TWM361127U - Separate multiple-in-one connector adaptor - Google Patents

Description

M361127 V. New description: [New technical field] This creation is about an all-in-one connector joint, especially a split all-in-one connector joint. [Prior Art] Due to the booming development of the computer industry and the Internet industry, many computer peripheral products or portable electronic devices have begun to develop technologies and related devices that are more convenient to connect with computers. In the current popular USB system electrical connector, because it is listed as one of the computer standard interfaces, it is almost a standard interface for computer peripheral products or portable electronic devices. Recently, there are standard interfaces such as sata, s, and IEEE 1 394. technology.

Tian Yu USB y· six appearances are long rectangles, but the size is slightly different and the foot configuration is not the same as the computer main panel space. All the interfaces will be used as the standard interface, but this will also cause the user to use _. Recently, the "multi-connector-connector socket" has been proposed, that is, the list-slot can be connected to different interfaces; plug-in to save space around the notebook case. In order to match this two-connector socket, there are also manufacturers to launch the whole person---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- The number of connector connectors for the peripheral devices of the computer. °. However, some computers or notebook computers have been combined with a connector socket, but they are not yet widely used, and there are many computers and connections that still have a single interface. Benefit socket 'So if the electronic device 3 M361127 is equipped with an all-in-one connection _ σ connector, it can not be plugged into the connector socket of a single interface, but it limits the way that the slave device is connected to the computer. [New content] There is a clock in the people of Shangcheng ___ Shu Xi 5 - the development of the connector joints, the purpose is to provide a separate type of multi-connector connector, the all-in-one connector connector visual connector socket The type selects a single interface or an all-in-one interface to improve the installation of this creation. The electronic device used in the mouth of the port (four) uses the main technical means used for the above purpose to make the split connector connector include: ^ and the shell are formed with - front open 0, the outer casing is - The upper shell and the lower assembly are formed; and, in addition, the t:: the joint portion is disposed in the outer casing and is externally opened from the front opening, and the bag is formed with a separate joint assembly member The gap and the middle Λ a joint ^ and /, the middle - joint assembly is slidably disposed at the opening of the external discussion, in a relatively parallel movement relative to the other joint assembly, = all-in-one joint portion for insertion In an all-in-one socket, one set of joint assemblies can be moved in parallel with respect to the other 'group joint assembly, so that the position of the second joint relative to the first joint can be moved; so that the insert can be exposed to the original The front part of the outer casing is retracted into the outer casing, only: Γ=Γ exposed in front of the outer casing...plugged to be compatible with it==two:=the plug part assembly translates to the other plug part', and the piece protrudes more , then 6 is directly plugged into a single-compatible with it, so that this creation When placed in an electric power supply, the electronic M.135 device can be plugged into the computer with an all-in-one connector slot or a computer with at least two single different connector slots to effectively increase the electronic The breadth of use of the device. [Embodiment] Referring to the first and second figures, the present invention relates to a telescopic t-sigma connector plug (1〇) having an integral joint portion in a casing (Π). The front end surface of the outer casing is formed with a front opening (1〇1) for exposing the multi-joint joint portion, and the multi-joint joint portion includes two joint assemblies which are disposed separately, and between the two joint assemblies A gap is formed, and one of the joint assemblies is slidably disposed at a front opening of the outer casing to move in a relatively parallel manner relative to the other joint assembly. The following further describes the structure of each embodiment for implementing the above-mentioned present creation. Still referring to the first and second figures, the first preferred embodiment of the present invention is a split-type multi-connector connector (1 〇). Wherein: φ the outer casing (11) is further formed with an opening (102) opposite to the front opening (110), and a side opening is formed on the upper end surface of the outer casing (11), and is a plurality of positioning holes (122) The chute (121); in this embodiment, is a chute of two positioning holes (122) (12ip, the outer casing (丨丨) is abutted by the upper shell (12) and the lower shell (13) The upper end surface of the upper