TWM652692U - Assembly structure of electronic connector - Google Patents

Abstract

本創作係為一種電連接器之組裝結構，係應用於USB線纜中，包括：一絕緣本體，其內部穿設有包括對接側及遠離該對接側的接線側之一端子組，該絕緣本體與該接線側之間圍設形成有一容置空間；一電子晶片，係設置於該容置空間中且其一側設有複數接點，而該端子組之該接線側與該些接點之間透過接觸抵持形成電性連接以簡化組裝作業，此外，可根據產品的需求，不裝設電子晶片以更進一步降低製造成本，而前述結構不需要使用具有線路佈局之電路板，而具有USB線纜體積縮減及製造成本降低之優點。 The invention is an assembly structure of an electrical connector, which is used in USB cables and includes: an insulating body, which is internally provided with a terminal group including a mating side and a wiring side away from the mating side. The insulating body is An accommodating space is formed surrounding the wiring side; an electronic chip is disposed in the accommodating space and has a plurality of contacts on one side, and the wiring side of the terminal group is connected to the contacts. Electrical connections are formed through contact resistance to simplify assembly operations. In addition, according to the needs of the product, no electronic chip can be installed to further reduce manufacturing costs. The aforementioned structure does not require the use of a circuit board with a circuit layout, but has a USB The advantages of cable volume reduction and manufacturing cost reduction.

Description

電連接器之組裝結構 Assembly structure of electrical connector

本創作係有關於一種電連接器之組裝結構，尤指一種用於USB線纜之電連接器的絕緣本體與端子組之間所形成的容置空間，便可將電子晶片由端子組之正極端子的銜接板轉折所形成導引片上推移入容置空間中做一定位，並透過轉接架將電子晶片做一輔助定位並可防止其向後退移，同時轉接架所形成體積較大而便於焊接線纜，而電子晶片之接點分別與端子組之偵測端子、正極端子及接地端子透過接觸抵持形成電性連接以簡化組裝作業，此種電連接器之組裝結構完全不需要使用具有線路佈局之電路板，而具有USB線纜體積縮減及製造成本降低之優點。 This invention relates to an assembly structure of an electrical connector, in particular to the accommodation space formed between the insulating body of an electrical connector for USB cables and the terminal set, so that the electronic chip can be connected to the anode of the terminal set. The guide piece formed by the turning of the connecting plate of the terminal is pushed upward into the accommodation space for positioning, and the electronic chip is auxiliary positioned through the adapter frame and prevented from moving backward. At the same time, the adapter frame is larger in size and It is convenient to solder cables, and the contacts of the electronic chip are electrically connected to the detection terminal, positive terminal and ground terminal of the terminal group through contact resistance to simplify the assembly operation. This kind of electrical connector assembly structure does not require the use of A circuit board with a circuit layout has the advantages of reducing the size of the USB cable and reducing the manufacturing cost.

按，通用序列匯流排(USB)被廣泛應用於電子產品，透過通用序列匯流排可對電子產品進行充電、傳輸資料及做周邊設備的擴充，依其演進的歷程包括USB1.0、1.1、2.0、3.0、3.1...等；而依不同電子產品需求所發展規格型式，包括USB TYPE A、B、C；而各種規格型式依其尺寸來做區分包括Normal、Mini、Micro，各種USB電連接器依規格型式及尺寸混合搭配，即發展出目前琳瑯滿目的各式電子產品之應用。 According to the Universal Serial Bus (USB), it is widely used in electronic products. Electronic products can be charged, transmitted data and expanded peripheral devices through the Universal Serial Bus. According to its evolution process, it includes USB1.0, 1.1, 2.0 , 3.0, 3.1...etc.; specifications and types developed according to the needs of different electronic products, including USB TYPE A, B, C; and various specifications and types are distinguished according to their size, including Normal, Mini, Micro, various USB electrical connections By mixing and matching devices according to specifications, types and sizes, a wide variety of electronic product applications have been developed.

