CN107017507A - Power outlet with independent USB charging heads - Google Patents
Power outlet with independent USB charging heads Download PDFInfo
- Publication number
- CN107017507A CN107017507A CN201710217102.2A CN201710217102A CN107017507A CN 107017507 A CN107017507 A CN 107017507A CN 201710217102 A CN201710217102 A CN 201710217102A CN 107017507 A CN107017507 A CN 107017507A
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- usb charging
- charging heads
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- heads
- electrode
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- 238000007600 charging Methods 0.000 title claims abstract description 274
- 238000009434 installation Methods 0.000 claims abstract description 103
- 230000015572 biosynthetic process Effects 0.000 claims abstract description 7
- 230000007246 mechanism Effects 0.000 claims description 18
- 238000001179 sorption measurement Methods 0.000 claims description 16
- 210000005056 cell body Anatomy 0.000 claims description 12
- 230000009471 action Effects 0.000 claims description 8
- 230000000694 effects Effects 0.000 claims description 7
- 238000000605 extraction Methods 0.000 claims description 7
- 230000005611 electricity Effects 0.000 claims description 6
- 210000000988 bone and bone Anatomy 0.000 claims description 3
- 230000001131 transforming effect Effects 0.000 abstract 1
- 239000002699 waste material Substances 0.000 abstract 1
- 238000000034 method Methods 0.000 description 7
- 230000008859 change Effects 0.000 description 6
- 238000010586 diagram Methods 0.000 description 6
- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical compound [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 description 4
- 230000008569 process Effects 0.000 description 4
- 239000000203 mixture Substances 0.000 description 3
- 229910052742 iron Inorganic materials 0.000 description 2
- 206010019233 Headaches Diseases 0.000 description 1
- 208000012868 Overgrowth Diseases 0.000 description 1
- 230000032683 aging Effects 0.000 description 1
- 238000010276 construction Methods 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000003780 insertion Methods 0.000 description 1
- 230000037431 insertion Effects 0.000 description 1
Classifications
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
- H01R13/00—Details of coupling devices of the kinds covered by groups H01R12/70 or H01R24/00 - H01R33/00
- H01R13/46—Bases; Cases
- H01R13/514—Bases; Cases composed as a modular blocks or assembly, i.e. composed of co-operating parts provided with contact members or holding contact members between them
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
- H01R13/00—Details of coupling devices of the kinds covered by groups H01R12/70 or H01R24/00 - H01R33/00
- H01R13/66—Structural association with built-in electrical component
- H01R13/70—Structural association with built-in electrical component with built-in switch
- H01R13/703—Structural association with built-in electrical component with built-in switch operated by engagement or disengagement of coupling parts, e.g. dual-continuity coupling part
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
- H01R27/00—Coupling parts adapted for co-operation with two or more dissimilar counterparts
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- Charge And Discharge Circuits For Batteries Or The Like (AREA)
Abstract
The invention discloses a kind of power outlet with independent USB charging heads, including the USB charging heads that socket panel and one are independent, the back of socket panel sets at least one installation chamber with set depth, and the top surface for installing chamber penetrates before socket panel and forms an insert port；USB charging heads are inserted in installation chamber by insert port, and the conductive base pin of USB charging heads is electrically connected with corresponding power supply pole piece；One part of the top surface formation socket panel of USB charging heads.The present invention is suitable to the installation of power outlet existing back boxes, it can be used for transforming existing power outlet, with the USB charging heads independently of power outlet, after USB charging heads or USB charging inlets are damaged, USB charging heads can be extracted from power outlet and new USB charging heads are replaced, whole power outlet need not be changed, it is to avoid waste.
Description
Technical field
The present invention relates to power outlet technical field, more particularly, to the power outlet with independent USB charging heads.
Background technology
The electronic equipments such as mobile phone need to use USB charging inlets to be charged, in order to solve user often without carry-on
USB charging inlets are added in the problem of carrying USB charger, power outlet, power outlet includes bright dress and concealed installation in wall
Various power outlets and socket class power outlet/electric socket.
USB charging inlets in current power outlet are integrally fixed in socket, and USB charging inlets are integrally fixed at circuit
Plate, circuit board is fixed on inside socket, and socket panel offers opening, USB charging inlets is exposed in the lower section of opening, is made
USB interface is inserted into.
In use, the electronic original part on USB charging inlets and circuit board easily breaks down, and service life is extremely short, especially
It is the push-pull effort and impulsive force produced to USB interface in swapping process, can further shorten USB charging inlets and its electricity
The service life of road plate.Once USB live parts break down, want to recover USB charge functions, must just change whole socket surface
Plate, for other parts or intact socket, is excessively wasted.
Even if under normal use or in the case that frequency of use is extremely low, the use of the USB charging inlets in power outlet
Life-span is usual at 1 year or so, because USB charging inlets can occur contacting not because being followed the string aging and its flexible terminal
It is good, USB charging inlets is not used, if frequency of use is higher, or in cooperation of the USB charging inlets from different USB lines
In the case that degree is poor, push-pull effort and impulsive force that in use can be bigger to the generation of USB charging inlets be quick to shorten
The service life of USB charging inlets, the lost of life of USB charging inlets is short in the several months.
And the plug number of times of the brand socket of open market is at 5~120,000 times, i.e., the life-span normally used is 5~10
More than year, still, the service life of USB charging inlets is generally 1 year or so, is 1/10, the USB charging inlets of power outlet
Service life is significantly shorter than the service life of power outlet.It means that in the very long service life of power outlet, power supply is inserted
USB charging inlets on seat can only use very of short duration a period of time, can not just reuse USB charging inlets, and USB charges
Interface can not be individually replaced, and can only be changed whole power outlet, more be wasted, in addition, it is also very troublesome and danger to change socket
The thing of danger.
Furthermore, the renewal speed of electronic product is very fast, and the upgrading and change of interface are relatively also very fast, with charging inlet
Upgrading and change, the USB charging inlets of old money may can not use because new technical requirements are not suitable for, therefore have must
Improved.
The content of the invention
In view of the deficienciess of the prior art, the purpose of the present invention is to carry a kind of power supply with independent USB charging heads to insert
Seat, it can replace or upgrade its USB charging head.
To achieve these goals, the technical solution adopted in the present invention is：Power supply with independent USB charging heads is inserted
Seat, including socket panel and an independent USB charging heads, the top surface of USB charging heads are provided with least a USB charging inlets, USB
The side and/or bottom surface of charging head are provided with conductive base pin；The back of socket panel sets at least one peace with set depth
It behave affectedly room, the top surface for installing chamber penetrates socket panel before and forms an insert port, the side and/or bottom surface of installation chamber
It is provided for providing the power supply pole piece of power supply；USB charging heads are inserted in installation chamber by insert port, and USB charging heads
Conductive base pin is electrically connected with corresponding power supply pole piece；One part of the top surface formation socket panel of USB charging heads.
In further technical scheme, an at least containing cavities are offered before the socket panel, containing cavities are articulated with
At least one mobile phone supporting plate that can be opened or remove, mobile phone supporting plate has collapsed state and use state, in collapsed state
Lower mobile phone supporting plate is hidden in containing cavities, in a state of use mobile phone supporting plate towards before socket panel outwards upset open or
Outwards remove, and mobile phone supporting plate is fixed on the angle of setting, mobile phone supporting plate by magnet adsorption be fixed on socket panel or
Socket panel is snapped in by buckle structure.
