CN106329250B - Multiple working position type attachment device - Google Patents
Multiple working position type attachment device Download PDFInfo
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- CN106329250B CN106329250B CN201510342921.0A CN201510342921A CN106329250B CN 106329250 B CN106329250 B CN 106329250B CN 201510342921 A CN201510342921 A CN 201510342921A CN 106329250 B CN106329250 B CN 106329250B
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Abstract
The present invention provides a kind of multiple working position type attachment device, including the first module, the second module and outer housing.First module includes the first insulating body and first end subgroup, first end subgroup includes multiple first terminals and multiple Second terminals, the multiple first terminal is respectively formed with the first contact portion and the first junction, and the multiple Second terminal is respectively formed with the second contact portion and the second junction.Second module includes the second insulating body and second end subgroup, second end subgroup includes multiple third terminals and multiple forth terminals, the multiple third terminal is respectively formed with third contact portion and third junction, and the multiple forth terminal is respectively formed with the 4th contact portion and the 4th junction.Outer housing is coated on the outside of the first module, and the one side of outer housing is equipped with holes, respectively sets a flange on outer housing at the two sides of holes, and the second module can be contradicted with two flanges and be limited.Attachment device of the invention uses the design of scalable variation, and purposes is relatively broad, using upper more convenient.
Description
Technical field
The invention reside in a kind of attachment device is provided, a kind of multiple working position type attachment device of scalable variation is particularly related to.
Background technique
It is most normal that existing universal serial bus (Universal Serial Bus, USB) has become today communication product
The interface busbar connector specification used, various communication products would generally configure one or more USB connectors.It is portable in order to meet
The short and small frivolous demand of communication product, Mini USB (Small Universal serial bus) connector and Micro of small volume
USB (micro universal serial bus) connector is pushed out in succession.
But current USB connector is the design of single specification, such as only has USB A type, USB Type B, USB
The single specifications such as c-type, Mini USB or Micro USB, are restricted its purposes, cause using upper inconvenience.Other patterns
Connector also have same problem.
In conclusion the present inventor's thoughts drawbacks described above can improve, it is that spy concentrates on studies and cooperates the application of scientific principle, finally
It is proposed that a kind of design is reasonable and is effectively improved the present invention of drawbacks described above.
Summary of the invention
The technical problems to be solved by the invention are to provide a kind of multiple working position type attachment device, can have different size
Selection, user can in response to different demands and specification required for telescopic variation use, keep its purposes relatively broad, on compared with
For convenience.
In order to solve the above technical problems, the present invention provides a kind of multiple working position type attachment device, comprising: the first module, it should
First module includes one first insulating body and a first end subgroup, which is set on first insulating body,
The first end subgroup includes multiple first terminals and multiple Second terminals, and the multiple first terminal is respectively formed with the first contact portion
And first junction, the multiple Second terminal are respectively formed with the second contact portion and the second junction；Second module, second mould
Block includes one second insulating body and a second end subgroup, which is set on second insulating body, this second
Terminal group includes multiple third terminals and multiple forth terminals, and the multiple third terminal is respectively formed with third contact portion, third
Junction and first connecting portion, the multiple forth terminal are respectively formed with the 4th contact portion, the 4th junction and second connecting portion,
First module is stacked with second module stack and is set, and first module can be moved to a first position and a second position, should
When first module is moved to the first position, which is in use state, the multiple third junction and the multiple
4th junction is contacted with corresponding the multiple first junction and the multiple second junction；First module is mobile
When to the second position, which is in retracted mode, which is in use state, the multiple third junction and
The multiple 4th junction is separated with corresponding the multiple first junction and the multiple second junction；And it is outer
Shell, the outer housing are coated on the outside of first module, and the one side of the outer housing is equipped with a holes, breaks on the outer housing in this
A flange is respectively set at the two sides in hole, which can be contradicted with two flange and be limited.