USB TYPE C(以下稱為USB-C)之連接器係為一橢圓形插孔，設置於行動電子裝置中可不需區分正、反面來進行充電，具有極佳 的便利性。再者，USB-C介面之最大可輸出電壓為20伏特(V)；最大可輸出電流為5安培(A)，其輸出功率較傳統USB-A介面為高且體積較小。為了因應多規格的電力傳輸，通常在USB規格的線纜中設置有電子標示器(E-Marker)，而電子標示器之作用為：當該線纜連接至USB規格供電端的連接埠時(如電源適配器〔Power Adapter〕)，連接埠可於線纜上發送要求訊息以使電子標示器收到要求訊息後回應一資料訊息，致使連接埠可得知線纜的資料訊息，而資料訊息包括有：線纜之耐受電壓(V)、電流(I)及功率(W)。 The connector of USB TYPE C (hereinafter referred to as USB-C) is an oval jack. It is installed in mobile electronic devices and can be charged without distinguishing the front and back sides. It has excellent convenience. Furthermore, the maximum output voltage of the USB-C interface is 20 volts (V) and the maximum output current is 5 amps (A). Its output power is higher than the traditional USB-A interface and its size is smaller. In order to cope with multi-standard power transmission, USB standard cables are usually equipped with electronic markers (E-Markers), and the function of the electronic markers is: when the cable is connected to the USB standard power supply port (such as Power Adapter), the connection port can send a request message on the cable so that the electronic marker responds with a data message after receiving the request message, so that the connection port can learn the data message of the cable, and the data message includes : Withstand voltage (V), current (I) and power (W) of the cable.

近來行動電子裝置(如：筆記型電腦、平板電腦或智慧型手機)之充電設備需要透過大功率及多規格電力輸出以達到高速充電的功能，故於USB線纜中設置有電子標示器已成為大勢所趨，而傳統電子標示器安裝於USB線纜中的做法，多半為先將電子標示器焊接於具有線路佈局電路板上，再於電路板二側接點分別焊接電連接器及線纜，而此種做法將使電子標示器於USB線纜中佔據太多空間，致使無法使USB線纜整體體積縮減，而前述缺失有待從事此行業者加以研究改進。 Recently, charging equipment for mobile electronic devices (such as laptops, tablets or smartphones) requires high-power and multi-standard power output to achieve high-speed charging. Therefore, it has become a common practice to install electronic markers in USB cables. The general trend is that the traditional way of installing electronic markers in USB cables is to first weld the electronic markers to a circuit board with a circuit layout, and then solder the electrical connectors and cables to the contacts on both sides of the circuit board respectively. This approach will make the electronic marker occupy too much space in the USB cable, making it impossible to reduce the overall size of the USB cable. The aforementioned shortcomings need to be researched and improved by those engaged in this industry.

故，創作人有鑑於上述之問題與缺失，乃蒐集相關資料，經由多方評估及考量，始設計出此種電連接器之組裝結構之創作誕生。 Therefore, in view of the above-mentioned problems and deficiencies, the creator collected relevant information, and after multiple evaluations and considerations, he came up with the creation of the assembly structure of this electrical connector.

本創作主要為一種電連接器之組裝結構，係應用於USB線纜中，包括：一絕緣本體，其內部穿設有包括對接側及遠離該對接側的接線側之一端子組，該絕緣本體與該接線側之間圍設形成有一容置空間；一電子晶片，係設置於該容置空間中且其一側設有複數接點，而該端子組之 該接線側與該些接點之間透過接觸抵持形成電性連接。藉由前述用於USB線纜之電連接器的絕緣本體與端子組之間所形成的容置空間，便可將電子晶片由端子組之正極端子的銜接板轉折所形成導引片上推移入容置空間中做一定位，並透過轉接架將電子晶片做一輔助定位並可防止其向後退移，同時轉接架所形成體積較大而便於焊接線纜，而電子晶片之接點分別與端子組之偵測端子、正極端子及接地端子透過接觸抵持形成電性連接以簡化組裝作業，此種電連接器之組裝結構完全不需要使用具有線路佈局之電路板，而具有USB線纜體積縮減及製造成本降低之優點。 This invention is mainly an assembly structure of an electrical connector, which is used in USB cables. It includes: an insulating body, and a terminal group including a mating side and a wiring side away from the mating side is penetrated inside the insulating body. An accommodating space is formed surrounding the wiring side; an electronic chip is disposed in the accommodating space and has a plurality of contacts on one side, and the terminal group The wiring side and the contacts are electrically connected through contact resistance. Through the accommodating space formed between the insulating body of the electrical connector for USB cables and the terminal group, the electronic chip can be pushed onto the guide plate formed by the connecting plate turning of the positive terminal of the terminal group into the accommodating space. Position the electronic chip in the space, and use the adapter frame to auxiliary position the electronic chip and prevent it from moving backward. At the same time, the adapter frame forms a larger volume and is convenient for welding cables, and the contacts of the electronic chip are respectively with The detection terminal, positive terminal and grounding terminal of the terminal group form electrical connections through contact resistance to simplify assembly operations. The assembly structure of this electrical connector does not require the use of a circuit board with a circuit layout, and has the same size as a USB cable Advantages of downsizing and lowering manufacturing costs.