In further technical scheme, the top edge before the socket panel be provided with one be used for for mobile phone against
Inclined-plane；Before the mobile phone supporting plate or side is provided with one and pulls portion；The top surface of the USB charging heads and/or side
It is provided with least one handle or buckle；The socket panel has front panel, and front panel offers at least one set of supply hub, inserts
The top surface for entering the USB charging heads in the installation chamber is flushed or close to the surface of front panel；The power outlet is set
A back box is equipped with, the socket panel is installed on back box；An at least touch switch is installed on the lateral wall for installing chamber, touched
The feeler lever of dynamic switch extend into installation chamber.
In further technical scheme, the top surfaces of the USB charging heads is hinged with a drawing for being capable of Unscrew or expansion
Plate, the top surface or socket panel of USB charging heads offer a reception room, and arm-tie, which is hidden, in an initial condition is located at reception room；It is described
At least side of the top surface of USB charging heads is provided with buckle, and the insert port corresponds to the depression that the position of buckle is offered, recessed
Cave is more than buckle, and a finger position for being used to extract the USB charging heads from the installation chamber is formed between depression and buckle
Space；The bottom for installing chamber, which is provided with two electrode installation positions, each electrode installation position, is provided with a power supply pole piece,
The bottom surface of the USB charging heads is provided with two conductive base pins, and the installation chamber is inserted in the USB charging heads
Afterwards, two conductive base pins are inserted in two electrode installation positions respectively, and two power supply pole piece difference Elastic Contacts are corresponding
Conductive base pin；USB charging heads are provided with for controlling the control of the power supply of the general supply of power outlet or control USB charging heads to open
Close, controlling switch protrudes the top surface in USB charging heads.
In further technical scheme, the electrode installation position is fixedly arranged above a dividing plate, described in dividing plate correspondence two
The position of electrode installation position is offered an at least electrode protection lid is slidably fitted with a cell body, each cell body respectively, and electrode is protected
Guiding surface is provided with the upside of the inner end of protecting cover；Corresponding electrode is inserted in the conductive base pin of the USB charging heads
During installation position, conductive base pin squeezes or pushed open corresponding electrode protection lid and is inserted at power supply pole piece below；Filled in USB
When dateline is extracted from the installation chamber, after conductive base pin departs from corresponding electrode installation position, electrode protection lid is automatically multiple
Simultaneously close respective electrode installation position in position；
In further technical scheme, the front panel is integrally formed with the chamber of installing, and front panel is along insert port side
Edge extends to side and is formed and install chamber, and a bottom is fixed in the bottom surface for installing chamber, and the bottom surface of chamber, institute are installed for closing
State electrode installation position and power supply pole piece is fixed on bottom；The depth for installing chamber is slightly larger than the height of the USB charging heads；
USB charging heads include a housing, and the USB charging inlets expose from the surface of housing, and circuit board, circuit board are fixed with housing
The USB charging inlets and the conductive base pin are electrically connected, conductive base pin stretches out from the bottom surface of housing；The power supply pole piece
Top be provided with for resilient clamp and make electrical contact with the slotting crack of conductive base pin；Two electrodes positioned at electrode installation position side
Protection cap links integral, links one pushing part of linking part formation between two integral electrode protection lids, pushing part with
Spring described in one is respectively arranged between the wall body for installing chamber opposite side.
In further technical scheme, the electrode installation position is fixedly arranged above a dividing plate, and dividing plate corresponds to power supply pole
The position of piece offers slot, and the side of dividing plate offers an at least through hole；An at least contact switches are provided with below dividing plate,
Contact switches are connected with corresponding power supply pole piece；The bottom of the USB charging heads is provided with an at least fore-set；In USB charging heads
It is inserted in after the installation chamber, fore-set passes through the through hole of dividing plate and presses on contact switches, contact switches conducting；Filled in USB
When dateline is extracted from the installation chamber, fore-set departs from contact switches, and contact switches disconnect.
In further technical scheme, the back of the socket panel is provided with an at least ejecting mechanism, USB charging head pressures
Ejecting mechanism is butted on, for the distance set after pressing USB charging heads to USB charging heads of upspringing outside；It is inserted in installation chamber
In USB charging heads there is original state and upspring state, original state is inserted in leading for the USB charging heads installed in chamber
Electrical prongs are electrically connected with corresponding power electrode, and USB charging heads are in original state, and USB charging heads, which are in, to switch on power and carry
For the state of USB charge functions；Upspring state, outwards upspring and USB charging heads or outwards pulled out by external force effect in ejecting mechanism
Go out after USB charging heads, USB charging heads are in state of upspringing, the conductive base pin of USB charging heads is displaced outwardly and departs from corresponding electricity
Source electrode, USB charging heads are in the state of deenergization.
In further technical scheme, the ejecting mechanism includes self-lock switch, and self-lock switch or contact switches are used as electricity
The power access end of supply socket, the extraction/insert action or ejection of USB charging heads/press-in action is powered as control power socket/
The switch motion of power-off.
In further technical scheme, the ejecting mechanism includes self-lock switch, and the top of self-lock switch has one to be used for
Control the on off operating mode of self-lock switch and pop up the depression bar of the USB charging heads；An at least epitaxial lateral overgrowth for USB charging heads
A wing plate is stretched out, the back of socket panel is provided with a switch accommodating groove corresponding to the position of wing plate；The ejecting mechanism is stored
In switch accommodating groove accordingly, wing plate is pressed against on the depression bar of corresponding self-lock switch；The self-lock switch has self-locking
Original state, released state and self-locking are upspring state, and the depression bar is distinguished by travel position has position of upspringing respectively from top to bottom
Put, initial position and unlocked position, when self-lock switch is in self-locking original state, depression bar is from locking in initial position, self-lock switch
When upspringing state in self-locking, depression bar is switched to certainly from position of upspringing, released state, self-lock switch is locked in from self-locking original state
It is released state during locking state of upspringing, the solution hair unblock shape when depression bar is moved to unlocked position from initial position is descending
State, depression bar pops up to be moved to from unlocked position and upsprings position and lock in position of upspringing certainly in released state.
In further technical scheme, the adjacent both sides of the USB charging heads or opposite sides extend outward one respectively
The position of bone and form wing plate described in one respectively, wing plate along USB charging heads short transverse extension setting height；The switch is stored
The top of groove connects the installation chamber；When USB charging heads are in original state, two wing plates of USB charging heads it is local or
All it is respectively embedded in the top of corresponding switch accommodating groove and the bottom of wing plate and supports the institute in switch accommodating groove accordingly
State the top of the depression bar of self-lock switch；The self-lock switch as power outlet power supply lead-in wire terminal or self-lock switch
Connected with the power electrode or self-lock switch electrical series power electrode and electrode；Self-lock switch is in self-locking initial shape
Self-lock switch electrically conducts during state；Self-lock switch in self-locking upspring state when self-lock switch electrically disconnect.
The invention has the advantages that compared with the prior art,：The present invention is suitable to the installation of power outlet existing back boxes,
The socket panel of existing power supply socket can be replaced, makes existing power supply socket that there is USB charge functions, can be used in upgrading
Existing power outlet.
The present invention has the USB charging heads independently of power outlet, can after USB charging heads or USB charging inlets are damaged
To extract USB charging heads from power outlet, new USB charging heads are replaced, it is not necessary to change whole power outlet, it is to avoid wave
Take.
Extraction/the insert action or ejection of USB charging heads of the invention/press-in action is powered as control power socket/are broken
The switch motion of electricity, USB charging heads have the switching function that control power outlet is powered and powered off, and allow power outlet no longer
Controlling switch is separately set.