casing (11) is formed by the sliding groove (121). The above-mentioned all-in-one joint portion includes a first joint assembly and a second joint assembly, wherein the first joint assembly includes There is: a first connector (20), comprising a first plug portion (2) and at least a first terminal group (22), such that the first plug portion (21) is from the outer casing ((1) 5 - M361127 The opening (101) extends outward, and in this embodiment, a first terminal set (22) is included, one end of which Fixed to the upper end surface of the first plug portion (21), and the other end is received in the outer casing (11); in the embodiment, the first plug portion (21) is directly from the lower casing of the outer casing ( 1 3) The front end extends horizontally outwardly, and the size of the first plug portion (21) can be the size of the eSATA or USB plug; in this embodiment, the first plug portion (21) conforms to the esΑΤΑ size, and the first A terminal group (22) is a seven-pin connector including eSατα, and the first terminal group can also be a USB pin; and a first wire group (23) of Luyi, the system is placed in the outer casing (π). One end is electrically connected to the first terminal group (22) of the first connector (20), and the other end is exposed from the rear opening (102) of the housing (1); in this embodiment, the first line group is Seven wires corresponding to the seven terminals of the eSATA are connected, and one end of the first wire group (23) exposed to the rear opening (102) of the casing is further electrically connected to a signal board (24), and the signal board (24) is provided with a plurality of pins. (241), for the circuit board (not shown) inserted in the electronic device. As for the first connector component of the δHai, it includes: The second connector (30) includes a second plug portion (31) and at least one first die set (32), and the second plug portion (31) is slidably disposed in the outer casing (丨丨), and The front opening (1〇1) of the outer casing (11) is passed out to be located above the first joint portion (2ι), and the bottom surface of the second plug (31) is provided for the at least one second terminal group ( 32) The fixed at least one second terminal group (32) is opposite to the at least one first terminal group (31); in the embodiment, the second plug portion (3丨) conforms to the USB size. The second terminal group 〇2) includes four pins of USB2.0, and the s 苐 苐 端子 terminal group (32) can also be a USB pin, which is more than the first plug portion (21) below. In addition, the second terminal group 6 M361127 ° is a USB3_〇 terminal or has a USB2.0 and USB3.0 terminal with power, or an eSATA terminal; and at least a second flexible wire group (33) ), the system is placed in the outer casing (11), the ends of each of the: flexible wire sets (33) are electrically connected to the second terminal set (32) of the second joint (3〇), and the other end is self-shelled (Π) rear opening (101) Exposed; the embodiment comprises a set of second flexible wire sets (33) comprising four wires corresponding to the USB 2. four pins, and the wires of the second flexible wire group (33) are compared with the first wire group The length of the wire is long; and the end of the second flexible wire group (33) exposed to the rear opening (1〇2) of the casing is also electrically connected to the signal board (24). Furthermore, the outer casing further includes a moving component (40) fixed to the top surface of the second plug portion (31) of the second joint (3) and shouting (11) the top surface chute (丨 2 1) Exposed. The moving component (4〇) includes a positioning seat (41) disposed on a top surface of the second plug portion, and a slot (411), a spring (42) and a section are formed thereon. a positioning member (43) having a diameter smaller than the width of the sliding groove (121) of the positioning member (43), so that it can slide back and forth in the sliding groove (121) and the outer diameter of the bottom portion (432) Matching with the three positioning holes (122) of the chute (121), and the spring (42) is housed in the valley groove (411) of the positioning seat (41), so the spring (42) is pushed up. Abutting the bottom of the positioning member (43) (432) 'When the positioning member (43) is located at any of the foot holes (122) of the sliding groove (121), the fixing is no longer moved; if the positioning member (43) is to be moved, Then, the positioning member (43) is pressed down so that the bottom portion thereof is no longer engaged with the positioning hole (122), and the neck portion (43 1) enters the sliding groove (11) and can be in the sliding groove (丨n). Move back and forth. In addition to the above structure, in order to make the moving component (4〇) operate more smoothly, the outer casing (11) is further provided with at least one spring, and at least one spring-connecting M361127 is formed in the second plug portion (31) and the outer casing (9). Between the inner wall faces of the rear opening ((8)), an auxiliary force for the second joint (30) to move forward is provided. The following is a description of the action of the first preferred embodiment. Please refer to the third figure as shown in the third figure. 