The present invention separately provides a kind of multiple working position type attachment device, comprising: the first module, first module include one first insulation
Ontology and a first end subgroup, the first end subgroup are set on first insulating body, which includes multiple the
One terminal, the multiple first terminal are respectively formed with the first contact portion and the first junction；Second module, second module include
One second insulating body and a second end subgroup, the second end subgroup are set on second insulating body, the second end subgroup
Comprising multiple third terminals, the multiple third terminal is respectively formed with third contact portion, third junction and first connecting portion, should
First module is stacked with second module stack and is set, and first module can be moved to a first position and a second position, this
When one module is moved to the first position, which is in use state, the multiple third junction and corresponding institute
State multiple first junction contacts；When first module is moved to the second position, which is in retracted mode, this second
Module is in use state, and the multiple third junction is separated with corresponding the multiple first junction；And outer housing,
The outer housing is coated on the outside of first module, and the one side of the outer housing is equipped with a holes, in the holes on the outer housing
A flange is respectively set at two sides, which can be contradicted with two flange and be limited.
The present invention provides a kind of multiple working position type attachment device again, comprising: the first module, first module include one first insulation
Ontology and a first end subgroup, the first end subgroup are set on first insulating body, which includes multiple the
One terminal and multiple Second terminals, the multiple first terminal is respectively formed with the first contact portion and the first junction, the multiple
Second terminal is respectively formed with the second contact portion and the second junction；And second module, second module include one second insulation
Ontology and a second end subgroup, the second end subgroup are set on second insulating body, which includes multiple the
Three terminals and multiple forth terminals, the multiple third terminal are respectively formed with third contact portion, third junction and the first connection
Portion, the multiple forth terminal are respectively formed with the 4th contact portion, the 4th junction and second connecting portion, first module and this
Two module stacks, which stack, to be set, and first module can be moved to a first position and a second position, which is moved to this
When first position, first module is in use state, the multiple third junction and the multiple 4th junction and relatively
The multiple first junction answered and the contact of the multiple second junction；When first module is moved to the second position,
First module is in retracted mode, which is in use state, and the multiple third junction and the multiple 4th lead
Socket part is separated with corresponding the multiple first junction and the multiple second junction.
The present invention provides a kind of multiple working position type attachment device again, comprising: the first module, first module include one first insulation
Ontology and a first end subgroup, the first end subgroup are set on first insulating body, which includes multiple the
One terminal, the multiple first terminal are respectively formed with the first contact portion and the first junction；And second module, second module
Including one second insulating body and a second end subgroup, which is set on second insulating body, the second end
Subgroup includes multiple third terminals, and the multiple third terminal is respectively formed with third contact portion, third junction and the first connection
Portion, first module are stacked with second module stack and are set, and first module can be moved to a first position and a second position,
When first module is moved to the first position, first module be in use state, the multiple third junction with it is corresponding
The multiple first junction contact；When first module is moved to the second position, which is in retracted mode, should
Second module is in use state, and the multiple third junction is separated with corresponding the multiple first junction.
The present invention provides a kind of multiple working position type attachment device again, which is the specification of USB c-type, comprising:
One second insulating body；And a second end subgroup, the second end subgroup are set on second insulating body, the Second terminal
Group includes multiple third terminals and multiple forth terminals, and the multiple third terminal is respectively formed with third contact portion, third connects
Portion and first connecting portion, the multiple forth terminal is respectively formed with the 4th contact portion, the 4th junction and second connecting portion, described
Multiple third junctions and the multiple 4th junction are exposed to the two sides of second insulating body.
The present invention at least has the advantages that following:
Attachment device of the invention uses the design of scalable variation, and the first module can be moved relatively with the second module
It is dynamic, there can be the selection of different size, user can choose using the first module or the second module, keep its purposes more wide
It is general, using upper more convenient.
Further, the present invention can be equipped with outer housing, which is equipped with holes and flange, and the second module can utilize flange
It guides and steadily forward and backward movement, and the second module can also be used flange and contradict limit and firmly be set in the first module,
The first module and the second module is set steadily to reach electric connection.
Second module of the invention can also use turnover design, keep its purposes relatively broad, using upper more square
Just, and can have the function of extension and switching.
The present invention is settable there are two the first module, which forward and backward can movably be set to the second mould respectively
The top and bottom of block, user can choose using two first modules or the second module, keep its purposes more extensive, in use
It is more convenient.