The applicable power outlet of the present invention includes various bright dresses or concealed installation in the power outlet of wall/plate face, various power supplys
Socket or electric socket, various vertical sockets and converter jack.
Mobile phone can be positioned on the mobile phone supporting plate of opening by the present invention in charging, be provided just for mobile phone charging
Profit, it is simple in construction, it is easy to use.
Brief description of the drawings
The present invention is further described with reference to the accompanying drawings and examples.
Fig. 1 is the structural representation of the power outlet of the embodiment of the present invention one.
Fig. 2 is the sectional view of the power outlet of the embodiment of the present invention one.
Fig. 3 is that the USB charging heads of the embodiment of the present invention one press on the structural representation of self-lock switch.
Fig. 4 is that Fig. 3 hides the structural representation after USB charging heads.
Fig. 5 be the embodiment of the present invention one USB charging heads from install chamber extract after structural representation.
Fig. 6 is that the electrode protection lid of the embodiment of the present invention one closes the structural representation of power supply pole piece.
Fig. 7 is the structural representation of the socket panel of the embodiment of the present invention one.
Fig. 8 is the first mode of connection schematic diagram of the power outlet of the embodiment of the present invention one.
Fig. 9 is the Second Linking Method schematic diagram of the power outlet of the embodiment of the present invention one.
Figure 10 is the structural representation of the power outlet of the embodiment of the present invention two.
Figure 11 be the power outlet of the embodiment of the present invention two handle open after structural representation.
Figure 12 is the structural representation of the socket panel of the embodiment of the present invention two.
Figure 13 is that the socket panel of the embodiment of the present invention two is placed with the structural representation of mobile phone.
Figure 14 is the internal structure schematic diagram of the power outlet of the embodiment of the present invention two.
Figure 15 is structural representation of the USB charging heads of the embodiment of the present invention two from chamber is installed after extraction.
Figure 16 is the sectional view of the socket panel of the embodiment of the present invention two.
Figure 17 is the structural representation that contact switches are provided with below the dividing plate of the embodiment of the present invention two.
Figure 18 is the USB charging heads and the structural representation of contact switches cooperation of the embodiment of the present invention two.
Figure 19 is that the socket panel of the embodiment of the present invention two is provided with the structural representation of depression.
Figure 20 is the structural representation that touch switch is provided with the installation chamber of the embodiment of the present invention two.
Figure 21 is the first mode of connection schematic diagram of the power outlet of the embodiment of the present invention two.
Figure 22 is the Second Linking Method schematic diagram of the power outlet of the embodiment of the present invention two.
In figure：
1st, socket panel 10, containing cavities 11, mobile phone supporting plate 111, pull portion 112, rotating shaft 113, position block 114, gear
Plate 115, the first magnetic adsorption plate 116, raised line 12, inclined-plane 13, USB charging inlets 14, the second magnetic adsorption plate 15, supply hub 16, switch
Accommodating groove 17, electrode；
2nd, USB charging heads 20, conductive base pin 21, handle 22, buckle 23, reception room 24, depression 25, fore-set 26, power supply refer to
Show lamp 27, wing plate 28, touch switch；
The 3rd, chamber, 31, power supply pole piece 32, bottom 33, dividing plate 331, through hole 332, cell body 333, slot 34, electrode guarantor are installed
Protecting cover 341, pushing part 342, spring 35, the elastic fixed touch plate of movable contact spring 352 of contact switches 351；
4th, back box；
5th, self-lock switch 50, depression bar.
Embodiment
It is only below presently preferred embodiments of the present invention, is not intended to limit the scope of the present invention.
Embodiment one
The power outlet of USB charging heads with automatic spring, shown in Fig. 1 to 9, including socket panel 1 and one is independent
USB charging heads 2, the top surface of USB charging heads 2 is provided with an at least USB charging inlets 13, the side and/or bottom of USB charging heads 2
Face is provided with conductive base pin 20.The back of socket panel 1 sets at least one installation chamber 3 with set depth, installs chamber 3
Top surface penetrate before socket panel 1 and form an insert port, USB charging heads 2 are partially or fully inserted by insert port activity
Enter in chamber 3 is installed, and a building block of the formation socket panel 1 of USB charging heads 2, USB charging heads 2 are with USB chargings
Function.
USB charging heads 2 are upspring afterwards or after USB charging heads 2 are extracted by ejecting mechanism, at least through ejection machine
Structure disconnects the power supply pole piece 31 of USB charging heads 2, makes corresponding power supply pole piece 31 not charged.Ejection can also be passed through simultaneously
The power supply of mechanism deenergization socket, USB charging heads 2 have power switch function.
USB charging heads 2 are also provided with a controlling switch (controlling switch is not drawn into figure), and controlling switch protrusion exists
The top surface of USB charging heads 2, controlling switch is used for the power supply for controlling USB charging heads 2, and controlling switch can be used for controlling power supply
The general supply of socket.
The front panel of socket panel 1 can be provided with the power supply indicator 26 of the "on" position for indicating power outlet
And/or for the power supply indicator 26 for the "on" position for indicating USB charging heads 2.The top surface of USB charging heads 2 can also set use
In the power supply indicator 26 for the "on" position for indicating power outlet and/or for the power supply for the "on" position for indicating USB charging heads 2
Indicator lamp 26.USB charging heads 2 are provided with the control of the general supply for controlling power outlet or the power supply of control USB charging heads 2
Switch, controlling switch electrical series circuit board, controlling switch protrudes the top surface in USB charging heads 2.
USB charging heads 2 include a housing, and USB charging inlets 13 expose from the surface of housing, and circuit is fixed with housing
Plate, USB charging inlets 13 are fixed on circuit board, and circuit board is electrically connected the USB charging inlets 13 and the conductive base pin
20, USB charging inlets 13 are electrically connected to the low-voltage dc voltage output end of circuit board, and conductive base pin 20 is electrically connected to circuit board
Power access end, conductive base pin 20 stretches out from the bottom surface of housing.The both sides of the top surface of USB charging heads 2 extend outward one respectively
Buckle 22, is easy to outwards extract USB charging heads 2.Power outlet is provided with a back box 4, and socket panel 1 is installed on back box 4,
Back box 4 at least includes bright dress or concealed installation in the various socket base cases of metope, such as 86 type base box for switch socket, 118 type switch socket
Back box and 120 type base box for switch socket.
Wherein, socket panel 1 has a front panel, and front panel is integrally formed with installation chamber 3, and front panel is along insert port side
Edge extends to side and is formed and install chamber 3, and the depth for installing chamber 3 is slightly larger than the height of the USB charging heads 2, installation cavity
A bottom 32 is fixed in the bottom surface of room 3, and the bottom surface of chamber 3 is installed for closing, and the bottom surface for installing chamber 3 is provided for providing power supply
Power supply pole piece 31, electrode installation position and power supply pole piece 31 are fixed on bottom 32；Or set in the side of USB charging heads 2
Put the power supply pole piece 31 for providing power supply；Power supply pole piece 31 is u-shaped, and the top of power supply pole piece 31 is provided with for conductive base pin 20
The slotting crack of insertion, for resilient clamp and makes electrical contact with conductive base pin 20, and USB charging heads 2 are inserted in installation cavity by insert port
In room 3, and the conductive base pin 20 of USB charging heads 2 is electrically connected with corresponding power supply pole piece 31；The top surface of USB charging heads 2 forms slotting
One part of seat surface plate 1；The top surface of USB charging heads 2 or side are provided with least one handle 21 or buckle 22, by drawing
Hand 21 or buckle 22 easily can extract USB charging heads 2 from installation chamber 3.