本創作之次要目的在於該絕緣本體局部與該端子組之該對接側外部更裝設有一屏蔽殼體，而該絕緣本體未被該屏蔽殼體套置局部與該端子組之該接線側外部則穿置於一線纜之套體中並形成固定。 The main purpose of this invention is that the part of the insulating body and the outside of the butt side of the terminal set are equipped with a shielding case, and the part of the insulating body that is not covered by the shielding case is connected to the outside of the wiring side of the terminal set. Then it is inserted into the body of a cable and fixed.

本創作之另一目的在於該絕緣本體對應該端子組之該對接側之上、下面處各組裝有一定位端子，且該二定位端子各具有朝相對內側延伸之二彈臂。 Another object of this invention is to assemble a positioning terminal above and below the mating side of the terminal group corresponding to the insulating body, and each of the two positioning terminals has two elastic arms extending toward opposite inwards.

本創作之再一目的在於該端子組包括位於二外側之接地端子，該二接地端子之間平行設有二負極端子且該二負極端子之間具有一連接板，而該二負極端子之間平行設有二正極端子且該二正極端子之間具有一銜接板，於該二正極端子之間平行設有一偵測端子。 Another purpose of this invention is that the terminal set includes ground terminals located on two outer sides, two negative terminals are arranged in parallel between the two ground terminals, and there is a connecting plate between the two negative terminals, and the two negative terminals are parallel to each other. Two positive terminals are provided with a connecting plate between the two positive terminals, and a detection terminal is provided in parallel between the two positive terminals.

本創作之再一目的在於該連接板朝向絕緣本體之一側邊延伸有抵持電子晶片頂面之一簷頂，且該銜接板朝該簷頂同側轉折形成有呈L型及供該電子晶片推移組裝之一導引片。 Another purpose of this invention is that the connecting plate extends toward one side of the insulating body with an eaves that resists the top surface of the electronic chip, and the connecting plate is turned toward the same side of the eaves to form an L-shape for the electronic chip. A guide piece for wafer push assembly.

1:電連接器 1: Electrical connector

11:絕緣本體 11: Insulating body

110:容置空間 110: Accommodation space

111:定位端子 111: Positioning terminal

1111:彈臂 1111:Elastic arm

12:端子組 12:Terminal group

12a:對接側 12a: docking side

12b:接線側 12b: Wiring side

121:接地端子 121:Ground terminal

122:負極端子 122: Negative terminal

1221:連接板 1221:Connection board

1222:簷頂 1222:eaves

123:正極端子 123:Positive terminal

1231:銜接板 1231:Connection board

1232:導引片 1232:Guide film

124:偵測端子 124:Detection terminal

13:屏蔽殼體 13:Shielding shell

14:線纜 14: Cable

141:套體 141:Sleeve body

15:轉接架 15:Adapter rack

151:抵持部 151: Resistance Department

2:電子晶片 2: Electronic chip

21:第一接點 21:First contact

22:第二接點 22: Second contact

23:第三接點 23:Third contact

24:第四接點 24:Fourth contact

25:第五接點 25:Fifth contact

26:第六接點 26:Sixth contact point

〔第1圖〕係為本創作USB線纜之立體外觀圖。 [Picture 1] is a three-dimensional view of the USB cable of this creation.

