TWM447610U - Plug assembly with spatial conversion - Google Patents

Plug assembly with spatial conversion Download PDF

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Publication number
TWM447610U
TWM447610U TW101214680U TW101214680U TWM447610U TW M447610 U TWM447610 U TW M447610U TW 101214680 U TW101214680 U TW 101214680U TW 101214680 U TW101214680 U TW 101214680U TW M447610 U TWM447610 U TW M447610U
Authority
TW
Taiwan
Prior art keywords
joint
interface
terminal
space
plug assembly
Prior art date
Application number
TW101214680U
Other languages
Chinese (zh)
Inventor
jian-heng Xiang
Original Assignee
Guang De Internat Technology Co Ltd
jian-heng Xiang
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Guang De Internat Technology Co Ltd, jian-heng Xiang filed Critical Guang De Internat Technology Co Ltd
Priority to TW101214680U priority Critical patent/TWM447610U/en
Publication of TWM447610U publication Critical patent/TWM447610U/en

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Description

Space-changing plug body
A plug group with a space change, in order to provide at least two kinds of female end specifications, respectively, respectively, the plug body of the electrical plug is operated, and the assembly of the adapter and the swing joint is mainly operated in a swinging manner, and the combination is obtained. All peripheral anti-magnetic, and direct use of anti-magnetic components to operate the combined positioning, and after separation, the two are available for independent applications.
Electrical connections, especially those used in information signals, such as USB, have separate pairs of conductive sheets on the male and female ends, which are electrically connected to each other, as shown in Figure 1. As shown, the periphery of the USB connector 1 is generally a mechanically maintained and anti-magnetic effect of the encircling ring 10, and an insulating suspension plate 11 is longitudinally extended in a suspended manner. The upper surface of the suspension plate 11 is provided with a plurality of The terminal 110 is welcoming, and there is a cutting guide 111 which is elastically protruded in the inner surface of the insert ring 10, and a male end joint 2, the periphery of which is surrounded by the anti-magnetic surrounding ring 20, and the anti-magnetic surrounding ring 20 The upper half is combined with an insulating support plate 21, and the support plate 21 is provided with a plurality of contact terminals 210 facing the suspension plate 11, and the contact terminals 210 and the welcome terminal 110 are in contact with each other. After the terminal fitting 2 is entirely inserted from the outer longitudinal direction, the contact terminal 210 is pressed against the welcoming terminal 110 to form electrical conduction.
After the combination, the anti-magnetic surrounding ring 20 of the male joint 2 is arranged to be lowered, and the lower surface of the hanging plate 11 is supported, and the surrounding force of the main body of the anti-magnetic surrounding ring 20 is utilized, which can support the hanging plate 11 through the lower circumference. The fitting force generates a pulling force, so that the effective contact pressure of the contact terminal 210 ensures electrical conduction at the terminal 110.
The periphery of the anti-magnetic retaining ring 20 can be supported by the cutting guide 111 provided inside the connecting base 1 to achieve secondary auxiliary positioning, so that the male joint 2 can be accurately positioned and not easily disengaged from the connecting base 1.
The above is the working mode of the USB plug-in combination after the vertical plug. In addition, due to the diversification of information equipment, the plug of a single specification can not meet the different requirements of different information equipment, and the female end should be plugged in. Therefore, there is a concept of conversion, and a design with a conversion plug specification is designed, such as Taiwan Patent No. I303905, which provides a composite simple plug which utilizes an insulative housing, has an open recess, a plurality of terminals are exposed inside the recess, and a pivot is provided at one end of the recess. The connecting portion is provided with a network plug pivotally connected for pivotal rotation in the recess, and the network plug is provided with a second pivoting portion for combining the first pivoting portion of the housing with a rotating coupling relationship The electrical connection of the network plug can be crimped to the terminal inside the groove to achieve the telecommunications conduction, and the wall of the groove is provided with a snap ring, which acts to buckle the notch on both sides of the front end of the network plug, so that After the network plug is combined with the housing, the card can be positioned.