Socket panel 1 has front panel, and front panel offers at least one set of supply hub 15, and the lower section of supply hub 15 is set
Electrode 17 is equipped with, the top surface of USB charging heads 2 installed in chamber 3 is inserted in and is flushed with the surface of front panel, USB charging heads 2
The surface of top surface and front panel is mutually spliced into a plane and the complete socket panel 1 of composition one.The depth for installing chamber 3 is bigger
In the height of USB charging heads 2.In other feasible embodiments, the top surfaces of USB charging heads 2 is close to the surface of front panel, i.e.,
The top surface of USB charging heads 2 is slightly above or below the surface of front panel.
The back of socket panel 1 is provided with an at least ejecting mechanism, and USB charging heads 2 are pressed against ejecting mechanism, for by
The distance that USB charging heads 2 of outwards being upspring after pressure USB charging heads 2 are set；Being inserted in the USB charging heads 2 installed in chamber 3 has
Original state and state of upspringing,
Original state, is inserted in the conductive base pin 20 and corresponding power electrode electricity for installing the USB charging heads 2 in chamber 3
Connection, USB charging heads 2 are in original state, and USB charging heads 2 are in the state for switching on power and providing USB charge functions；Peace
Behave affectedly room 3 depth be equal or close to the USB charging heads 2 height；In original state, it is inserted in the installation chamber 3
The top surfaces of the USB charging heads 2 flush or close to the surface of socket panel 1.
Upspring state, outwards upspring in ejecting mechanism and USB charging heads 2 or USB charging heads 2 are outwards extracted by external force effect
Afterwards, USB charging heads 2 are in state of upspringing, and the conductive base pin 20 of USB charging heads 2 is displaced outwardly and departs from corresponding power electrode,
USB charging heads 2 are in the state of deenergization.
Ejecting mechanism includes self-lock switch 5, and the top of self-lock switch 5 has a break-make shape for being used to control self-lock switch 5
State and the depression bar 50 for popping up the USB charging heads 2；At least side of USB charging heads 2 extends outward a wing plate 27, inserts
The position that the back of seat surface plate 1 corresponds to wing plate 27 is provided with a switch accommodating groove 16；The ejecting mechanism is accommodated in accordingly
Switch in accommodating groove 16, wing plate 27 is pressed against on the depression bar 50 of corresponding self-lock switch 5.
The adjacent both sides of USB charging heads 2 or opposite sides extend outward a position of bone and form the wing described in one respectively respectively
Plate 27, the height of short transverse extension setting of the wing plate 27 along USB charging heads 2；The top connection institute of the switch accommodating groove 16
State installation chamber 3.When USB charging heads 2 are in original state, two wing plates 27 of USB charging heads 2 are partially or fully embedding respectively
Enter described in being supported in the bottom on the top of corresponding switch accommodating groove 16 and wing plate 27 in switch accommodating groove 16 accordingly certainly
The top of the depression bar 50 of lock-switch 5.
There is self-lock switch 5 self-locking original state, released state and self-locking to upspring state, and the depression bar 50 presses travel position
Distinguish has upspring position, initial position and unlocked position respectively from top to bottom,
When self-lock switch 5 is in self-locking original state, depression bar 50 locks in initial position certainly,
Self-lock switch 5 in self-locking upspring state when, depression bar 50 from locking in position of upspringing,
Released state, it is released state that self-lock switch 5 is switched to self-locking and upspring during state from self-locking original state,
When depression bar 50 is moved to unlocked position from initial position is descending solution hair released state, in released state depression bar 50 from solution lock-bit
Put to pop up to be moved to and upspring position and lock in position of upspringing certainly.
The USB charging heads 2 in original state are pressed down on, USB charging heads 2 are promoted by wing plate 27 and pressed in the process
Bar 50 is moved to unlocked position from initial position is descending, and depression bar 50 is popped up from unlocked position after solution hair released state is moved to
Upspring and position and lock in position of upspringing certainly, depression bar 50 promotes wing plate 27 to move up and pops up USB chargings in the process
First 2, USB charging heads 2 are in state of upspringing；After being pressed downward again by USB charging heads 2, USB charging heads 2 lead in the process
Crossing wing plate 27 promotes depression bar 50 to be moved down into initial position from position of upspringing, and depression bar 50 reaches initial from locking in after initial position
Position, makes USB charging heads 2 return to original state.USB charging heads 2 can multiple its state of anti-switching.
Self-lock switch 5 connected as the power supply lead-in wire terminal or self-lock switch 5 of power outlet with the power electrode or
The electrical series power electrode of person's self-lock switch 5 and electrode；Self-lock switch 5 is electrically led when self-lock switch 5 is in self-locking original state
It is logical；Self-lock switch 5 in self-locking upspring state when self-lock switch 5 electrically disconnect.The bottom for installing chamber 3 is provided with two electrodes
A power supply pole piece 31 is provided with installation position, each electrode installation position, the bottom surface of the USB charging heads 2 is provided with described in two
Conductive base pin 20；In the state that USB charging heads 2 are inserted in the installation chamber 3,
When the self-lock switch 5 is in self-locking original state, two conductive base pins 20 of USB charging heads 2 are plugged respectively
In two electrode installation positions, the corresponding conductive base pin 20 of two difference Elastic Contacts of power supply pole piece 31；When the self-locking is opened
Close 5 in self-locking upspring state when, two conductive base pins 20 of the USB charging heads 2 upspring by the depression bar 50 depart from phase respectively
The electrode installation position answered, and two conductive base pins 20 depart from corresponding two power supply pole pieces 31 respectively.
Electrode installation position is fixedly arranged above a dividing plate 33, the position difference of two electrode installation positions of the correspondence of dividing plate 33
Offer and an at least electrode protection lid 34 is slidably fitted with a cell body 332, each cell body 332；In the USB charging heads 2
When the conductive base pin 20 inserts corresponding electrode installation position, conductive base pin 20 squeezes or pushed open corresponding electrode protection lid 34 simultaneously
It is inserted at power supply pole piece 31 below；It is de- in conductive base pin 20 when USB charging heads 2 are extracted from the installation chamber 3
Behind corresponding electrode installation position, electrode protection lid 34 automatically resets and closes respective electrode installation position.Cell body 332 is slidably installed
There are the two electrode protection lids 34 in left and right, set respectively between the outer end of electrode protection lid 34 and the wall body of the installation chamber 3
Have and be provided with guiding surface on the upside of a spring 342, the inner end of electrode protection lid 34；In preferred embodiment, positioned at electrode
Two electrode protection lids 34 of installation position side link integrally, link the link between two integral electrode protection lids 34
Portion forms a pushing part 341, and a spring is respectively arranged between pushing part 341 and the wall body for installing the opposite side of chamber 3
342.When the conductive base pin 20 of USB charging heads 2 inserts corresponding electrode installation position, conductive base pin 20 is squeezed or pushed open accordingly
Electrode protection lid 34 is simultaneously inserted at power supply pole piece 31 below；When USB charging heads 2 are extracted from installation chamber 3, leading
Electrical prongs 20 depart from behind corresponding electrode installation position, and electrode protection lid 34 automatically resets and closes respective electrode installation position, rises and protects
Shield is acted on, the potential safety hazard for preventing power supply pole piece 31 from directly leaking outside and existing.
