一連接器3及第二連接器2焊接至電路 板1上。此時第一導電端子31焊接於所述第一安裝部^内 ’所述第二導電端子21焊接於所述第二安裝部12内，所 述第二遮蔽殼體23的固持腳235焊接於所述電路板1的穿 孔14内，所述電路板1靠近第一安裝部丄丨的一端緣收容於 所述收容空間3218内。其次’將與第一連接器3及第二連 接器2相焊接之電路板1沿所述第一絕緣本體32的長度方 向安裝到所述絕緣塊5内，所述第二連接器2穿過所述開 口50並定位於所述限位孔57内。所述限位孔57之大小與 所述第二連接器2之橫截面大小基本相同以防止第二連接 器2於限位孔57内晃動。此時，所述電路板1位於第二安 裝部12兩邊的兩侧緣收容並固定於所述插槽56内，所述 第一安裝部11暴露於所述絕緣塊5的開口 50内。然後，再 將所述固持片4沿第一絕緣本體32的厚度方向安裝到所述 099137133 表單編號Α0101 第11頁/共29頁 0992064767-0 201218557 第一絕緣本體32與所述絕緣塊5上，所述第一基座321上 之第-凸塊3214與所述固定σ41相扣持，所述絕緣塊5上 之凸塊551與所述卡持口 43相扣持，從而將所述絕緣塊5 與所述第-絕緣本體32沿第一絕緣本體32長度方向前後 固疋於起。所述第二連接器2向上延伸出所述讓位口 42 。再次，將所述後蓋6藉由扣持孔611與所述絕緣塊5的凸 塊551相扣持’從而將後蓋6固定於所述絕緣塊〖的後端。 最後，將所述第-遮蔽贿33沿第—絕緣本體32長度方 向套設所述第-絕緣本體32以及絕緣塊5上此時，所述 固持片4沿上下方向夹持固定於所述第—遮蔽殼體μ與第 -絕緣本體32上頂面和絕緣塊5頂壁之間^所述第二連接 器2抵持於所述第一限位槽335内並繼續向上延伸以與所 述第二對接電子裝置（未圖示）相對接，並且第二連接器2 可防止第-遮蔽殼體33向後移動。所述抵持臂咖向前抵 持於所述第—基座321上之凹槽如5内以防止第-遮蔽殼 體33向前移動，所述後蓋6之阻擋《2抵頂於所述第-遮 蔽殼體33後端。 . ：；'. .：；'：： [0020] [0021] 誠然’本創作轉接器100亦可不單獨設置固持片4，該轉 接器100第-絕緣本體32與絕緣塊5之間可以設置相互卡 持之卡扣來達成前後固持。 综上所述’本創作轉接器100藉由設置用以收 並將電路板1整體固定之絕緣塊5,從而避免電路L暴露 於外界而受到摩擦損傷，進而保護了該電路板丨盘第一導 電端子31及第二導電端子21的穩定電性連接，延長了轉 接器10G的使用壽命。$，將絕緣塊5收容於所述第一連 099137133 表單蝙號Α0101 第12頁/共29頁 0992064767-0 201218557 接器3的第一遮蔽殼體33内，使得轉接器100的整體體積 較小。 [0022] 综上所述，本創作確已符合發明專利要件，爰依法提出 專利申請。惟，以上所述者僅為本創作之較佳實施方式 ，本創作之範圍並不以上述實施方式為限，舉凡熟習本 案技藝之人士援依本創作之精神所作之等效修飾或變化 ，皆應涵蓋於以下申請專利範圍内。 【圖式簡單說明】 [0023] 第一圖係本創作轉接器之前視立體組合圖。 [0024] 第二圖係本創作轉接器之後視立體組合圖。 [0025] 第三圖係本創作轉接器之部分立體分解圖。 [0026] 第四圖係第三圖之進一步分解圖。 [0027] 第五圖係第四圖之另一角度分解圖。 [0028] 第六圖係第四圖之進一步分解圖。 〇 [0029] 第七圖係本創作轉接器之立體分解圖。 [0030] 第八圖係本創作轉接器之另一角度之立體分解圖。 【主要元件符號說明】 [0031] 電路板：1 [0032] 電性導通路徑：10 [0033] 轉接器：100 [0034] 第一安裝部：11 099137133 表單編號A0101 第13頁/共29頁 0992064767-0 201218557 [0035] 第二安裝部：12 [0036] 穿孔：14 [0037] 上表面：16 [0038] 下表面：1 7 [0039] 第二連接器：2 [0040] 第二導電端子：21 [0041] 第二接觸部：211 [0042] 備用端子：2 111 [0043] 第二固定部：21 2 [0044] 第二焊接部：213 [0045] 第二絕緣本體：22 [0046] 第二基座：221 [0047] 前端面：2 211 [0048] 第二凸塊：2212 [0049] 缺角：2 21 3 [0050] 沖孔：2214 [0051] 第二插板：222 [0052] 淺平槽：22 3 [0053] 第二通孔：2 2 5 099137133 表單編號A0101 第14頁/共29頁 0992064767-0 201218557 [0054] 第二遮蔽殼體：23 [0055] 後壁：231 [0056] 第二側壁：232 [0057] 前壁：233 [0058] 第二對接收容腔：234 [0059] 固持腳：235 [0060] Ο 開口 ·· 237 [0061] 抵持部：238 [0062] 第二安裝面：24 [0063] 第二對接面：25 [0064] 第一連接器：3 [0065] 第一導電端子：31 [0066] Ο 第一接觸部：311 [0067] 第一固定部：312 [0068] 倒刺：3121 [0069] 第一焊接部：313 [0070] 第一絕緣本體：32 [0071] 第一基座：321 [0072] 上頂面：3211 099137133 表單編號Α0101 第15頁/共29頁 0992064767-0 201218557 [0073] 侧面：3212 [0074] 下底面：3213 [0075] 第一凸塊：3214 [0076] 凹槽：3215 [0077] 第一安裝面：3217 [0078] 收容空間：3 2 1 8 [0079] 舌板：32 2 [0080] 收容槽：32 3 [0081] 第一通孔：324 [0082] 第一遮蔽殼體：33 [0083] 第一底壁：3 31 [0084] 第一側壁：332 [0085] 第一頂壁：3 3 3 [0086] 抵持臂：334 [0087] 第一限位槽：335 [0088] 凸點：33 6 [0089] 第一對接收容腔：34 [0090] 第一對接面：35 [0091] 固持片：4 099137133 表單編號A0101 第16頁/共29頁 0992064767-0 201218557 Ο Ο [0092] 固定口 ： 41 [0093] 第一固持部： 411 [0094] 讓位口 ： 4 2 [0095] 第二固持部： 421 [0096] 卡持口 ： 43 [0097] 絕緣塊：5 [0098] 開口 ： 50 [0099] 前端面：51 [0100] 後端面：52 [0101] 頂壁：53 [0102] 卡持塊：531 [0103] 底壁：54 [0104] 夾持壁：541 [0105] 侧壁：5 5 [0106] 凸塊：551 [0107] 插槽：56 [0108] 限位孔：57 [0109] 後蓋：6 [0110] 本體：60 099137133 表單編號Α0101 第17頁/共29頁 0992064767-0 201218557 [0111] 懸臂：61 [0112] 扣持孔：6 11 [0113] 阻擋部：62 [0114] 延伸部：63 [0115] 弧型凹口 ： 6 6 21 0992064767-0 099137133 表單編號A0101 第18頁/共29頁Form No. 1010101 7V Total 29 S °992〇64767-〇 201218557 51 The opening 50 is recessed horizontally toward the rear end surface 52, and the first mounting portion 11 on the circuit board is exposed to the opening 50. The top wall 53 and the bottom wall 54 are respectively provided with clamping walls 541 extending toward each other to sandwich the fixed circuit board 1. The clamping wall 541 extends along the longitudinal direction of the first insulative housing 32, and the insertion wall 541 on the top wall 53 and the clamping wall 541 on the bottom wall 54 form a socket for receiving the circuit board 1. Slot 56. The slot 56 communicates with the opening 5 in the longitudinal direction of the first insulative