200832830 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種安裝於印刷基板等，用於電性連 接複數個基板之連接器。 【先前技術】BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a connector for mounting a printed circuit board or the like for electrically connecting a plurality of substrates. [Prior Art]
以往，此種連接器習知有具備：配置於一方之連接 對象物側的第一殼體；配置於另一方之連接對象物側， 並且可嵌合於第一殼體内所形成之第二殼體；—端侧保 持於第一殼體，並且第二殼體嵌合於第一殼體時，可電 ^連接各連接對象物所形成之複數個端子；設計成覆蓋 第-殼體之外周面中，沿著各端子之排列方向之面的第 屏蔽構件，及設計成覆蓋第二殼體之外周面中，沿著 各端子之排列方向之面的第二屏蔽構件（如參照日： 利公開公報2005-251461號）。 但是，由於該連接器於第二殼體嵌合於第一嗖體 係形成第二屏蔽構件卡止於第-屏蔽構件之特定位 丄因此，在第二殼體嵌合於第一殼體之狀態下，無法 殼體移動’於—方之連接對象物與另—方之ΐ接 伯&之間產生位置偏差情況下，可能無法吸收其位置 因此，如第十一圖所示，習知物有具備··配置於作 為:方之連接縣物的第_基板⑽侧 作為另-方之連接對象物的第二基板‘ 成T對第—殼體1移動，並形成可叙合於第-殼 、:之第一设體2;設計成-端側保持於第-殼體卜 一，側伴隨第二殼體2之移動而彈性變形，於第 成_2肷合於第一殼體1時，形成可電性連接各基板 6 200832830 100、200之複數個端子3 ;設計成分別覆蓋第一殼體1 之外周面中，沿著各端子3之排列方向的二個面之一對 第一屏蔽構件4 ;及設計成分別覆蓋第二殼體2之外周 面中，沿著各端子之排列方向的二個面之一對第二屏蔽 構件5。 該連接器之第一殼體1形成上面開口之箱型形狀， 而與配置於第一殼體1上方之第二殼體2嵌合。此外， 各端子3中設有與設於第二殼體2之端子6接觸的接觸 部3a，各端子3在第二殼體2嵌合於第一殼體1之狀態 下移動時，將彎曲部讣作為基點而彈性變形。 但是，由於該連接器係設計成第一屏蔽構件4覆蓋 第一殼體1之外周面中，沿著各端子3之排列方向之 面’因而，各端子3之另〆端側（包含彎曲部3b)從第 一殼體1之上面露出於外部。因此，容易受到電磁波之 影響，可能 EMI (Electro Magnetic Interference :電磁波 干擾）對策不足。 【發明内容】 ,^發明係有鑑於前述問題，其目的為提供一種即使 形成第二殼體可對第一殼體移動時，仍可抑制電磁波之 景> 響的連接器。 為了達成前述目的，本發明具備：第一殼體，苴 於一方之連接對象物侧；第二殼體，其係配置ς另 ^連接對象物側，並且設計成可對第—殼體移動， 數!端子’其係設計成 移動α〗弟Α又體並且另一碥侧伴隨第二殼體之 可電性㈣ΐ形’於第二殼體嵌合於第—殼體時，形成 連接各連接對象物；-對第—屏蔽構件，其係設 7 200832830 η:弟—殼體之外周面中，沿著各端子之排列 伸部;一對第二屏蔽構件，其係設 彳成刀別设盍弟二殼體之外周面中，沿 ί:以面;及屏蔽導通部，其係於第二殼體嵌合於 伴隨第又-:體第一及第二屏蔽構件，並且形成可 仟丨逍乐—设體之移動而彈性變形。 冰闽=，由於各端子之另—端側係藉由從第-續體之 二=，沿著各端子之排列方向的二個;; 延伸部而覆蓋’因此，即使第二 ，仍可藉由第-屏蔽構件覆蓋各端子之另一 士 4，由於本發明即使於第二殼體對第一私I#斧夕 藉由第一屏蔽構件覆蓋各端子之另_ς侧； ’而可充分猜ΕΜΙ對策。 弟-圖至第十圖係顯示本發明—種實施例，第一圖 ，之立體圖，第二圖係、插座之平面圖，第三圖係插 座鈿子之側面圖，第四圖係屏蔽用端子之立體圖，第五 圖係插座之侧面剖面圖，第六圖係插頭之立體圖，第七 圖係，頭之平面圖，第八圖係插頭之侧面剖面圖，第九 圖及第十圖係顯示插座與插頭嵌合時之動作的侧面剖 面圖。 該連接器包含配置於第一基板100側之作為第一殼 體的插座1，藉由與配置於第二基板2〇〇側之作為第二 殼體的插頭2嵌合，而電性連接各基板100、200間。 如弟一圖及第二圖所示，插座1具備··配置於第一 基板100側之插座側固定殼體1〇;設計成可對插座側固 200832830 在寬度方向（圖中χ方向）及前後方向（圖 〜斜稱，2移動之可動殼體2 〇 端側保持於插座側固 ίϊ翻Μ骑，〇亚且另—端侧保持於可動殼體20，形成伴 動风體20對插座侧固定殼體1〇之移動而彈性變形 複數個插座端子3G;形成分別覆蓋插座侧固定殼體 办 卜周面中，各插座端子30之排列方向，亦即沿著 見度方=之二個面，以作為第一屏蔽構件之一對第一插 座侧屏蔽構件4G ;形成覆蓋插座侧固定殼體10之外周 ( ^义〔、各插座*^子30之排列方向正交的方向，亦即 &著岫後方向之其他二個面，以作為其他 對第二插座侧屏蔽構件50;及設計成可分別裝=第 一插座側屏蔽構件40的一對屏蔽用端子60。 …插座側固定殼豸10自合成樹脂之成形品構成，且 =成上面及下面開口之方筒形狀。亦即，插座侧固定殼 10包t .沿著寬度方向而延伸之前面部11及背面部 ^ ’與沿著前後方向而延伸之寬度方向兩侧面部13，在 丽面部11及背面部12之下端侧，保持各插座端子3〇 I 之一端側的複數個端子孔14彼此以等間隔設置。此外， ，各端子孔14之排列方向（圖中χ方向）兩端側，設 有分別保$各屏蔽用端子60之一對屏蔽用端子孔15。 再者，在前面部n及背面部12之寬度方向兩端側，設 有用於安裝各第一插座侧屏蔽構件40之一對第一安裝 ，在各第一安裝部16之上部，延伸於寬度方向設 有第-安裝溝16a，其形成可保持從上方插入之各第一 插座側屏蔽構件4G的寬度方向之端部。再者，在寬度 方向兩側面部13之下端侧，將用於安裝第二插座側屏 蔽構件50之第二安裝部17設計成突出於插座側固定殼 200832830 體10之寬度方向外側，在第二安 =二插座側屏蔽構件5。之下端將: 裝溝17a設計成延伸於下方。 弟—女 可動殼體2G由合成樹脂之成形品構成，且 面開口之鈿型形狀。亦即，可動殼 21、告而都π ^ ^ _ 利双篮2〇包含· 1T面部 側面部23及底面部24,在 Γ; 設有形成突出於上方之嵌合部25。此 二卜丄，肷W 25之前面侧及後面側的側壁部，形成保 ΓConventionally, such a connector has a first housing that is disposed on one of the connection target objects, and a second housing that is disposed on the other connection object side and that can be fitted into the first housing. a housing; the end side is held by the first housing, and when the second housing is fitted to the first housing, the plurality of terminals formed by the connection objects are electrically connected; and the second housing is designed to cover the first housing In the outer peripheral surface, the first shield member along the surface in the direction in which the terminals are arranged, and the second shield member designed to cover the outer circumferential surface of the second casing along the direction in which the terminals are arranged (eg, reference day: Publication No. 2005-251461). However, since the connector is fitted to the first housing system in the second housing, the second shielding member is locked to the specific position of the first shielding member, and thus the second housing is fitted to the first housing. In the case where the positional deviation between the connection object and the other side of the connection object cannot be absorbed, the position may not be absorbed. Therefore, as shown in Fig. 11, the conventional object The second substrate ′ which is disposed on the side of the _substrate (10) which is the side of the connection of the side of the object is moved to the first casing 1 and is formed to be succinctly a first housing 2; the first body 2 is designed to be held at the end of the first housing, and the side is elastically deformed with the movement of the second housing 2, and is coupled to the first housing 1 at the