Solve to extract after USB charging heads 2 because in another embodiment for the potential safety hazard that power supply pole piece 31 leaking outside and existing,
It is to make the deenergization of power supply pole piece 31 after the extraction of USB charging heads 2, dividing plate 33 offers slotting corresponding to the position of power supply pole piece 31
Groove 333, the side of dividing plate 33 offers an at least through hole 331；The lower section of dividing plate 33 is provided with least a contact switches 35, contact
Switch the corresponding power supply pole piece 31 of 35 electrical series and/or the self-lock switch 5；With specific reference to the embodiment two of the present patent application
Explanation and correspondence schematic diagram, contact switches 35 at least have an elastic fixed touch plate 352 of movable contact spring 351 and one, and elasticity is dynamic to be touched
Piece 351 and fixed touch plate 352, which are touched, to be coordinated；The bottom of the USB charging heads 2 is provided with an at least fore-set；In USB charging heads 2
It is inserted in after the installation chamber 3, fore-set passes through the through hole 331 of dividing plate 33 and presses on the elastic movable contact spring of contact switches 35
351, contact switches 35 are turned on；When USB charging heads 2 are extracted from the installation chamber 3, fore-set departs from contact switches 35, touches
Piece switch 35 disconnects.
The present invention is using self-lock switch 5 or contact switches 35 as the power access end of power outlet, with USB charging heads 2
Extraction/insert action or ejection/press-in action are used as the power on/off switch motion of control power socket.
The first mode of connection of power outlet is that self-lock switch 5 is used as the controlling switch of power outlet 1, power outlet 1
Power line incoming end connection self-lock switch 5, the connection electrode 17 of self-lock switch 5, the connection of electrode 17 power supply pole piece 31, shown in Fig. 8.
The Second Linking Method mode of power outlet is that self-lock switch 5 is used as the controlling switch of power supply pole piece 31, power outlet
1 power line incoming end connection electrode 17, electrode 17 connects self-lock switch 5 and connect, the connection power supply of self-lock switch 5 pole piece 31, Fig. 9 institutes
Show.
Can also be using one of self-lock switch 5 as the controlling switch of power outlet, another self-lock switch 5 is as electric
The controlling switch of source piece 31.Or two self-lock switch 5 are used in series or used in parallel in the road of connecting wires of power outlet,
No longer enumerate herein.
The present invention can also install an at least touch switch 28 on the lateral wall for installing chamber 3, and touch switch 28 is touched
Bar is extend into installation chamber 3, and shown in Figure 20, touch switch 28 is used as power supply as the power line incoming end of power outlet 1
The controlling switch of socket, touch switch 28 can also as power supply pole piece 31 controlling switch, touch switch 28 can also with from
Lock-switch 5 or contact switches 35 are simultaneously unified into a switching branches and accessed again in the road of connecting wires of power outlet.
Embodiment two
Power outlet with independent USB charging heads, shown in Figure 10 to 22, including socket panel 1, including one independent
USB charging heads 2, the top surface of USB charging heads 2 is provided with least one USB charging inlet 13, and the bottom surface of USB charging heads 2 is provided with
2 conductive base pins 20, or the side of USB charging heads 2 are provided with 2 conductive base pins 20, and power outlet is provided with a back box 4,
Back box 4 at least includes bright dress or concealed installation in the various socket base cases of metope, such as 86 type base box for switch socket, 118 type switch socket
Back box and 120 type base box for switch socket, socket panel 1 are installed on back box 4.The back of socket panel 1 sets at least one to have
There is the installation chamber 3 of set depth, the top surface for installing chamber 3 penetrates before socket panel 1 and forms an insert port, installation cavity
The bottom surface of room 3 is provided for providing the power supply pole piece 31 of power supply, or is provided in the side of USB charging heads 2 providing power supply
Power supply pole piece 31；Power supply pole piece is u-shaped, and power supply pole piece top is provided with the slotting crack inserted for conductive base pin 20, is used for
Resilient clamp simultaneously makes electrical contact with conductive base pin 20, and USB charging heads 2 are inserted in installation chamber 3 by insert port, and USB charging heads 2
Conductive base pin 20 electrically connected with corresponding power supply pole piece 31；One composition of the top surface formation socket panel 1 of USB charging heads 2
Part；The top surface of USB charging heads 2 or side are provided with least one handle 21 or buckle 22, can by handle 21 or buckle 22
Easily USB charging heads 2 are extracted from installation chamber 3.
Socket panel 1 has front panel, and front panel offers at least one set of supply hub 15, and the lower section of supply hub 15 is set
Electrode 17 is equipped with, the top surface of USB charging heads 2 installed in chamber 3 is inserted in and is flushed with the surface of front panel, USB charging heads 2
The surface of top surface and front panel is mutually spliced into a plane and the complete socket panel 1 of composition one.The depth for installing chamber 3 is bigger
In the height of USB charging heads 2.In other feasible embodiments, the top surfaces of USB charging heads 2 is close to the surface of front panel, i.e.,
The top surface of USB charging heads 2 is slightly above or below the surface of front panel.
The top surface of USB charging heads 2 is hinged with an arm-tie for being capable of Unscrew or expansion, the top surface of USB charging heads 2 or inserts
Seat surface plate 1 offers a reception room 23, and arm-tie, which is hidden, in an initial condition is located at reception room 23, is filled needing repairing or replacing USB
During dateline 2, Unscrew or arm-tie is pulled open, extracted USB charging heads 2 from installing in chamber 3 by arm-tie.
In preferred embodiment, at least side of the top surface of USB charging heads 2 is provided with buckle 22, and insert port corresponds to button
The depression 24 that the position in portion 22 is offered, depression 24 is more than buckle 22, and one is formed between depression 24 and buckle 22 is used to fill USB
The finger bit space that dateline 2 is extracted from installation chamber 3, the finger of user can be extend into finger bit space, pass through buckle 22
Force, USB charging heads 2 are extracted from installation chamber 3.
The bottom of installation chamber 3, which is provided with two electrode installation positions, each electrode installation position, is provided with a power supply pole piece
31, front panel is integrally formed with installing chamber 3, and front panel extends along insert port edge to side and formed and install chamber 3, is installed
A bottom 32 is fixed in the bottom surface of chamber 3, the bottom surface of chamber 3 is installed for closing, electrode installation position and power supply pole piece 31 are fixed on
On bottom 32.
The bottom surface of USB charging heads 2 is provided with two conductive base pins 20, after USB charging heads 2 are inserted in installation chamber 3, and two
Individual conductive base pin 20 is inserted in two electrode installation positions respectively, and Elastic Contact is corresponding respectively leads for two power supply pole pieces 31
Electrical prongs 20.Electrode installation position is fixedly arranged above a dividing plate 33, and the position of two electrode installation positions of the correspondence of dividing plate 33 opens respectively
Provided with a cell body 332, an at least electrode protection lid 34 is slidably fitted with each cell body 332；Wherein, cell body 332 is slidably installed
There are the two electrode protection lids 34 in left and right, one is respectively arranged between the outer end of electrode protection lid 34 and the wall body for installing chamber 3
Guiding surface is provided with the upside of spring 342, the inner end of electrode protection lid 34.
In preferred embodiment, two electrode protection lids 34 positioned at electrode installation position side link integrally, connect to
One pushing part 341 of linking part formation between two electrode protection lids 34 of one, pushing part 341 is with installing chamber 3 relative one
A spring 342 is respectively arranged between the wall body of side.
When the conductive base pin 20 of USB charging heads 2 inserts corresponding electrode installation position, conductive base pin 20 squeezes or pushed open phase
The electrode protection lid 34 answered simultaneously is inserted at power supply pole piece 31 below；When USB charging heads 2 are extracted from installation chamber 3,
After conductive base pin 20 departs from corresponding electrode installation position, electrode protection lid 34 automatically resets and closes respective electrode installation position,
Shield, the potential safety hazard for preventing power supply pole piece 31 from directly leaking outside and existing.