'When the bottom of the positioning member (43) is engaged with the positioning hole (122) in the middle of the slide, Bay 1J 1 The first joint (20) and the second joint (30) constitute a multi-joint-joint structure that can be inserted into the all-in-one connector socket. Please refer to Figure 4A. When the above-mentioned all-in-one connector connector (10) is to be plugged into a single-interface connector socket, such as an eSATA socket, the positioning member is first pressed (the sentence is pressed down and then moved back to After positioning the hole (122), the positioning member (43) is released, so that the bottom of the positioning member (43) is engaged in the rear positioning hole (122). At this time, the second connector (30) is self-contained (Π). The front opening (1〇1) is retracted inwardly. Only the first plug portion (21) of the first joint (20) is exposed at the front opening 〇〇1), so the first joint (20) can directly Insert into the eS at socket (not shown). Referring to the fourth figure, when the above-mentioned all-in-one connector connector (1〇) is to be inserted into another single connector connector socket (not shown), such as a USB socket, the positioning member is first released. (43) engaging with the outer casing (11), causing the positioning member (43) to move forward to the front positioning hole (122) and then engage, during which the second insertion portion (31) will be directed to the outer casing (11) The front opening (101) is pierced and longer than the first plug portion (21), so that it can be directly inserted into the USB socket; therefore, the all-in-one connector connector of the present invention is not limited to the all-in-one connector socket Plug in. Referring to FIG. 5 again, the second preferred embodiment of the present invention is a multi-joint connector connector (10a). The majority of the structure is the same as that of the first preferred embodiment. The two opposite side end faces are respectively formed with first and second side openings, that is, the lower case (13) is formed with a three-section positioning hole (122) corresponding to the upper case (12) chute (丨2丄). The chute (丨21), and the first joint (3 u 8 M361127 does not extend horizontally outward directly from the front end of the lower casing (13) of the outer casing, but is slidably disposed in the outer casing (1丨). This embodiment is Further comprising a moving component (4A), the moving component (40a) comprises a positioning seat (4U), the positioning seat is formed with a receiving groove (41 la), a spring (42a) and a section The I-shaped positioning member (43a) 'the positioning seat is disposed on the bottom surface of the first plug portion (21), and the spring (42a) is received in the receiving groove (411昀, so when the positioning member ( 43a) at any position of the positioning hole (122) of the chute (121), that is, the fixing does not move; if the positioning member (43a) is to be moved, the positioning member (43a) is pressed inward. , the unlocking relationship with the lower shell (13) is released, and can be moved back and forth in the chute (121). Moreover, the first line group (23) of the actual addition is a first flexible line group ( 23a), comprising a plurality of wires (231a). As can be seen from the second preferred embodiment of the present invention, the first and second joints (20) (30) are all slidably disposed in the outer casing (11). The first and second plug portions (21) (31) are exposed through the correspondingly connected moving components (4〇) (4〇a) to the front opening (101) of the outer casing or to the outer casing (n). Referring to the sixth and seventh figures, it is the third preferred embodiment of the present invention, which is substantially the same as the first preferred embodiment, except that the upper opening of the upper end surface of the outer casing (1 work) of this embodiment The positioning hole (123) of the second plug portion (31) is not formed with a receiving groove, and the moving component (4〇b) comprises: a positioning seat, which is disposed in the first a second plug portion (3丨) upper end surface; a rack (44) is erected on the upper end surface of the second plug portion (31), and fixed to the side of the positioning seat (41b); and the rotating member (45), the bottom of the body A gear (45) matched with the rack (44) is provided to engage the rack (44), and the top end of the rotating member (45) passes through the through hole (123) of the upper end surface of the outer casing (11). M361127 Since the rack (5) is fixed to the positioning seat (4) of the second plug portion (3), when the rotating member (45) is rotated clockwise or reversely, the gear (451) and the rack can be used ( 44) arranging the second plug portion (9) to extend toward the front opening (ΠΗ) of the outer casing or to retract inside the outer casing (1). In the embodiment, the first-line group (23) and the first The second flexible wire group (33) is directly exposed to the rear opening (1〇2) of the outer casing, and is electrically connected to the circuit board of the electronic device without being switched through a signal board.