The concept of the case is that the network plug can be pivotally connected in the recess of the housing, and the conductive property is guided to the information equipment by the USB plug provided at the outer end of the housing. It can be independently applied to plug in the power of the network plug interface. Moreover, the combination of the network plug and the housing eliminates the peripheral anti-magnetic effect, and in order to allow the swing radius of the network plug to cut into the groove, then its concave The top of the slot must be fully open above the terminal connector.
The function of the above design is that the network plug can be independently plugged into a standard network socket connection after the network plug is detached, and the shell structure can only provide the above-mentioned paired network plugs, and can no longer provide other external standard networks. Use of the plug.
The present invention provides a plug group with a spatial transformation, in order to provide a plug assembly for handling at least two types of female ends, and separately operating electrical plugs, mainly for operating the electrical connection of the adapter and the swing joint in a swinging manner. The group unloading relationship, as well as the combination of the whole perimeter anti-magnetic, and the direct use of anti-magnetic components to combine the operation and positioning of the combination of its main purpose.
The second object of the present invention is to provide a conversion terminal by using an adapter provided with a 颚 interface, and a set of flat terminals are disposed on the internal level of the 颚 interface, and the flat terminal is electrically connected to the conversion terminal, and is placed flat. The terminal is surrounded by a half-opening ring, and the upper part is an upper opening; a swing joint which is combined with the swing joint, the free end is provided with a surface-connecting terminal, and the outer surface of the surface-connected terminal is provided with an anti-magnetic anti-magnetic cover. After the joint of the swing joint and the swing joint, the conductive connection between the surface-connecting terminal and the flat terminal, and the use of the anti-magnetic cover and the abutting side provided on the two sides of the half-opening ring, a mechanical cutting action is obtained, thereby obtaining a mechanical cutting action. Obtaining a combined positioning force of the swing joint and the adapter, and The full peripheral anti-magnetic effect formed by the combination of the two.
The third purpose of the case is to connect a cover plate above the 颚 interface provided by the adapter, and after providing the oscillating joint combination adapter, the oscillating joint can be effectively restrained to cause the position unchanged, and the adapter does not function. In the case where the oscillating joint is connected, the combination of the cover and the adapter can form a longitudinal socket, and the plug of the standard standard specification can be inserted longitudinally.
The fourth object of the present invention is that the swing joint is combined with the joint interface of the joint in the swinging relationship via the joint device, wherein the joint device is further provided with a connecting rod, indirectly between the joint and the swing joint, using the connecting rod The intervention can provide a combination of the oscillating joint into the travel path of the adapter, and can be embedded into the 颚 interface at various angles, and the 颚 interface can be provided with all the buckle lips as the combined splicing positioning function, so that the 颚 interface is In the semi-open space, after the swing joint is removed, the adapter can be formed with a socket independently inserted into the plug of the standard standard plug.
The fifth purpose of the case is that after the swing joint is separated from the adapter, the swing joint can be independently inserted into the socket of the standard standard specification.
The present invention provides a multi-purpose plug-in conversion plug combination, and any implementation, such as a general USB connector, has an anti-magnetic effect, and is provided with an upper opening in a portion opposite to the adapter and the swing joint, respectively. The lower opening, and the combination of the two sides of the anti-magnetic wave half-opening ring constituting the upper opening and the lower opening and the panel, the mechanical locking force of the two can be used to achieve the combined positioning of the swing joint and the adapter, and the swing joint and the transfer After the head is separated, the swing joint can be used by itself to be plugged into the female end of the other information device, and the inside of the interface provided by the adapter can form a vertical socket, and the external plug of the general specification can be inserted and inserted. After the connection, the different plug-in specifications are converted via the conversion terminal provided by the adapter, and a flip-open cover can be arranged above the interface provided by the adapter, and the cover can be assisted by the pressure swing The positioning of the joint and the combination of the cover and the cymbal interface can form a female socket of normal specification without the combination of the oscillating joint, and provide plugs of other standard specifications. In principle, the adapter After separation of the swivel connector, and both can be used independently used.