second end At the same time, a plurality of terminals 3 electrically connected to each of the substrates 6 200832830 100, 200 are formed; and are designed to cover one of the two faces of the first housing 1 in the outer circumferential surface, along the direction of the arrangement of the terminals 3 a shielding member 4; and two to be arranged to cover the outer circumferential surface of the second casing 2, along the direction in which the terminals are arranged One surface of the second shielding member 5. The first casing 1 of the connector is formed in a box shape having an open upper surface, and is fitted to the second casing 2 disposed above the first casing 1. Further, each of the terminals 3 is provided with a contact portion 3a that is in contact with the terminal 6 provided in the second casing 2, and each of the terminals 3 is bent when the second casing 2 is moved in the state of being fitted to the first casing 1. The scorpion is elastically deformed as a base point. However, since the connector is designed such that the first shield member 4 covers the outer peripheral surface of the first casing 1 and faces along the direction in which the terminals 3 are arranged, the other end side of each terminal 3 (including the bent portion) 3b) is exposed to the outside from the upper surface of the first casing 1. Therefore, it is susceptible to electromagnetic waves, and there is a possibility that EMI (Electro Magnetic Interference) countermeasures are insufficient. SUMMARY OF THE INVENTION The present invention has been made in view of the above problems, and an object thereof is to provide a connector capable of suppressing the electromagnetic wave scene even when a second casing is formed to be movable to the first casing. In order to achieve the above object, the present invention includes a first housing that is disposed on one side of the object to be connected, and a second housing that is disposed on the side of the object to be connected and that is designed to move toward the first housing. The number of terminals is designed to move α and the other side is accompanied by the electrical conductivity of the second housing. (4) The shape of the second housing is fitted to the first housing to form a connection. Object-to-first shield member, which is provided with 7 200832830 η: in the outer peripheral surface of the casing, along the arrangement of the respective terminals; a pair of second shielding members, which are provided with a knives a second surface of the outer casing of the two brothers, along the ί: face; and a shielding conductive portion, which is fitted to the first housing and the second shielding member, and is formed in the second housing逍乐—The movement of the body is elastically deformed. Hail =, since the other end side of each terminal is covered by two from the first-continuation body, along the direction in which the terminals are arranged; the extension is covered. Therefore, even if the second is used, The other member 4 of each terminal is covered by the first shielding member, and the present invention is sufficient for the first housing to cover the other side of the terminal by the first shielding member even if the second housing is used for the first housing. Guess the countermeasures. The drawings to the tenth drawings show the embodiment of the present invention, the first figure, the perspective view, the second figure, the plan view of the socket, the third figure is the side view of the socket tweezers, and the fourth figure is the shielding terminal. The perspective view, the fifth diagram is a side sectional view of the socket, the sixth diagram is a perspective view of the plug, the seventh diagram is a plan view of the head, the eighth diagram is a side sectional view of the plug, and the ninth diagram and the tenth diagram are the socket Side cross-sectional view of the action when mating with the plug. The connector includes a socket 1 as a first casing disposed on the first substrate 100 side, and is electrically connected to the plug 2 as a second casing disposed on the side of the second substrate 2 Between the substrates 100 and 200. As shown in FIG. 1 and FIG. 2, the socket 1 is provided with a socket-side fixing case 1〇 disposed on the first substrate 100 side, and is designed to be fixed to the socket side 200832830 in the width direction (in the direction of the figure) Front and rear direction (Fig. ~ oblique scale, 2 moving movable housing 2 〇 end