The first line group and the other embodiment of the present creation are further explained below. The second flexible wire set is first shown in the eighth figure, which is the fourth preferred embodiment of the creative multi-connector connector (l〇c), which is substantially the same as the first preferred embodiment, but The first line group (23) and the: flexible line (33) group are directly exposed to the rear opening (1〇2) of the outer casing (11) for electrical connection of the circuit board of the electronic device without having to pass through a signal board Transfer. μ See the figure in the ninth figure for the creation of the multi-joint-connector joint (i 〇d). The fifth flexible line group (33a) contains a plurality of curved metal strips ( 332), & has a feature of shrinkage deformation, each bent metal strip (332) end is connected to a corresponding terminal of a second terminal group (not shown), and the other end is soldered to the signal board (24), or As shown in the tenth figure, the rear opening (102) directly exposed to the outer casing of the electronic device is soldered to the circuit board of the electronic device, which is the sixth preferred embodiment of the instant connector connector (1 〇e). Please refer to the eleventh and twelfth drawings, which are the seventh preferred embodiment of the creation of the all-in-one connection | § connector (1 〇f), wherein the at least one first electronic ^ (22) system comprises - with t eSATA terminal set, including seven or nine stand-up (221) and two power supply terminals (222), in this embodiment, seven terminals M361127 sub (221) and two (four) terminals (222). In this embodiment, the corresponding first line group connected to the seven terminals (224) is seven inverted l-shaped pins, and the pins (10) are directly passed through the lower end surface of the housing (not shown). The lower end surface of the outer & is exposed to two power terminals (the two ends are fixed to the opposite sides of the first plug portion (8), and the other ends are connected to the wires (232b) or the bent metal strips. To the signal board (25)-end. The signal board (25) is disposed between the = first plug portion (9) and the outer rear inner wall, and the other signal board (25)

The Hx has a plurality of pins (25 plus) which pass through the lower end surface of the casing, and the pins () are power supplies (232b) or curved metal bars corresponding to the first flexible wire group and the power terminal. Therefore, the outer casing of the present embodiment does not have to form a rear opening for the first and second wire-wrap groups to be exposed. Please refer to the thirteenth and fourteenth drawings, which are the eighth preferred embodiment of the present all-in-one connector connector (10g), wherein the at least one second terminal, and the system 3 has a set of terminals Group (32) (32a), one of which is a USB2 〇 terminal group and the other is a USB3.0 terminal group, wherein the _2 〇 terminal group includes four terminals (321), and the USB3_〇 terminal group It consists of nine materials with four terminals of usB2〇. Therefore, the five terminals (32U) and the four terminals (321) are arranged vertically offset, but are fixed to the second plug portion. Therefore, in the embodiment, the at least one second flexible wire group comprises two sets of second flexible wire groups (33) (33b). In this embodiment, a signal board (25) is disposed. The signal board (25) is disposed between the first plug portion (31) and the inner wall of the lower casing (13) of the outer casing. The signal board (25) One end of the inner wall is also provided with two sets of second flexible wire sets (33) (331)), and the other side is provided with a plurality of pins (252) which are passed through the lower casing (13). 253), and corresponding to the two sets of second flexible line groups (33) (33a). Therefore, the outer casing of the embodiment may not necessarily form a rear opening for exposing the first and the eleventh M361127 two flexible wire sets. It can be seen from the above embodiments of the present invention that the creation interface separates the different interfaces of the all-in-one connector and allows at least one interface to be slid outside and controls the moving component to change the relative position of different interfaces without It can only meet the connector socket of all-in-one specifications; for the current ones, such as USB2.〇, USB3〇, eSATA, etc., you can choose to insert more than one socket or single socket through the design of this creation. In the middle, effectively improve the utilization and use breadth of the all-in-one connector plug. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded perspective view of a first preferred embodiment of the present invention. The second picture is a combination of the first picture and a perspective view. The second figure is a cross-sectional view of the second figure. Figures 4A and B: A plan view of the plan view of the second figure. Figure 5 is a cross-sectional view showing a second preferred embodiment of the present creation. Figure 6 is a perspective view of a third preferred embodiment of the present invention. Figure 7: A top perspective view of the sixth. Figure 8 is a perspective view of the first embodiment of the present invention. Figure IX is a perspective view of a fifth preferred embodiment of the present invention. Fig. 10 is a perspective view of a preferred embodiment of the present invention. The first "1--picture: is a part of the stereoscopic diagram of the preferred embodiment of the present flute + the other seven. Figure 12: The bottom view of the tenth-figure. Thirteenth Diagram: A partial stereoscopic 12 M361127 diagram of the eighth preferred embodiment of the present invention. The fourteenth figure is - this - tenth. three. Figure front view. [Description of main component symbols] (10) (10a) (10b) (10c) (10d) (l〇e) (10f) (l〇g) joint (102) rear opening (12) upper shell (122) positioning hole (13) Lower case (132) positioning hole (2 1) First plug part (221) Terminal (23) First line set (23 1) (231a) Wire (233) Pin (241) Pin (251) Pin ( 253) Pin (3 1) second plug part (321) terminal