The above-mentioned adapter and swing joint are connected in a manner that the swing joint can be moved to the adapter through a connecting rod, and the posture can be moved in a multi-angle path, wherein the 颚 interface can be half In the case of an open type, the 颚 interface is semi-open, the internal interface of the 颚 interface can independently form a female socket of a normal normal specification, and the specifications of different plugs can be converted externally through the set conversion terminal, which is a multi-application design. .
The main body of the case is that the combination needs to be anti-magnetic and the positioning effect can be obtained in the existing components, and the cover plate is placed above the 颚 interface, which can effectively press the positioning aid after the oscillating joint enters the adapter, and the intervention of the cover plate The flat terminal of the adapter can be formed into a female socket of a general specification, and the intervention of a link can provide a path for the swing joint to move into the adapter, and the posture of the multi-corner position can be moved in and transferred. The 颚 interface of the head is provided with a locking lip, which allows the 颚 interface to form a semi-release mode, and the swaying joint is inserted and positioned by the lower edge of the shackle lip, and after the swaying joint is removed, the shackle lip can be oppositely The terminal is placed flat and is used to form a female socket of a general specification.
For the detailed structure and operation principle of this creation, please refer to the following description: First, please refer to Figure 2 (for the sake of explanation, this description takes the information USB connector as an example). This case is combined at one end of the cable 40. As the cable end docking electrical plug group, one end of the cable 40 is first combined with a swing joint 4, and the swing joint 4 is movably combined with the joint 3 via the joint device 330, and the swing joint 4 can be swung into the transfer. The cymbal interface 31 of the head 3 has a sorted flat terminal 302 inside the 颚 interface 31 to form a welcoming end group 103, and a sorting surface terminal 43 is provided at the free end of the oscillating joint 4 to form a pressure contact end group 204, two The surface pressure contact is formed by the action of the joint device 330, so that the electrical property of the cable 40 can be transferred to the conversion terminal 300, wherein the root of the swing joint 4 is provided with a connecting rod 41 which is combined and extended behind the jaw interface 31. The abutment groove 33 provided on the side of the side extension plate 32, after being combined, swings the joint 4 to swing relative to the adapter 3.
The free end of the swing joint 4 is provided with a "ㄇ" type semi-covered magnetic cover 42 which covers the surface contact terminal 43 via the platen 430 to form a complete pressure contact end group 204, and the antimagnetic cover 42 is oppositely connected to the terminal. The joint surface of the 43 is opened with the lower opening 420, and the two sides of the antimagnetic cover 42 respectively form the panel 421, and the overall cross-sectional contour shape thereof is the same as that of the standard-type male end plug.
The adapter 3 is provided with a 颚 interface 31. The 颚 interface 31 is provided with a welcoming end group 103 at a position opposite to the surface terminal 43 of the oscillating joint 4, and the welcoming end group 103 is composed of a plurality of sorted flat terminals 302. The flat terminal 302 is formed. Supported by a hanging tongue 301, the hanging tongue 301 is in a hanging shape, and a U-shaped semi-opening ring 34 with anti-magnetic waves is provided on the lower side of the hanging tongue 301 through a gap. The upper side has a supporting side 341, and the span of the two supporting sides 341 is a wrapable joint The two sides of the panel 421 are spaced apart from each other, and the abutting side 341 can be elastically cut, and the cuttable panel 421 forms a mechanical friction setting force, and the adapter 3 is located on the bottom surface of the half-opening ring 34. There is a tray 35 for bottom protection, and a conversion terminal 300 is disposed at the other end of the adapter 3. The conversion terminal 300 is internally provided with a plurality of plug terminals (not shown), and the terminal is electrically connected to In the flat terminal 302, the basic transfer spirit is to electrically connect the electrical properties of the cable 40 to the flat terminal 302 via the surface contact terminal 43 and then to the conversion terminal 300. The specification of the swing joint 4 is different from that of the conversion terminal 300.