housing 32 to mount the circuit board 1 into the slot 56 along the length of the first insulative housing 32. The top wall 53 is respectively provided with an upwardly protruding holding block 531 and a limiting hole 57 extending through the middle of the top wall 53 in the vicinity of the two side walls 55. The limiting hole 57 communicates with the opening 50 along the longitudinal direction of the first insulating body 32 and communicates with the slot 56 in the up and down direction. The second mounting portion 丨2 on the circuit board 1 is aligned with the limiting hole 57 in the up and down direction. The two side walls 55 are provided with protrusions 551 which respectively protrude outward. When assembled, the second connector 2 passes through the opening 50 along the length direction of the first insulative housing 32 to be positioned in the limiting hole 57. The first mounting surface 3217 is in contact with the front end surface 51. The insulating block 5 and the first pedestal 3 21 are equal in width in the width direction of the first insulating body 32, and the insulating block 5 and the first pedestal 321 are along the thickness direction of the first insulating body 32. The thickness of the circuit board 1, the insulating block 5 and the first insulative housing 32 are collectively received in the first shielding shell 33, so that the overall volume of the original adapter 1 is smaller. The second connector 2 is provided with a second mating face 25 interposed with a second docking electronic device (not shown), and the second connector 2 is perpendicular to the plugging direction of the second connector 2 On the circuit board 1. The second connector 2 includes a second insulative housing 22 and a plurality of second 099137133 held on the second insulative housing 22. Form No. A0101 Page 8 of 29 0992064767-0 201218557 导电 Conductive terminal 21, and sleeved on a second shielding shell 23 outside the second insulative housing 22. The second insulative housing 22 is provided with a second base 221, a second inserting plate 222 extending upward from the second base 221, and a second mounting surface 24 located at the bottom of the second base 221 . The second base 221 is provided with a front end surface 2211 and a second protrusion 2212 protruding outward from the front end surface 2211. The second tenon 2212 is adjacent to a bottom end of the second base 221. Further, the two sides of the second base are respectively provided with a notch 2213 which is recessed from the front end surface 2211 toward the second insertion plate 222, and a punching hole 2214 which penetrates the second base 221 forward and backward. The second inserting plate 222 is laterally recessed and provided with a plurality of shallow flat grooves 223. The shallow flat grooves 223 are downwardly viewed through the second base 221 to form a second conductive terminal 21 for guiding the bow. The second through hole 225 in the second insulating body 22. The second mounting surface 24 is parallel to the circuit board 1. [0014] The second conductive terminal 21 is provided with a first image forming portion 212 fixed in the second through hole 225, extending upward from the second fixing portion 212, and being received in the shallow groove 223. The second contact portion 211 and the second solder portion 213 extending from the second fixing portion 212 downwardly from the second mounting surface 24 . In this embodiment, the second conductive terminal 21 includes five, wherein the second contact portion 2111 from the left to the right is the second contact portion 211 and the second solder portion 21 3 of the spare terminal 2111. The second fixing portion 212 is broken by the punching hole 2214 to be disconnected. [0015] The second shielding shell 23 is provided with a rear wall 231, two second side walls 232 extending forward from the two sides of the rear