〔第2圖〕係為本創作USB線纜之立體分解圖。 [Picture 2] is a three-dimensional exploded view of the USB cable of this creation.

〔第3圖〕係為本創作將電子晶片推移組裝於電連接器之示意圖。 [Picture 3] is a schematic diagram of this invention in which the electronic chip is moved and assembled into the electrical connector.

〔第4圖〕係為本創作將轉接架推移組裝於電連接器之示意圖。 [Picture 4] is a schematic diagram of this creation in which the adapter frame is moved and assembled on the electrical connector.

〔第5圖〕係為本創作電連接器與電子晶片組裝後之立體圖。 [Picture 5] is a three-dimensional view of the electrical connector and electronic chip of this invention after assembly.

請參閱第1至5圖所示，各別為本創作USB線纜之立體外觀圖、USB線纜之立體分解圖、將電子晶片推移組裝於電連接器之示意圖、將轉接架推移組裝於電連接器之示意圖及電連接器與電子晶片組裝後之立體圖，由圖中可清楚看出，本創作電連接器1係應用於USB線纜中，主要包括：絕緣本體11、端子組12、屏蔽殼體13、線纜14、轉接架15及電子晶片2，而電連接器1之詳細結構與連接關係如下： Please refer to Figures 1 to 5, which are respectively a three-dimensional appearance view of the USB cable of this invention, a three-dimensional exploded view of the USB cable, a schematic view of moving the electronic chip to the electrical connector, and moving the adapter frame to the electrical connector. A schematic diagram of an electrical connector and a three-dimensional view of the electrical connector and electronic chip assembled. It can be clearly seen from the figure that the electrical connector 1 of the present invention is used in USB cables and mainly includes: an insulating body 11, a terminal set 12, Shielding shell 13, cable 14, adapter frame 15 and electronic chip 2, and the detailed structure and connection relationship of the electrical connector 1 are as follows:

該絕緣本體11內部穿設有包括對接側12a及遠離該對接側12a的接線側12b之一端子組12，該絕緣本體11與該接線側12b之間圍設形成有一容置空間110。 A terminal group 12 including a mating side 12a and a wiring side 12b away from the mating side 12a is penetrated through the insulating body 11. An accommodating space 110 is formed between the insulating body 11 and the wiring side 12b.

該電子晶片2係設置於該容置空間110中且其一側設有複數接點，而該端子組12之該接線側12b與該些接點之間透過接觸抵持形成電性連接。 The electronic chip 2 is disposed in the accommodating space 110 and is provided with a plurality of contacts on one side. The wiring side 12b of the terminal group 12 and the contacts form an electrical connection through contact resistance.

上述該絕緣本體11局部與該端子組12之該對接側12a外部更裝設有一屏蔽殼體13，而該絕緣本體11未被該屏蔽殼體13套置局部與該端子組12之該接線側12b外部則穿置於一線纜14之套體141中並形成固定；而 該絕緣本體11對應該端子組12之該對接側12a之上、下面處各組裝有一定位端子111，且該二定位端子111各具有朝相對內側延伸之二彈臂1111。 The insulating body 11 is partially connected to the butt side 12a of the terminal set 12 and is further equipped with a shielding case 13. The insulating body 11 is not nested by the shielding case 13 and is partially connected to the wiring side of the terminal set 12. The outside of 12b is inserted into the sheath 141 of a cable 14 and fixed; and The insulating body 11 is respectively assembled with a positioning terminal 111 on the upper side and the lower side of the mating side 12a of the terminal set 12, and the two positioning terminals 111 each have two elastic arms 1111 extending toward opposite inwards.

