M417684 五、新型說明： 【新型所屬之技術領域】 係指一種RJ45傳輸插座 (傳輪端子之改良，以避 1 民，以避 免該傳輸她連接H被規格不同之幻插插時擠壓機該第一 本創作係指一種連接器之端子模紐，^ 連接器之端子模組的第一傳輸端子與第八 與第八傳輸端子，相對確保傳輸品f與使用功能。 【先前技術】M417684 V. New description: [New technical field] refers to an RJ45 transmission socket (improvement of the transmission terminal to avoid the transmission of the connector. The first creation refers to a terminal mold of a connector, and the first transmission terminal and the eighth and eighth transmission terminals of the terminal module of the connector ensure the transmission product f and the use function.
傳輸連接器殼體⑻與端子模組⑼(另參考圖四)等構件所組成其 中端子模組(9)係由電路板(90)(參考圖四）、數對刺破端子（圖未示） 等構件所組成’該RJ45傳輸插座連接器使用時係提供對應被娜 插頭(圖未示)插入，此種RM5插頭係具有八條财以配合幻衫 插座連接器之端子模組(9)的第一至第八傳輸端子(91)(92)(93)(94) (，)(97)(98) ’然而由於RJ系列之插頭的外形輪廓一樣，因此 • 常常發生幻11插頭(80)或其他幻系列之插頭誤插入RJ45傳輸插 ' 座連接器内的情形’而由於R111插頭(80)只有六條槽道(800)(參考 ，圖二），當RJ11插頭(80)誤插入該RJ45插座連接器時，該rju插 頭之底部兩側(801)(參考圖二、圖四)會擠壓端子模組(9)的第一傳 輸端子(91)以及第八傳輸端子(98)，請另參考圖五、圖六所示，由 於該第一與第八傳輸端子(91)(98)固設於電路板(9〇)之後的支點 (901)(908)大致位於電路板(90)的中心部位，而受擠壓時之受力點 (911)(981)與前述支點(901)(908)之直線距離彳艮近，因此該第一或第 3 M417684 八傳輸端子(91)(98)受擠壓變形之後的急遽變化請參考圖七、圖八 之虛線部位所示很難回復原本狀態而導致損壞，並嚴重影響傳輪 品質甚至功能失效。 本創作者乃有鏗於前述缺失，經過不斷的研究與改良，乃創 作設計一種連接器之端子模組。 是以本創作之主要目的乃在於提供一種連接器之端子模組， 該第一傳輸端子係利用三角支禮原理’其支樓部位可在受擠壓時 =受力。分制社點錢支關處，姆可減少婦壓時原支點 二力度，且該第—雜端子之固定部前端與支料位之上 端之直線距_較長於該上彎折段上端與接觸部前端的直線 =離’以相對向前延長該第—傳輸端子之受力點並遠離原支點線 進而被擠壓咖改變後之受力點已遠離原支點，相對可減少原支 Ί文力域，飾當料-傳輸端子受不#讎幾 以確保傳細質触如她。 ^ 該第 距離 創作之次—目的乃在於提供—種連接器之端子模組， 二專輪端子之©定部前端與支撐部位之上料段上 折段上端無_前端之絲轉，以向前延長 “力點」:Τ之受力點並遠離支點，進而當被擠壓時因改變後 端子，姉可減妓社受力程度，令該第八^ 外該ί二ί壓時幾乎不變形，以確保傳輸品質與使用功能，“ 二/,傳輸端子亦可在其固定部前端與支撐部位之上 上方r且該上彎折段的上方與接觸部的下傾:段 7對可提昇受簡加該第八傳輸端子之彈 【新型内容】 4 連接器明另參考圖十四所示係本創作之端子模組⑴尚未與傳輸插 座連接ϋ 4體(4收及傳輸插座連接隨麵⑽喊之立體分解 圖，而圖十五戦紅合圖，針六、針七係分縣遭⑽5 插頭(恥)誤插料—與第八傳輸端刊_受観時之變化示意 圖，由於傳輸插座連接器殼體⑼、傳輸插座連接器後殼體⑼並 非本案之請求標的，故不另贅述。 再者’如圖十八所示係為本創作之端子模組(1)尚未與固定座 (5)、缆線整理師)以及傳輸插座連接魏體⑺組裝之立體分解 圖而圖十九則為其立體組合圖，纟於固定座⑺、魏整理座⑹ 以及傳輸插座連接H殼體⑺並非本案之請求標的，故不.另贊述。 良τ、上所述，本創作可歸納具有下列增進功效： L利用三角支稽原理’該第一傳輸端子(11)之支樓部位(113)可在受 擠壓時將受力分散到原支點⑽〇與新支點⑽幻兩處(參考圖 十二），相對可減少被擠壓時原支點(11〇1)受力程度，且該第一 傳輸端子(11)之固定部(lu)的前端(111〇)與支樓部位⑴3)之上 彎折段(1132)的上端（丨〗33)之直線距離係較長於該上彎折段 (Π32)的上端(U33)與接觸部(112)之前端(n2〇)的直線距離，以 相對向前延長該第一傳輸端子(u)之受力點並遠離原支點 (hoi)，進而被擠壓時因改變後之受力點已遠離原支點(11〇1)， 相對可減少原支點(1101)之受力程度，進而當該第一傳輸端子 (11)爻不當擠壓幾乎不變形，請另參考前述圖七所示習用第一傳 輸端子(91)因RJ11插頭(80)擠壓後產生急遽變化因此難以恢復 原狀而產生變形損壞量，而比較圖十六所示本創作之第一傳輸 端子(11)因^^11插頭(8〇)誤插而受擠壓由於變形量小，相對很容 M417684 易的恢復原狀’幾乎不變形，以確保傳輸品質與使用功能。 2·第八傳輸端子(】8)之固定部(181)的前端(18】〇)與支樓部位(〗83) 之上彎折段的上端(1831)的直線距離係較長於該上彎折段的上 端(1831)與接觸部(182)的前端(1820)之直線距離，以向前延長該 第八傳輸端子(18)之受力點(1802)並遠離支點(1801)，進而當被 擠壓時因改變後之受力點遠離支點(18〇1)，相對可減少支點 (1801)之受力程度，令該第八傳輸端子(18)受不當擠壓時幾乎不 變形，請另參考前述圖八所示習用第八傳輸端子(98)因插 頭(80)擠壓後產生急遽變化因此難以恢復原狀而產生變形損壞 量，而比較圖十七所示本創作之第八傳輸端子(18)因RJu插^ (80)誤插而受擠壓由於變形量小，相對很容易 不變形，以確保傳輸品質與使用功能；另外該第人傳^子^ 亦可在其固定部(181)的前端〇81〇)與支撐部位〇83)之上幫折段 的下方之間形成的爽角係為加大R肖，且該上彎折段的上方The transmission connector housing (8) and the terminal module (9) (see FIG. 4) are composed of components, wherein the terminal module (9) is composed of a circuit board (90) (refer to FIG. 4) and a pair of piercing terminals (not shown) The components of the RJ45 transmission socket connector are provided with the corresponding plug (not shown). The RM5 plug has eight terminals to match