M321603 ’八、新型說明： . 【新型所屬之技術領域】 • 本創作涉及一種連接器，尤其涉及一種可穩固焊接於電 路板上的板對板連接器。 【先前技術】 按’板對板連接器是一種應用於電子產品内部的連接 器，用以實現兩電路板之間的訊號傳輸。 鲁 落知板對板連接器係包括相互插接的一插頭連接器及〜 插座連接器，插頭與插座連接器分別藉由其導電端子的焊接 部焊接於對應電路板上，以使插頭與插座連接器分別與相應 的電路板彼此固定。當插頭連接器插入插座連接器内時，即 可達成兩電路板間的電性連接。 惟，隨著電子產品日益輕薄化的發展趨勢，習知板對板 連接器之㈣端子㈣於小型化，從而導致其端子焊接部不 籲 足以在連接器與電路板間提供足夠的焊接力。尤其在連接器 反復插拔或插拔力過大時，極易使板對板連接器之導電端子 、 的焊接部從電路板上脫離。 針對此種現象’㈣年4月6曰公告的美國專利第 5，199，m號揭示了—種具桿接片的連接器，，然而其烊接片提 供的焊接強度仍不能滿足實際需要，且焊接以域在連接器 上的過程亦較須璃，不利於提高連接器的組裝效率。 M321603 【新型内容】 板斜h t目的係針對上^知技術存在之缺陷提供一種 並 \ 、接以達成板對板連接器與電路板穩定谭接， 便於該板對板連接ϋ的組裝。 拉/板對板連接，包括相互插接之插座連接器及插頭連 助二4插座連接器包括—第—本體、複數第-端子及第-^斗片。該第—本體具有相對設置的兩第-侧牆與兩第二侧 第—侧&頂面中部和第—側牆的兩端向下穿馨形成一 , 幵^的弧I槽，该孤形槽在第一侧牆的兩端和第二侧 ，處的至少—部分向下貫穿第—本體形成第—容置孔和第二 /、置孔忒第一助焊片具有一呈“U”形的主體部，以插置 於所述弧形槽中；該主體部的兩端和中部分別向下延伸出至 沙一焊接腳，所述焊接腳分別插置於第一容置孔和第二容置 孔中並路出第一本體。該插頭連接器包括一第二本體、複數 第一鳊子及第二助焊片。該第二本體具有相對設置的兩第一 側壁與兩第二侧壁’該第二侧壁之底面開設有—前後延伸的 插接槽，該插接槽的至少一部分貫穿所述第二本體形成插接 孔。該第二助焊片具有一橫臂及由橫臂豎直延伸形成的直 该第二助焊片插置於所述插接槽中，該直臂插置於插接 孔内並露出第二本體。 藉由上述之第一、第二助焊片結構，本創作板對板連接 益可於焊接於電路板時提供較大之結合力，以於較大的插拔 M321603 力及頻繁的插拔過財，提供更為敎之 本創作所用之第-、第二助焊片結構簡單， 接器組裝效率之提高。 【實施方式】 為詳細說明本創作之技術内容、構造特徵、所達成目的 及功效，以下茲例舉實施例並配合圖式詳予說明。 請參閱第―圖’本創作板對板連接器1包括相互插接的 -插座連接器100及—插頭連接器·。其中，該兩連接器 100、200分別焊接固定於相應之電路板（圖未示）上，當兩 連接器100、200插接時，即可實現電路板間的訊號傳輸。 請結合參閱第—至三圖，插座連接器10G包括第-本體 110、收容於第一本體11 η δα、>击/ 〇的锼數弟一端子15〇及插置於第一 本體110兩端的第一助焊片18〇。 該第-本體110具有一呈扁平矩形板狀的基板14〇，基 板140之®四周垂直凸設兩較長的第-侧牆120及垂直連 ，在兩第-侧牆12G兩端_較短的第二侧牆13G，且該等 弟一側牆13 〇之頂面略高♦楚 唂阿於—側牆120之頂面。基板14〇 的中部豎直凸伸出一置於 直於该專侧牆120、130間的縱向延伸M321603 ’8. New description: . [New technical field] • This creation relates to a connector, and more particularly to a board-to-board connector that can be stably soldered to a circuit board. [Prior Art] The 'board-to-board connector' is a connector used inside an electronic product to realize signal transmission between two boards. Lu Luzhi board-to-board connector includes a plug connector and a socket connector which are mutually plugged, and the plug and socket connectors are respectively soldered to the corresponding circuit board by soldering portions of the conductive terminals thereof, so that the plug and the socket are connected The connectors are respectively fixed to the respective circuit boards. When the plug connector is inserted into the socket connector, an electrical connection between the two boards is achieved. However, with the trend of increasingly thinner and lighter electronic products, the (4) terminal (4) of the conventional board-to-board connector is miniaturized, so that the terminal soldering portion is not enough to provide sufficient soldering force between the connector and the circuit board. Especially when the connector is repeatedly inserted or removed or the insertion force is too large, the soldering portion of the board-to-board connector and the soldering portion are easily detached from the board. U.S. Patent No. 5,199,m, issued to the U.S. Patent No. 5,199, the disclosure of which is hereby incorporated by reference in its entirety, the disclosure of which is incorporated herein by reference. Moreover, the process of soldering to the connector on the connector is also more expensive, which is not conducive to improving the assembly efficiency of the connector. M321603 [New content] The board oblique h t aims to provide a kind of defect to the defects of the above-mentioned technology, and to achieve a stable connection