Be further understood that feature and technology contents of the invention to be enabled, please refer to below in connection with it is of the invention specifically
Bright and attached drawing, however appended attached drawing is only for reference and description, the person of being not intended to limit the present invention.
Detailed description of the invention
Fig. 1 is the stereogram exploded view of first embodiment of the invention attachment device.
Fig. 2 is the perspective view of first embodiment of the invention attachment device.
Fig. 3 is the plan view of first embodiment of the invention attachment device.
Fig. 4 is the stereogram exploded view of the second module of first embodiment of the invention.
Fig. 5 is the perspective view of first embodiment of the invention attachment device use state.
Fig. 6 is the plan view of first embodiment of the invention attachment device use state.
Fig. 7 is the perspective view of another use state of first embodiment of the invention attachment device.
Fig. 8 is the plan view of another use state of first embodiment of the invention attachment device.
Fig. 9 is the plan view of second embodiment of the invention attachment device.
Figure 10 is the plan view of another use state of second embodiment of the invention attachment device.
Figure 11 is the plan view of third embodiment of the invention attachment device.
Figure 12 is the plan view of fourth embodiment of the invention attachment device.
Figure 13 is the stereogram exploded view of fifth embodiment of the invention attachment device.
Figure 14 is the perspective view of fifth embodiment of the invention attachment device.
Figure 15 is the perspective view of another use state of fifth embodiment of the invention attachment device.
Figure 16 is the perspective view of the another use state of fifth embodiment of the invention attachment device.
Figure 17 is the stereogram exploded view of sixth embodiment of the invention attachment device.
Figure 18 is the stereogram exploded view of seventh embodiment of the invention attachment device.
Wherein, the reference numerals are as follows:
1 first insulating body
11 push buttons
2 first end subgroups
21 first terminals
211 first contact portions
212 first junctions
22 Second terminals
221 second contact portions
222 second junctions
3 second insulating bodies
4 second end subgroups
41 third terminals
411 third contact portions
412 third junctions
413 first connecting portions
42 forth terminals
421 the 4th contact portions
422 the 4th junctions
423 second connecting portions
43 metal shells
44 accommodation seats
45 circuit boards
100 first modules
101 guide rails
200 second modules
201 leading portion portions
202 back segment portions
203 hinge mechanisms
205 connecting lines
206 guide grooves
207 adapters
200a third module
300 outer housings
301 holes
302 flanges
400 covering bodies
Specific embodiment
[first embodiment]
The present invention provides a kind of multiple working position type attachment device, including one first module 100, one second referring to FIG. 1 to FIG. 4,
Module 200 and an outer housing 300, the first module 100 is the specification of USB3.0 A type in the present embodiment, and the second module 200 is
The specification of USB c-type, but the specification of first module 100 of the invention and the second module 200 is not intended to limit, can for USB A type,
USB Type B, USB c-type, Micro USB or Mini USB 3.0 or 2.0USB specification, the first module 100 and the second module
200 can also be the connector of other patterns.First module 100 and the second module 200 can be plug, Socket Type.
First module 100 includes one first insulating body 1 and a first end subgroup 2, and first end subgroup 2 is set to first absolutely
On edge ontology 1.First end subgroup 2 includes multiple terminals 21,22, and first end subgroup 2 includes multiple first ends in the present embodiment
Son 21 and multiple Second terminals 22, the multiple first terminal 21 are arranged on the first insulating body 1, the multiple Second terminal
22 are arranged in the first insulating body 1, and can execute jointly USB3.0 transfer protocol with the multiple first terminal 21.
The front end of the multiple first terminal 21 is respectively formed with the first contact portion 211, before the multiple Second terminal 22
End is respectively formed with the second contact portion 221, and the multiple first contact portion 211 and the multiple second contact portion 221 can be exposed to
The one side of first insulating body 1 can be used for reaching electric connection with the termination contact of docking connector.The multiple first terminal
21 and the rear end of the multiple Second terminal 22 be respectively formed with the first junction 212 and the second junction 222, the multiple first
Junction 212 and the multiple second junction 222 can be exposed to the one side of the first insulating body 1, can be used for and the second module
200 termination contact reaches electric connection.