the terminal module of the phantom socket connector (9). First to eighth transmission terminals (91) (92) (93) (94) (,) (97) (98) 'However, since the RJ series of plugs have the same outline, • Frequently 11 plugs (80) ) or other magic series plugs are mistakenly inserted into the RJ45 transmission plug 'seat connector' and since the R111 plug (80) has only six slots (800) (reference, Figure 2), when the RJ11 plug (80) is inserted incorrectly When the RJ45 socket connector is used, the bottom side (801) of the rju plug (refer to FIG. 2 and FIG. 4) will squeeze the first transmission terminal (91) and the eighth transmission terminal (98) of the terminal module (9). Please refer to FIG. 5 and FIG. 6 again, because the fulcrum (901) (908) of the first and eighth transmission terminals (91) (98) fixed behind the circuit board (9〇) is substantially electrically The central portion of the plate (90), and the linear point of the force point (911) (981) when being pressed is close to the aforementioned fulcrum (901) (908), so the first or third M417684 eight transmission terminal (91) (98) The sudden change after extrusion deformation, please refer to the dotted line in Figure VII and Figure 8. It is difficult to return to the original state and cause damage, and seriously affect the quality of the transmission wheel and even the functional failure. This creator is contrary to the aforementioned shortcomings. After continuous research and improvement, it is the creation of a terminal module for designing a connector. The main purpose of the present invention is to provide a terminal module for a connector that utilizes the principle of a triangular gifting ceremony, in which the branch portion can be stressed when pressed. The division system pays the money support, Mco reduces the original fulcrum of the woman's pressure, and the linear distance between the front end of the fixed part of the first-hybrid terminal and the upper end of the support level is longer than the upper end of the upper bending section. The straight line at the front end of the part = away from the force point of the first transmission terminal and away from the original fulcrum line, and the force point after being changed by the squeeze coffee is far away from the original fulcrum, which can reduce the original support force The domain, the decoration material - the transmission terminal is not #雠 to ensure that the fine touch is like her. ^ The first distance creation is the purpose of providing the terminal module of the connector. The front end of the fixed wheel terminal and the upper end of the upper part of the support section of the second special wheel terminal are not turned to the front end. Extend the “force point” before: the force point of the Τ is far away from the fulcrum, and when it is squeezed, the terminal can be reduced due to the change of the rear terminal, so that the ^ 二 pressure is hardly Deformation, to ensure the transmission quality and use function, "Second /, the transmission terminal can also be above the front end of the fixed part and the support part above the r and the upper part of the upper bend section and the downward tilt of the contact part: the segment 7 can be lifted The bomb of the eighth transmission terminal is simply added. [New content] 4 The connector is also shown in Figure 14. The terminal module (1) is not connected to the transmission socket. 