between the board-to-board connector and the circuit board, which facilitates the assembly of the board-to-board connection. Pull/board-to-board connection, including plug-in socket connectors and plug-connecting two-socket connectors, including a first body, a plurality of first terminals, and a first die. The first body has two opposite first side walls and two second side first side sides; the top surface of the top surface and the two ends of the first side wall are formed downwardly to form an arc I slot, which is The first groove at the two ends and the second side of the first side wall, at least partially extending downwardly through the first body to form a first receiving hole and the second hole, the first soldering piece has a "U" a body portion shaped to be inserted into the arcuate groove; the two ends and the middle portion of the body portion respectively extend downwardly to the sand-welding leg, and the soldering legs are respectively inserted into the first receiving hole and The second receiving hole is parallel to the first body. The plug connector includes a second body, a plurality of first turns, and a second solder tab. The second body has two first sidewalls and two second sidewalls. The bottom surface of the second sidewall defines a front and rear extending insertion slot. At least a portion of the insertion slot extends through the second body. Insert hole. The second soldering piece has a cross arm and a second soldering piece formed by the vertical extending of the cross arm inserted into the insertion slot, the straight arm being inserted into the insertion hole and exposing the second Ontology. With the first and second soldering pad structures described above, the board-to-board connection can provide a large bonding force when soldered to the circuit board, so that the M321603 can be inserted and removed frequently and frequently inserted and removed. For the sake of wealth, the first and second soldering lugs used in this creation are simple in structure and the assembly efficiency of the joints is improved. [Embodiment] In order to explain in detail the technical contents, structural features, objects and effects of the present invention, the embodiments are described in detail below with reference to the drawings. Please refer to the figure - the present board-to-board connector 1 includes a socket connector 100 and a plug connector. The two connectors 100 and 200 are respectively soldered and fixed on the corresponding circuit board (not shown). When the two connectors 100 and 200 are plugged in, the signal transmission between the boards can be realized. Referring to the first to third figures, the socket connector 10G includes a first body 110, a first body 11 η δα, a 击 / 一 一 一 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 The first soldering tab of the end is 18 〇. The first body 110 has a flat rectangular plate-shaped substrate 14 〇. The longer sides of the substrate 140 are vertically protruded from the two first side walls 120 and the vertical connection, and the ends of the two first side walls 12G are shorter. The second side wall 13G, and the top surface of the side wall 13 of the brother side is slightly higher ♦ Chu Yu A Yu - the top surface of the side wall 120. The middle portion of the substrate 14〇 is vertically protruded and disposed to extend longitudinally between the side walls 120 and 130.