side is kept on the socket side ϊ ϊ ϊ 〇 〇 〇 〇 且 且 且 另 另 另 另 另 另 另 另 另 另 另 另 另 且 且 且 且 且 保持 保持 保持 伴 伴 伴 伴 伴 伴 伴The side fixing housing 1 移动 moves and elastically deforms a plurality of socket terminals 3G; forming an arrangement direction of each socket terminal 30 in the circumferential surface of the fixed housing covering the socket side, that is, two along the visibility side The surface of the first socket-side shield member 4G is formed as one of the first shield members; and the outer circumference of the socket-side fixed housing 10 is formed (the direction in which the arrays of the sockets 30 are orthogonal to each other, that is, & the other two faces in the rear direction are used as the other pair of second socket side shield members 50; and a pair of shield terminals 60 designed to be respectively mountable with the first socket side shield member 40. Shell 豸 10 is composed of a molded product of synthetic resin, and = upper and lower The square-shaped opening of the socket-side fixed casing 10, that is, the front-side face portion 11 and the rear-side portion and the width-side two-side surface portion 13 extending in the front-rear direction in the width direction, in the face 11 and the lower end side of the back surface portion 12, the plurality of terminal holes 14 that hold one end side of each of the socket terminals 3A are disposed at equal intervals. Further, the arrangement direction of each of the terminal holes 14 (the direction in the figure) is both end sides. A pair of shielding terminal holes 15 for each of the shield terminals 60 are provided, and the first socket side shield members 40 are provided on both end sides in the width direction of the front portion n and the back surface portion 12. One of the first mounting portions, at the upper portion of each of the first mounting portions 16, is provided with a first mounting groove 16a extending in the width direction, which is formed to end the width direction of each of the first socket-side shield members 4G inserted from above. Further, the second mounting portion 17 for mounting the second socket side shield member 50 is designed to protrude from the outer side in the width direction of the socket side fixing case 200832830 body at the lower end side of the both side faces 13 in the width direction, Second safety = two socket side The lower end of the shield member 5. The groove 17a is designed to extend below. The younger female movable casing 2G is formed of a synthetic resin molded article, and has a dome-shaped shape with a surface opening. That is, the movable casing 21 and the movable casing 21 π ^ ^ _ The double basket 2 includes the 1T face side portion 23 and the bottom portion 24, and is provided with a fitting portion 25 that protrudes upward. The second and second sides of the 丄W 25 are front and rear sides. Side wall section
^ tf*座4^3 G之另—劇的魏個端子孔2 6將底面 2σ 下方向（圖中z方向）。再者，在底㈣ 之刖後方向兩端侧，設計成可將各屏蔽用端子60之 另-端側減於上下方向㈣叙—對插通孔27,分別 位於各插座端子30之排列方向兩端側。 各插座端子3G由可彈性變形之導電性的金屬板構 成，在插座1之前後方向兩側，分別各排成一列。如第 三圖所示’插座端子30形成連接於第—基板之連 接部31延伸於前後方向。料，插座端子％中設有： 從連接部31之後端向上方延伸之第一直線部％，從第 一直線部32之上端向下方彎曲之彎曲部兕，從彎曲部 33斜下方地延伸之第二直線部34，從第二直線部料之 下鈿向後方延伸之第二直線部35，從第三直線部35之 後向上方延伸之弟四直線部36，及從第四直線部36 向前方彎曲，並延伸於上方之接觸部37，插座端子3〇 形成將幫曲部33作為基點，而於寬度方向及前後方向 彈性變形。 各第一插座侧屏蔽構件40由延伸於插座側固定殼 體10之寬度方向的導電性之金屬平板構成，且形成可 200832830 分別裝卸於前面部11及背面部12之外周面。亦即，各 第-插座侧錢構件4G藉由將其寬度方向兩端側從上 方壓入插座側固定殼體10之各安裝溝16，而安裝成 蓋插座側固定殼體10之寬度方向的外周面。此外，在 各第-插座侧屏蔽構件40之上端側，設有凸緣狀之延 伸部40a’其係形成覆蓋插座側固定殼體1〇之前面部^ 或背面部12之上面’並且延伸至可動殼體2()之前面部 21或背面部22,延伸部術之寬度方向尺寸形成與各插 座端子30之排列寬相等。此時，延伸部術 從上方覆蓋露出於外部之各插座端子3〇的 ^端側。另外，由於各第一插座側屏蔽構件40藉由 祕加工具有與插座_定殼體1G之寬度方向尺寸相 屬平板而則地形成，因此，無須按照插座 尸1〇之寬度方向尺寸，來製造各第-插座側 屏敝構件40用之模具。 辦m各?座側屏蔽構件5G *延伸於插座側固定殼 向的導電性金屬平板而構成，且形成分 '復皿見度方向兩侧面部13之外周面。此外，在各第 件50之前後方向兩端側設有分別接觸 4二i:垃：U及背面部12之各第-插座侧屏蔽構件 屏蔽構件片51 ’各接觸片51藉由將各第二插座側 50之前後方向兩端側彎曲於寬度方向而形 端子數而改i於各第二插座側屏蔽構件5G之尺寸不因 „，因此使用同一模具而輕易地形成。 構成子⑼由可彈性變形之導電性的金屬板 之接地部^圖所7τ，形成可導通於設於第一基板ι〇0 °令略圖示）的接地連接部61延伸於前後方 11 200832830 向。此外，各屏蔽用端子60中設有從接地連接部61之 後端向上方延伸之第一直線部62，在第一直線部62之 寬度方向兩端側分別設有從第一直線部62延伸於前方 之第二直線部63。再者，在各第二直線部63之前端一 體地設有接觸於第一插座側屏蔽構件4〇之第一屏蔽導 通部64。再者，在各屏蔽用端子6〇中設有··從第一直 線部62之上端彎曲於下方之第一彎曲部65，從第一彎 曲部65斜下方地延伸之第三直線部66，從第三直線部 66之下端彎曲於上方之第二彎曲部67，及從第二彎曲 部67斜上方地延伸之第四直線部68，各屏蔽用端子6〇 形成將^ -及第二彎曲部65、67作為基點，而於寬度 方向及前後方向彈性變形。此外，在第四直線部68之 上端一體地設有接觸於後述之插頭侧屏蔽構件9〇的第 二屏蔽導通部69。 此柃，將各插座端子30安裝於插座侧固定殼體10 ^情，下，從下方將插座端子3〇壓入端子孔14中。此 時如第五圖所示，插座端子30之一端侧，亦即連接部 31之上端侧保持於端子孔14中。此外，對各插座端子 3〇之^ 一端侧，從上方壓入可動殼體2〇時，插座端子 30之第四直線部36及接觸部37貫穿可動殼體之底 面部24而保持於端子孔26中。 主此外，將各第一插座侧屏蔽構件4〇安裝於插座工 =況下，係將各第一插座側屏蔽構件4〇之寬度方向兩 鈿側，k上方插入前面部u及背面部12之各安裝溝 lja。