(101) Front opening (11) Housing (121) Chute (123) Through hole (131) Chute (20) First joint (22) First terminal group (222) Power terminal (23a) First flexible line Group (232) bent metal strip (24) Signal board (25) Signal board (252) Pin (30) Second connector (32) (32a) Second terminal group (3 3) (33 a) (3 3b) Two flexible wire group (331) wire (332) bent metal strip (40) (40a) (40b) moving component (41) (41a) (41b) positioning seat (411) (411a) housing sample (42) ( 42a) Spring (43) (43a) Locator 曰 13 M361127 (431) Neck (44) Rack (451) Gear (432) Bottom (45) Rotating member (50) Spring

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Claims (1)

M361127 Sixth, the scope of application for patents: ...- 1. A separate multi-person, Kuikou. The α-connecting connector includes: a casing formed with a & ^ opening, the casing comprising an upper casing and a lower casing; and a joint of the casing, which is disposed in the casing and exposed from the front opening The utility model comprises two joint assemblies which are arranged from the base and also stacked, and the two joint assemblies are formed with a -n^M, s1 gap, and one of the joint assemblies is slidably disposed at the outer opening of the outer At a relatively parallel movement relative to the other joint assembly. 2. For the application of the patent section, the separate all-in-one connector joint described in the second edition of the brothers, the outer casing - the eyepiece, the 工 0 work / „ and the surface is formed with a side opening communicating with its internal space' And a moving component is disposed at the side opening, wherein: one of the connector components of the connector assembly comprises: the h connector comprises a first plug portion and at least one first terminal group, and the Φ 兮 i i 浐 浐 浐:, / the head is disposed at the front opening of the outer casing, the first end is fixed to the plug portion, and the other end is accommodated in the outer casing; and the other is placed in the outer casing; at least - the first a wire set, the system is placed in the outer casing, and the first terminal set of the first end of the first end is electrically connected to the side, and the other end of the second joint component is exposed outside the outer casing. The system comprises: a second connector, comprising a second plug portion and at least a plug material (4) in the outer casing, and the bottom surface of the outer portion of the outer casing is for the at least one The two terminal group fixed V di two terminal group is opposite to the first terminal group; And the 苐-flexible wire group, the system is placed in the outer casing, and one end of each second flexible 15 M361127 wire group is electrically connected with the corresponding two-piece group of the second connector, and the other end is exposed from the outer casing; In addition, the above-mentioned moving component Sun Tian-»,, ώ L± is fixed to the second plug portion of the second joint, and the sub-opening corresponding side opening is passed out. 3 · If the patent application section is shown, the joint is $2 The split type multi-joint connector described in the item. The second joint and the rear inner wall of the outer casing = the m-elastic is disposed in the separate type of the joint, the joint, §Hai first plug Qiu Houzhan is the front side of the shell, and at least the side opening is outside the water, and the Α* channel has a chute with two 孔 holes. 5. The second connection of the range, the separation type of the extension of the β·Μ 4 fly 3, and the at least-upper opening comprises a consistent perforation. Thousands outward 6. As in the fourth joint of the patent application, The moving component comprises a separate detachable-connector-positioning seat, which is fixed to The 丨 is formed with a receiving groove; the plug portion corresponds to the position of the chute, and the - (4) ′ is placed in the accommodating groove of the positioning seat, and the cross-section is smaller than the width of the chute of the outer casing, and ^" The neck outer diameter of the bit member is matched with the hole, and the external control of the elastic portion f & is the same as the third of the chute 7 · as claimed in the patent item S, the joint, the moving component The system includes: , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , On the side of the 16 M361127 positioning seat; and the rotating member, the main body. The bottom portion is provided with a gear matched with the rack to engage with the rack. The top end of the rotating member passes through the through hole of the outer casing. 