的突起部111，該突起却t M π ui平行於該兩第一側牆12()且略 低於該等第一側牆120的古洚 的阿度。该突起部111與兩第一侧牆 120及兩第二侧牆13〇 一 之間形成一裱狀的容置空間，用以收 各该插頭連接器2 〇 〇。兮兩楚 μ兩弟一側牆120上開設有複數豎直 M321603 貫穿該第一本體110的第一端子孔121。該基板140對應每 一第一端子孔121貫穿開設一與容置空間和第一端子孔ι21 連通的第一端子槽142。該突起部111之侧面對應每一第一 端子槽142形成一貫穿該突起部ill和基板14〇並與容置空 間連通的輔助槽112。該等第一端子孔121、第一端子槽 142及輔助槽112組成第一端子容置通道，以收容該等第一 端子150。該第一側牆120頂面的兩端向上凸起至齊平於該 第二侧牆130的頂面，其内壁的兩端向内側凸出，且該第一 侧牆120内壁之兩端處開設有一矩形的凹槽134。該第二侧 牆130之頂面中部和第一侧牆120頂面的兩端向下穿鑿形成 一呈U形的孤形槽131。該孤形槽131在第一侧牆120 頂面的兩端處向下貫穿第一本體11〇之基板14〇而形成兩第 一容置孔132，並在第二側牆130的兩端處向下貫穿第一本 體110之基板140而形成兩第二容置孔133。 睛結合參閱第四圖，第一端子150係由金屬板沖製而 成，其具有一豎直部160及從該豎直部16〇之一侧彎折延伸 之％折部170。該豎直部160末端為水平狀之第一焊接部 161，以與相應的電路板焊接。豎直部16〇的頂端形成一箭頭 狀的頭部162。該彎折部170具有第一彎折部171和第二彎 折部172。第一彎折部171由該豎直部16〇的一侧稍向下以 弧形彎折而形成。第二彎折部172由第一彎折部171末端水 平延伸再向上弯折延伸至與該豎直部160之頭部162大致持 M321603 平而形成。第二彎折部172 W朝豎直部⑽方向凸出形成 一呈三角形的卡鉤173。 請結合參閱第二圖及第五圖，第—助焊片18〇亦由金屬 板沖製而成，具有一與該第-本體110之弧形槽ΐ3ι形狀相 對應的“U”形之主體部m。該主體部181之相對兩侧分 別向下延伸形成兩第—焊接腳182，該主體部181中部亦均 勻排設兩第二焊接腳183。該等烊接腳182、183分別向外 凸設有一凸點184。 請參閱第—圖及第十—圖，該插座連接器_於植合 時’複數第-端子150由下向上插置於該第—本體ιι〇之第 一端子容置通道。其中，第—端子請之豎直部160插置於 該第一側牆120的第一端子孔⑵内，該豎直部16〇之頭部 W卡被於對應第—端子孔121之頂端，第一焊接部⑹暴 露於^-本體11G之底部以與外部電路板（圖未示）焊接。 第-Μ子150之曾折部⑺對應收容於相應的第一端子槽 142及輔助槽112内，卡鉤173向-側突伸出該獅槽112 外f等第—助焊片18G由上向下插置於對應弧形槽131 亥弟—烊接腳182和第二焊接腳183分別插置於該等第 合置孔132和第二容置孔133内並露出第-本體110之基 板140的底部’以協助焊接目定該插座連接器⑽。 M321603 請結合參閱第一圖、第六 ^ ?1〇 ,λ-- 、弟七圖，插頭連接器200包 括弟一本體210、收容於第二 及插置於第mm 本體1G内的複數第二端子250 及插置本體21G兩端的第二助焊片·。 該第二本體210具有—扁平板狀的主體部，且气主 之頂面的㈣略低散體部的中部。域部之頂面幼^開 :有兩:收容槽211。主體部底面中部開設有從向延伸的槽 =形成—插接空間212，從而該第二本體加形成兩較長 的弟一侧壁220及兩較短的第二側壁230。該插接空間212 之形狀及大小以恰好插接該插座連接器⑽之中間突起部 111為準一。第一侧壁220上均句開設有上下貫通該第一側壁 220的第一端子孔22卜第一侧壁22()的内侧對應該等第二端 子孔221開有上下延伸並與插接空間犯連通的第二端子槽 222。該等第二端子槽222、第二端子孔⑵及對應收容槽 211組成弟一端子容置通道，以收容該等第二端子Μ。。續 第二側壁230之底面上開設有一前後延伸的插接槽。第 二侧壁230兩端從頂面向底面開設有兩與插接槽231連通的 兩插接孔232，該插接孔232與插接槽231組合以收容第二 助焊片280。另，該第二侧壁230於前後兩侧面上各凸設有 一楔形凸塊233。 請結合參閱第八圖，第二端子250亦由金屬板沖製而 成’其具有一水平之橫梁260及由該橫梁260兩端分別向飞 延伸形成之第一插接腳271及第二插接腳272。該橫梁26《 M321603 之知向上凸起並向外水平延伸形成一第二焊接部261，另 . 一端亦向上凸起並向外侧延伸形成一突起端262，且該突起 端262之高度略低於該第二焊接部261之高度。該第一插接 腳271兩側中部分別向外突出凸部，該第二插接腳272之中 部向外侧凸出一突出部273。 請參閱第九圖，第二助焊片280大致呈“u，’形，具有 尺平叹置的;^臂281及由橫臂281兩端豎直向上延伸形成 • 的直臂282。該兩直臂282之外侧分別向橫臂281内部凹陷 形成-弧形的凹口 283，且該兩凹口 283的頂部分別向外侧 凸出形成一矩形凸片284。 請結合參閱第-圖及第十一圖，該插頭連接器雇於組 合時，該等第二端子250由上向下插入該等第二端子容置通 道中’其中，該橫梁260收容於收容槽211 0，第一插接腳 271插入第二端子孔221内，其凸部卡抵在第二端子孔 _ 的孔壁上，第二插接腳272插卡於第二端子槽222内，第二 焊接部261露出該第二本體21〇之頂面，以焊接於外部相應 電路板（圖未示）上。第二助焊片由下向上插入該第: 側壁230開設之插接槽231，且該等凹口 2幻及凸片 固於該插接槽231之基部内壁，其兩直臂282從兩插接孔 232中向上伸出於第二侧壁謂頂面，以協助焊接該插 接器200與外部相應的電路板焊接。 11 M321603 • 請參閱第—圖、第十圖及第十-圖，當插頭連接器· • 插接於插座連接11 _上時，插頭連接H 2GG之插接*間 212與插座連接器⑽中部之突起部⑴對接匹配，插賴 接器200兩端之凸塊233與插座連接器1〇〇内壁之凹槽134 . 糾目互對接，以將插頭連接器200與插座連接器⑽^定的 卡固在ϋ等第-端子15G之卡鉤173對應卡置於第二 端子250之突出部273與突起端262形成的凹陷處，以實現 • 插座連接器1〇0與插頭連接器200間穩固的電性連接。 在本創作板對板連接器1焊接於外部電路板時，除藉由 該等第-端子15G之第-焊接部161、第二端子25G之第二 焊接部261焊接於電路板上外，亦藉由該第一助焊片18〇及 第二助焊片280協助其固定於對應電路板上。其中，該第一 助知片180的第-焊接腳182、第二焊接腳183伸出於插座 連接器100底面並焊接於對應電路板上以使插座連接器 ❿ 更牢固的焊接在相應電路板上；第二助焊片280的兩直臂 282亦伸出於插頭連接裔2〇〇之頂面並焊接於對應電路板上 ’ 以使提高插頭連接器200與對應電路板的焊接力。 如上所述，本創作板對板連接器丨通過設置於該插座連 接器100與插頭連接器2〇〇兩端的第一助焊片18〇及第二助 焊片280，以使插座連接器1〇〇與插頭連接器2〇〇可更加穩 固的焊接於外部相應各地電路板上，從而能滿足插座連接器 100與插頭連接器2〇〇的頻繁的插拔和使用較大的插拔力。