TWM379895U - Connector - Google Patents

Description

M379895 V. New description: [New technical field] The electric book creation department has a kind of connector, especially a connector for connecting with board, and can be connected with (10) connector. Technology: Electronic devices such as liquid crystal display devices usually connect a wire to transmit the electric number. The electronic device has a circuit board and a circuit board

There is a transmission of the electric signal to the lion's riding connection. In the case of the Taiwan Patent Certificate No. M331782, the company announces an "electrical structure improvement" whose structure includes an insulating body, a plurality of terminals and insulation. f; the insulating body has a 1 part and a platform, and a horizontal groove is arranged on the front side of the platform, the plurality of terminals are arranged and assembled on the insulating body, and the insulating upper cover is lapped on the platform of the insulating body; wherein the front edge of the edge cover is set There is a rib embedded in the horizontal groove, so that the insulating cover is evenly stressed and the strength of the stack is enhanced. Furthermore, please refer to Taiwan Patent Certificate No. 357043, which discloses an "electrical connector" comprising an insulative body and a plurality of terminals, the insulative housing having a base and a tongue; the plurality of terminals being arranged in a field-shaped manner on the insulative body Through the base and disposed on the tongue, each terminal has a wide portion and a tapered portion to be disposed in the base. In addition, each terminal has a first positioning piece and two positioning pieces to be disposed in the tongue, by wide The second positioning piece and the second piece of the tapered portion enable the terminal to be firmly disposed in the insulating body without the front-rear displacement or the up-and-down displacement of the body, thereby improving the durability of the electrical connector. Also, please refer to Taiwan Patent Certificate No. 32ΐ602, which discloses an “Electrical 3/21 f connector structure”, which includes: an insulative body having a plurality of materials and a plurality of materials, each terminal having a connection (4) and Elastic part, and make contact (maintained on ts. 卩, upper cover, which can be matched with the m-edge body of the group; flexible cable, the end-surface is provided with a plurality of contacts, and the cover is pressed to insulate the flexible cable On the body, the contact portion and the elastic portion of the terminal are brought into contact with each other. The 'housing' cover is over the upper cover and the ship body is formed to be fixed to each other, so that the contact portion and the elastic portion of the terminal are sufficiently brought into contact, and the creation is further improved by The grounding connection structure between the external metal sheet and the soft lining of the foreign money # 曰 提问 提问 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电a first insulative housing 10a, a first terminal 2A', a second insulative housing 3a, a second terminal 4a, and a shielding housing 5a. The first terminal 2A is embedded in the first insulative body. 1Qa, and the second terminal 4Qa is fixed to the second insulative body 3Qa The shielding case 5Ga is fixed on the periphery of the first insulating body 1 Oa. The first terminal 2〇a has a contact portion 2a, an electrical connecting portion 2 2 a and a terminal portion 2 3 a, and the contact portion 2 ia is exposed. On the surface of the front end of the first insulative housing 1Q a , the contact portion 21 a extends toward the rear end 1 to form an electrical connection portion 22 a , and the electrical connection portion 22 a passes through the insulative housing i 〇 a to the τ and reflexes toward the first insulating body 丄The front end 1〇1 a of the 〇a is extended to form the end portion 2 3 a, and the end portion 2 3 a is further inserted into the first insulative housing 1 〇a. However, the conventional connector has the following disadvantages: 1. The prior art uses only one shape. The terminal is buried in the middle of the body, so that Shu 1 is exposed at the front end of the insulating body, and the other end of the terminal is exposed at the rear end of the insulating body, so that the fixing effect of the terminal is not good, 4/21 JVb/9895 is not good, and the force is applied. It is easy to produce looseness, which in turn causes the transmission of electricity to be simplified. In the technology, although two types of terminals such as the first terminal 2 〇a and the first one as the sub 4 〇a are used, the terminal force is solved. It is easy to cause looseness, but the first insulation body must be added]_ 〇a The production amount of the material of the shape 1 is increased, and the production cost of the product is increased. Further, the electrical connection portion 22a of the first < 〇a is bent toward the first insulating body 1 〇a and the end 1 Q 1 a is extended to form the end portion 2 3 a, only one