wall 231, a front wall 233 connecting the two second side walls 232, and The second wall 232, the second sidewall 232 and the front wall 233 are surrounded by a second pair of receiving pockets 234. The second shielding shell 23 is further provided with a holding leg 235 099137133 extending downward from the front wall 233 and the rear wall 231 respectively. Form No. A0101 Page 9 / 29 pages 0992064767-0 201218557 The holding leg 235 passes through the circuit The plate} extends out of the lower surface 17 to be welded to the perforations 14. The front wall 233 is provided with an opening 237 above the holding leg 235. The second shielding shell 23 is further provided with two abutting portions 238 recessed from the second pair of receiving cavities 234 from the bent joints of the front wall 233 and the second side wall 232. The opening 237 is fastened to the second protrusion 2212, and the resisting portion 238 abuts against the notch 2213 to stably hold the second insulative housing 22 to the second shielding housing. 23 inside. The second connector 2 extends in the thickness direction of the first insulating body 32 beyond the limiting hole 57 and is vertically connected to the circuit board. [0016] Referring to the fifth to eighth figures, the second conductive terminals 21 of the first conductive terminal 31 are connected from the upper surface 16 of the circuit board 1 to the upper surface of the circuit board 1 and are provided by the circuit board. The electrical conduction path on the 1st board is connected to the circuit board - Ye Yinglei, Bu 4 & to transmit signals to each other, thereby achieving signal switching between the first connector 3 and the director 2. , the first connection 099137133 [0017] the second picture of the buckwheat and the ", the small demon 35 丄〇〇 also the bar, the first insulative body 32 and the far insulating block 5 are fixed at ~ ' '' will 4 . The holding piece 4 has a sheet-like structure and is a holding piece which can be n with the magnet. The holding piece 4 is provided with a first holding portion 411 and a second holding portion 421 connected to the 411. The first retaining portion _ the retaining portion is respectively provided with a fixing opening 41 extending through the holding piece 4 to fix the two sides 32, the fixing opening 41 and the first protruding block of the first insulating body 3214 phase buckle. The second holding portion "I 2 is provided with - the upper and lower through the holding piece 4 to fix the insulating edge 5 of the two sides of the edge of the holding port 43 and the holding block of the insulating block 5 31 31 card # 43 The middle portion of the holding portion 421 is further provided with a second connection for the second...-... (4) an upward extension of the form. No. A010] No. 0 page / Total 29 pages 201218557 Position port 42, the relocation port 42 is used for limiting the front, rear, left and right directions of the second connector 2. The holding piece 4 is attached from above to the first insulating body 32 and the insulating block 5 from above to below. [0018] The adapter 100 further includes a rear cover 6 covering the rear side of the insulating block 5. The rear cover 6 is a rectangular metal piece, and includes a body 60 extending horizontally forward from the middle of the left and right ends of the body 6〇. Two cantilever arms 61, a blocking portion 62 respectively located at two sides of the cantilever 61, and an extending portion 63 extending horizontally forward from the top end for pressing the holding piece 4 against the first shielding case 33. The cantilever 61 is respectively provided with a fastening hole 611 which is fastened to the protrusion 551 of the chain block 5. The extension portion 63 is provided with an arc-shaped contact second connector 2 The arcuate recess 6621 of the side wall 232. 