Solve to extract after USB charging heads 2 because in another embodiment for the potential safety hazard that power supply pole piece 31 leaking outside and existing,
It is to make the deenergization of power supply pole piece 31 after the extraction of USB charging heads 2, specifically, electrode installation position is fixedly arranged above a dividing plate
33, the position that dividing plate 33 corresponds to power supply pole piece 31 offers slot 333, and the side of dividing plate 33 offers an at least through hole 331；
The lower section of dividing plate 33 is provided with an at least contact switches 35, and contact switches 35 are connected with corresponding power supply pole piece 31；USB charging heads
2 bottom is provided with an at least fore-set 25；After USB charging heads 2 are inserted in installation chamber 3, fore-set 25 leads to through dividing plate 33
Hole 331 simultaneously presses on contact switches 35, and contact switches 35 are turned on；When USB charging heads 2 are extracted from installation chamber 3, fore-set 25
Depart from contact switches 35, contact switches 35 disconnect.
The lower section of dividing plate 33 is provided with two contact switches 35, and two contact switches 35 are separately positioned on two electrode installations
The outer fix of position；Wherein, a contact switches 35 connected with a power supply pole piece 31, another contact switches 35 and another
Power supply pole piece 31 is connected；One contact switches 35 have a fixed seat, an elastic fixed touch plate 352 of movable contact spring 351 and one, and elasticity is dynamic
Contact 351 and the inner end of fixed touch plate 352 are individually fixed in fixed seat, and elastic movable contact spring 351 is located at the upper of fixed touch plate 352
Side, the outer end of elastic movable contact spring 351 is located at the lower section of through hole 331；After USB charging heads 2 are inserted in installation chamber 3, fore-set
25 support the outer end of elastic movable contact spring 351, and the outer end of elastic movable contact spring 351 moves down and contacts fixed touch plate 352, touch
Piece switch 35 is turned on.
The front panel of socket panel 1 can be provided with the power supply indicator 26 of the "on" position for indicating power outlet
And/or for the power supply indicator 26 for the "on" position for indicating USB charging heads 2.The top surface of USB charging heads 2 can also set use
In the power supply indicator 26 for the "on" position for indicating power outlet and/or for the power supply for the "on" position for indicating USB charging heads 2
Indicator lamp 26.
USB charging heads 2 are provided with the control of the general supply for controlling power outlet or the power supply of control USB charging heads 2
Switch, controlling switch electrical series circuit board, controlling switch protrudes the top surface in USB charging heads 2.
The one of which mode of connection of power outlet is, contact switches 35 are as the controlling switch of power outlet 1, and power supply inserts
The power line incoming end connection electrode 17 of seat 1, the connection contact of electrode 17 switch 35, the connection power supply of contact switches 35 pole piece 31, figure
Shown in 21.
Another mode of connection of power outlet is, contact switches 35 are as the controlling switch of power supply pole piece 31, and power supply inserts
The power line incoming end connection contact switch 35 of seat 1, the connection electrode 17 of contact switches 35, the connection power supply of electrode 17 pole piece 31, figure
Shown in 22.
The present invention can also install an at least touch switch 28 on the lateral wall for installing chamber 3, and touch switch 28 is touched
Bar is extend into installation chamber 3, and shown in Figure 20, touch switch 28 is used as power supply as the power line incoming end of power outlet 1
The controlling switch of socket, touch switch 28 can also as power supply pole piece 31 controlling switch, touch switch 28 can also with touch
Piece switchs 35 and is unified into a switching branches and accesses again in the road of connecting wires of power outlet, and the tool on its road of connecting wires or else is enumerated herein
Body connected mode.
In addition, offering an at least containing cavities 10 before socket panel 1, containing cavities 10 are articulated with least one and can opened
Mobile phone supporting plate 11, before mobile phone supporting plate 11 or side is provided with one and pulls portion 111, for pulling out mobile phone support
Plate 11.Mobile phone supporting plate 11 can also laterally be inserted in containing cavities 10, and mobile phone supporting plate 11 is laterally moved out when using, for example vertically
Extract out.
Mobile phone supporting plate 11 has collapsed state and use state, and mobile phone supporting plate 11 is hidden in containing cavities under collapsed state
10, the use of power outlet is not influenceed.Mobile phone supporting plate 11 is beaten towards outside upset before socket panel 1 in a state of use
Open or outwards remove, and mobile phone supporting plate 11 is fixed on the angle of setting.The inner surface of mobile phone supporting plate 11 and socket panel 1
Angle above is equal to 90 degree, in preferred embodiment, inner surface and the angle before socket panel 1 of mobile phone supporting plate 11
It is slightly less than 90 degree.
The left and right sides of the lower edge of mobile phone supporting plate 11, which is respectively arranged with the outside of an articulated section, articulated section to be provided with, to be turned
Axle 112, the rotating shaft 112 positioned at the both sides of mobile phone supporting plate 11 is articulated in the back of socket panel 1 respectively, and the upside of articulated section is set
There is position block 113, position block 113 is resisted against the back of socket panel 1 after outwards upset is opened in mobile phone supporting plate 11, uses
In the angle that mobile phone supporting plate 11 is fixed on to setting.
The top edge or lateral edges of containing cavities 10 are provided with least one second magnetic adsorption plate 14, and the second magnetic adsorption plate 14 is integrally formed
At the back of socket panel 1, the inner surface of mobile phone supporting plate 11 is resisted against second after mobile phone supporting plate 11 is hidden in containing cavities 10
Magnetic adsorption plate 14.First magnetic adsorption plate 115 and the magnetic attracting of the second magnetic adsorption plate 14, make mobile phone supporting plate 11 be fixed on socket panel 1.Compared with
In good embodiment, mobile phone supporting plate 11 is snapped in socket panel 1 by buckle structure.
The top edge of mobile phone supporting plate 11 is provided with least a baffle plate 114 or block, and baffle plate 114 or block protrusion are in mobile phone
The inner surface of supporting plate 11, is hidden in the rear baffle 114 of containing cavities 10 in mobile phone supporting plate 11 or block is inserted in containing cavities 10.Compared with
In good embodiment, the medium position of the top edge of mobile phone supporting plate 11 is integrally formed with baffle plate 114, the top edge of containing cavities 10
The left and right sides be respectively arranged with one second magnetic adsorption plate 14, two side positions of the top edge of mobile phone supporting plate 11 are respectively fixed with one
First magnetic adsorption plate 115, the first magnetic adsorption plate 115 and the second magnetic adsorption plate 14 it is one of from magnet, another select iron plate, preferably
Embodiment in, the first magnetic adsorption plate 115 selects iron plate, and the second magnetic adsorption plate 14 selects magnet.
Stayed between two the second magnetic adsorption plates 14 and set a notch inserted for baffle plate 114.The inner surface of mobile phone supporting plate 11 into
Type, which has, forms a cell body between the raised line 116 of some Longitudinal extendings, two adjacent raised lines 116, raised line 116 has increase hand
The effect of the structural strength of machine supporting plate 11, also supports and protects the effect of mobile phone, reduce the contact surface of mobile phone and supporting surface, keep away
Exempt from the mobile phone that frays, while having anti-skidding effect.