The end portion 2 3 3 is inserted into the first insulating body 1 Q a, and the force-time method is effective (4), and the first terminal 2 ◦ a is still easy to loosen to the first insulating body 10 a, the end 1 〇 2 a, so that The transmission of the electrical signal is unstable. The creator of the creator feels that the above-mentioned deficiencies can be improved, and that the singularity and the use of the theory are finally presented. Mouth [new content]

. The main purpose of the present invention is to provide a connector in which the electrical connection portion of the first signal terminal protrudes toward the accommodating space toward the first insulating body, and is bent and extended to be opposite to the first insulating body. Extending to form an end of the electrical connection portion, the notch at the end of the electrical connection portion is embedded in the first insulative body, and the recess D0J·increasing the contact area of the button connection portion with the first insulative body to increase the fixing effect of the first signal terminal To prevent loosening of the first signal terminal when docked with the cable connector. Another object of the present invention is to provide a connector because the notch increases the fixing effect of the first signal terminal, so that most of the electrical connection portion is exposed to the outside of the first insulating body to reduce the use of the plastic material. The quantity reduces the production cost of the product while still having the best fixing effect. 5/21 is connected to ί:: Another purpose is to provide a connector, a notch terminal, and no processing transfer, so that the purpose of manufacturing is to provide a connection, the first signal - two The connecting portion of the connecting portion abuts against the wall surface of the top positioning groove to form a stable knot, which prevents the first signal terminal from being loosened when the cable connector is docked, and further increases the fixing effect of the first signal terminal. The purpose of this creation is also to provide a connector, the front end of the electrical connection portion of the second signal 2 extends out of the second terminal slot, and the position in the positioning port makes the electrical connection portion of the first signal terminal easy to The electrical connection of the second signal terminal touches the 'lighting power' and transmits the coffee stability. In order to achieve the above object, the present invention provides a connector including a first insulative housing having a plurality of first signal terminal slots recessed in a top portion of the first insulative housing, and a recessed bottom portion of the first insulative housing The first signal terminal slot communicates with the accommodating space; the first signal terminal group includes a plurality of first signal terminals, and the first signal terminals are fixed to the first signal terminal Each of the first signal terminals includes: a positioning portion embedded in the first insulating body; a contact portion extending at one end to form the contact portion, the contact The portion is exposed on the surface of the first insulative body; and an electrical connection portion, the other end of the positioning portion extends to form the electrical connection portion, and the electrical connection portion protrudes toward the accommodation space to protrude the first insulative body And extending and reflexing to extend toward the first insulating body to form an end of the electrical connecting portion, the end of the electrical connecting portion having at least one notch, the notch being embedded in the first insulating a second insulative housing, the second insulative housing has a plurality of second signal terminal slots; a second signal terminal group, 6/21; the second signal terminal group includes a plurality of second signal terminals, The second signal terminal is fixed to the second signal terminal slots one-to-one, and the second and the second body terminal and the second signal terminal group are inserted into the receiving device of the first insulative housing, and the first signals are The terminal is in one-to-one contact with the second signal terminals; and a shielding case covering the first insulative housing. The present invention has the following beneficial effects: The recess of the end of the electrical connection portion of the first signal terminal is embedded in the first insulative housing, and the recess can increase the contact area of the electrical connection portion with the first insulative housing to increase the first The fixing effect of the signal terminal prevents the first signal terminal from being loosened when it is docked with the cable connector. 11 , First, because the notch can increase the fixing effect of the first signal terminal, so that most of the electrical connection portion can be exposed outside the first insulation body, so as to reduce the use of the plastic material 1' to reduce the production cost of the product, Still have the best fixation effect. Second, the notch can be directly formed on the first signal terminal without additional processing procedures, which makes the manufacturing process simple. 4. The electrical connection portion of the first signal terminal abuts against the wall surface of the top positioning groove to form a stable IU structure, which prevents the first signal connector from being loosened when the connector is docked, and further increases the fixing effect of the first signal terminal. 5. The front end of the electrical connection portion of the second signal terminal extends out of the second signal terminal slot, and (10) is positioned so that the miscellaneous connection portion of the first signal terminal is easily electrically connected to the second shunt terminal to increase the electrical signal. Stability during transmission. The first signal terminal group, the shielding outer frame and the first frame are modularly assembled to the first insulating body n, and the second signal terminal group and the second frame are modularly arranged on the second insulating body to Simplify the manufacturing process of the connector' and increase the yield of the product. 7. The second signal terminal group, the internal capacitance of the first insulating body and the second insulating body can be further enabled to reduce the volume of the connector. Between ^ ^ The characteristics of this creation and the technical content, please refer to the test of the inflammation / with the drawings of the drawings. Brother, Asian and African used to the present [Embodiment] $ See the second picture, the second two pictures - the picture and the fourth picture, this creation provides a record