组装 When assembling, the first connector 3 and the second connector 2 are first soldered to the circuit board 1. At this time, the first conductive terminal 31 is soldered to the first mounting portion ^ The second conductive terminal 21 is soldered in the second mounting portion 12, and the holding leg 235 of the second shielding case 23 is soldered into the through hole 14 of the circuit board 1, and the circuit board 1 is close to One end edge of the first mounting portion 收容 is received in the receiving space 3218. Secondly, the circuit board 1 that is soldered to the first connector 3 and the second connector 2 is along the length of the first insulating body 32. Mounted in the insulating block 5, the second connector 2 passes through the opening 50 and is positioned in the limiting hole 57. The size of the limiting hole 57 is different from that of the second connector 2 The cross-sectional size is substantially the same to prevent the second connector 2 from swaying in the limiting hole 57. At this time, the circuit board 1 is received and fixed in the slot 56 on both sides of the two mounting portions 12, The first mounting portion 11 is exposed to the opening 50 of the insulating block 5. Then, the holding piece 4 is further along the first The thickness direction of the insulative housing 32 is mounted to the 099137133 Form No. 1010101, page 11 / 29 pages 0992064767-0 201218557, the first insulative housing 32 and the insulating block 5, the first convex on the first base 321 The block 3214 is fastened to the fixed σ41, and the bump 551 on the insulating block 5 is fastened to the latching opening 43 so that the insulating block 5 and the first insulating body 32 are along the first The insulative housing 32 is fixed in front and rear in the longitudinal direction. The second connector 2 extends upwardly from the reserving port 42. Again, the back cover 6 is fastened to the projection 551 of the insulating block 5 by the fastening hole 611 to fix the rear cover 6 to the rear end of the insulating block. Finally, the first insulating cover 33 is sleeved on the first insulating body 32 and the insulating block 5 along the longitudinal direction of the first insulating body 32. At this time, the holding piece 4 is clamped and fixed to the first and second sides in the vertical direction. a shielding housing μ and a top surface of the first insulating body 32 and a top wall of the insulating block 5, the second connector 2 abutting in the first limiting slot 335 and continuing to extend upward to The second docking electronic device (not shown) is oppositely connected, and the second connector 2 prevents the first shielding housing 33 from moving backward. The abutting arm is forwardly abutted against the groove on the first base 321 such as 5 to prevent the first shielding housing 33 from moving forward, and the rear cover 6 blocks the "2" The first end of the shielding case 33 is described. [0020] [0021] It is true that the present inventive adapter 100 may not separately provide the holding piece 4, and the adapter 100 may be between the first insulating body 32 and the insulating block 5. Set the snaps that are held together to achieve front and rear retention. In summary, the present creative adapter 100 protects the circuit board by providing an insulating block 5 for receiving and fixing the circuit board 1 as a whole, thereby preventing the circuit L from being exposed to the outside and being damaged by friction. The stable electrical connection of a conductive terminal 31 and the second conductive terminal 21 extends the service life of the adapter 10G. $, the insulating block 5 is received in the first shielding housing 33 of the first connection 099137133 form bat number 1010101 page 12 / 29 page 0992064767-0 201218557 connector 3, so that the overall volume of the adapter 100 is compared small. [0022] In summary, the creation has indeed met the requirements