上述該端子組12包括位於二外側之接地端子121，該二接地端子121之間平行設有二負極端子122且該二負極端子122之間具有一連接板1221，而該二負極端子122之間平行設有二正極端子123且該二正極端子123之間具有一銜接板1231，於該二正極端子123之間平行設有一偵測端子124，而該二負極端子122及該二正極端子123於對接側12a呈現音叉狀構造；而該連接板1221朝向絕緣本體11之一側邊延伸有抵持電子晶片2頂面之一簷頂1222，且該銜接板1231朝該簷頂1222同側轉折形成有呈L型及供該電子晶片2推移組裝之一導引片1232。 The above-mentioned terminal set 12 includes ground terminals 121 located on two outer sides. Two negative terminals 122 are arranged in parallel between the two ground terminals 121 and there is a connecting plate 1221 between the two negative terminals 122. There is a connecting plate 1221 between the two negative terminals 122. Two positive terminals 123 are provided in parallel and a connecting plate 1231 is provided between the two positive terminals 123. A detection terminal 124 is provided in parallel between the two positive terminals 123, and the two negative terminals 122 and the two positive terminals 123 are in The docking side 12a presents a tuning fork-like structure; and the connecting plate 1221 extends toward one side of the insulating body 11 with an eaves 1222 that resists the top surface of the electronic chip 2, and the connecting plate 1231 is formed by turning toward the same side of the eaves 1222. There is an L-shaped guide piece 1232 for the electronic chip 2 to be pushed and assembled.

上述該電子晶片2包括有左、右側各具有三個接點，而左側三個接點由上而下之第一、二、三接點(21、22、23)腳位定義各為VCO NN1、CC及VCONN2；右側三個接點由下而上之第四、五、六接點(24、25、26)腳位定義各為GND、SDA及SCL，其中第二接點22(CC)、第三接點23(VCONN2)及第四接點24(GND)與該端子組12之間透過接觸抵持形成電性連接；該絕緣本體11上方更組裝有一轉接架15，且該轉接架15頂面與該端子組12之偵側端子124接觸及具有抵緊該電子晶片2側邊之一抵持部151，而該轉接架15更係透過接觸抵持與該電子晶片2之第二接點22(CC)產生電性連接；該二正極端子123與該銜接板1231透過接觸抵持與該電子晶片2之第三接點23(VCONN2)產生電性連接；該二接地端子121之其中一者透過接觸抵持與該電子晶片2之第四接點24(GND)產生電性連接。 The above-mentioned electronic chip 2 includes three contacts on the left and right sides, and the first, second, and third contacts (21, 22, and 23) of the three contacts on the left from top to bottom are defined as VCO NN1. , CC and VCONN2; the pin definitions of the fourth, fifth and sixth contacts (24, 25, 26) of the three contacts on the right side from bottom to top are respectively GND, SDA and SCL, among which the second contact 22 (CC) , the third contact 23 (VCONN2) and the fourth contact 24 (GND) are electrically connected to the terminal set 12 through contact resistance; an adapter frame 15 is further assembled on the top of the insulating body 11, and the adapter is The top surface of the adapter 15 is in contact with the front-side terminal 124 of the terminal group 12 and has a resisting portion 151 against the side of the electronic chip 2, and the adapter 15 is further contacted with the electronic chip 2. The second contact 22 (CC) is electrically connected; the two positive terminals 123 and the connecting plate 1231 are electrically connected to the third contact 23 (VCONN2) of the electronic chip 2 through contact resistance; the two grounding One of the terminals 121 is electrically connected to the fourth contact 24 (GND) of the electronic chip 2 through contact resistance.