The connector can be disposed on a circuit board (not shown) for interfacing with the --, and (not shown), so that the _-wire connector can be electrically connected to the circuit board. The connection 5| is a low voltage differential signal transmission (LVDS) connection 2, which comprises a first-insulating body iq, a signal terminal group 2 Q, a second insulating phantom Q, and a second signal terminal Group 40 and a shielding housing 5 〇.

The first insulative housing 1 is an insulated plastic piece, and the first insulative housing 10 has a front end 1 〇 1, a rear end work corresponding to the front end 1 , a left m 0 3 , a left side! 〇 3 corresponds to the right side 丄〇 4, a top 10 5 and a bottom i 〇 6 corresponding to the top i 〇 5 . The first insulative housing 10 has a plurality of first signal terminal slots i, a receiving portion 12 and a fixed portion 13 . The first-signal terminal slots are recessed at a distance from the top end of the first insulative housing i ^ 5 toward the front end 101. The accommodating space i 2 is recessed at the bottom of the first insulating body i 0 1 0 6 The position of the terminal 1 0 2 (as shown in the third figure), so that one end of each of the first signal terminal slots 1 1 is exposed to the first insulative housing 1 and the top portion 10 5 ' extends from the end through the first insulative body 1 〇 to form the other end, so that the other end of each of the first signal terminal slots 11 is connected to the space 8/21 M379895 to set the space 1 2 . The fixing portions 13 are respectively fixed on the circumference of the first insulating body, for example, but not limited thereto, and the shape of the fixing portion 可3 may be convex=or

Further, referring to the third figure, the accommodating space 12 has a first signal terminal accommodating chamber 1 21 and a second signal terminal accommodating chamber 2 2 . A support plate 14 is disposed at a position substantially in the middle of the top portion 1〇5 of the first insulative housing 1 , and one end of the support plate 14 is connected to the top 1 Q 5 of the first insulative housing 1′, and the end is disposed to the receiving space. The other end of the support plate 14 is extended in the crucible 2. Thereby, the support plate 14 is spaced apart from the accommodation space 丄2 to form the first singular terminal receiving chamber 1 2 1 and the second signal terminal accommodating chamber 12 2 . The first signal terminal group 2 〇 includes a plurality of first signal terminals 2 1 , and the first signal terminal 2 1 is a conductive metal member. Each of the signal terminals 21 is a separate member and is not connected to each other, and is disposed side by side. Each of the first signal terminals 2丄 has a contact portion 2;