8. The split all-in-one connector joint of the invention of claim 6, wherein the outer casing forms a rear opening opposite the front opening π. 9. The split all-in-one connector joint according to claim 8, wherein each of the at least one first wire group comprises a plurality of wires corresponding to the number of the first terminal_group terminals, and each at least a second The flex line group includes a plurality of flexible wires corresponding to the number of terminals of the second terminal set. 10. The split type multi-connector connector joint according to claim 9 includes a signal board, the signal board is disposed at the rear opening and is provided with a plurality of stitches, and the signal board and the first One line group and one second flexible line group are electrically connected at one end. 11. The split all-in-one connector connector of claim 6, wherein each at least the first line group includes a plurality of inverted L-shaped pins corresponding to the first terminal and the female sub-number 'The stitching is threaded out from the lower end of the housing. 12. The split all-in-one connector joint as described in claim 5, comprising a signal board disposed between the at least first terminal group of the first joint and the inner wall of the rear casing of the outer casing The side of the inner wall of the signal board is electrically connected to the at least one second flexible wire group, and the side of the seesaw adjacent to the at least one first terminal group is provided with a plurality of lower end faces of the outer casing. stitch. η. The split all-in-one connector joint according to claim 12, wherein the at least-th terminal group comprises a #-group charged eWA terminal 17 M361127 sub-group, which comprises a plurality of terminals and two power supplies a terminal, wherein one end of the two power terminals - the sun-remaining - respectively, is opposite to the outer side of the first plug portion, and the other end is connected to the signal board through a wire, the signal board further comprising two outer casings Power pin on the lower end. 14. If the scope of the patent application is 133, the separate multi-connector connector of the user's unit is included. The at least one second terminal group includes a set of usb2 〇 terminal sets and a set of USB3.0 terminal sets. 15. The split all-in-one connector snap joint of claim 6 wherein the outer casing defines a rear opening opposite the front opening. °. 16. The split all-in-one connector of claim 15, wherein each of the at least one second flexible wire set comprises a plurality of curved metal strips corresponding to the number of terminals of the second terminal set. 17. The split all-in-one connector connector of claim 16, further comprising a signal board, the signal board being disposed at the rear opening and having a plurality of pins, the signal board being first The bent metal strips of the wire set and the second flexible wire set are electrically connected at one end. The split multiplexer-connector connector of claim 7, wherein the outer casing forms a rear opening opposite the front opening. 19. The split all-in-one connector connector of claim 18, wherein each of the at least one first wire set comprises a plurality of wires corresponding to the number of terminals of the first terminal set, and each of the at least one second The flex line group includes a flexible wire having a plurality of terminals corresponding to the terminal group. 20) The split all-in-one connection thief connector as described in claim [51] further includes a signal board, the signal board is disposed at the rear opening and is provided with a plurality of pins, and the signal board and the One line group and the second 18 M361127 flex line group are electrically connected at one end. A split-type multi-joint connector as described in claim 7 of the patent application. The joint 'in each of the at least-the first-line group includes a plurality of corresponding-terminals, and the number of the sub-numbers is inverted L a stitch that passes through the lower end surface of the housing. ^ 22. The split all-in-one connector joint according to claim 21, comprising a signal board disposed between the at least the first terminal group of the first joint and the inner wall of the rear casing of the outer casing The inner wall surface of the signal board is electrically connected to the at least the second flexible line group, and the side of the apostrophe board is disposed at least near the lower side of the _th terminal group. . 23. The split all-in-one connector joint of claim 7, wherein the outer casing forms a rear opening opposite the front opening. ^ d 24 · the separation type described in claim 23 The all-in-one connector connector 'each at least one second flexible wire group includes a plurality of curved metal strips corresponding to the number of terminals of the second terminal group. 25. The split multiplex-connection as described in claim 24 The benefit connector has a signal board, the signal board is disposed at the rear port and has a plurality of pins, and the signal board is connected to the bent metal strip of the first line group and the second flexible line group. 26. The split-type all-in-one connector joint according to item 2 of the patent application 'the first plug portion is an eSATA connector size, and the second plug portion is a USB connector size. Patented 帛 2 split-type multi-connector connector described by the worker, the second plug portion is the eSATA connector size, and the first plug portion is the USB connector size. 19 M361127 28.