欲將本創作之USB線纜進行組裝時，先使絕緣本體11與端子組12透過埋入射出(Insert Molding)工法或是推移治具(圖中未示)做一組裝結合，再將屏蔽殼體13套置於絕緣本體11之對接側，此時絕緣本體11與該接線側12b之間圍設形成有一容置空間110，便可將電子晶片2由端子組12之正極端子123的銜接板1231轉折所形成導引片1232上推移入容置空間110中做一定位，且轉接架15之抵持部151抵緊電子晶片2側邊並與端子組12之偵側端子124接觸(如第5圖所示)，再使電子晶片2之第二接點22(CC)、第三接點23(VCONN2)及第四接點24(GND)分別與端子組12之偵測端子124、正極端子123及接地端子121透過接觸抵持產生電性連接，最後將絕緣本體11置局部與端子組12之接線側12b穿置於線纜14之套體141中並形成固定，即完成本創作USB線纜之組裝。 When assembling the USB cable of this invention, first assemble and combine the insulating body 11 and the terminal set 12 through the insert molding method or a moving jig (not shown in the figure), and then put the shielding shell on. The body 13 is placed on the butt side of the insulating body 11. At this time, an accommodation space 110 is formed between the insulating body 11 and the wiring side 12b, so that the electronic chip 2 can be connected to the connecting plate of the positive terminal 123 of the terminal group 12. The guide piece 1232 formed by the turning of 1231 is pushed upward into the accommodating space 110 for positioning, and the resisting portion 151 of the adapter frame 15 is pressed against the side of the electronic chip 2 and in contact with the detection side terminal 124 of the terminal group 12 (such as 5), and then connect the second contact 22 (CC), the third contact 23 (VCONN2) and the fourth contact 24 (GND) of the electronic chip 2 with the detection terminals 124 and 124 of the terminal group 12 respectively. The positive terminal 123 and the ground terminal 121 are electrically connected through contact resistance. Finally, the part of the insulating body 11 and the wiring side 12b of the terminal group 12 are inserted into the sleeve 141 of the cable 14 and fixed, and the creation is completed. USB cable assembly.

再者，於上述的組裝過程中，於USB線纜之絕緣本體11與該接線側12b之間所形成容置空間110，雖然於本實施例中需裝設電子晶片2來實現大功率及多規格電力輸出之功能，且裝設電子晶片2時僅需與轉接架15、銜接板1231及接地端子121之預定結構進行抵持，而使整體組裝變得十分簡易。但是仍可根據產品的需求，不裝設電子晶片2以更進一步降低製造成本，而此種簡易的結構變化亦納入本創作之保護範圍內。 Furthermore, during the above assembly process, the accommodation space 110 is formed between the insulating body 11 of the USB cable and the wiring side 12b. Although in this embodiment, an electronic chip 2 needs to be installed to achieve high power and multiple functions. It has the function of standard power output, and when installing the electronic chip 2, it only needs to resist the predetermined structure of the adapter frame 15, the connecting plate 1231 and the ground terminal 121, so that the overall assembly becomes very simple. However, according to the needs of the product, the electronic chip 2 may not be installed to further reduce the manufacturing cost, and such simple structural changes are also included in the protection scope of this invention.

本創作之主要特點在於用於USB線纜之電連接器1的絕緣本體11與端子組12之間所形成的容置空間110，便可將電子晶片2由端子組12之正極端子123的銜接板1231轉折所形成導引片1232上推移入容置空間110中做一定位，並透過轉接架15將電子晶片2做一輔助定位並可防止其向後退移，同時轉接架15所形成體積較大而便於焊接線纜，而電子晶片2之接 點(22、23、24)分別與端子組12之偵測端子124、正極端子123及接地端子121透過接觸抵持產生電性連接以簡化組裝作業，此種電連接器1之組裝結構完全不需要使用具有線路佈局之電路板，而具有USB線纜體積縮減及製造成本降低之優點。本創作應用於USB線材製造領域具有極佳實用性，故提出專利申請以尋求專利權之保護。 The main feature of this invention is that the insulating body 11 of the electrical connector 1 for the USB cable and the terminal set 12 form a receiving space 110, so that the electronic chip 2 can be pushed into the receiving space 110 from the guide piece 1232 formed by the bending of the connecting plate 1231 of the positive terminal 123 of the terminal set 12 for positioning, and the electronic chip 2 can be positioned by the adapter 15 to prevent it from moving backwards, and at the same time the adapter The volume formed by the frame 15 is larger and convenient for welding cables, and the contacts (22, 23, 24) of the electronic chip 2 are electrically connected to the detection terminal 124, the positive terminal 123 and the ground terminal 121 of the terminal group 12 through contact and abutment to simplify the assembly operation. The assembly structure of this electrical connector 1 does not require the use of a circuit board with a line layout, and has the advantages of reducing the volume of the USB cable and reducing the manufacturing cost. This creation is extremely practical in the field of USB cable manufacturing, so a patent application is filed to seek patent protection.