Groove. 21 2 has at least a recess 2 丄 ' electrical connection portion 2 1 3, the further portion 212 end extends to form a contact portion 2 丄丄, the positioning 2 f one end extends to form an electrical connection portion 2 1 3, electrical connection At the end of the 2^, there is a concave σ 2 i 4 . The notch 2 is designed to be changed according to the situation, for example, but not limited to, the shape of the recess 4 4 may be a semi-circular notch, a rectangle D 9 1 /1 , and a concave notch, and a concave purpose. Here, ω9 or more than 'can also achieve the creation, the notch 214 can be directly formed on the first without additional processing procedures, so that the manufacturing process is simple and private 21, the edge of the edge of the month 3 0 1 3 〇9/21 M379895 2, a left side 3 Ο 3, a right side 3 Ο 4 corresponding to the left side 3 Ο 3, a top 3 0 5 and a bottom 3 0 6 corresponding to the top 3 0 5 . The front end 3 Ο 1 and the rear end 3 〇 2 of the second insulative housing 30 correspond to the front end 1〇1 and the rear end 10 2 of the first insulative housing 10, respectively. The second insulative housing 30 has a plurality of second signal terminal slots 31, a positioning slot 3 2 and a plurality of fixing portions 33. The second signal terminal slots 31 are recessed from each other at a distance from the top of the second insulative housing 3 0 to the rear end 3 0 2 , and the positioning slots 32 are recessed in the top of the second insulative housing 3 0 5 The position of the front end 3 Ο 1 is such that one end of each of the second signal terminal slots 31 communicates with the positioning slot 32, and the other end is extended rearward from the end to make the other end of each second signal terminal slot 31 It is exposed at the end 3 0 2 of the second insulative body 30. The fixing portions 33 are respectively fixed to the circumference of the second insulating body 30. For example, but not limited thereto, the fixing portion 33 may be in the shape of a bump or a groove. The second signal terminal group 40 includes a plurality of second signal terminals 4 1 '. The first signal terminals 41 are electrically conductive metal members. Each of the second signal terminals 41 is a separate member and is not connected to each other, and is spaced apart in a side by side manner. Each of the second signal terminals 41 has an electrical connection portion 4, a positioning portion 4 1 2 and a pin portion 4 1 3, and the positioning portion 42 extends to form an electrical connection portion 411, and the positioning portion 4i2 One end extends to form a pin portion 413. The shielding case 50 is used to cover the first insulating body 丄〇. The shield housing 50 includes a shield outer frame 5, a first frame 52, and a second frame 53. The metal member that shields the outer frame 5u is shielded, and the size of the shielding outer ring 5n corresponds to the first insulating white (10) large +, so that the shielding outer frame 5 覆盖 covers the top i Q 5 of the first insulating body i 。. Covering frame 5 cookware 10/21 M379895 has a top plate 5 1 1 and two side plates 5 1 2, the two side plates 5 1 2 are substantially perpendicularly connected to the top sides of the top plate .5 1 1 , so that the top plate 5 丄丄 and the side plates 5 12 boundaries form a wire wound welding space 513. The shielding outer frame 51 has a plurality of shielding outer frame fixing portions 5, 14 of the shielding outer frame fixing portions 5 and the first insulating member 1; The three-shaped splicing can fix the shielding frame 5 1 to the first insulating body 1 〇. • The first frame 52 is a conductive metal member, and the size of the first frame 52 corresponds to the size of the first insulative housing 1〇 such that the first frame 52 can surround the periphery of the first insulative housing 10. The first frame 5 2 has a plurality of second frame fixing portions 5 2 1 , and the first frame fixing portions 5 2 i are fixedly connected with the fixing portions 13 of the first insulative housing 10 to enable the first frame 竿 5 ? It is fixed to the periphery of the first insulating body 10. The second frame 53 is a conductive metal member, and the size of the second frame 53 corresponds to the size of the second insulative housing 3, so that the second frame 53 can surround the circumference of the second insulative housing 3. The second frame 53 has a plurality of second frame fixing portions 531, and the second frame fixing portions 530 are fixedly connected with the fixing portions 33 of the second rim body 3, and the second frame can be fixed. 