4 (4 receiving and transmission socket connection) (10) The three-dimensional exploded view of the shouting, and the figure of the fifteen red and the figure, the needle six, the needle seven are divided into counties (10) 5 plugs (shame) mis-inserted - and the eighth transmission end of the magazine _ receiving time changes, due to transmission Socket connector housing (9), transmission socket connector rear housing (9) is not a request in this case Therefore, as shown in Figure 18, the terminal module (1) is not assembled with the fixed seat (5), the cable organizer, and the transmission socket. The exploded view and Fig. 19 are the three-dimensional combination diagram. The fixed seat (7), the Wei finishing seat (6) and the transmission socket connecting the H casing (7) are not the subject of the request of the case, so it is not mentioned. This creation can be summarized as follows: L. Using the principle of the triangular branch, the branch portion (113) of the first transmission terminal (11) can distribute the force to the original fulcrum (10) and the new fulcrum when being squeezed. (10) Two places (refer to Fig. 12), the relative force level of the original fulcrum (11〇1) when being squeezed is reduced, and the front end of the fixed portion (lu) of the first transmission terminal (11) (111〇) The linear distance from the upper end (丨 33) of the bending section (1132) above the branch portion (1) 3) is longer than the upper end (U33) of the upper bending section (Π32) and the front end of the contact portion (112) (n2直线) the linear distance to extend the force point of the first transmission terminal (u) relative to the front and away from the original fulcrum (hoi), and then be squeezed due to the change The force point is far away from the original fulcrum (11〇1), which can reduce the force of the original fulcrum (1101). When the first transmission terminal (11) is improperly squeezed, it will hardly deform. Please refer to Figure 7 above. The first transmission terminal (91) for the exercise is violently changed by the RJ11 plug (80), so that it is difficult to restore the original shape and the amount of deformation damage is generated, and the first transmission terminal (11) of the present invention shown in Fig. 16 is compared. ^11 plug (8〇) is inserted by mistake and squeezed. Due to the small amount of deformation, the M417684 is easy to recover. It is almost never deformed to ensure the transmission quality and function. 