上所述僅為本創作之較佳實施例而已，非因此即侷限本創作之專利範圍，故舉凡運用本創作說明書及圖式內容所為之簡易修飾及等效結構變化，均應同理包含於本創作之專利範圍內，合予陳明。 The above descriptions are only preferred embodiments of this invention, and do not limit the patent scope of this invention. Therefore, any simple modifications and equivalent structural changes made by using the contents of the description and drawings of this invention should be similarly included in Within the scope of the patent of this creation, it is hereby stated.

綜上所述，本創作上述電連接器之組裝結構於使用時，為確實能達到其功效及目的，故本創作誠為一實用性優異之創作，為符合新型專利之申請要件，爰依法提出申請，盼審委早日賜准本案，以保障創作人之辛苦創作，倘若 鈞局審委有任何稽疑，請不吝來函指示，創作人定當竭力配合，實感德便。 To sum up, the assembly structure of the above-mentioned electrical connector of this invention can indeed achieve its effect and purpose when used. Therefore, this invention is truly a creation with excellent practicality and meets the application requirements for a new patent. It is filed in accordance with the law. Application, hoping that the review committee will approve this case as soon as possible to protect the creator's hard work. If the review committee of Jun Bureau has any doubts, please feel free to send a letter for instructions. The creator will do its best to cooperate. I feel that it will be convenient.

1:電連接器 1: Electrical connector

11:絕緣本體 11: Insulating body

110:容置空間 110: Accommodation space

111:定位端子 111: Positioning terminal

1111:彈臂 1111:Elastic arm

12:端子組 12:Terminal group

12a:對接側 12a: docking side

12b:接線側 12b: Wiring side

121:接地端子 121:Ground terminal

122:負極端子 122: Negative terminal

1221:連接板 1221:Connection board

1222:簷頂 1222:eaves

123:正極端子 123:Positive terminal

1231:銜接板 1231:Connection board

1232:導引片 1232:Guide film

124:偵測端子 124:Detection terminal

13:屏蔽殼體 13:Shielding shell

14:線纜 14: Cable

141:套體 141:Sleeve body

15:轉接架 15:Adapter rack

151:抵持部 151: Resistance Department

2:電子晶片 2: Electronic chip

21:第一接點 21:First contact

22:第二接點 22: Second contact

23:第三接點 23:Third contact

24:第四接點 24:Fourth contact

25:第五接點 25:Fifth contact

26:第六接點 26:Sixth contact point

Claims (10)