Referring to FIG. 3 (in conjunction with FIG. 4), when the swing joint 4 is swung in the direction of the weir interface 31 of the adapter 3, and the swing joint is inserted by the action of the joint device 330, the swing joint 4 is provided. The panel 421 of the anti-magnetic cover 42 is engaged by the abutting sides 341 on both sides of the semi-opening ring 34, and the supporting side 341 is a metal piece, which is easy to be elastic, and can effectively enclose the two sides of the anti-magnetic cover 42. The surface of the panel 421 is formed by mechanical friction cutting to fix the combined force, or the relative position of the panel 421 or the abutting side 341 is combined with any concave and convex buckle points (not shown), which is the same. The oscillating joint 4 is assembled and locked, and the two sides of the splicing joint 341 and the panel 421 are interlocked with each other, and the oscillating joint 4 is neither easily detached, and the antimagnetic cover 42 and the panel 421 and the semi-opening ring are provided. A full-circumferential anti-magnetic coating is formed between the 34 and the abutting side 341 to prevent the influence of magnetic wave convection through the electrical properties of the terminals.
Referring to FIG. 4 again, the swing joint 4 is pivotally coupled to the adapter 3 via the joint device 330. The joint device 330 is pivotally connected by a joint groove 33 and the joint rod 41. The oscillating joint 4 can be swung according to the length of the radii. After the combination of the third figure, the surface-connecting terminal 43 of the platen 430 can be pressed against the flat surface of the hanging tongue 301 of the adapter 3 When the terminals 302 are in contact with each other, the electrical interface of the cable 40 can be electrically connected to the flat terminal 302, and then connected to the conversion terminal 300. The conversion terminal 300 is electrically connected to other terminals. Plug in.
After the swing joint 4 is disengaged from the adapter 3, the swing joint 4 can be formed into a general specification plug such as a USB plug, and can be plugged into other equipment such as a USB socket located on the computer casing.
The welcoming end group 103 disposed inside the adapter 3 is half-opened by the "U"-type semi-opening ring 34 and the supporting side 341, and can also be independently used as a female socket of a normal specification, and is provided as other standard specifications. The USB plug is inserted, and the shape of the transverse section is the same as that of the standard female end, and the plug-in combination positioning is as shown in FIG. 1 , and the anti-magnetic circumference ring 20 of the male end joint 2 is arranged under the circumference. After being connected to the lower surface of the suspension plate 11 of the connecting base 1, the contact terminal 210 of the male terminal 2 can obtain a pulling force, and the welcoming terminal 110 pressed against the hanging plate 11 is clearly electrically connected. The touch-through, and the general standard specification USB plug, has a magnetic anti-magnetic ring 20 on the periphery thereof for magnetic protection. Therefore, after being inserted into the hanging tongue 301 of FIG. 4, it can ignore the abutting side 341 and the half-opening ring 34. Anti-magnetic, but can be connected by the bonding side 341, and the ground wire can be used to derive possible electrons, and the gap formed between the supporting side 341 and the lower edge of the hanging tongue 301 is provided as shown in FIG. The lower joint of the anti-magnetic circumference ring 20 of the end joint 2 is inserted, so that the adapter 3 can be a separate female end, and the USB plug of the external standard specification is inserted and connected to the conversion terminal 300 for turning. The joint 3 forms a multi-purpose use.
In this case, another concept is provided to utilize a cover plate 5 (as shown in FIG. 5). The cover plate 5 can be assembled on any of the stacking interfaces 31, and can be vertically covered by the cover when the cover is closed. Above the tongue 301, the assembly manner can be adopted by sliding or inlay or docking. The description of the present embodiment is illustrated by a docking manner, which is combined in a laterally connected manner on the top of the 颚 interface 31. The front end of the terminal 300 is opposite to the vertical area of the hanging tongue 301, and the cover plate 5 can be formed into a flipping and closing posture in combination with the adapter 3, and the sliding or engaging manner is combined with the cover plate 5, It works the same as flipping and closing.