再者，將各第二插座側屏蔽構件5〇安裝於插座工 况下，係將各第二插座侧屏蔽構件5()之各接觸片51 從上方插入各安裝溝16a。此時，各接觸片51接觸於分 12 200832830 別安裝於前面部”及背面部12的第一插 40:此外，各第二插座侧屏蔽構件％藉由1下 入覓度方向兩側面部13之安裝溝17a而保持、。柒〇插 再者，將屏蔽用端子60安裝於插座！之 係從下方將屏蔽用端子6〇壓人屏蔽用端子孔^ ， 接地連接部61之上端側及各第二直線部6 二早 持於屏蔽用端子孔15中，並且第一屏^側保^ tf* Block 4^3 G Another - the Wei terminal hole 2 6 will be the bottom 2σ downward direction (z direction in the figure). Further, at both end sides in the rear direction of the bottom (four), it is designed such that the other end side of each of the shield terminals 60 can be reduced in the up-and-down direction (four) - the pair of insertion holes 27 are respectively arranged in the arrangement direction of the respective socket terminals 30. Both ends. Each of the socket terminals 3G is formed of an elastically deformable conductive metal plate, and is arranged in a row on each of the front and rear sides of the socket 1. As shown in Fig. 3, the socket terminal 30 is formed to extend in the front-rear direction by the connecting portion 31 connected to the first substrate. The socket terminal % is provided with: a first straight portion % extending upward from a rear end of the connecting portion 31, a curved portion 弯曲 bent downward from an upper end of the first straight portion 32, and a second extending obliquely downward from the curved portion 33 The linear portion 34 has a second straight portion 35 extending rearward from the lower side of the second straight portion, a fourth straight portion 36 extending upward from the third straight portion 35, and a forward curved portion from the fourth straight portion 36. And extending to the upper contact portion 37, the socket terminal 3 is formed to have the bending portion 33 as a base point, and is elastically deformed in the width direction and the front-rear direction. Each of the first socket-side shield members 40 is formed of a conductive metal flat plate extending in the width direction of the socket-side fixed casing 10, and is formed to be detachably attached to the outer peripheral surfaces of the front surface portion 11 and the back surface portion 12 at 200832830. In other words, each of the first socket-side money members 4G is attached to each of the mounting grooves 16 of the socket-side fixed casing 10 from the upper end sides in the width direction, and is attached in the width direction of the cover-and-socket-side fixed casing 10. The outer perimeter. Further, on the upper end side of each of the first socket-side shield members 40, a flange-like extension portion 40a' is formed to cover the upper surface of the face portion or the front surface portion 12 before the socket-side fixing housing 1'' and is extended to be movable The front surface portion 21 or the back surface portion 22 of the casing 2 () has a width dimension equal to that of each of the socket terminals 30. At this time, the extension portion covers the end side of each of the socket terminals 3A exposed to the outside from the upper side. In addition, since each of the first socket-side shield members 40 is formed by a slab having a width dimension in the width direction of the socket_stationary housing 1G, it is not necessary to manufacture in accordance with the width direction of the socket body. A mold for each of the first socket side screen members 40. Each of the seat-side shield members 5G* is formed by extending a conductive metal flat plate that is fixed to the socket side, and forms a peripheral surface of the side surface portions 13 on the side of the double-view visibility. Further, each of the first and second ends of each of the first members 50 is provided with a contact hole member 51 of each of the first and second socket side shield members of the front and rear portions 12, respectively. The two socket sides 50 are bent in the width direction in the front and rear directions, and the number of terminals is changed to the size of each of the second socket side shield members 5G. Therefore, the same mold is used to easily form the constituents (9). The grounding portion of the conductively deformable metal plate is formed so that the ground connection portion 61 that can be electrically connected to the first substrate can be extended to the front and rear surfaces 11 200832830. The shielding terminal 60 is provided with a first straight portion 62 extending upward from the rear end of the ground connecting portion 61, and a second straight portion extending from the first straight