一種電連接器之組裝結構，係應用於USB線纜中，包括： An assembly structure of an electrical connector is used in USB cables, including: 一絕緣本體，其內部穿設有包括對接側及遠離該對接側的接線側之一端子組，該絕緣本體與該接線側之間圍設形成有一容置空間；以及 An insulating body, with a terminal group including a mating side and a wiring side away from the mating side penetrated through the interior, and an accommodating space is formed between the insulating body and the wiring side; and 一電子晶片，係設置於該容置空間中且其一側設有複數接點，而該端子組之該接線側與該些接點之間透過接觸抵持形成電性連接。 An electronic chip is disposed in the accommodating space and has a plurality of contacts on one side, and electrical connections are formed between the wiring side of the terminal group and the contacts through contact resistance. 如請求項1所述之電連接器之組裝結構，其中該絕緣本體局部與該端子組之該對接側外部更裝設有一屏蔽殼體，而該絕緣本體未被該屏蔽殼體套置局部與該端子組之該接線側外部則穿置於一線纜之套體中並形成固定。 The assembly structure of the electrical connector as claimed in claim 1, wherein a shielding shell is further installed on the outside of the mating side of the insulating body part and the terminal set, and the insulating body is not nested in part by the shielding shell. The outside of the wiring side of the terminal group is inserted into the sheath of a cable and fixed. 如請求項1所述之電連接器之組裝結構，其中該絕緣本體對應該端子組之該對接側之上、下面處各組裝有一定位端子，且該二定位端子各具有朝相對內側延伸之二彈臂。 The assembly structure of the electrical connector as claimed in claim 1, wherein the insulating body is assembled with a positioning terminal above and below the mating side of the terminal group, and each of the two positioning terminals has two positions extending toward opposite inwards. Spring arm. 如請求項1所述之電連接器之組裝結構，其中該端子組包括位於二外側之接地端子，該二接地端子之間平行設有二負極端子且該二負極端子之間具有一連接板，而該二負極端子之間平行設有二正極端子且該二正極端子之間具有一銜接板，於該二正極端子之間平行設有一偵測端子。 The assembly structure of the electrical connector according to claim 1, wherein the terminal group includes ground terminals located on two outer sides, two negative terminals are arranged in parallel between the two ground terminals, and a connecting plate is provided between the two negative terminals, Two positive terminals are arranged in parallel between the two negative terminals, a connecting plate is arranged between the two positive terminals, and a detection terminal is arranged in parallel between the two positive terminals. 如請求項4所述之電連接器之組裝結構，其中該二負極端子及該二正極端子於對接側呈現音叉狀構造。 The assembly structure of the electrical connector according to claim 4, wherein the two negative terminals and the two positive terminals present a tuning fork-like structure on the butt side. 如請求項4所述之電連接器之組裝結構，其中該連接板朝向絕緣本體之一側邊延伸有抵持電子晶片頂面之一簷頂，且該銜接板朝 該簷頂同側轉折形成有呈L型及供該電子晶片推移組裝之一導引片。 The assembly structure of the electrical connector according to claim 4, wherein the connecting plate extends toward one side of the insulating body with an eaves that resists the top surface of the electronic chip, and the connecting plate faces toward The same side of the eaves is turned to form an L-shaped guide piece for the electronic chip to be moved and assembled. 如請求項1所述之電連接器之組裝結構，其中該電子晶片包括有左、右側各具有三個接點，而左側三個接點由上而下之第一、二、三接點腳位定義各為VCONN1、CC及VCONN2；右側三個接點由下而上之第四、五、六接點腳位定義各為GND、SDA及SCL，其中第二接點(CC)、第三接點(VCONN2)及第四接點(GND)與該端子組之間透過接觸抵持形成電性連接。 The assembly structure of the electrical connector as described in claim 1, wherein the electronic chip includes first, second and third contact pins with three contacts on the left and right sides respectively, and the three contacts on the left are from top to bottom. The bit definitions are VCONN1, CC and VCONN2; the pin definitions of the fourth, fifth and sixth contacts from bottom to top of the three contacts on the right are GND, SDA and SCL, among which the second contact (CC), the third contact The contact point (VCONN2) and the fourth contact point (GND) are electrically connected to the terminal group through contact resistance. 如請求項1所述之電連接器之組裝結構，其中該絕緣本體上方更組裝有一轉接架，且該轉接架頂面與該端子組之偵側端子接觸及具有抵緊該電子晶片側邊之一抵持部，而該轉接架更係透過接觸抵持與該電子晶片之第二接點(CC)產生電性連接。 The assembly structure of the electrical connector as claimed in claim 1, wherein an adapter frame is further assembled above the insulating body, and the top surface of the adapter frame is in contact with the front side terminal of the terminal group and has a side that abuts the electronic chip. There is a resisting portion on one side, and the adapter frame is electrically connected to the second contact (CC) of the electronic chip through contact resisting. 如請求項4所述之電連接器之組裝結構，其中該二正極端子與該銜接板透過接觸抵持與該電子晶片之第三接點(VCONN2)產生電性連接。 The assembly structure of the electrical connector according to claim 4, wherein the two positive terminals and the connecting plate are electrically connected to the third contact (VCONN2) of the electronic chip through contact resistance. 如請求項4所述之電連接器之組裝結構，其中該二接地端子之其中一者透過接觸抵持與該電子晶片之第四接點(GND)產生電性連接。 The assembly structure of the electrical connector according to claim 4, wherein one of the two ground terminals is electrically connected to the fourth contact (GND) of the electronic chip through contact resistance.

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