The protrusion 111, which is t M π ui parallel to the two first side walls 12 () and slightly lower than the ancient side of the first side wall 120. The protrusion portion 111 forms a 容-shaped accommodating space between the first side wall 120 and the two second side walls 13 收 for receiving the plug connector 2 〇. A plurality of vertical openings M321603 are inserted through the first terminal hole 121 of the first body 110. The substrate 140 defines a first terminal slot 142 that communicates with the accommodating space and the first terminal hole ι 21 corresponding to each of the first terminal holes 121. The side surface of the protrusion portion 111 forms an auxiliary groove 112 penetrating the protrusion portion ill and the substrate 14A and communicating with the accommodation space corresponding to each of the first terminal grooves 142. The first terminal holes 121, the first terminal slots 142 and the auxiliary slots 112 constitute a first terminal receiving passage for receiving the first terminals 150. Both ends of the top surface of the first side wall 120 are upwardly convex to be flush with the top surface of the second side wall 130, and both ends of the inner wall are protruded inward, and both ends of the inner wall of the first side wall 120 are A rectangular recess 134 is formed. The top surface of the top side wall 130 and the top ends of the top surface of the first side wall 120 are cut downward to form a U-shaped orphaned groove 131. The isolated slot 131 extends through the substrate 14 of the first body 11 at the two ends of the top surface of the first sidewall 120 to form two first receiving holes 132, and at both ends of the second sidewall 130 Two second receiving holes 133 are formed through the substrate 140 of the first body 110 downward. In conjunction with the fourth embodiment, the first terminal 150 is stamped from a metal plate having a vertical portion 160 and a percent fold 170 extending from one side of the vertical portion 16〇. The end of the vertical portion 160 is a horizontal first welded portion 161 for soldering to a corresponding circuit board. The top end of the vertical portion 16A forms an arrow-shaped head portion 162. The bent portion 170 has a first bent portion 171 and a second bent portion 172. The first bent portion 171 is formed by bending one side of the vertical portion 16〇 slightly downward in an arc shape. The second bent portion 172 is horizontally extended from the end of the first bent portion 171 and then bent upward to be formed to be substantially flat with the head portion 162 of the vertical portion 160. The second bent portion 172 W projects toward the vertical portion (10) to form a triangular hook 173. Referring to the second and fifth figures, the first solder tab 18 is also stamped from a metal plate and has a "U" shaped body corresponding to the shape of the arcuate slot 3 of the first body 110. Part m. The opposite sides of the main body portion 181 extend downwardly to form two first soldering legs 182, and the second soldering legs 183 are evenly arranged in the middle of the main body portion 181. The bumps 182, 183 are respectively convexly provided with a bump 184. Referring to Fig. 10 and Fig. 10, the socket connector _ at the time of planting, the plurality of terminal-terminals 150 are inserted from the bottom to the top of the first terminal accommodating passage of the first body ιι. The vertical portion 160 of the first terminal is inserted into the first terminal hole (2) of the