Referring to FIG. 6 again, the function of the cover plate 5 can be used in addition to the cover member. After the swing joint 4 is assembled to the adapter 3, the lower pressing edge 50 of the cover plate 5 can be utilized. The apex 510 can be pressed against the antimagnetic cover 42 of the oscillating joint 4, wherein in particular the apex 510 is a apex of the deflection of the cam, the radius of which is higher than the height of the pivot 51 and the combined antimagnetic cover 42, so By the pivoting of the pivot 51, after the swing cover 5 is pressed down, the apex 510 is retracted by the vertical line, even if the longitudinal body of the cover 5 can be horizontally pressed against the upper surface of the antimagnetic cover 42, and its force is distributed to The lower pressing edge 50 allows the cover plate 5 to be pressed against the upper surface of the antimagnetic cover 42 at two points. When the swing joint 4 is to be disengaged, the cover plate 5 is opened and turned back to allow a space to make the swing joint. 4 can be flipped out.
Referring to FIGS. 7-8 again, the above-mentioned interface 31 is provided with a cover 5 which is connected via a pivot 51 to the side of the switch terminal 300 above the switch interface 31. down After the cover, the lower pressing edge 50 and the apex 510 are disposed at a certain position, and the fixed position can form a socket 100 in the section surrounded by the half-opening ring 34 and the fastening side 341, and the hanging tongue exists inside. 301 and the flat terminal 302, the socket 100 can be longitudinally plugged with other external standard standard USB plugs (as shown in FIG. 8), the universal standard connector 2 can be from the cover 5 After the cover, the front and rear longitudinal insertion and removal combinations are made, and the electrical properties of the cable 200 are transmitted to the conversion terminal 300 via the combination of the sockets 100.
Referring to FIG. 9 again, after the socket 100 is formed as shown in FIG. 8, after the male connector 2 of the external standard specification is inserted, the periphery of the contact terminal 210 and the flat terminal 302 is covered by the anti-magnetic ring 20. The lower circumference of the anti-magnetic retaining ring 20 is placed on the bottom edge of the hanging tongue 301, so that the force formed causes the contact terminal 210 to press against the flat terminal 302 of the hanging tongue 301 to achieve stability. In combination, the upper surface of the anti-magnetic collar 20 is subjected to the lower pressing edge 50 or the apex 510, which gives the frictional force that the male end fitting 2 is not easily detached.
The cover plate 5 is combined at the position of the cymbal interface 31 via the pivot 51, and the symmetrical position of the cover plate 5 and the cymbal interface 31 can be set, and any embossed granules (not shown) or such as dimples and bulges can be provided. The interlocking structure interlocking is temporarily buckled, so that in the case of no use, the lower pressing edge 50 or the apex 510 is provided to form a socket 100 with respect to the space of the hanging tongue 301, and is prepared as an external standard specification. The USB male end connector is inserted, and the above-mentioned concave and convex interlocking structure can also be a interlocking structure of the linear buckle groove and the buckle lip.
Referring to FIG. 10 again, in the present invention, the swinging relationship between the swing joint 4 and the adapter 3 is connected to the rear end of the adapter 3 via a connecting device 330, wherein the joint device 330 can be The connection between the adapter 3 and the swing joint 4 is connected via the intervention of a link 6, wherein the first pivot point 61 of the link 6 is abutted at the adapter 3, and the second pivot of the other end of the link 6 The joint 62 is abutted at a position of the swing joint 4, and by the swing radius of the connecting rod 6, it can make the swing joint 4 horizontally lift or lower with respect to the joint 3, or use the second pivot The pivotal relationship of the joint 62 allows the swing joint 4 to be freely changed during the swinging stroke L of the yoke interface 31 to form a multi-angle attitude embedded adapter 3, wherein the adapter 3 The same side is provided with a supporting side 341, which can buckle the panel 421 of the antimagnetic cover 42 by means of cutting, so that the swing joint 4 is combined with the adapter 3, which can be combined and positioned.