5 3 is fixed to the periphery of the second insulating body 30. Referring to FIG. 5, FIG. 6 and FIG. 9 , when the first signal terminals 2 1 are inserted and formed in a one-to-one manner and fixed to the first signal terminal slots, The contact portion f 1 1 of the signal terminal 21 is exposed on the surface of the first insulating body i , and recorded in the line mirror welding room 5 1 3 (as shown in the ninth figure) for docking with the cable connector. The positioning portion 2 of the first terminal 21 is embedded in the top 105' of the first insulative housing, and the first signal terminal 2 is fixed to the first signal terminal slot 11. The electrical connection portion 2 i 3 of the first signal terminal 21 passes through the first 11/21 insulative housing 10 and is located in the accommodating space 1 2 . The electrical connecting portion 2 1 3 protrudes toward the accommodating space 12 and protrudes toward the first insulating body 丄〇, and is bent and extended toward the rear end 1 〇 2 of the first insulating body 1 及 and then folded back to the first insulating body. The top of the 1〇5 direction extends to form the end of the electrical connection portion 21, and the recess 214 is buried in the first insulative housing 1 (as shown in FIG. 6). Thereby, the recess 214 at the end of the electrical connection portion 2 1 3 of the first signal terminal 2 _ is embedded in the first insulative housing 1 , and the recess 214 can increase the electrical connection portion 213 and the first insulative housing 1 The contact area is increased to increase the fixing effect of the first signal terminal 2 1 to prevent the first signal terminal 2 1 from being loosened when it is docked with the winding connector. Moreover, since the recess 2 14 can increase the fixing effect of the first signal terminal 21, most of the electrical connecting portions 21 3 are exposed outside the first insulating body 1 to reduce the amount of plastic material used and reduce the product. Production costs. In addition, the shielding frame 5 1 and the first frame 5 2 are respectively fixed on the top portion 〇 5 and the periphery of the first insulative housing 1 to cover the first insulating body 1 〇 to prevent electromagnetic interference. Thus, the first signal terminal group 2, the shielding frame 5 1 and the first frame 52 can be modularly assembled to the first insulating body 1 以 to simplify the manufacturing process of the connector and increase the yield of the product. Further, referring to the ninth figure, the first intermediate position of the first signal terminal 21 has a support section 21, and the two ends of the support f21 3 1 respectively extend to form a protruding section 2 i 3 2 And one pick, paragraph 2 \3 3. The projecting section 2 1 3 is connected to the positioning portion 2 1 and protrudes from the accommodating space 1 2 by the first insulating body 1 = the axon extending portion 21 3 2 at the other end. The other end of the projecting section 2, 3 2, the edge of the rim body 1 〇 the rear end 1 〇 2 direction is bent to form a support 12/21 M379895 section 21 3 1 , and then folded back toward the top of the first insulating body i 〇 The 5 direction extends to form the contact section 2丄3 3, and the notch 2 1 4 of the end of the contact section 2 i 3 3 is buried in the top insulating layer 1 of the first insulative housing 1 . In the middle of the electrical connection portion 21 3 (such as the branch portion 2131), the support plate 14 of the first insulative housing 1 is abutted, and the electrical connection portion 2 is terminated (such as the protruding portion 2132). Located at the first signal terminal accommodating chamber 121, the other end of the electrical connection portion 213 (such as the contact portion 2 1 3 3) is located at the first signal terminal accommodating chamber 12 2 and the end of the electrical connection portion 21 (such as a notch) 214) is buried in the first insulating body 1 〇. Referring to the seventh and eighth figures, when the second signal terminals 4 are fixed to the second signal terminal slots 31 in a one-to-one manner, the electrical connection portion 41 of the second signal terminals 41 The front end of the first signal terminal 2 is in contact with the electrical connection portion 2 1 3 of the first signal terminal 2 1 . The positioning portion 41 2 of the second signal terminal 41 is fixed to the top 3 〇 5 of the second insulative housing 3 , and the second signal terminal 41 is fixed to the second signal terminal slot 31 . The pin portion 41 3 of the second signal terminal 41 protrudes through the second insulative housing 30 to protrude from the second insulative housing 30. In addition, the second frame 53 is fixed to the second insulating body 30 to cover the second insulating body 3 to prevent electromagnetic interference. Thus, the second signal terminal group 4 and the second frame 53 can be modularly assembled to the second insulative housing 3 to simplify the manufacturing process of the connector and increase the yield of the product. Referring to FIG. 8 to FIG. 10 , the second insulative housing 3 , which is assembled with the second signal terminal group 4 〇 and the first frame 5 3 , is inserted into the accommodating space 12 ′′ from the bottom portion 106 of the first insulative housing 1 俾The electrical connection portion 213 of the first signal terminal 21 is in one-to-one contact with the electrical connection portion 4 13/21 1 1 of the second signal terminal 41, and can be received by the contact portion f11 of the first signal terminal 2 The incoming electrical signal is transmitted to the pin portion 41 3 of the second signal terminal 41, thereby electrically connecting the cable connector to the circuit board. The second signal terminal group 40, the second frame 53 and the second insulative housing 