first side wall 120, and the head portion W of the vertical portion 16 is clamped at the top end of the corresponding first terminal hole 121. The first soldering portion (6) is exposed to the bottom of the body 11G for soldering to an external circuit board (not shown). The first folded portion (7) of the first-handle 150 is correspondingly received in the corresponding first terminal groove 142 and the auxiliary groove 112, and the hook 173 protrudes to the side of the lion groove 112, and the like-welding piece 18G is Inserting the corresponding arcuate groove 131 into the corresponding arcuate groove 182 and the second soldering leg 183 are respectively inserted into the first receiving hole 132 and the second receiving hole 133 and exposing the substrate of the first body 110 The bottom of the '140' is used to assist in the soldering of the socket connector (10). M321603 Please refer to the first figure, the sixth figure, the first circuit diagram, the λ--, the seventh figure, the plug connector 200 includes a body 210, a second body, and a second number inserted in the first body 1G. The terminal 250 and the second soldering piece on both ends of the insertion body 21G. The second body 210 has a flat plate-shaped main body portion, and (4) of the top surface of the gas main portion is slightly lower than the middle portion of the loose body portion. The top surface of the domain is open: there are two: the receiving slot 211. The middle portion of the bottom surface of the main body portion is provided with a slot extending from the direction of the slot forming/disconnecting space 212, so that the second body is formed to form two longer side walls 220 and two shorter second side walls 230. The insertion space 212 is shaped and sized to be just one of the intermediate projections 111 of the receptacle connector (10). The first side wall 220 is provided with a first terminal hole 22 extending up and down through the first side wall 220. The inner side of the first side wall 22 is corresponding to the second terminal hole 221 extending upward and downward and the insertion space The connected second terminal slot 222 is made. The second terminal slot 222, the second terminal hole (2) and the corresponding receiving slot 211 form a terminal receiving passage for receiving the second terminal ports. . The front side of the second side wall 230 defines a front and rear extending slot. Two insertion holes 232 communicating with the insertion slots 231 are formed on the two ends of the second side wall 230. The insertion holes 232 are combined with the insertion slots 231 to receive the second soldering tab 280. In addition, the second side wall 230 has a wedge-shaped protrusion 233 protruding from each of the front and rear sides. Referring to FIG. 8 , the second terminal 250 is also stamped from a metal plate. The utility model has a horizontal beam 260 and a first insertion pin 271 and a second insertion formed by two ends of the beam 260 respectively. Pin 272. The beam 26 is embossed upwardly and extends horizontally to form a second welded portion 261. The other end also protrudes upward and extends outward to form a protruding end 262, and the height of the protruding end 262 is slightly lower than The height of the second welded portion 261. The central portion of the first insertion leg 