portion 62 to the front is provided on both end sides in the width direction of the first straight portion 62, respectively. Further, a first shield conductive portion 64 that is in contact with the first socket-side shield member 4A is integrally provided at a front end of each of the second straight portions 63. Further, each of the shield terminals 6A is provided. · Bending from the upper end of the first straight portion 62 The first curved portion 65, the third straight portion 66 extending obliquely downward from the first curved portion 65, is bent from the lower end of the third straight portion 66 to the upper second curved portion 67, and is inclined from the second curved portion 67 The fourth straight portion 68 extending upward is elastically deformed in the width direction and the front-rear direction by forming the respective shielding terminals 6 将 and the second bending portions 65 and 67 as base points. Further, in the fourth straight portion 68 The upper end is integrally provided with a second shield conductive portion 69 that is in contact with a plug-side shield member 9A, which will be described later. Thereafter, each socket terminal 30 is attached to the socket-side fixed housing 10, and the socket terminal 3 is pulled from below. Pressing into the terminal hole 14. At this time, as shown in Fig. 5, one end side of the socket terminal 30, that is, the upper end side of the connecting portion 31 is held in the terminal hole 14. Further, the end of each of the socket terminals 3 On the side, when the movable housing 2 is pressed from above, the fourth straight portion 36 and the contact portion 37 of the socket terminal 30 are inserted into the terminal hole 26 through the bottom surface portion 24 of the movable housing. Mainly, each of the first sockets is provided. The side shield member 4〇 is installed in the socket work, and the system will be The socket-side shield member 4 has two sides in the width direction, and the mounting groove lja of the front portion u and the back portion 12 is inserted above the k. Further, each of the second socket-side shield members 5 is mounted under the socket condition. Each of the contact pieces 51 of each of the second socket-side shield members 5 () is inserted into each of the mounting grooves 16a from above. At this time, the contact pieces 51 are in contact with the first insertion of the front portion" and the back portion 12 of the portion 12 200832830. 40: In addition, each of the second socket-side shield members % is held by the mounting groove 17a of the both side surface portions 13 in the twist direction. Plug again. Install the shield terminal 60 to the socket! The shield terminal 6 is pressed from below to the shield terminal hole ^, the upper end side of the ground connection portion 61, and each of the second straight portions 6 are held in the shield terminal hole 15, and the first screen is protected.
;弟一插座侧屏蔽構件40。此外，屏蔽用端子6〇 可動殼體20之插通孔27貫穿於上方的狀態下保持第四 ^線部68及第二屏蔽導通部69。此時，由於藉由各屏 蔽構件40、50而覆蓋插座侧固定殼體1〇之寬度方向及 前後方向的外周面，因此可減低來自外部之電=波對各 插座端子30的影響。此外，屏蔽用端子6〇之第一及第 二屏蔽導通部64、69配置於各插座端子3〇之排列方向 兩^側’而可確貫防止屏叙接觸部64、69妨礙插座端 子30之彈性變形。 其次，說明插頭2之結構。如第六圖及第七圖所示， 插頭2中設有配置於第二基板200侧之插頭侧固定殼體 ’被插頭側固定殼體70保持而形成之複數個插頭端 子80，及形成分別覆蓋插頭侧固定殼體70之寬度方向 外周面的作為第二屏蔽構件之一對插頭側屏蔽構件90。 插頭侧固定殼體7〇由合成樹脂之成形品而構成， 且形成上面開口之箱型形狀。亦即，插頭侧固定殼體70 包含：前面部71、背面部72、寬度方向兩側面部73及 底面部74，設計成可對插座1之插座侧固定殼體1〇移 動，並且形成可嵌合於可動殼體20。此外，在插頭側固 定殼體70之前面部71及背面部72的各個下端側及内 13 200832830 鈿子孔75。此外，在前面部71 後数似 側形成有用於安裝插頭側屏蔽構件90之安二 2 76包含:從下方插入插頭側屏蔽構件:0°之上端ΐ 央部而可保持地形成之第一安 再1千：之上鳊中 插入插頭侧屏蔽構件90之上；的宽二^刀別從下方 保持地形成之—對第一安見度方向兩端側而可 溝™各第 之4 = 2 80由導電性之金屬板構成，在插頭2 :Γ=::ί別各排成—列。如第八圖所示，插頭 mm J 向㈣成有連接於第二基板細 接觸部M。 部81之一端側設有延伸於上方之 夕办2„構件90由延伸於插頭側固定殼體70 二又°的‘電性之金屬板構成，藉由將其上端從下 方£入插頭側固定殼體7G之安裝溝76，而安 插頭侧定殼體7G之寬度方向外周面。此外，在各ς f侧屏敝構件90之寬度方向兩端側的下端，延伸於前 後方向而形成有可導通於設於第二基板200之接地部 (省略，示）的接地連接部91。 此呀將各插碩端子80安裝於插頭侧固定殼體7〇 十月況下，係將插頭端子8〇從下方壓入端子孔75。此時 如弟八圖所示，插頭端子80之連接部81及接觸部82 被插頭，固定殼體7G之端子孔75保持。此外，將各插 ，側屏蔽構件90安裝於插頭侧定殼體7G之情況下， 糸將气插頭側屏蔽構件9()之上端侧從下方插入前面部 71及月面部72之各安裝溝76a、76b。此時，由於插頭 14 200832830 侧固定殼體70之寬产太a +„、， 之外周面藉由插頭側^蔽構件、P 7 乂及背面部72 自外部之電磁波對各插頭端子8G^v。因此可減低來 200。如如m成之連接㈣於電性連接—對基板100、 200 如弟九圖所，在車 的上方配置有連接;^ —基板⑽之插座1 2 ; —土板200之插頭2時，使插頭 t動於下方，而使插頭側固定殼體7G嵌合於插座i之 =體的嵌合部25日夺，各插頭端子80之接觸部82 刀別接觸於各插座端子3〇之接觸部37。