Second module 200 includes one second insulating body 3 and a second end subgroup 4, and second end subgroup 4 is set to second absolutely
On edge ontology 3.Second insulating body 3 is substantially in flat plate body, and second end subgroup 4 includes multiple terminals 41 and 42, in this implementation
Second end subgroup 4 includes multiple third terminals 41 and multiple forth terminals 42, the multiple third terminal 41 and described more in example
A forth terminal 42 is arranged in the second insulating body 3, and can execute USB c-type transfer protocol jointly.
The front end of the multiple third terminal 41 and the multiple forth terminal 42 is respectively formed with third contact portion 411 and
Four contact portions 421, the multiple third contact portion 411 and the multiple 4th contact portion 421 can be exposed to the second insulation respectively
Upper and lower row inside ontology 3 can be used for reaching electric connection with the termination contact of docking connector.The multiple third terminal
41 and the centre of the multiple forth terminal 42 be respectively formed with third junction 412 and the 4th junction 422, the multiple third
Junction 412 and the multiple 4th junction 422 can be exposed to the one side of the second insulating body 3, can be used for it is the multiple
The contact of 222 selectivity of first junction 212 and the multiple second junction, selects second end subgroup 4 and first end subgroup 2
The electric connection of selecting property.The outside of second insulating body 3 and second end subgroup 4 can also further coat a metal shell 43.
The third junction 412 and the 4th junction 422 of the multiple third terminal 41 and the multiple forth terminal 42
It can also be formed on a circuit board 45.The rear portion of second insulating body 3 can also be equipped with a U-shaped accommodation seat 44, the accommodation seat
44 can be made with plastic cement or metal material, which can be set to the second insulating body in a manner of being integrally formed or combine
It on 3, be contained in the first module 100 and outer housing 300 can also inside accommodation seat 44, make the first module 100 and the second module
200 can more stably relatively move.
The rear end of the multiple third terminal 41 and the multiple forth terminal 42 is respectively formed with first connecting portion 413 and
Two interconnecting pieces 423, the multiple first connecting portion 413 and the multiple second connecting portion 423, which can be used for welding, to be electrically connected at
Cable or circuit board, but do not limited, other devices can also be electrically connected at.In the present embodiment, the multiple first connects
Socket part 413 and second connecting portion 423 are also formed on circuit board 45.Certainly, the multiple first connecting portion 413 and the multiple
Second connecting portion 423 also may be designed to a contact cage structure, such as the terminal with kenels such as elastic slice, contacts, with docking connector
Electric connection is reached in contact.
In the present embodiment, first end subgroup 2 includes multiple first terminals 21 and multiple Second terminals 22, second end subgroup
4 include multiple third terminals 41 and multiple forth terminals 42, but is not limited, that is, first end subgroup 2 and Second terminal
The number and pattern of the terminal of group 4 can all be changed, such as first end subgroup 2 can also only include multiple first terminals 21,
Second end subgroup 4 can also only include multiple third terminals 41, and contact portion, junction and the interconnecting piece of the multiple terminal can be set
It is set to a row, two rows or number row.
First module 100 and the second module 200 stack setting, that is, the first module 100 and the second module 200 can it is above,
Lower heap stacks togather, and the first module 100 and the second module 200 can be moved relatively (forward and backward movement), 100 energy of the first module
It is moved to a first position (front position) and a second position (rear position).In the present embodiment, further in the second mould
A covering body 400 (as shown in Figure 5) is arranged in the rear end of block 200 in a manner of ejection formation or combination etc..
When the first module 100 moves forward to first position (as shown in Figures 5 and 6), the first module 100 is in use shape
State, the multiple third junction 412 and the multiple 4th junction 422 are connected with corresponding the multiple first at this time
Portion 212 and the contact of the multiple second junction 222, make first end subgroup 2 and second end subgroup 4 reach electric connection, that is,
The devices such as cable or circuit board that first end subgroup 2 can be connect with second end subgroup 4 are on state, make the first module 100
For workable state, the multiple first contact portion 211 and the multiple second contact portion 221 of the first module 100
To be electrically connected with docking connector.