of the invention patent, and the patent application is filed according to law. However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention is not limited to the above embodiments, and those who are familiar with the skill of the present invention are equivalent to the equivalent modifications or changes made by the spirit of the present creation. It should be covered by the following patent application. [Simple Description of the Drawings] [0023] The first figure is a front view stereo combination diagram of the present creation adapter. [0024] The second figure is a rear view stereo combination diagram of the present authoring adapter. [0025] The third figure is a partial exploded view of the present authoring adapter. The fourth figure is a further exploded view of the third figure. [0027] The fifth figure is another angular exploded view of the fourth figure. [0028] The sixth figure is a further exploded view of the fourth figure.第七 [0029] The seventh figure is an exploded perspective view of the present authoring adapter. [0030] The eighth figure is an exploded perspective view of another angle of the present authoring adapter. [Main component symbol description] [0031] Circuit board: 1 [0032] Electrical conduction path: 10 [0033] Adapter: 100 [0034] First mounting part: 11 099137133 Form No. A0101 Page 13 of 29 0992064767-0 201218557 [0035] Second mounting portion: 12 [0036] Perforation: 14 [0037] Upper surface: 16 [0038] Lower surface: 1 7 [0039] Second connector: 2 [0040] Second conductive terminal : 21 [0041] Second contact portion: 211 [0042] Spare terminal: 2 111 [0043] Second fixing portion: 21 2 [0044] Second welding portion: 213 [0045] Second insulating body: 22 [0046] Second base: 221 [0047] Front end face: 2 211 [0048] Second bump: 2212 [0049] Notch: 2 21 3 [0050] Punching: 2214 [0051] Second insert: 222 [0052 ] Shallow flat groove: 22 3 [0053] Second through hole: 2 2 5 099137133 Form No. A0101 Page 14 / Total 29 Page 0992064767-0 201218557 [0054] Second shielding shell: 23 [0055] Rear wall: 231 [0056] Second side wall: 232 [0057] Front wall: 233 [0058] Second pair of receiving pockets: 234 [0059] Holding feet: 235 [0060] 开口 Opening · · 237 [0061] Resisting part: 238 [0062 Second installation Surface: 24 [0063] Second mating surface: 25 [0064] First connector: 3 [0065] First conductive terminal: 31 [0066] Ο First contact portion: 311 [0067] First fixing portion: 312 [ 0068] Barb: 3121 [0069] First Weld: 313 [0070] First Insulation Body: 32 [0071] First Base: 321 [0072] Top Top: 3211 099137133 Form Number Α 0101 Page 15 / Total 29页 0992064767-0 201218557 [0073] Side: 3212 [0074] Lower bottom surface: 3213 [0075] First bump: 3214 [0076] Groove: 3215 [0077] First mounting surface: 3217 [0078] Containing space: 3 2 1 8 [0079] tongue plate: 32 2 [0080] receiving groove: 32 3 [0081] first through hole: 324 [0082] first shielding case: 33 [0083] first bottom wall: 3 31 [ 0084] First side wall: 332 [0085] First top wall: 3 3 3 [0086] Abutment arm: 334 [0087] First limit groove: 335 [0088] Bump: 33 6 [0089] First docking Containment cavity: 34 [0090] First butt joint: 35 [0091] Holder: 4 099137133 Form No. A0101 Page 16 of 29 0992064767-0 201218557 Ο Ο [0092] Fixed port: 41 [0093] First hold Department: 411 [0094] Bit: 4 2 [0095] Second holding part: 421 [0096] Holding port: 43 [0097] Insulation block: 5 [0098] Opening: 50 [0099] Front end face: 51 [0100] Rear end face: 52 [ 0101] Top wall: 53 [0102] Holding block: 531 [0103] Bottom wall: 54 [0104] Clamping wall: 541 [0105] Side wall: 5 5 [0106] Bump: 551 [0107] Slot: 56 [0108] Limit hole: 57 [0109] Back cover: 6 [0110] Body: 60 099137133 Form number Α 0101 Page 17 / Total 29 page 0992064767-0 201218557 [0111] Cantilever: 61 [0112] Buckle hole: 6 11 [0113] Blocking: 62 [0114] Extension: 63 [0115] Arc notch: 6 6 21 0992064767-0 099137133 Form number A0101 Page 18 of 29