此時如第十圖A socket side shield member 40. Further, the shield terminal 6 保持 the insertion hole 27 of the movable casing 20 is inserted in the upper state to hold the fourth wire portion 68 and the second shield conductive portion 69. At this time, since the outer circumferential surfaces of the socket-side fixed casing 1 are widened in the width direction and the front-rear direction by the respective shielding members 40 and 50, the influence of the electric_wave from the outside on each of the socket terminals 30 can be reduced. Further, the first and second shield conductive portions 64 and 69 of the shield terminal 6〇 are disposed on both sides of the array terminal 3〇, and the screen contact portions 64 and 69 are prevented from interfering with the socket terminal 30. Elastic deformation. Next, the structure of the plug 2 will be described. As shown in the sixth and seventh figures, the plug 2 is provided with a plurality of plug terminals 80 which are formed by the plug-side fixed housings 2 disposed on the second substrate 200 side and held by the plug-side fixed housing 70, and are formed separately The plug-side shield member 90 is provided as one of the second shield members covering the outer peripheral surface of the plug-side fixed casing 70 in the width direction. The plug-side fixing case 7 is formed of a molded article of synthetic resin, and has a box shape in which the upper surface is opened. That is, the plug-side fixing case 70 includes a front portion 71, a back portion 72, a widthwise side surface portion 73, and a bottom surface portion 74, and is designed to be movable to the socket-side fixing housing 1 of the socket 1, and is formed to be insertable. Engaged in the movable housing 20. Further, the respective lower end sides of the face portion 71 and the back portion 72 and the inner portion 13 200832830 before the housing 70 are fixed to the plug side. Further, the second side 2 76 for mounting the plug side shield member 90 on the rear side of the front portion 71 includes: inserting the plug side shield member from below: the upper end portion of the 0° upper end portion and the first portion which can be formed continuously Further one thousand: the upper cymbal is inserted above the plug-side shield member 90; the width of the knives is formed to be held from below - for both ends of the first visibility direction and the fourth of the grooves TM = 2 = 2 80 is made of a conductive metal plate, and is arranged in a column of plugs 2: Γ =:: ί. As shown in the eighth figure, the plug mm J direction (4) is connected to the second substrate fine contact portion M. One end side of the portion 81 is provided with an extension of the upper side. The member 90 is composed of an electric metal plate extending from the plug-side fixed casing 70 and is fixed by the upper end from the lower side to the plug side. The mounting groove 76 of the casing 7G is formed to extend the outer peripheral surface of the casing 7G in the width direction. Further, the lower end of each of the ς f side screen members 90 in the width direction extends in the front-rear direction. The ground connection portion 91 is provided on the ground portion (not shown) of the second substrate 200. Therefore, each of the plug terminals 80 is mounted on the plug-side fixed case 7 in the case of October, and the plug terminal 8 is closed. The terminal hole 75 is press-fitted from below. At this time, as shown in the eighth diagram, the connecting portion 81 of the plug terminal 80 and the contact portion 82 are held by the plug and the terminal hole 75 of the fixed case 7G. Further, each of the plug-in and side shield members is inserted. When the 90 is attached to the plug-side fixed casing 7G, the upper end side of the air-plug-side shield member 9 () is inserted into the respective mounting grooves 76a and 76b of the front portion 71 and the moon-face portion 72 from below. 200832830 The width of the side fixed housing 70 is too a + „, and the outer peripheral surface is inserted by ^ Cover member side, P 7 qe and the rear portion 72 of the electromagnetic waves from the outside of the respective plug terminals 8G ^ v. Therefore, it can be reduced to 200. For example, if the connection is made by m (4), the connection is made to the substrate 100, 200, for example, the connection is made above the vehicle; the socket 1 2 of the substrate (10); the plug 2 of the earth plate 200 is The plug t is moved downward, and the plug-side fixing case 7G is fitted to the fitting portion 25 of the socket i, and the contact portion 82 of each plug terminal 80 is in contact with the contact portion of each of the socket terminals 3 37. At this time, as the tenth