A buckle lip 36 is provided on one side of the end of the port interface 31 adjacent to the conversion terminal 300, and the buckle is provided The lip 36 can partially close the hanging position of the hanging tongue 301 in a concealed manner, so that the upper opening 310 above the hanging tongue 301 is semi-open, and the lower edge of the locking lip 36 can provide the front end of the magnetic shielding cover 42. An oblique angle is inserted and cut. After cutting, the upper surface of the front end of the antimagnetic cover 42 is cut by the lower edge of the clip lip 36, so that the contact terminal (not shown) inside the antimagnetic cover 42 can be effectively pressed. In the direction of the flat terminal 302 of the tongue 301, the locking lip 36 can partially block the front end of the flat terminal 302, such as a concealed vertical, so that the upper half space (opening 310) of the cymbal interface 31 is semi-open. And the lower edge of the locking lip 36 has a locking ability to cut the panel 421 provided by the oscillating joint 4 into the entry, thereby achieving a transient setting operation.
Referring to FIG. 11 again, a side of the top of the 颚 interface 31 is adjacent to the side of the switching terminal 300, and a cover 5 is attached. The cover 5 can be used for the oscillating joint 4 into which the abutting device 330 is turned over. The crimping of the upper surface, the engagement device 330, via the insertion of the connecting rod 6, allows the swing joint 4 to be inclined to the angled position of the swing joint 4 into the jaw interface 31 of the adapter 3, and the cover plate 5 is provided. The lower pressing edge 50 and the apex 510 can achieve the locking action of two points, and press the combined swinging joint 4 on the upper surface, so that the swinging joint 4 can strongly press the flat terminal 302 provided on the hanging tongue 301. The signal of the cable 40 is transmitted to the conversion terminal 300 by the conductivity.
In the case of the above-mentioned FIG. 10 and FIG. 11 , after the swing joint 4 is disengaged, a male joint 2 as shown in FIG. 7 is formed at a portion where the tongue 301 is suspended, and a USB plug of other external standard specifications is inserted in the longitudinal direction. In addition, the cover plate 5 is connected to the adapter 3 except for the pivot 51. When the free end of the cover plate 5 and the 颚 interface 31 are closed, the position of the opposite surface is respectively provided with a concave-convex buckle relationship, and a cover is provided. After the board 5 is closed, it can be temporarily positioned and fastened, and the socket 100 formed after the fastening can meet other external USB plugs of the general specification.
1‧‧‧Connector
10‧‧‧Inlay ring
11‧‧‧ Suspended board
103‧‧‧ Welcome Group
110‧‧‧ Welcome terminal
111‧‧‧Cutting guide
100‧‧‧ socket
2‧‧‧ male connector
20‧‧‧Magnetic ring
200‧‧‧ cable
204‧‧‧pressure end group
21‧‧‧Support board
210‧‧‧Contact terminal
3‧‧‧Adapter
300‧‧‧Transfer terminal
301‧‧‧ Suspended tongue
302‧‧‧ flat terminals
31‧‧‧颚 interface
310‧‧‧Opening
32‧‧‧Side plate
33‧‧‧joint slot
330‧‧‧joint device
34‧‧‧Half open ring
341‧‧‧Support side
35‧‧‧Tray
36‧‧‧ Cut lips
4‧‧‧Swing joint
40‧‧‧ cable
41‧‧‧ Live Rod
42‧‧‧magnetic cover
420‧‧‧ opening
421‧‧‧ Panel
43‧‧‧Face terminal
430‧‧‧ board
5‧‧‧ Cover
50‧‧‧ lower pressure
51‧‧‧ pivot
Summit of 510‧‧‧
6‧‧‧ Connecting rod
61‧‧‧First pivot point
62‧‧‧Second pivot joint
L‧‧‧Working itinerary
Figure 1 is a cross-sectional view showing the mutual relationship of the terminals after the general USB plug combination.
