M283380 八、新型說明： 【新型所屬之技術領域】 本創作關於一種板連接式雷$ 匹配接點之接觸區段、=板段其=接觸 合,亥接觸區段至該連接區段之彈性w :、有結 點。由於該彈性結合區段之存在，該個接 匹配-匹配連接iim ”連接态可補償 【先前技術】 傳統上已經使用如上述般可補償匹配 器之滑動之板連接式電氣連接器。 匹配連接 ，例而言，曰本新型帛1994_44063號公開案座 發明弟2004- i 19㈣號公開案揭示具有第—殼體了第二 殼體二及^個接點之板連接式電氣連接器。各接點包； 由s亥第一设體保持且與匹配接點接觸之接觸區段、由該 第二殼體固持且連接至板之連接區段、及結合該 ^ 段至該連接區段之可彎曲結合區段，其中允許該接觸^ 段相對該連接區段浮動。 揭示於日本新型第1994-44063號公開案中之板連 接式電氣連接器如此配置，以補償當該電氣連接器匹配 一 2E配連接器時於任何X、γ與Z方向之滑動。然而， 由於相鄰接點之可彎曲結合區段係由殼體之壁分割，上 述電氣連接器很難以較小尺寸設計或製造。若移除該壁 以使接點間之間距變窄，相鄰可彎曲結合區段可能會互 相接觸。 於曰本發明第2004-119050號公開案中揭示之電氣 連接器之情況中，第一殼體與第二殼體藉由以該配置方 向形成於行接點之兩端處之強化銷加以連接。因此，雖 M283380 然滑動可於該第一殼體連接至與分離自該第二殼體處 之z方向補償，該第一殼體相對該第二殼體之浮動（晃動) 受限制，且當以與Z方向呈直角之X與Y方向匹配一 匹配連接器時滑動無法被補償。 【新型内容】 本創作有鑑於上述情況加以製作，並提供一種可補 償於任何X、Y與Z方向中匹配之相當大規模滑動之板 連接式電氣連接器，而使其本身應用至接點之較窄間 距。 本創作之目的係提供一種板連接式電氣連接器，包 含：第一殼體、第二殼體、及複數接點，其中該複數接 點的每一個接點分別具有由該第一殼體所固持且與匹 配接點接觸之接觸區段、由該第二殼體所固持且連接至 板之連接區段、及結合該接觸區段至該連接區段之彈性 結合區段，允許該接觸區段相對該連接區段浮動： 其中該複數接點的每一個接點分別具有彎曲部分 於沿著該接點之高度方向形成於與相鄰接點之不同位 置之彈性結合區段中，及 該第一殼體與第二殼體具有突出部從一側突出至 另一側，及凹處形成於另一側且該突出部配合晃動於此 側。 最佳者於本創作之上述電氣連接器中，該第一殼體 或該第二殼體之壁形成對準該接點且相鄰該相鄰接點 之彎曲部分。 根據本創作之電氣連接器，由於各接點具有沿著該 高度方向形成於與相鄰接點不同之位置中之彈性結合 區段之彎曲部分，該彈性結合區段可避免與相鄰接點接 6 M283380 觸，即使具有窄間距，因 板連接式電氣連接器。只見具有窄間距接點之可靠 又根據本創作之雷褒查的 之第一殼體與第二殼體益，組成該電氣連接器 側，且凹處形突出部從-側突出至另-此，於匹配一匹配、查、邛配合晃動之另一側中。因 亦補償X與γ方向。為日守之滑動可不僅補償Z方向， 點不=接:第殼體:之壁確保相鄰接 ^下將參照圖式描述本創作之實施例。 合匹式=rr，顯示欲嵌 器之背部立體圖。弟—圖係卜圖所示之電氣連接 之電圖及第四圖分別顯示第―圖與第二圖所示 顯干二之部分剖面平面圖與剖面前視圖，第四圖 iitr 接11之該側。第五圖係第四圖所示沿 者線A-A之剖面圖，且亦顯示匹配連接器。 一=圖式—中所示之板連接式電氣連接器1〇,具有第 例Ϊ對準^ —殼體12、及許多對準接點13(即於實施 =:上,間距之…與_。各接點13包含由 ""所保持且接觸由匹配連接器20(見第五圖） 所保持之匹配接點22之接觸區段i3i、由該 所保持且連接至板(未顯示)之連接區段 社人「:Γ5該接觸區段131至該連接區段132之彈性 、、、° 5區敁I33。該彈性結合區段133具有彎曲部分 7 M283380 1331，使得該接觸區段πΐ可相對該連接區段132晃 動。應注意各接點13具有沿著其高度形成於與相鄰接 點之不同位置中之彎曲部分。根據該實施例，相鄰接點 13之言曲部分13 31沿著該接點之兩度方向形成於交妹 不同位置中。該接點13之生產過程或裝配過程中之二 誤大大影響該彎曲部分1331之邊緣。因此，若接點^ 彎曲部分1331形成於與該相鄰接點之相同位置上，其 可能互相接觸而導致短路。於此一情況中，如日本新型 第1994-44063號公開案所示，一分隔物不需形成於相鄰 接點間，以避免其互相接觸。另一方面，於根據本實施 例之板連接式電氣連接器中，各接點13具有彎曲部分 1331沿著其高度形成於與該相鄰接點之不同位置中，該 彎曲部分可避免與該相鄰接點接觸，即使當接點13之 製造過程或裝配過程中產生錯誤。因此，可能窄化接點 間之間距。附帶地，接點13由兩類接點構成，即許多 普通接點13 a與具有比接點13 a長之接觸（未顯示）區段 之接點13b，較長部分延伸於前側。當接點13a與13b 之接觸區段形成於不同位置中時，可實現連續連接。接 點13b置於該殼體11之背部上之缺口 112中。 另外，根據本實施例之板連接式電氣連接器1〇，該 第二殼體12具有對準各接點13且突出至相鄰該相鄰接 點13之彎曲部分1331之位置之壁121a與121b。該壁 121a與121b可安全避免各接點13之彎曲部分1331進 入該相鄰接點13之區域，即使製造與裝配過程中有重 大錯誤。並且，該壁121a與121b並非置於接點間，而 是放置對準各接點。（特別是，該壁121a形成於該下彎 曲部分1331上，而該壁121b形成於該上彎曲部分1331 M283380 下。）因此，這些壁不妨礙接點具有較窄間距。 —又，如第四圖所示，該板連接式電氣連接器10包 含由該第二殼體12所固持之銷122,用以相對一板放在 ，當，置。該銷122具有透過該第二殼體12突出至該 第一豉體11之上部分122a。就板之必要強度與焊接而 論，該銷122以黃銅作為基本材料而製成，並鍍上錫。 凹處hi形成於該第一殼體u中，以接收該銷122之上 邛分122a。當该凹處in之内直徑大於該銷122之直徑 φ 時，該上部分122a配合晃動於該凹處111中。結果，由 於該部分122a相對該凹處U1之晃動（浮動）及各接點 13之彈性結合區段133之彎曲部分1331之存在，該板 連接式電氣連接器10之第一殼體u(據此，接點13之 接觸區段131由該第一殼體u保持）可以任何χ、γ、 與z方向晃動。因此，當匹配該匹配連接器時，可 補償該電氣連接器1〇之滑動。附帶地，根據本實施例 之板連接式電氣連接器如此配置，以補償任何χ、γ、 與z方向之最大±lmm間距。 • a又，雖然於本創作之實施例中，該壁121a盥121b ^供於該第二殼體12中，以安全避免相鄰接點互相接 觸，當幫曲部分1331提供於該第一殼體u時，該壁nia 與121b可提供於該第一殼體u巾。另外，根據本創作 之實施例，相鄰接點13之彎曲部分1331形成於交替不 @位置中二然、而’彎曲部分之位置不限於另—不同樣 弋/要考曲邛分1331沿著該高度方向形成於盘相鄰 ，之^同位置即可。舉例而言，彎曲部分可沿著該高 又方向放置於三個不同位置之循環處。 9 M283380 【圖式簡單說明】 第一圖係根據本創作之板連接式電氣連接器之立 體圖，顯示欲嵌合匹配連接器之該側； 第二圖係第一圖所示之電氣連接器之背部立體圖； 第三圖係第一圖與第二圖所示之電氣連接器之部 分剖面平面圖； 第四圖係第一圖與第二圖所示之電氣連接器之部 分剖面前視圖，顯示欲嵌合匹配連接器之該側；及 第五圖係第四圖所示沿著線A-A之剖面圖。 【主要元件符號說明】 10 板連接式電氣連接器 11 第一殼體 12 第二殼體 13 對準接點 13a 對準接點 13b 對準接點 20 匹配連接器 21 殼體 22 匹配接點 111 凹處 112 缺口 121a 壁 121b 壁 122 銷 122a 上部分 131 接觸區段 132 連接區段 M283380 133 彈性結合區段 1331 彎曲部分M283380 VIII. Description of the new type: [Technical field to which the new type belongs] This creation relates to the contact section of a board-connected lightning $ matching contact, = board section which = contact closure, the elasticity of the contact section to the connection section :, There are nodes. Due to the existence of the elastic bonding section, the mating-matching connection “imim” connection state can compensate [prior art] Traditionally, a board-connected electrical connector that can compensate for the slippage of a matcher as described above has traditionally been used. For example, the Japanese Patent Publication No. 1994-44063 (2004-i 19) discloses a board-connected electrical connector having a first casing, a second casing, and two contacts. Each contact Package; a contact section held by the first body and in contact with the mating contact, a connection section held by the second housing and connected to the board, and a bendable section combining the ^ section to the connection section Combined sections, where the contact section is allowed to float relative to the connection section. The board-connected electrical connector disclosed in Japanese New Publication No. 1994-44063 is so configured to compensate when the electrical connector matches a 2E connector The connector slides in any of the X, γ, and Z directions. However, since the flexible joint sections of adjacent contacts are divided by the wall of the housing, it is difficult to design or manufacture the electrical connector in a smaller size. except The wall narrows the distance between the contacts, and adjacent flexible joint sections may contact each other. In the case of the electrical connector disclosed in the publication No. 2004-119050 of the present invention, the first housing and the The second casing is connected by reinforced pins formed at both ends of the row contact in the configuration direction. Therefore, although M283380 slides, the first casing can be connected to and separated from the second casing. Compensation in the z direction, the floating (sloshing) of the first housing relative to the second housing is restricted, and sliding cannot be compensated when a matching connector is matched with the X and Y directions at a right angle to the Z direction. [New content 】 This creation is made in view of the above situation, and provides a board-connected electrical connector that can compensate for a fairly large-scale sliding match in any of the X, Y, and Z directions, so that it applies itself to the narrower pitch of the contacts The purpose of this creation is to provide a board-connected electrical connector, including: a first housing, a second housing, and a plurality of contacts, wherein each of the contacts of the plurality of contacts has a first housing respectively. Hold and match A contact section contacted by a contact, a connection section held by the second housing and connected to the board, and an elastic bonding section combining the contact section to the connection section, allowing the contact section to be connected to the connection Section floating: wherein each of the plurality of contacts has a bent portion formed in an elastic combination section along a height direction of the contact at a different position from an adjacent contact, and the first housing The second housing has a protruding portion that protrudes from one side to the other side, and a recess is formed on the other side, and the protruding portion cooperates with shaking on this side. The best of the electrical connectors in the above-mentioned creation, the first A wall of a housing or the second housing forms a curved portion aligned with the contact and adjacent to the adjacent contact. According to the electrical connector of the present invention, since each contact has a shape formed along the height direction with The curved part of the elastic bonding section in different positions of adjacent contacts. The elastic bonding section can avoid contact with the adjacent contact 6 M283380, even with a narrow pitch, due to the board connection type electrical connector. I saw that