When the first module 100 is moved rearwardly into the second position (as shown in Figures 7 and 8), the first module 100 is in retraction shape
State, the second module 200 in use state, the multiple third junction 412 and the multiple 4th junction 422 with it is corresponding
The multiple first junction 212 and the multiple second junction 222 separation, the second module 200 is the multiple at this time
Third contact portion 411 and the multiple 4th contact portion 421 can be used to be electrically connected with docking connector.It only needs to utilize as a result,
The relative movement of first module 100 and the second module 200, that is, may achieve the telescopic variation of attachment device, can freely switch
One module 100 or the second module 200 use.
In addition, in another embodiment of the invention, first end subgroup 2 can also only include multiple first terminals 21, second
It, equally can be with when terminal group 4 can also only include multiple third terminals 41, the first module 100 and forward and backward mobile the second module 200
Reach the telescopic variation of attachment device, the first module 100 or the second module 200 can be switched freely to use.Specifically, should
When first module 100 is moved to first position, which is in use state, the multiple third junction 412 and phase
Corresponding the multiple first junction 212 contacts；When first module 100 is moved to the second position, which is in
Retracted mode, second module 200 are in use state, the multiple third junction 412 and corresponding the multiple first
Junction 212 separates.In addition, it is appropriate fixed to be equipped with when the first module 100 and the second module 200 relatively move to positioning
The various constructions with block positioning action such as position construction (figure omits) Lai Dingwei, such as settable convex block, hook are positioned.
Outer housing 300 is coated on the outside of the first module 100, that is, outer housing 300 can be coated on first insulating body 1 etc.
The outside of element, the outer housing 300 can be made with materials such as metals, and the front end of outer housing 300 forms openning shape, outer housing 300
One side be equipped with a holes 301, holes 301 may extend to the both ends of outer housing 300.In the two sides of holes 301 on outer housing 300
Place respectively sets a flange 302, and two flanges 302 can be extended inwardly to form by the two sides lower end of outer housing 300, and two flanges 302 can be in water
Flat-shaped setting, and two flanges 302 can be parallel to each other.Second module 200 can also be coated by outer housing 300, the second module 200
Limit is contradicted using two flanges 302, so that the relative movement of the first module 100 and the second module 200 is relatively stable.In addition,
Further one push button 11 of projection, the push button 11 top surface or one of the first insulating body 1 can also be convexly equipped in first module 100
Side, in the present embodiment, the push button 11 are convexly equipped in the top surface of the first insulating body 1, push the first module 100 forward and backward to facilitate
It is mobile.
[second embodiment]
Fig. 9 and Figure 10 is please referred to, in the present embodiment, the front section of the second module 200 can also be used further
Second module 200 is also divided into a leading portion portion 201 and a back segment portion 202, leading portion portion 201 and back segment by turnover design
With a hinge mechanism 203 mutually pivot joint between portion 202, so that the second module 200 can further up or downwardly turn over, so as to
Conducive to use.The multiple third terminal 41 and the multiple forth terminal being arranged in above-mentioned leading portion portion 201 and back segment portion 202
42 it is also corresponding be divided into two parts (figure omit), recycle the modes such as conducting wire, guide card or flexible circuit board to connect between two parts.
(3rd embodiment)
Figure 11 is please referred to, is further provided with a third module 200a in the present embodiment, 200a is with one for the third module
Connecting line 205 is electrically connected at the second end subgroup 4 of the second module 200, and connecting line 205 has pliability, so that the third mould
Block 200a is movably arranged in the second module 200.
(fourth embodiment)
Figure 12 is please referred to, there are two the first modules 100, two first module 100 forward and backward to move for setting in the present embodiment
It is set in the second module 200, and only need to may achieve using the relative movement of the first module 100 and the second module 200 dynamicly
The telescopic variation of attachment device can switch two first modules 100 or the second module 200 freely to use.