271 protrudes outwardly from the convex portion, and a portion of the second insertion leg 272 protrudes outwardly from the protrusion 273. Referring to the ninth figure, the second soldering piece 280 is substantially "u," shaped with a flat slant; the arm 281 and the straight arm 282 formed by the vertically extending ends of the cross arm 281 are formed. The outer side of the straight arm 282 is respectively recessed into the arcuate recess 283, and the tops of the two recesses 283 are respectively protruded outward to form a rectangular tab 284. Please refer to the figure-figure and the tenth In the figure, when the plug connector is assembled, the second terminals 250 are inserted into the second terminal receiving passages from the top and the bottom, and the cross member 260 is received in the receiving slot 211 0, the first pin 271 is inserted into the second terminal hole 221, the convex portion is locked against the hole wall of the second terminal hole_, the second pin 272 is inserted into the second terminal slot 222, and the second soldering portion 261 is exposed to the second The top surface of the body 21 is soldered to an external corresponding circuit board (not shown). The second soldering piece is inserted from the bottom to the top: the insertion groove 231 formed by the side wall 230, and the notches 2 are The protrusion is fixed to the inner wall of the base of the insertion slot 231, and the two straight arms 282 extend upward from the two insertion holes 232 to the second side surface. To assist in soldering the connector 200 to the corresponding external board. 11 M321603 • Refer to Figure - Figure 10, Figure 10 and Figure 10 - when the plug connector is plugged into the socket connection 11 _ The plug connection H 2GG plug * between the 212 and the socket connector (10) in the middle of the protrusion (1) butt match, insert the bump 233 at both ends of the connector 200 and the socket connector 1 之 the inner wall of the groove 134. Interacting with each other, the hook 173 of the first terminal 15G, which is fastened to the socket connector 200 and the socket connector (10), is correspondingly placed in the recess formed by the protruding portion 273 and the protruding end 262 of the second terminal 250. To achieve a stable electrical connection between the socket connector 1〇0 and the plug connector 200. When the board-to-board connector 1 is soldered to an external circuit board, except by the first terminal 15G - The second soldering portion 261 of the soldering portion 161 and the second terminal 25G is soldered to the outside of the circuit board, and is also fixed to the corresponding circuit board by the first soldering tab 18 and the second soldering tab 280. The first soldering leg 182 and the second soldering leg 183 of the first accommodating sheet 180 are extended to the socket The bottom surface of the 100 is soldered to the corresponding circuit board to make the socket connector ❿ more firmly soldered on the corresponding circuit board; the two straight arms 282 of the second soldering piece 280 also protrude from the top surface of the plug connector Soldering on the corresponding circuit board' to improve the soldering force of the plug connector 200 and the corresponding circuit board. As described above, the board-to-board connector is disposed on the socket connector 100 and the plug connector 2 The first soldering lug 18 〇 and the second soldering lug 280 of the end, so that the socket connector 1 〇〇 and the plug connector 2 〇〇 can be more stably welded to the external corresponding circuit boards, thereby meeting the socket connector 100 with the plug connector 2 〇〇 frequent plugging and unplugging and using a large insertion force.