Figure 2 is a corresponding diagram of the basic structure of the adapter and the swing joint of the present case.
Figure 3 is a schematic view showing the appearance of the swing joint assembled to the adapter of the present invention.
Figure 4 is a cross-sectional view showing the electrical contact relationship of the swing joint assembled to the adapter of the present invention.
Figure 5 is a schematic view showing the appearance of a cover plate at the 颚 interface of the adapter of the present invention.
Figure 6 is a schematic view of the cover plate acting on the upper surface of the swing joint.
Figure 7 is a cross-sectional view showing a socket formed inside the adapter after the cover is closed.
Figure 8 is a cross-sectional view showing the combination of USB plugs in a normal standard specification after the cover is closed and the adapter is formed.
Figure 9 is a schematic view showing the longitudinal insertion and removal of the male connector of the normal specification after the cover is closed in Figure 7.
Figure 10 is a schematic view showing the joint device of the present invention as a link indirect adapter and a swing joint.
Figure 11 is a side view showing the connecting device of the present invention with a connecting rod, and the upper side of the swinging joint is covered with a cover.
103‧‧‧ Welcome Group
204‧‧‧pressure end group
3‧‧‧Adapter
300‧‧‧Transfer terminal
301‧‧‧ Suspended tongue
302‧‧‧ flat terminals
31‧‧‧颚 interface
310‧‧‧Opening
32‧‧‧Side plate
33‧‧‧joint slot
330‧‧‧joint device
34‧‧‧Half open ring
341‧‧‧Support side
35‧‧‧Tray
4‧‧‧Swing joint
40‧‧‧ cable
41‧‧‧ Live Rod
42‧‧‧magnetic cover
420‧‧‧ opening
421‧‧‧ Panel
43‧‧‧Face terminal
430‧‧‧ board

Claims (16)

  1. The utility model relates to a plug group with a spatial transformation, comprising: a connecting joint, and a cymbal interface, the inside of the cymbal interface is provided with a hanging tongue, the hanging tongue is provided with a plurality of flat terminals, and the lower circumference passes through a gap The utility model is provided with a semi-opening ring with anti-magnetic and U-shaped, thereby forming a welcoming end group, and the 颚 interface has a conversion terminal toward the peripheral, the conversion terminal and the flat terminal are electrically conductive; a swing joint, one end connecting the cable The free end is provided with a plurality of surface-connecting terminals corresponding to the above-mentioned flat terminals, the surface-connecting terminals and the cable are electrically conductive, and the upper periphery of the surface-connecting terminals is covered by a magnetic antimagnetic cover to form a crimping The end group, the two sides of the antimagnetic cover are panels; a set of joint devices are arranged at the end of the side extension plate extended by the 颚 interface, and the joint device is connected to the root of the oscillating joint, so that the oscillating joint can be unloaded by the swinging action group The 颚 interface of the adapter and the auxiliary side of the two sides of the half-opening ring are used to cut the panel on the two sides of the anti-magnetic cover, and the crimping end group is combined with the adapter. Maintain contact with the greet end group Positioning basis, and full-scale anti-magnetic function.
  2. The space-changing plug assembly according to claim 1, wherein the semi-opening ring is formed by bending a resilient metal plate body.
  3. The space-changing plug assembly according to claim 1, wherein the symmetrical positions of the abutting side and the opposite surface of the panel are respectively provided with dimples and bumps which are mutually spliced.
  4. The space-changing plug assembly according to claim 1, wherein the symmetrical positions of the abutting side and the opposite surface of the panel are respectively provided with linear buckle grooves and buckle lips which can be mutually buckled.
  5. The space-changing plug assembly of claim 1, wherein a cover plate is disposed on the other side of the movable joint device opposite the open surface of the weir interface.
  6. The space-changing plug assembly according to claim 1, wherein the oscillating joint forms a transverse profile cross-section of the outer shape of the press-contact end group, which is the same as the standard plug connector end.