(the 5th embodiment)
Figure 13 is please referred to, there are two the first modules 100, two first module 100 forward and backward to move for setting in the present embodiment
It is set in the second module 200 dynamicly, that is, two first module 100 forward and backward can movably be set to the second module 200 respectively
Top and bottom.Guide mechanism is equipped between first module 100 and the second module 200, such as can be in the two of the first module 100
Side is equipped with guide rail 101, and is equipped with corresponding guide groove 206 in the two sides of the second module 200, and guide groove 206 is matched with the sliding of guide rail 101
It closes, can be used to guide and steadily relatively moved between the first module 100 and the second module 200.
The centre of the multiple third terminal 41 and the multiple forth terminal 42 is respectively formed with third junction 412 and
Four junctions 422, the multiple third junction 412 and the multiple 4th junction 422 can be exposed to the second insulating body 3
Two sides (top surface and bottom surface), can be used for and the multiple first junction 212 and the selectivity of the multiple second junction 222
Contact, make the electric connection of 2 selectivity of first end subgroup of second end subgroup 4 and two first modules 100.
The rear end of the multiple third terminal 41 and the multiple forth terminal 42 is respectively formed with first connecting portion 413 and
Two interconnecting pieces 423, the second insulating body 3 of the second module 200 and the rear end of forth terminal group 4 are become in the present embodiment
Change, so that the first connecting portion 413 of the multiple third terminal 41 and the second connecting portion 423 of the multiple forth terminal 42 are set
Contact cage structure is counted into, the rear end of such second module 200 can form an adapter 207, to reach with docking connector
It is electrically connected.
The first module when the first module 100 when top moves forward to first position (as shown in figure 14), above this
100 be in use state, is now placed in the multiple third junction 412 and the multiple 4th of 3 top surface of the second insulating body
The multiple first junction 212 corresponding with the first module 100 of top of junction 422 and the multiple second junction
222 contacts are reached the first end subgroup 2 of the first module 100 of top and the second end subgroup 4 of the second module 200 and are electrically connected
It connects, makes the workable state of the first module 100 of top, the multiple first contact portion 211 of the first module 100 of top
And the multiple second contact portion 221 can be used to be electrically connected with docking connector.
The first module when the first module 100 when lower section moves forward to first position (as shown in figure 15), below this
100 be in use state, is now placed in the multiple third junction 412 and the multiple 4th of 3 bottom surface of the second insulating body
The multiple first junction 212 corresponding with the first module 100 of lower section of junction 422 and the multiple second junction
222 contacts are reached the first end subgroup 2 of the first module 100 of lower section and the second end subgroup 4 of the second module 200 and are electrically connected
It connects, makes the workable state of the first module 100 of lower section, the multiple first contact portion 211 of the first module 100 of lower section
And the multiple second contact portion 221 can be used to be electrically connected with docking connector.
When the first module 100 when over and under is all moved rearwardly into the second position (as shown in figure 16), two first moulds
Block 100 is in retracted mode, and the second module 200 is in use state, at this time the multiple third contact portion 411 of the second module 200
And the multiple 4th contact portion 421 can be used to be electrically connected with docking connector.As a result, only need to using the first module 100 and
The relative movement of second module 200, that is, may achieve the telescopic variation of attachment device, can freely switch two first modules 100 or
Second module 200 uses.