-Separate multiple-connection Connector, including: - The outer Γ ' is formed with a front opening ^, the _ _ hu shell contains - has - upper shell and dew, :! ί - joint part, is set in the outer casing and the outer assembly from the front opening two sets of joints The assembly, and the front opening of the two joints "(4): 'connected to the other end" the "joint assembly is slidably disposed in the housing relative to the other joint assembly in a relatively parallel movement. 29 · as described in the patent application 28 The two end faces of the outer casing are respectively formed with the inner space communicating with the inner space: the side opening and the at least one second side opening, and the step further comprises moving the component and the second moving component 1 - the moving component is: The second moving component is disposed at the second side opening, and the one of the two connector assemblies includes: a first connector, including a first plug portion and at least a -* subgroup, the first plug The part is slidably disposed in the outer casing, and: : the end of the at least - first terminal group is fixed on (4) ==, and the other end is accommodated in the outer casing; and the α connection: τ outer casing, , with finer, and electrically connected, the other end is exposed from the outer casing; The other connector assembly of the two-joint assembly includes: a first head, a second plug portion, and at least one second, and the second plug portion is slidably disposed in the outer casing, and the front opening of the outer casing Punching, the plug is for fixing the at least one second terminal group, the at least two terminal groups are opposite to the at least one first terminal group; and 20 M361127 at least one second flexible wire group, Wherein, one end of each of the _ line sets is connected to the second joint, and one degree of deflection is exposed from the outer casing; and, in other words, the first movement is opposite, and the part is fixed to the front of the flute 4 of the first joint. And inserting the first one from the first side of the outer casing, and the second inserting component fixed to the second joint is the soot.卩上, and from the outer shell _ exposed. ~ Side opening D 3 〇 · The split multi-eight connector step as described in claim 29 includes at least two springs respectively disposed between the core connection and the rear inner wall surface of the outer casing. ''and 31. As claimed in the third paragraph of the patent application, 哕$, 丨;•一筮,, &&夕合^到至> the first side opening and at least one second containing a A chute with three positioning holes. 32. Separate multi-barrel joints as described in the third paragraph of the patent application, in the less-first opening-hatch-containing-through hole. The first side opening is respectively included in the first side of the present invention, wherein: the first moving component comprises: a positioning seat, which is fixed to Continuation of the flute - the plug portion is formed with a receiving groove at the opposite side; - a spring, the accommodating groove of the positioning seat - the positioning member' has a cross-section in an I-shape, and the 'slot is smaller than the chute of the lower end surface of the outer casing The neck of the 卩 卩 outer diameter of the three positioning holes match, and against the spring ·, 杬 is connected with the 〇 〇 ~ 别 别 别 别 别 别 别 别 别 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 : : 定: The wide system is fixed at the second plug, and a receiving groove is formed in the sub-region; + the first side opening elastic η system, and the accommodating groove-positioning member of the positioning seat is formed in an I-shaped section 'And less than the width of the chute of the outer casing, and its:: the neck outer diameter of the bit member matches the hole and abuts against the spring. The diameter is the same as the three-way 34 of the chute. For example, the sprue joint of the third paragraph of the patent scope of the Shenqing patent, wherein: the split type multi-in-one connection includes: - a positioning seat, Fixed to the first _# side opening; the mourning plug portion is opposite to the first upper portion and fixed to the positioning-rack "on one side of the first plug portion seat; and a rotating member, the body bottom portion thereof Having _ to engage with the rack, the rotating member; wearing two: matching - gear 'exposed; 1 糸 passing through the first side opening of the outer casing; and s second moving component includes: The seat is fixed to the second plug portion and is connected to the second side of a rack, is erected on the second plug portion, and is fixed on one side of the positioning seat; and a rotating member < + to engage with the rack, 'moving::: the gear-matching side of the rack is open and exposed. The top end of the piece is passed through the second end of the outer casing of the outer casing 22 M361127 35. The split all-in-one connector-connector described in claim 33, wherein the outer casing forms a rear opening ι _ 36 opposite the front opening The split all-in-one connector joint according to claim 35, wherein each at least one first flexible wire group comprises a plurality of wires corresponding