0 can be received in the accommodating space 12 inside the first insulative housing 1 to reduce the volume of the connector. When the second insulating body 3 Q of the terminal block 4 〇 and the second frame 5 3 is received in the accommodating space 12, the first signal terminal 2 χ is electrically connected to the raw connecting portion 2 1 3 Insert the positioning groove 3 2 and abut the top surface of the positioning groove 3 2 . In other words, the support section 2 1 3 1 , the protruding section 2 1 3 2 and the joint angle 2 and 2 1 3 3 are in contact with the wall surface of the positioning groove 32, and can withstand the first signal while the sub-1 is docked with the cable connector. The force is applied to form a stable structure. The electrical connection portion 21 of the first signal terminal 21 abuts against the wall surface of the positioning groove 32 to form a stable structure to prevent the first signal terminal 21 from being connected to the cable. The device is loose when docked. Furthermore, the front end of the electrical connection portion 411 of the second signal terminal 41 extends out of the second signal terminal slot 31'. The second signal terminal 411 is located in the 1-bit slot 3 2 to make the electrical connection portion of the first signal terminal 21 easy. The electrical connection portion 4 1 1 of the second signal terminal 4 1 is in contact to increase the stability during transmission of the electrical signal. In summary, the present invention has the following features: The concave portion 214 at the end of the electrical connection portion 21 of the first signal terminal 21 is buried in the first insulating body 1〇, and the recess 214 can be electrically connected to p 21 3 and The contact area of the insulating body 1〇 increases the fixing effect of the terminal 21, and prevents the first signal terminal 21 from being loosened when it is mated with the winding connector. Because the concave σ214 can increase the fixed 14/21 m95 of the first signal terminal 21, so that most of the electrical connecting portions 2 i 3 are exposed outside the first permanent body 10, thereby reducing the amount of plastic material used and reducing the product cost. At the same time, it still has the best fixing effect. H3. The notch 214 can be directly formed on the first signal terminal 21, and the additional processing procedure makes the manufacturing process simple. The electrical connection portion 213 of the signal terminal 21 is positioned to abut the ground surface 2 to form a stable structure. The first signal terminal 2 is prevented from being loosened when the line connector is docked, and the first signal is added to the second signal. Fixed effect. Fives. The electrical connection portion 4 of the second signal terminal 4 2 protrudes from the terminal slot 31 ′ and is located in the positioning slot 32 , so that the first signal lightning electrical connection portion 2 13 and the second signal terminal 41 are easily And contact σρ4 1 1 to increase the stability of the transmission of the electrical signal. 6. The first signal terminal group 2 〇, the shielding frame 5 and the first framed group are mounted on the first insulating body 1 0 ' and the second signal terminal ^, ^ _ frame * 5 3 can be modularly Assembled in the second insulative body' to simplify the connection (4) manufacturing process and increase the yield of the product. The second signal terminal group 4A, the second frame 53 and the second insulating body 30 can be accommodated in the accommodating space 2' inside the first insulative housing 1 to reduce the volume of the connector. However, in order to read the secret ride _ read the good example, this is not the scope of this creation f patent, so the use of this creation manual and the equivalent structural changes of Figure 1 are all included in the scope of this creation. , combined with Chen Ming. [Simple diagram of the diagram] The first diagram is a cross-sectional view of a conventional connector. 15/21 M379895 The second image is an exploded view of the authoring connector. The third figure is a perspective view of the first insulative body of the present connector. The fourth figure is a perspective view of the second insulative body of the present connector. The fifth figure is a combination diagram of the first insulative body and the first signal terminal group of the authoring connector. The sixth drawing is a partial cross-sectional view of the fifth figure. The seventh figure is a combination diagram of the second insulative body and the second signal terminal group of the authoring connector. The eighth figure is another exploded view of the present authoring connector. The ninth drawing is a cross-sectional view of the eighth drawing. The tenth figure is a perspective view of the authoring connector. 16/21 M379895 [Description of main component symbols] First insulating body l〇a Front end 1 0 1 a Rear end 1 0 2 a First terminal 2 0 a Contact part 2 1 a Electrical connection part 2 2 End part 2 3 a Second insulative body 3 0 a Second terminal 4 0 a Masking housing 5 0 a First insulating body 1 0 Front end 1 0 1 Rear end 1 0 2 Left side 1 〇3 Right side 1 0 4 Top 1 0 5 Bottom 1 0 6