the first housing and the second housing, which have reliable narrow-pitch contacts and are based on the lightning inspection of this creation, constitute the side of the electrical connector, and the recess-shaped protrusions protrude from the-side to the other-this , On the other side of matching-matching, matching, checking, and shaking. Therefore, the X and γ directions are also compensated. The sliding for the day guard can not only compensate the Z direction, the point is not connected: the first shell: the wall to ensure the adjacent connection ^ The embodiment of this creation will be described below with reference to the drawings. Matching type = rr, showing the three-dimensional view of the back of the device to be embedded. The brother-picture is the electric diagram of the electrical connection shown in the figure and the fourth diagram shows the partial cross-sectional plan view and the front view of the section shown in Fig. 2 and the second diagram, respectively. The fourth diagram iitr is connected to the side of 11 . The fifth figure is a cross-sectional view taken along line A-A shown in the fourth figure, and the matching connector is also shown.一 = Schematic—The board-connected electrical connector 10 shown in the figure has the first example: Alignment ^ —the housing 12, and a number of alignment contacts 13 (that is, in the implementation =: on, the distance between ... and _ Each contact 13 includes a contact section i3i held by " " and contacting the matching contact 22 held by the mating connector 20 (see the fifth figure), and held by this and connected to the board (not shown) ) Of the connecting section ": 5 elasticity of the contact section 131 to the connecting section 132, 5 ° 33 I33. The elastic bonding section 133 has a curved portion 7 M283380 1331, making the contact section πΐ can be shaken with respect to the connection section 132. It should be noted that each contact 13 has a curved portion formed along a height thereof in a different position from the adjacent contact. According to this embodiment, the speech portion of the adjacent contact 13 is curved 13 31 is formed in different positions along the two directions of the contact. Two errors in the production process or assembly process of the contact 13 greatly affect the edge of the curved portion 1331. Therefore, if the contact ^ curved portion 1331 is formed at the same position as the adjacent contact, which may contact each other and cause a short circuit In this case, as shown in Japanese New Publication No. 1994-44063, a partition does not need to be formed between adjacent contacts to avoid mutual contact. On the other hand, it is connected to the board according to this embodiment. In the electrical connector, each contact 13 has a curved portion 1331 formed along a height thereof in a different position from the adjacent contact, and the curved portion can avoid contact with the adjacent contact, even when the contact 13 An error occurs during the manufacturing process or assembly process. Therefore, the distance between contacts may be narrowed. Incidentally, the contact 13 is composed of two types of contacts, that is, many ordinary contacts 13 a and contacts having a longer length than the contact 13 a (Not shown) The contact 13b of the section extends longer on the front side. When the contact sections of the contacts 13a and 13b are formed in different positions, continuous connection can be achieved. The contact 13b is placed in the housing 11 In the notch 112 on the back. In addition, according to the board-connected electrical connector 10 of this embodiment, the second housing 12 has a curved portion aligned with each contact point 13 and protruding to the adjacent contact point 13. The