12 M321603 同時’由於該第—日人 簡易，亦提昇了連接器組裝之效率 其與連接器组合之^⑽和第二助焊片結構簡單 【圖式簡早說明】 丨作板對板連接器的立體分解圖。 第二圖儀箆—θ / 圖所示插座連接器的立體分解圖。 第三圖係第1所示插座連接器之第—本體的立體圖。 第四圖係第1所示插座連錢之第-端子的立體圖。12 M321603 At the same time, 'Because of the simpleness of the Japanese-Japanese, the efficiency of the assembly of the connector is also improved. The combination of the ^(10) and the second soldering piece with the connector is simple [illustration is short] The board-to-board connector is used. An exploded view of the stereo. The second diagram shows the exploded view of the socket connector shown in Figure θ. The third figure is a perspective view of the first body of the socket connector of the first embodiment. The fourth figure is a perspective view of the first terminal of the socket shown in the first.
第五圖係第1所示插座連接器之第—助焊片的立體 第六圖係第—圖所示插頭連接器的立體分解圖。 第七圖係第—圖所示插頭連接器之第二本體的立體圖。 第八圖係第—_示插頭連接器之第二端子的立體圖。 第九圖係第—圖所示插頭連接器之第二助焊片的立體 圖。 第十圖係本創作板對板連脑的立體組合圖。 π第十-圖係本創作板對板連接器之插頭連接器與插座連 接器插接後的剖視圖。 【主要元件符號說明】 板對板連接器 1 插座連接器 100 第一本體 110 突起部 111 辅助槽 112 第一侧牆 120 第一端子孔 121 第二侧牆 130 13 M321603 孤形槽 第二容置孔 基板 第一端子 第一焊接部 彎折部 第二彎折部 第一助焊片 第一焊接腳 凸點 第二本體 插接空間 第二端子孔 第二侧壁 插接孔 第二端子 第二焊接部 第一插接腳 突出部 橫臂 凹口 第一容置孔 132 凹槽 134 第一端子槽 142 豎直部 160 頭部 162 第一彎折部 171 卡鉤 173 主體部 181 第二焊接腳 183 插頭連接器 200 收容槽 211 第一侧壁 220 第二端子槽 222 插接槽 231 凸塊 233 橫梁 260 突起端 262 第二插接腳 272 第二助焊片 280 直臂 282 凸片 284 14Fig. 5 is a perspective view of the first embodiment of the socket connector of the first socket connector. Fig. 6 is an exploded perspective view of the plug connector shown in Fig. 1. Figure 7 is a perspective view of the second body of the plug connector shown in Figure 1-6. The eighth figure is a perspective view showing the second terminal of the plug connector. The ninth drawing is a perspective view of the second soldering piece of the plug connector shown in the first figure. The tenth figure is a three-dimensional combination of the creation board and the brain. Πth tenth-figure is a cross-sectional view of the plug connector of the board-to-board connector and the socket connector. [Main component symbol description] Board-to-board connector 1 Receptacle connector 100 First body 110 protrusion 111 auxiliary slot 112 First side wall 120 First terminal hole 121 Second side wall 130 13 M321603 Orphaned slot second accommodation Hole substrate first terminal first welded portion bent portion second bent portion first soldering piece first soldering foot bump second body plugging space second terminal hole second side wall plug hole second terminal second Welding portion first plug leg protrusion portion cross arm recess first receiving hole 132 groove 134 first terminal groove 142 vertical portion 160 head portion 162 first bent portion 171 hook 173 main body portion 181 second solder joint 183 plug connector 200 receiving slot 211 first side wall 220 second terminal slot 222 insertion slot 231 bump 233 beam 260 protruding end 262 second pin 272 second solder tab 280 straight arm 282 tab 284 14