2. The eighth transmission terminal (8) The linear distance between the front end of the fixing portion (181) and the upper end of the bending portion (1831) above the branch portion (183) is longer than the upper end of the upper bending portion (1831) and the contact portion ( 182) a straight line distance of the front end (1820) to extend the force point (1802) of the eighth transmission terminal (18) forward and away from the fulcrum (1801), and then the force point after the change due to the change Far from the fulcrum (18〇1), the relative force of the fulcrum (1801) can be reduced, so that the eighth transmission terminal (18) is almost improperly squeezed. If it is not deformed, please refer to the eighth transmission terminal (98) shown in the above figure 8 for the sudden change of the plug (80), so it is difficult to restore the original shape and cause deformation damage, and compare the creation shown in Figure 17. The eighth transmission terminal (18) is squeezed due to the incorrect insertion of the RJu plug (80). Since the amount of deformation is small, it is relatively easy to be deformed to ensure the transmission quality and the function of use; in addition, the first person can also pass the ^^ The refreshing angle formed between the front end of the fixing portion (181) and the lower portion of the upper portion of the supporting portion 〇83) is an increase R, and above the upper bending portion
接觸部(182)之下傾斜段的上方之間形成的夾角亦係為加大R 角，可進-步增加鄉八傳輸端子⑽之彈性， 壓時之彈性恢復力量。 』托升又擠 是以，本_作乃確具其實㈣進功效，乃謹崎型專利申 請之’懇請釣局責料委員予以詳查並賜准專利，至感德便。 惟，以上所述者僅林_之·實施㈣已，當不妒以 限定本創作實施之酬，舉驗賴作申請補簡所^ 變化與修飾魏仍屬本創作涵蓋之專利範圍内。 【圖式簡單說明】 圖一係習用RJ11播頭# 、尚未插入R〗45傳祕錢接器之續分解 10 示意圖β 圖二係習用W11插頭尚未插入RJ45傳輸插座連接器之底視立體 分解圖。 圖三係習用RJU插碩與RJ45傳輸插座連接器之端子模組的底視 立體分解放大圖。 圖四係習用RJ11插頭誤插入RJ45傳輸插座連接器之立體圖。 圖五係習用RJ45傳輪插座連接器之端子模組的第一傳輪端子之部 份斷面放大圖。 圖六係習用’傳輸插座連鄕之端子模組的第八傳輸端子之部 份斷面放大圖。 圖七係習用，插頭誤插人腿插座連接器之後與第一傳輸端 子的變化之放大示意圖。 圖八係制RJ11插頭誤插人祕插座連接器之後與第八傳輸蠕 子的變北之放大示意圖。 圖九知本創作實施例端子模組之第—至第八傳輸端子分解狀態立 體圖。 圖十係本創作實槐例之立體組合圖。 圖十一係本創作實施例之另一角度立體圖。 圖十二係本創作實關其中第〜傳輪軒之部份組合斷面示意 圖。 圖十三係本創作實施例其中第人傳輸端子之部份組合斷面示意 圖。 M417684 圖十_'本_之端子模組尚未與傳輸插座連接器殼體、傳輸插 座連接器後殼體組裝之立體分解圖。 圖十五係本創作之端子模組與傳輸插座連接器殼體、傳輸插座連 接器後體乡且裝後之立體乡且合圖。 圖十六係本創作端子模組與傳輸插座連接器殼體、傳輸插座連接 器後殼體組裝後被RJ11插頭誤插時其第一傳輸端子受擠壓後之 變化的放大示意圖。 圖十七係本創作端子模組與傳輸插座連接器殼體、傳輸插座連接 器後殼體組裝後被RJ11插頭誤插時其第八傳輸端子受擠壓後之 變化的放大示意圖。 圖十八係本創作之端子模組尚未與固定座、纜線整理座以及傳輸 插座連接器殼體組裝之立體分解圖。 圖十九係本創作之端子模組與固定座、瘦線整理座以及傳輸插座 連接器殼體之立體組合圖。 【主要元件符號說明】 (1)端子模組 （11)(12)(13)(14)(15)(16)(17)(18)傳輸端子 (1101)原支點 （1102)新支點 (1103)(1802)受力點 （1110)(1120)(1810)(1820)前端 (111) (121)(131)(141)(151)(161)(171)(181)固定部 (112) (122)(132)(142)(152)(162)(172)(182)接觸部 (1121)下彎折部 （113)(183)支撐部位 (1130)下端 （1131)下彎折段 12The angle formed between the upper portions of the inclined sections below the contact portion (182) is also an increased R angle, which can further increase the elasticity of the township eight transmission terminals (10) and restore the elastic force during pressing. 』托升升 squeezed Yes, this _ is actually the actual (four) into the effect, is the saki-type patent application of the 恳 钓 钓 钓 钓 钓 钓 钓 钓 钓 钓 钓 钓 钓 钓 钓 钓 钓 钓 钓 钓 钓 钓 钓 钓 钓 钓 钓 钓 钓 钓 。 。 。 However, the above-mentioned only _ _····················································································· [Simple diagram of the diagram] Figure 1 is the use of RJ11 broadcast head #, has not been inserted R〗 45 transmission secret connector continues to decompose 10 schematic β Figure II is a conventional W11 plug has not been inserted into the RJ45 transmission socket connector bottom view exploded view . Figure 3 is a bottom-view exploded view of the terminal module