to the number of terminals of the first terminal group, and the at least one second The flexible wire set includes a plurality of flexible wires corresponding to the number of terminals of the second terminal set. 37. The split all-in-one connector connector of claim 36, further comprising a signal board, wherein the signal board is disposed at the rear opening and is provided with a plurality of pins, and the signal board is coupled to the One flexible wire group and one second flexible wire group are electrically connected at one end. 38. The split all-in-one connector connector of claim 33, wherein each at least one ''wire group') includes a plurality of inverted L-shaped pins corresponding to the number of terminals of the first terminal set, the stitches being The lower end surface of the outer casing is 39. The split type multi-joint connection joint according to claim 38, further comprising a signal board, the signal board being disposed at the at least the first terminal group of the first joint Between the inner wall of the rear wall of the casing, the side of the inner wall of the signal plate is electrically connected to the at least one of the flexible wire sets, and the D. Board t. One side of the first terminal group from the sea to the y is provided with a plurality of pins that pass through the lower end surface of the outer casing. m 4〇·························································· The power terminal, wherein the two power source=sub-ends are respectively fixed to the opposite outer side (four) of the first plug portion, and the other is connected to the signal board through the electric wire, and the signal board further includes two 23 M361127 The power pin of the lower end of the case. 41. The split all-in-one connector of claim 40, wherein the at least one second terminal set comprises a set of USB2 〇 terminal sets and a set of U S B 3 · 0 terminal sets. 42. The split all-in-one connector of claim 33, wherein the outer casing forms a rear opening opposite the front opening. 43. The split all-in-one connector of claim 42, wherein the at least one first flexible wire set comprises a plurality of curved metal strips corresponding to the number of terminals of the first set of terminal blocks, and the at least The second flexible wire group includes a plurality of curved metal strips corresponding to the number of terminals of the second terminal group. 44. The split all-in-one connection as described in claim 43 further comprising a signal board, the signal board being disposed at the rear opening and having no plurality of pins, and the signal board and the first The flexible wire group and the bent metal strip of the second flexible wire group are electrically connected at one end. 45. The split all-in-one connector joint of claim 34, wherein the outer casing forms a rear opening opposite the front opening. The split multi-connector connector of claim 45, wherein each of the at least one first flexible wire set comprises a plurality of wires corresponding to the number of terminals of the first terminal set, and the at least one The second flexible wire group includes a plurality of flexible wires corresponding to the number of terminals of the second terminal group. 47. The split all-in-one connector connector of claim 46, further comprising a signal board, the signal board being disposed at the rear opening and having a plurality of pins, the signal board and the One flexible wire group and one second flexible wire group are electrically connected at one end. 4 8 · The split type all-in-one connection 24 M361127 connector according to claim 3, wherein each at least one first line group includes a plurality of corresponding first ends. The inverted L-shaped needle Na ^ The stitching is worn out from the outer end of the outer confusion. 49. The split all-in-one connector connector of claim 48, further comprising a signal board disposed in the at least one first terminal set of the first joint and the inner wall of the rear casing of the outer casing The side of the inner wall of the signal board is electrically connected to the at least one second flexible wire group, and the signal board is adjacent to the side of the at least one first terminal group. The stitches. 50. The split all-in-one connector of claim 34, wherein the outer casing forms a rear opening opposite the front opening. 51. The split all-in-one joint connector of claim 5, wherein the at least-first flexible wire set comprises a plurality of curved metal strips corresponding to the number of terminals of the first terminal set, and the at least The second flexible wire group includes a plurality of curved metal strips corresponding to the number of terminals of the second terminal group. 52_ The split multi-connector connector joint according to claim 51, comprising a signal board, the signal board is disposed at the rear opening and has a plurality of pins, and the signal board is first The bent metal strips of the wire set and the second flexible wire set are electrically connected at one end. 53. The split all-in-one connection as described in claim 29, wherein the first plug portion of the connector is an eSATA connector size, and the second plug portion is a USB connector size. 54. The split multiplex-connection &connector' Θ second plug portion of the invention of claim 29 is an eSATA connector size' and the first plug portion is a USB connector size. 25