(the six, the seven embodiments)
Figure 17 and Figure 18 is please referred to, there are two the first modules 100 for setting in the present embodiment, which can
It is forward and backward to be movably set in the second module 200, that is, two first module 100 forward and backward can movably be set to second respectively
The top and bottom of module 200.First module 100 of top is mainly changed to different specifications by the present embodiment, may be, for example,
The specification of Micro USB or Mini USB.Using the relative movement of the first module 100 and the second module 200, that is, it may achieve connection
The telescopic variation of device can switch two first modules 100 or the second module 200 freely to use.In addition, two first modules
100 can also because in requisition for due to towards different plugging directions.In the present embodiment, the institute of the first module 100 of over and under
It states multiple first terminals 21 and the multiple Second terminal 22 is respectively formed with the first junction 212 and the second junction 222, it is described
Multiple first junctions 212 and the multiple second junction 222 are exposed to the one side of the first insulating body 1, and are set as one
Row.The multiple third terminal 41 and the multiple forth terminal 42 are respectively formed with third junction 412 and the 4th junction
422, the multiple third junction 412 and the multiple 4th junction 422 are exposed to the second insulating body 3 or circuit board 45
Two sides, and be set as two rows of or number row.The rear end of the multiple third terminal 41 and the multiple forth terminal 42 is respectively formed
There are first connecting portion 413 and second connecting portion 423, the multiple first connecting portion 413 and the multiple second connecting portion 423 expose
It is exposed to the one or both sides of the second insulating body 3 or circuit board 45.First module 100 of over and under is freely movable,
With making the multiple third junction 412 for being located at the second insulating body 3 and the multiple 4th junction, 422 property of can choose
The multiple first junction 212 corresponding with top, the first module 100 of lower section and the multiple second junction 222
Contact, when the first module 100 being made to be moved to different forward and backward positions, the second end of first end subgroup 2 and the second module 200
Subgroup 4 all may achieve electric connection.
Attachment device of the invention uses the design of scalable variation, and the first module and the second module can be moved relatively
It is dynamic, there can be the selection of different size, user can choose using the first module or the second module, keep its purposes more wide
It is general, using upper more convenient.
The present invention can be further provided with outer housing, which is equipped with holes and flange, and the second module can be led using flange
Draw and steadily forward and backward movement, and the second module can also be used flange and contradict limit and firmly be set in the first module, make
First module and the second module can steadily reach electric connection.
Second module of the invention can also use turnover design, keep its purposes relatively broad, using upper more square
Just, and can have the function of extension and switching.
The present invention is settable there are two the first module, which forward and backward can movably be set to the second mould respectively
The top and bottom of block, user can choose using two first modules or the second module, keep its purposes more extensive, in use
It is more convenient.
Only the foregoing is merely the preferred embodiments of the invention, it is not intended to limit to scope of patent protection of the invention, thus it is all
With the equivalence changes carried out by description of the invention and accompanying drawing content, it is similarly all contained in the scope of the present invention
Interior, Chen Ming is given in conjunction.
Claims (17)
1. a kind of multiple working position type attachment device characterized by comprising
First module, first module include one first insulating body and a first end subgroup, which is set to this
On first insulating body, which includes multiple first terminals and multiple Second terminals, and the multiple first terminal is each
It is formed with the first contact portion and the first junction, the multiple Second terminal is respectively formed with the second contact portion and the second junction；
Second module, second module are the specification of USB c-type, which includes one second insulating body and a second end
Subgroup, the second end subgroup are set on second insulating body, which includes multiple third terminals and multiple the
Four terminals, the multiple third terminal are respectively formed with third contact portion, third junction and first connecting portion, and the multiple 4th
Terminal is respectively formed with the 4th contact portion, the 4th junction and second connecting portion, the multiple third junction and the multiple
Four junctions are exposed to the two sides of second insulating body respectively or the multiple third junction and the multiple 4th connect
Portion is exposed to the one side of second insulating body, which stacks with second module stack and set, and first module can move
It moves to a first position and a second position, when which is moved to the first position, which is in use state,
The multiple third junction and the multiple 4th junction and corresponding the multiple first junction and the multiple
The contact of second junction；When first module is moved to the second position, which is in retracted mode, which is in
Use state, the multiple third junction and the multiple 4th junction and corresponding the multiple first junction and
The multiple second junction separation；And
Outer housing, the outer housing are coated on the outside of first module, and the one side of the outer housing is equipped with a holes, on the outer housing
A flange is respectively set at the two sides of the holes, which can be contradicted with two flange and be limited.
2. multiple working position type attachment device as described in claim 1, which is characterized in that the third of the multiple third terminal connects
4th junction and second connecting portion in portion, first connecting portion and the multiple forth terminal are formed on a circuit board.
3. multiple working position type attachment device as described in claim 1, which is characterized in that the rear portion of second insulating body is equipped with one and is in
U-shaped accommodation seat, first module and the outer housing are contained in inside the accommodation seat.