端子60之第一屏蔽導通部64接觸於第一 插座侧，敝構件40，並且第二屏蔽導通部69接觸於插 頭侧屏蔽構件9G。此時，插座·定殼體1()及插頭側 固，殼體7。之—方對另—方在寬度方向及前後方向移 動時，插座端子30及屏蔽用端子6〇伴隨前述移動而彈 性變形，而吸收各固定殼體10、70之相對的位置偏差。 此時，由於各插座端子30之彎曲部33的上方藉由各第 一插座侧屏蔽構件40之延伸部4〇a覆蓋，因此可抑制電 磁波對各插座端子30之影響。 此外’不改變各端子30、80之各個間隔，而增加 各端子30、80數量之情況下，需要加大設定各殼體1〇、 20及70之寬度方向，亦即端子排列方向之尺寸。此時， 藉由將因應其尺寸之第一插座侧屏蔽構件40及插頭侧 屏蔽構件90安裝於各殼體10、70，可藉由各屏蔽構件 40、90覆蓋各端子30、80，而可減低來自外部之電磁 波對各端子30、80的影響。 如此，按照本實施例之連接器，由於具備··配置於 第一基板100側之插座1 ;配置於第二基板200側，並 15 200832830 且設計成可對插座i移動，並可嵌合於插座丨所形成之 插頭2 ;設計成一端侧保持於插座丨，並且另一端側 隨插頭2之移動而彈性變形，於插頭2嵌合於插座丨 ，，可電性連接各基板1〇〇、2〇〇之複數個插座端子 设计成分別覆蓋插座丨之前面部n及背面部12的外周 面，形成有從各外周面延伸成覆蓋各插座端子3〇之另 ^端側的延伸部40a之一對第一插座側屏蔽構件4〇;設 計成分別覆蓋插頭2之前面部71及背面部72外周面^ 一對插頭侧屏蔽構件90;及於插頭2嵌合於插座i時'， 接觸於第一插座侧屏蔽構件4〇及插頭侧屏蔽構件9〇， 並且形成伴隨插頭2之移動而可彈性變形的第一及第二 屏蔽導通部64、69;因此，即使插頭2對插座丄移動時， 仍可以第一插座側屏蔽構件4〇覆蓋各插座端子3〇之另The first shield conductive portion 64 of the terminal 60 is in contact with the first socket side, the weir member 40, and the second shield conductive portion 69 is in contact with the plug side shield member 9G. At this time, the socket, the fixed case 1 () and the plug are fixed to the housing 7. When the other side moves in the width direction and the front-rear direction, the socket terminal 30 and the shield terminal 6〇 are elastically deformed in accordance with the above movement, and the relative positional deviation of each of the fixed casings 10 and 70 is absorbed. At this time, since the upper portion of the bent portion 33 of each of the socket terminals 30 is covered by the extending portion 4A of each of the first socket-side shield members 40, the influence of the electromagnetic wave on each of the socket terminals 30 can be suppressed. Further, in the case where the respective intervals of the terminals 30 and 80 are not changed and the number of the terminals 30 and 80 is increased, it is necessary to increase the width direction of each of the housings 1 , 20 and 70, that is, the size of the terminal arrangement direction. At this time, by attaching the first socket side shield member 40 and the plug side shield member 90 corresponding to the size to the respective housings 10 and 70, the respective shield members 40 and 90 can cover the respective terminals 30 and 80. The influence of electromagnetic waves from the outside on the respective terminals 30, 80 is reduced. As described above, the connector according to the present embodiment includes the socket 1 disposed on the first substrate 100 side, and is disposed on the second substrate 200 side, and is designed to be movable to the socket i and can be fitted to The plug 2 formed by the socket ; is designed to be held at one end side of the socket 丨, and the other end side is elastically deformed by the movement of the plug 2, and the plug 2 is fitted into the socket 丨, and the substrate 1 can be electrically connected, The plurality of socket terminals of the plurality of sockets are designed to cover the outer peripheral surfaces of the front face n and the front face portion 12 of the socket 分别, respectively, and one of the extending portions 40a extending from the outer peripheral faces to cover the other end sides of the respective receptacle terminals 3〇 is formed. The first socket-side shielding member 4 is designed to cover the front surface 71 of the plug 2 and the outer peripheral surface of the back surface portion 72, respectively, and a pair of plug-side shielding members 90; and when the plug 2 is fitted to the socket i, is in contact with the first The socket side shield member 4 and the plug side shield member 9 are formed, and the first and second shield conductive portions 64, 69 which are elastically deformable with the movement of the plug 2 are formed; therefore, even when the plug 2 is moved to the socket , Can be shielded on the first socket side Member 4〇 covers each of the socket terminals 3〇
一端側。因此，可抑制電磁波之影響，而可充分進行E 對策。 此外，由於具備形成分別覆蓋插座丨之寬度方向兩 側面部13的外周面之一對第二插座侧屏蔽構件5〇，因 此，如因端子數而端子排列方向之尺寸不同情況下，可 將因應端子排列方向之尺寸的各第一屏蔽構件4〇分別 安裝於前面部11及背面部12，並且無須改變其尺寸而 將各第二插座侧屏蔽構件50分別安裝於寬度方向兩側 面部13。因此，即使因端子數而插座1之端子排列方向 的尺寸不同時，比藉由一個屏蔽構件而覆蓋插座1外周 面時，容易形成屏蔽構件，而可低成本地製造屏蔽構件。 再者，由於係彼此接觸地形成各第一插座侧屏蔽構 件40及各第二插座側屏蔽構件50，因此可確實進行各 屏蔽構件40、50之電性連接。 口 16 200832830 再者，由於插座1中具備屏蔽用端子60，接觸於第 一插座，屏蔽構件40之第一屏蔽導通部64與接觸於插 頭=屏蔽構件90之第二屏蔽導通部69 -體地設於屏蔽 用端子60,因此可減少零件數量，而有利於降低製造成 本。 此外’由於屏蔽用端子6〇中設有可連接於第一基 板100之接地部的接地連接部61，無須將用於連接於接 地部之構件設於第一插座側屏蔽構件4〇,因此可提高第 一插座侧屏蔽構件40之設計自由度。 另外，上述實施例不過是本發明的一個具體例，本 發明並非僅限定於上述實施例。如前述實施例係顯示可 從插座1之上方插入各屏蔽構件40、50而形成，不過， 亦可藉由將插頭2之各安裝溝76a、76b形成於插座側固 定殼體10，而設計成可從插座1之下方插入各屏蔽構件 40 、 50 ° 此外，前述實施例係顯示將各接觸片51設於各第 二插座側屏蔽構件50，不過，當然亦可設於各第一插座 侧屏蔽構件40。 