Top edge before socket panel 1 be provided with one be used for for mobile phone against inclined-plane 12.Mobile phone supporting plate 11
After opening, charging when mobile phone can be positioned on mobile phone supporting plate 11, mobile phone bottom be resisted against mobile phone supporting plate 11 and
Baffle plate 114, the back side on mobile phone top against the inclined-plane 12, make mobile phone slant setting power outlet and mobile phone supporting plate 11 it
On, prevent mobile phone from dropping, facility is provided for mobile phone charging.
In preferred embodiment, soft Anti-skid sheet can be set on inclined-plane 12, can also mobile phone supporting plate 11 interior table
Face forms the burr extended laterally, or has the burr that extends laterally in the surface forming of raised line 116.
Above content is only presently preferred embodiments of the present invention, for one of ordinary skill in the art, according to the present invention's
Thought, will change in specific embodiments and applications, and this specification content should not be construed as to the present invention
Limitation.
Claims (11)
1. the power outlet with independent USB charging heads, including socket panel (1), it is characterised in that：Including an independent USB
Charging head (2), the top surface of USB charging heads (2) is provided with an at least USB charging inlets (13), the side of USB charging heads (2) and/
Or bottom surface is provided with conductive base pin (20)；The back of socket panel (1) sets at least one installation chamber with set depth
(3) top surface for, installing chamber (3) penetrates socket panel (1) before and forms an insert port, install the side of chamber (3) with/
Or bottom surface is provided for providing the power supply pole piece (31) of power supply；USB charging heads (2) are inserted in installation chamber (3) by insert port
In, and the conductive base pin (20) of USB charging heads (2) electrically connects with corresponding power supply pole piece (31)；The top surface of USB charging heads (2)
Form a part of socket panel (1).
2. the power outlet according to claim 1 with independent USB charging heads, it is characterised in that：The socket panel
(1) an at least containing cavities (10) are offered before, containing cavities (10) are articulated with least one mobile phone branch that can be opened or remove
Fagging (11), mobile phone supporting plate (11) has collapsed state and use state, and mobile phone supporting plate (11) is hidden under collapsed state
Containing cavities (10), mobile phone supporting plate (11) is towards outwards upset is opened or outwards before socket panel (1) in a state of use
Remove, and mobile phone supporting plate (11) is fixed on the angle of setting, mobile phone supporting plate (11) is fixed on socket surface by magnet adsorption
Plate (1) is snapped in socket panel (1) by buckle structure.
3. the power outlet according to claim 1 with independent USB charging heads, it is characterised in that：The socket panel
(1) top edge before be provided with one be used for for mobile phone against inclined-plane (12)；Before the mobile phone supporting plate (11)
Or side is provided with one and pulls portion (111)；The top surface of the USB charging heads (2) and/or side are provided with least one handle (21)
Or buckle (22)；The socket panel (1) has front panel, and front panel offers at least one set of supply hub (15), is inserted in
The top surface for installing the USB charging heads (2) in chamber (3) is flushed or close to the surface of front panel；The power outlet
A back box (4) is provided with, the socket panel (1) is installed on back box (4)；It is attached on the lateral wall for installing chamber (3)
A few touch switch (28), the feeler lever of touch switch (28) extend into installation chamber (3).
4. the power outlet according to claim 1 with independent USB charging heads, it is characterised in that：The USB charging heads
(2) top surface is hinged with an arm-tie for being capable of Unscrew or expansion, and the top surface or socket panel (1) of USB charging heads (2) are opened up
There is a reception room (23), arm-tie, which is hidden, in an initial condition is located at reception room (23)；The top surface of the USB charging heads (2) is at least
Side is provided with buckle (22), and the insert port corresponds to the depression (24) that the position of buckle (22) is offered, and depression (24) is big
One is formed between buckle (22), depression (24) and buckle (22) is used for the USB charging heads (2) from the installation chamber
(3) the finger bit space extracted in；The bottom for installing chamber (3) is provided with two electrode installation positions, each electrode installation position
In be provided with a power supply pole piece (31), the bottom surface of the USB charging heads (2) is provided with two conductive base pins (20), in institute
State USB charging heads (2) to be inserted in after the installation chamber (3), two conductive base pins (20) are inserted in two electrode installations respectively
In position, and the corresponding conductive base pin (20) of two power supply pole pieces (31) difference Elastic Contacts；USB charging heads (2) are provided with use
In the general supply or the controlling switch of the power supply of control USB charging heads (2) that control power outlet, controlling switch protrusion fills in USB
The top surface of dateline (2).
5. the power outlet according to claim 1 with independent USB charging heads, it is characterised in that：The electrode is installed
Position is fixedly arranged above a dividing plate (33), and the position of two electrode installation positions of dividing plate (33) correspondence offers a cell body respectively
(332) an at least electrode protection lid (34), is slidably fitted with each cell body (332), the inner end of electrode protection lid (34)
Upside is provided with guiding surface；Corresponding electrode installation position is inserted in the conductive base pin (20) of the USB charging heads (2)
When, conductive base pin (20) squeezes or pushed open corresponding electrode protection lid (34) and is inserted into power supply pole piece (31) place below；
When USB charging heads (2) are extracted from the installation chamber (3), after conductive base pin (20) departs from corresponding electrode installation position,
Electrode protection lid (34) automatically resets and closes respective electrode installation position.
6. the power outlet according to claim 5 with independent USB charging heads, it is characterised in that：The front panel with
The installation chamber (3) is integrally formed, and front panel extends along insert port edge to side and formed and install chamber (3), installation cavity
A bottom (32) is fixed in the bottom surface of room (3), and the bottom surface of chamber (3), the electrode installation position and power supply pole piece are installed for closing
(31) it is fixed on bottom (32)；The depth for installing chamber (3) is slightly larger than the height of the USB charging heads (2)；USB charges
Head (2) includes a housing, and the USB charging inlets (13) are exposed from the surface of housing, and circuit board, circuit board are fixed with housing
The USB charging inlets (13) and the conductive base pin (20) are electrically connected, conductive base pin (20) stretches out from the bottom surface of housing；
The top of the power supply pole piece (31) is provided with for resilient clamp and makes electrical contact with the slotting crack of conductive base pin (20)；Positioned at electrode
Two electrode protection lids (34) of installation position side link integrally, between two integral electrode protection lids (34) of link
Linking part formation one pushing part (341), is set respectively between pushing part (341) and the wall body for installing chamber (3) opposite side
There is spring described in one (342).
7. the power outlet according to claim 5 with independent USB charging heads, it is characterised in that：The electrode is installed
Position is fixedly arranged above a dividing plate (33), and the position that dividing plate (33) corresponds to power supply pole piece (31) offers slot (333), dividing plate
(33) side offers an at least through hole (331)；An at least contact switches (35) are provided with below dividing plate (33), contact is opened
(35) are closed to connect with corresponding power supply pole piece (31)；The bottom of the USB charging heads (2) is provided with an at least fore-set (25)；
USB charging heads (2) are inserted in after the installation chamber (3), and fore-set (25) passes through the through hole (331) of dividing plate (33) and pressed on tactile
Piece switchs (35), contact switches (35) conducting；When USB charging heads (2) are extracted from the installation chamber (3), fore-set (25)
Depart from contact switches (35), contact switches (35) disconnect.