of the RJU plug-in and RJ45 transmission socket connector. Figure 4 is a perspective view of the conventional RJ11 plug misinserted into the RJ45 transmission socket connector. Figure 5 is an enlarged cross-sectional view of a portion of a first transfer terminal of a terminal module of a conventional RJ45 transfer wheel socket connector. Fig. 6 is an enlarged cross-sectional view showing a portion of the eighth transmission terminal of the terminal module of the transmission socket. Figure 7 is a schematic view showing the variation of the change with the first transmission terminal after the plug is mistakenly inserted into the human socket connector. Figure 8 is an enlarged schematic view of the northward transmission of the RJ11 plug after being mistakenly inserted into the human socket connector and the eighth transmission creeper. Fig. 9 is a perspective view showing the exploded state of the first to eighth transmission terminals of the terminal module of the present embodiment. Figure 10 is a three-dimensional combination of the real examples of this creation. Figure 11 is another perspective view of the present embodiment. Figure 12 is a schematic diagram of a partial section of the section of the original creation. Figure 13 is a schematic cross-sectional view showing a portion of a transmission terminal of a first embodiment of the present embodiment. M417684 Figure 10 _ 'This _ terminal module has not been assembled with the transmission socket connector housing, transmission socket connector rear housing. Figure 15 is a three-dimensional picture of the terminal module and the transmission socket connector housing of the creation, the transmission socket connector, and the assembled three-dimensional township. Fig. 16 is an enlarged schematic view showing the change of the first transmission terminal when the terminal module of the present invention is assembled with the transmission socket connector and the transmission socket connector after the housing is assembled by the RJ11 plug. Figure 17 is an enlarged schematic view showing the change of the eighth transmission terminal after the terminal assembly of the present invention is assembled and the transmission socket connector housing and the transmission socket connector are assembled by the RJ11 plug. Figure 18 is an exploded perspective view of the terminal module of the present invention which has not been assembled with the fixing base, the cable finishing base and the transmission socket connector housing. Figure 19 is a three-dimensional combination of the terminal module and the fixed seat, the thin wire finishing seat and the transmission socket connector housing of the present invention. [Description of main component symbols] (1) Terminal module (11) (12) (13) (14) (15) (16) (17) (18) Transmission terminal (1101) original fulcrum (1102) new fulcrum (1103 ) (1802) Stress point (1110) (1120) (1810) (1820) Front end (111) (121) (131) (141) (151) (161) (171) (181) Fixing part (112) ( 122) (132) (142) (152) (162) (172) (182) contact portion (1121) lower bent portion (113) (183) support portion (1130) lower end (1131) lower bent portion 12