walls 121a and 121b at the position 1331. The walls 121a and 121 b It is safe to prevent the bent portion 1331 of each contact 13 from entering the area of the adjacent contact 13, even if there is a major error in the manufacturing and assembly process. Moreover, the walls 121a and 121b are not placed between the contacts, but are placed opposite (Especially, the wall 121a is formed on the lower curved portion 1331, and the wall 121b is formed under the upper curved portion 1331 M283380.) Therefore, these walls do not prevent the contacts from having a narrower pitch. — In addition, as shown in the fourth figure, the board-connected electrical connector 10 includes a pin 122 held by the second housing 12 for placing, arranging, and placing relative to a board. The pin 122 has a portion 122a protruding through the second casing 12 to the first body 11. In terms of the necessary strength and welding of the plate, the pin 122 is made of brass as a basic material and is plated with tin. A recess hi is formed in the first housing u to receive a centimeter 122a above the pin 122. When the inner diameter of the recess in is larger than the diameter φ of the pin 122, the upper portion 122a shakes in cooperation with the recess 111. As a result, due to the shaking (floating) of the portion 122 a relative to the recess U1 and the existence of the bent portion 1331 of the elastic coupling section 133 of each contact 13, the first housing u (according to the Therefore, the contact section 131 of the contact 13 is held by the first casing u) and can be shaken in any of the χ, γ, and z directions. Therefore, when the matching connector is matched, the sliding of the electrical connector 10 can be compensated. Incidentally, the board-connected electrical connector according to the present embodiment is configured so as to compensate for any maximum ± 1 mm pitch in the χ, γ, and z directions. • a. Although in the embodiment of this creation, the wall 121a and 121b are provided in the second housing 12 to safely prevent adjacent contacts from contacting each other. When the clasp portion 1331 is provided in the first housing When the body is u, the walls nia and 121b may be provided on the first shell u towel. In addition, according to the embodiment of the present creation, the curved portion 1331 of the adjacent contact 13 is formed in the alternate position @Ran, and the position of the curved portion is not limited to another—not the same. The height direction is formed adjacent to the disc, and it may be the same position. For example, the curved portion can be placed in the loop at three different positions along the height direction. 9 M283380 [Schematic description] The first picture is a perspective view of the board-connected electrical connector according to this creation, showing the side of the mating connector to be fitted; the second picture is the electrical connector shown in the first picture Rear perspective view; The third view is a partial cross-sectional plan view of the electrical connector shown in the first and second drawings; the fourth view is a front view of the partial cross-section of the electrical connector shown in the first and second drawings, showing This side of the mating mating connector; and the fifth figure is a cross-sectional view taken along line AA shown in the fourth figure. [Description of main component symbols] 10 Board-connected electrical connector 11 First housing 12 Second housing 13 Alignment contact 13a Alignment contact 13b Alignment contact 20 Matching connector 21 Housing 22 Matching contact 111 Recess 112 Notch 121a Wall 121b Wall 122 Pin 122a Upper section 131 Contact section 132 Connection section M283380 133 Elastic coupling section 1331 Curved section