  7. The space-changing plug assembly according to claim 1, wherein the welcoming end of the adapter has a transverse cross-sectional profile, which is the same as the standard-sized female socket.
  8. The space-changing plug assembly according to claim 1, wherein the front end of the cymbal interface is located at a corner of the embankment surface, and all the buckle lips are provided.
  9. The utility model relates to a plug group with a spatial transformation, comprising: a connecting joint, and a cymbal interface, the inside of the cymbal interface is provided with a hanging tongue, the hanging tongue is provided with a plurality of flat terminals, and the lower circumference passes through a gap a pair of anti-magnetic and U-shaped semi-opening rings are formed, thereby forming a welcoming end group, and the 颚 interface has a conversion terminal toward the peripheral, the conversion terminal and the flat terminal are electrically connected; a swing joint is connected at one end a cable, the free end is provided with a surface-connecting terminal corresponding to the flat terminal, the surface-connecting terminal and the cable are electrically conductive, and the upper periphery of the surface-connecting terminal is covered by a magnetic-proof antimagnetic cover to form a crimping end group. The two sides of the antimagnetic cover are panels; a set of joint devices are arranged at the end of the side extension plate extended by the 颚 interface, and the joint device is connected to the root of the oscillating joint, so that the oscillating joint can be unloaded by the swinging action group. The 颚 interface of the head, wherein the joint device is composed of a connecting rod, the first pivoting portion is movably coupled to the side gusset, the second pivoting point is movably coupled to the root of the oscillating joint, and the half is opened directly Support on the two sides of the ring The side is a panel that can cut the two sides of the anti-magnetic cover, and achieves the cutting and positioning positioning for keeping the crimping end group and the welcoming end group in contact when the swing joint and the joint are combined, and the anti-magnetic function of the whole circumference.
  10. The space-changing plug assembly according to claim 9, wherein the semi-opening ring is formed by bending a resilient metal plate body.
  11. The space-changing plug assembly according to claim 9, wherein the symmetrical positions of the abutting side and the opposite surface of the panel are respectively provided with dimples and bumps which can be mutually cut.
  12. The space-changing plug assembly according to claim 9, wherein the symmetrical positions of the abutting side and the opposite surface of the panel are respectively provided with linear buckle grooves and buckle lips which can be mutually buckled.
  13. The space-changing plug assembly of claim 9, wherein a cover is disposed on the other side of the splicing device above the 颚 interface.
  14. The space-changing plug assembly according to claim 9, wherein the oscillating joint forms a transverse profile cross-section of the outer shape of the pressure-contact end group, which is the same as the standard plug connector end.
  15. The space-changing plug assembly body described in claim 9 of the patent scope, wherein the adapter is welcoming The junction group has a transverse cross-sectional profile that is identical to the standard female socket.
  16. The space-changing plug assembly body according to claim 9, wherein the front end of the cymbal interface is located at a corner of the embankment surface, and all the buckle lips are provided.
TW101214680U 2012-07-30 2012-07-30 Plug assembly with spatial conversion TWM447610U (en)

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TW101214680U TWM447610U (en) 2012-07-30 2012-07-30 Plug assembly with spatial conversion

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Application Number Priority Date Filing Date Title
TW101214680U TWM447610U (en) 2012-07-30 2012-07-30 Plug assembly with spatial conversion

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TW101214680U TWM447610U (en) 2012-07-30 2012-07-30 Plug assembly with spatial conversion

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2014023164A1 (en) * 2012-08-07 2014-02-13 Hsiang Chien-Heng Plug assembly having transformable space

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2014023164A1 (en) * 2012-08-07 2014-02-13 Hsiang Chien-Heng Plug assembly having transformable space
US9312651B2 (en) 2012-08-07 2016-04-12 Chien-Heng Hsiang Plug set provided with spatial variation
GB2518799B (en) * 2012-08-07 2017-07-05 Hsiang Chien-Heng Plug set provided with spatial variation

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