First signal terminal slot 11 accommodating space 12 first signal terminal accommodating chamber 121 second signal terminal accommodating chamber 122 fixing portion 13 support plate 14

First signal terminal group 20 first signal terminal 21 contact portion 211 positioning portion 212 electrical connection portion 213 support portion 2131 protruding portion 2132 contact portion 2133 notch 214 second insulative body 30 front end 3 01 rear end 3 0 2 left side 303 Right side 304 top 3 0 5 bottom 3 0 6 17/21 M379895 second signal terminal slot 31 fixing part 3 3 second signal terminal group 40 second signal terminal 41 positioning part 412 shielding housing 50 shielding outer frame 5 1. side panel 5 12 shielding frame fixing portion 514 first frame fixing portion 521 second frame fixing portion 531 positioning groove 3 2 electrical connecting portion 4 pin portion 413 top plate 5 11 cable welding space 5 first frame second frame 53 18/21

Claims (1)

The patent application scope includes: a connector, comprising: a first insulative housing, wherein a plurality of first signal terminal slots are recessed in a top portion of the first insulative housing, and a recessed space is disposed at a bottom of the first insulative housing, § a first signal terminal slot communicates with the accommodating space; a first signal terminal group, the first signal terminal group includes a plurality of signal terminals, such as a pair of first signal terminals, and a second C-signal terminal slot, each of which The first signal terminal includes: a positioning portion, the positioning portion is embedded in the first insulative body; a contact portion, the positioning portion extends at one end to form the contact portion, the contact portion is exposed on a surface of the first insulative body; And an electrical connecting portion, the other end of the positioning portion extends to form the electrical connecting portion, and the electrical connecting portion protrudes toward the receiving space to protrude from the first insulating body, and is bent and extended and then folded back The first insulating body extends to form an end of the electrical connecting portion, and the end of the electrical connecting portion has at least one notch embedded in the first insulating body; The second insulative housing has a plurality of second signal terminal slots; °; a second signal terminal group, the second signal terminal group includes a plurality of second ring numbers & The first insulative housing and the second inductive terminal are inserted into the receiving space of the first insulative housing, and the first signal terminals and the first signal terminals form a Contacting a ground; and a shielding shell covering the first insulative housing. M379895 • · 2 3 The connector described in claim i, wherein the 兮 section is recessed from the first 绝 的 = ' 杂 杂 杂 杂 杂 杂 杂 杂 杂 杂 杂 杂 杂The connector according to the second aspect of the patent, wherein the intermediate portion of the joint has a #一#8η, and the distal end of the distal branch extends respectively: 曰一:: wide contact section, the protruding section-end connection The first insulating portion is protruded toward the accommodating space to form the large extending portion, and the other end of the protruding portion is bent toward the rear end of the first insulating body. After the support, the contact portion is formed to extend toward the top of the first insulating body, and the end of the contact portion is buried on the top of the first insulating body. 4. The connector of the above-mentioned item (4), wherein the first insulative body has a -branch plate, the end of the support plate is connected to the top of the first insulative body, and the end is to the end One end of the extended space, the support panel is spaced apart from the accommodating space to form a "the second" sub-accommodating chamber and a second signal terminal accommodating chamber, the supporting portion abuts the supporting plate, and the protruding portion is located at the The first signal terminal receiving chamber is located in the second signal terminal receiving chamber. 5. The connector of claim 4, wherein the second insulative housing further comprises a positioning slot. The second signal terminal slots are recessed from each other at a distance from the top of the second insulative housing. a position of the end, the positioning slot is recessed at a position near the front end of the second insulative housing, and the second signal terminal slots communicate with the positioning slot. Each of the second signal terminals extends out of the second signal terminals. The slot is located in the positioning slot and is in contact with a contact segment of the first signal terminals, and the other end of each of the second signals 20/21 M379895 protrudes from the second insulative housing. 6. The connector of claim 1 or 5, wherein the notch is in the form of a semi-circular notch, a rectangular notch or a triangular notch. 7. The connector of claim 1 or 5, wherein the shielding housing comprises a shielding outer frame, a first frame and a second frame, the shielding outer frame covering the first insulation The first frame is fixed to the periphery of the first insulating body, and the second frame is fixed to the periphery of the second insulating body. 21/21