4. multiple working position type attachment device as described in claim 1, which is characterized in that second module divides into a leading portion portion and one
Back segment portion is mutually pivotally connected between the leading portion portion and the back segment portion with a hinge mechanism.
5. multiple working position type attachment device as described in claim 1, which is characterized in that be further provided with a third module, this
Three modules are electrically connected at the second end subgroup of second module with a connecting line.
6. multiple working position type attachment device as described in claim 1, which is characterized in that there are two first module is set, this two first
Module forward and backward can be movably set in second module.
7. multiple working position type attachment device as claimed in claim 6, which is characterized in that two first module respectively can forward and backward movement
Ground is set to the top and bottom of second module.
8. multiple working position type attachment device as described in claim 1, which is characterized in that the first connecting portion of the multiple third terminal
And the multiple forth terminal and second connecting portion formed contact cage structure.
9. multiple working position type attachment device as described in claim 1, which is characterized in that the multiple first junction and the multiple
Second junction is exposed to the one side of first insulating body.
10. a kind of multiple working position type attachment device characterized by comprising
First module, first module include one first insulating body and a first end subgroup, which is set to this
On first insulating body, which includes multiple first terminals and multiple Second terminals, and the multiple first terminal is each
It is formed with the first contact portion and the first junction, the multiple Second terminal is respectively formed with the second contact portion and the second junction；
And
Second module, second module are the specification of USB c-type, which includes one second insulating body and a second end
Subgroup, the second end subgroup are set on second insulating body, which includes multiple third terminals and multiple the
Four terminals, the multiple third terminal are respectively formed with third contact portion, third junction and first connecting portion, and the multiple 4th
Terminal is respectively formed with the 4th contact portion, the 4th junction and second connecting portion, the multiple third junction and the multiple
Four junctions are exposed to the two sides of second insulating body respectively or the multiple third junction and the multiple 4th connect
Portion is exposed to the one side of second insulating body, which stacks with second module stack and set, and first module can move
It moves to a first position and a second position, when which is moved to the first position, which is in use state,
The multiple third junction and the multiple 4th junction and corresponding the multiple first junction and the multiple
The contact of second junction；When first module is moved to the second position, which is in retracted mode, which is in
Use state, the multiple third junction and the multiple 4th junction and corresponding the multiple first junction and
The multiple second junction separation.
11. multiple working position type attachment device as claimed in claim 10, which is characterized in that the third of the multiple third terminal connects
4th junction and second connecting portion in portion, first connecting portion and the multiple forth terminal are formed on a circuit board.
12. multiple working position type attachment device as claimed in claim 10, which is characterized in that second module divide into a leading portion portion and
One back segment portion is mutually pivotally connected between the leading portion portion and the back segment portion with a hinge mechanism.
13. multiple working position type attachment device as claimed in claim 10, which is characterized in that there are two first module is set, this two
One module forward and backward can be movably set in second module.
14. multiple working position type attachment device as claimed in claim 13, which is characterized in that two first module forward and backward can move respectively
It is set to the top and bottom of second module dynamicly, guide mechanism is equipped between two first module and second module.
15. multiple working position type attachment device as claimed in claim 14, which is characterized in that the multiple third junction and described more
A 4th junction is used for and the multiple first junction of two first module and the multiple second junction selectivity
Contact.
16. multiple working position type attachment device as claimed in claim 10, which is characterized in that the first connection of the multiple third terminal
Portion and the multiple forth terminal and second connecting portion form contact cage structure.
17. multiple working position type attachment device as claimed in claim 10, which is characterized in that the multiple first junction and described more
A second junction is exposed to the one side of first insulating body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510342921.0A CN106329250B (en) | 2015-06-19 | 2015-06-19 | Multiple working position type attachment device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510342921.0A CN106329250B (en) | 2015-06-19 | 2015-06-19 | Multiple working position type attachment device |
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| Publication Number | Publication Date |
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| CN106329250A CN106329250A (en) | 2017-01-11 |
| CN106329250B true CN106329250B (en) | 2019-07-05 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510342921.0A Active CN106329250B (en) | 2015-06-19 | 2015-06-19 | Multiple working position type attachment device |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN106329250A (en) | 2017-01-11 |
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