17 200832830 【圖式簡單說明】 第一圖係本發明一種實施例中之插座的立體圖； 第二圖係插座之平面圖， 第三圖係插座端子之侧面圖； 第四圖係屏蔽用端子之立體圖； 第五圖係插座之側面剖面圖； 第六圖係本發明一種實施例中之插頭的立體圖； 第七圖係插頭之平面圖； 第八圖係插頭之側面剖面圖； 第九圖係顯示插座與插頭嵌合時之動作的側面剖 面圖； 第十圖係顯示插座與插頭嵌合時之動作的側面剖 面圖；及 第十一圖係顯示習知例之側面剖面圖。 【主要元件符號說明】 1 插座 2 插頭 11 前面部 12 背面部 13 寬度方向兩側面部 30 插座端子 40 第一插座侧屏蔽構件 40a 延伸部 50 第二插座侧屏蔽構件 51 接觸片 60 屏蔽用端子 18 200832830 61 接地連接部 64 第一屏蔽導通部 69 第二屏蔽導通部 71 前面部 72 背面部 90 插頭側屏蔽構件 100 第一基板 200 第二基板One end side. Therefore, the influence of the electromagnetic wave can be suppressed, and the E countermeasure can be sufficiently performed. Further, since the second socket-side shield member 5A is formed to form one of the outer peripheral surfaces that cover the width-side surface portions 13 of the socket 分别, respectively, the size of the terminal arrangement direction may be different depending on the number of terminals. Each of the first shield members 4A having the size of the terminal array direction is attached to the front portion 11 and the back portion 12, respectively, and the second socket-side shield members 50 are attached to the both-side surface portions 13 in the width direction without changing the size thereof. Therefore, even when the size of the terminal 1 in the terminal arrangement direction differs depending on the number of terminals, the shield member can be easily formed when the outer peripheral surface of the socket 1 is covered by one shield member, and the shield member can be manufactured at low cost. Further, since the first socket side shield members 40 and the second socket side shield members 50 are formed in contact with each other, the electrical connection of the shield members 40, 50 can be surely performed. Port 16 200832830 Furthermore, since the socket 1 is provided with the shielding terminal 60, the first shielding opening portion 64 of the shielding member 40 and the second shielding conducting portion 69 contacting the plug=shielding member 90 are integrally contacted with the first socket. Since it is provided in the shield terminal 60, the number of parts can be reduced, and the manufacturing cost can be reduced. Further, since the shield connection terminal 6 is provided with the ground connection portion 61 connectable to the ground portion of the first substrate 100, it is not necessary to provide the member for connecting to the ground portion to the first socket side shield member 4, so The design freedom of the first socket side shield member 40 is improved. Further, the above embodiment is merely a specific example of the present invention, and the present invention is not limited to the above embodiment. The foregoing embodiment is formed by inserting the shield members 40, 50 from above the socket 1, but it can also be designed by forming the respective mounting grooves 76a, 76b of the plug 2 on the socket side fixing housing 10. Each of the shield members 40 and 50 can be inserted from the lower side of the socket 1. In addition, the foregoing embodiment shows that each of the contact pieces 51 is provided on each of the second socket-side shield members 50, but it is of course possible to provide shielding on each of the first socket sides. Member 40. 17 200832830 [Simplified description of the drawings] The first drawing is a perspective view of a socket in an embodiment of the present invention; the second drawing is a plan view of the socket, the third drawing is a side view of the socket terminal; and the fourth figure is a perspective view of the terminal for shielding. 5 is a side sectional view of the socket; the sixth drawing is a perspective view of the plug in one embodiment of the present invention; the seventh drawing is a plan view of the plug; the eighth drawing is a side sectional view of the plug; A side cross-sectional view showing the operation when the plug is fitted; the tenth is a side cross-sectional view showing the action of the socket and the plug; and the eleventh is a side cross-sectional view showing a conventional example. [Main component symbol description] 1 socket 2 plug 11 front portion 12 rear portion 13 width direction side surface portion 30 socket terminal 40 first socket side shield member 40a extension portion 50 second socket side shield member 51 contact piece 60 shielding terminal 18 200832830 61 Ground connection portion 64 First shield conductive portion 69 Second shield conductive portion 71 Front portion 72 Back portion 90 Plug side shield member 100 First substrate 200 Second substrate