8. the power outlet according to claim 1 with independent USB charging heads, it is characterised in that：The socket panel
(1) back is provided with an at least ejecting mechanism, and USB charging heads (2) are pressed against ejecting mechanism, in pressing USB charging heads
(2) distance of USB charging heads (2) of outwards upspringing afterwards setting；Being inserted in the USB charging heads (2) installed in chamber (3) has initially
State and upspring state, original state, be inserted in install the conductive base pins (20) of the USB charging heads (2) in chamber (3) with it is corresponding
Power electrode electrical connection, USB charging heads (2) are in original state, and USB charging heads (2), which are in, to switch on power and provide USB and fills
The state of Electricity Functional；Upspring state, outwards upspring in ejecting mechanism and USB charging heads (2) or USB outwards extracted by external force effect
After charging head (2), USB charging heads (2) are in state of upspringing, and the conductive base pin (20) of USB charging heads (2) is displaced outwardly and departed from
Corresponding power electrode, USB charging heads (2) are in the state of deenergization.
9. the power outlet with independent USB charging heads according to claim 7 or 8, it is characterised in that：The ejection machine
Structure includes self-lock switch (5), and self-lock switch (5) or contact switches (35) are used as the power access end of power outlet, USB charging heads
(2) extraction/insert action or ejection/press-in action is used as the power on/off switch motion of control power socket.
10. the power outlet according to claim 8 with independent USB charging heads, it is characterised in that：The ejecting mechanism
Including self-lock switch (5), the top of self-lock switch (5) has one to be used to control the on off operating mode of self-lock switch (5) and upspring
Play the depression bar (50) of the USB charging heads (2)；At least side of USB charging heads (2) extends outward a wing plate (27), socket
The position that the back of panel (1) corresponds to wing plate (27) is provided with a switch accommodating groove (16)；The ejecting mechanism is accommodated in phase
In the switch accommodating groove (16) answered, wing plate (27) is pressed against on the depression bar of corresponding self-lock switch (5) (50)；The self-locking is opened
Closing (5), there is self-locking original state, released state and self-locking to upspring state,
The depression bar (50) is distinguished by travel position has upspring position, initial position and unlocked position respectively from top to bottom, from
When lock-switch (5) is in self-locking original state, depression bar (50) locks in initial position certainly,
Self-lock switch (5) in self-locking upspring state when, depression bar (50) locks in position of upspringing certainly,
Released state, it is released state that self-lock switch (5) is switched to self-locking and upspring during state from self-locking original state,
Solution hair released state when depression bar (50) is moved to unlocked position from initial position is descending,
Depression bar (50) pops up to be moved to from unlocked position and upsprings position and lock in position of upspringing certainly in released state.
11. the power outlet according to claim 10 with independent USB charging heads, it is characterised in that：The USB chargings
The adjacent both sides of head (2) or opposite sides extend outward a position of bone and form wing plate described in one (27) respectively respectively, wing plate
(27) height of setting is extended along the short transverse of USB charging heads (2)；The top of the switch accommodating groove (16) connects the peace
It behave affectedly room (3)；When USB charging heads (2) are in original state, two wing plates (27) of USB charging heads (2) are partially or fully divided
The top of corresponding switch accommodating groove (16) and the bottom of wing plate (27) is not embedded in support in switch accommodating groove (16) accordingly
In the self-lock switch (5) the depression bar (50) top；The self-lock switch (5) enters line as the power supply of power outlet
End or self-lock switch (5) are connected or self-lock switch (5) electrical series power electrode and electrode with the power electrode；From
Self-lock switch (5) electrically conducts when lock-switch (5) is in self-locking original state；Self-lock switch (5) in self-locking upspring state when
Self-lock switch (5) electrically disconnects.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710217102.2A CN107017507B (en) | 2017-04-05 | 2017-04-05 | Power socket with independent USB charging head |
| PCT/CN2018/081523 WO2018184508A1 (en) | 2017-04-05 | 2018-04-02 | Power socket with independent usb charging port |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710217102.2A CN107017507B (en) | 2017-04-05 | 2017-04-05 | Power socket with independent USB charging head |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107017507A true CN107017507A (en) | 2017-08-04 |
| CN107017507B CN107017507B (en) | 2020-04-03 |
Family
ID=59445818
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710217102.2A Expired - Fee Related CN107017507B (en) | 2017-04-05 | 2017-04-05 | Power socket with independent USB charging head |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN107017507B (en) |
| WO (1) | WO2018184508A1 (en) |
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| CN107889407A (en) * | 2017-12-07 | 2018-04-06 | 浙江昱扬电子实业有限公司 | A kind of power pack and its installation method |
| CN108110580A (en) * | 2017-12-20 | 2018-06-01 | 江西佰仕通电子科技有限公司 | One kind is exempted to pull out formula charging head |
| CN108155530A (en) * | 2017-12-24 | 2018-06-12 | 乐清市驰林电气有限公司 | A kind of wall electric seat being detachably configured |
| WO2018184508A1 (en) * | 2017-04-05 | 2018-10-11 | 王建锋 | Power socket with independent usb charging port |
| CN108896859A (en) * | 2018-07-19 | 2018-11-27 | 华霆（合肥）动力技术有限公司 | Wiring harness tester and method |
| CN109301552A (en) * | 2018-10-19 | 2019-02-01 | 绵阳鹏志远科技有限公司 | Concealed anti-electric shock socket and plug with dustproof and waterproof function |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2586216A (en) * | 2019-08-01 | 2021-02-17 | Savage Martin | Electrical Socket |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107017507B (en) * | 2017-04-05 | 2020-04-03 | 东莞市富帆达实业有限公司 | Power socket with independent USB charging head |
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- 2017-04-05 CN CN201710217102.2A patent/CN107017507B/en not_active Expired - Fee Related
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- 2018-04-02 WO PCT/CN2018/081523 patent/WO2018184508A1/en active Application Filing
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| US9478927B1 (en) * | 2015-04-29 | 2016-10-25 | Yang Ji Co., Ltd. | Expandable power adaptor |
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| CN206697654U (en) * | 2017-04-05 | 2017-12-01 | 东莞市富帆达实业有限公司 | Power outlet with independent USB charging heads |
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2018184508A1 (en) * | 2017-04-05 | 2018-10-11 | 王建锋 | Power socket with independent usb charging port |
| CN107889407A (en) * | 2017-12-07 | 2018-04-06 | 浙江昱扬电子实业有限公司 | A kind of power pack and its installation method |
| CN107889407B (en) * | 2017-12-07 | 2024-01-16 | 浙江昱扬电子实业有限公司 | Power supply box and installation method thereof |
| CN108110580A (en) * | 2017-12-20 | 2018-06-01 | 江西佰仕通电子科技有限公司 | One kind is exempted to pull out formula charging head |
| CN108110580B (en) * | 2017-12-20 | 2023-05-09 | 江西佰仕通电子科技有限公司 | Pulling-free charging head |
| CN108155530A (en) * | 2017-12-24 | 2018-06-12 | 乐清市驰林电气有限公司 | A kind of wall electric seat being detachably configured |
| CN108155530B (en) * | 2017-12-24 | 2019-12-03 | 乐清市驰林电气有限公司 | A kind of wall electric seat detachably configured |
| CN108896859A (en) * | 2018-07-19 | 2018-11-27 | 华霆（合肥）动力技术有限公司 | Wiring harness tester and method |
| CN109301552A (en) * | 2018-10-19 | 2019-02-01 | 绵阳鹏志远科技有限公司 | Concealed anti-electric shock socket and plug with dustproof and waterproof function |
| CN109301552B (en) * | 2018-10-19 | 2020-06-02 | 绵阳鹏志远科技有限公司 | Hidden electric shock prevention socket and plug with dustproof and waterproof functions |
Also Published As
| Publication number | Publication date |
|---|---|
| WO2018184508A1 (en) | 2018-10-11 |
| CN107017507B (en) | 2020-04-03 |
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