CN109747523A - Control method, Vehicular charging mouth assembly and the vehicle of Vehicular charging mouth atmosphere lamp - Google Patents
Control method, Vehicular charging mouth assembly and the vehicle of Vehicular charging mouth atmosphere lamp Download PDFInfo
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Abstract
This disclosure relates to a kind of control method of Vehicular charging mouth atmosphere lamp, Vehicular charging mouth assembly and vehicle, the Vehicular charging mouth includes charge port pedestal, charging port cap and the atmosphere lamp for being set to charge port pedestal and/or charging port cap, charge port pedestal limits charge port, charging port cap is articulated with charge port pedestal can move between uncapped position and closed position, in the uncapped position, charging port cap opens charge port, in the closed position, charging port cap charge closing mouth, the control method is the following steps are included: detect the position of charging port cap；When charging port cap is rotated in a first direction from the closed position to first position, atmosphere lamp is lighted；When charging port cap turns to the second position along second direction opposite to the first direction from uncapped position, extinguish atmosphere lamp.Through the above technical solutions, control method, Vehicular charging mouth assembly and the vehicle of the Vehicular charging mouth atmosphere lamp that the disclosure provides can be improved user experience.
Description
Technical field
This disclosure relates to automotive field, and in particular, to a kind of control method of Vehicular charging mouth atmosphere lamp, Vehicular charging
Mouth assembly and vehicle.
Background technique
With the growth requirement of society, have the characteristics that the demand of the electric car of energy-saving and emission-reduction also increases, in this regard, such as
The usage experience what improves user is then known as one of electric car design by research direction.
Existing charge port is generally laterally opened, and charging port cap and charge port pedestal are hinged, and atmosphere lamp, which is typically designed, to be filled
On power port pedestal, when charging gun is inserted into charge port, atmosphere lamp is lighted, and when charging gun extracts charge port, atmosphere lamp extinguishes.Also
Be say atmosphere lamp light or extinguish usually only controlled by charging gun.In this case, atmosphere lamp can not be aligned for charging gun
The process of charge port provides illumination, so that user experience is poor.
Summary of the invention
Purpose of this disclosure is to provide a kind of control methods of Vehicular charging mouth atmosphere lamp that can be improved user experience, vehicle
Charge port assembly and vehicle.
To achieve the goals above, according to the disclosure in a first aspect, providing a kind of control of Vehicular charging mouth atmosphere lamp
Method, the Vehicular charging mouth include charge port pedestal, charging port cap and are set to the charge port pedestal and/or described fill
The atmosphere lamp of power port lid, the charge port pedestal limit charge port, and the charging port cap is articulated with the charge port pedestal with energy
Enough to move between uncapped position and closed position, in the uncapped position, the charging port cap opens the charge port, in institute
Closed position is stated, the charging port cap closes the charge port；The control method is the following steps are included: detect the charge port
The position of lid；When the charging port cap is rotated in a first direction from the closed position to first position, the atmosphere is lighted
Lamp；When the charging port cap turns to the second position along second direction opposite to the first direction from the uncapped position
When, extinguish the atmosphere lamp.
Optionally, it is provided with buffer structure between the charging port cap and the charge port pedestal, which includes
First resilient snubber and/or the second resilient snubber, first resilient snubber is set to the charge port pedestal, described
Second resilient snubber is set to the charging port cap, when the charging port cap is located at the uncapped position, first bullet
Property bolster is connected to the charging port cap, alternatively, second resilient snubber is connected to the charge port pedestal, alternatively,
First resilient snubber and the second resilient snubber mutual extrusion；The step of the position of the detection charging port cap
Suddenly, comprising: detect the pressure value between first resilient snubber and the charging port cap or second elastic buffer
Between pressure value or first resilient snubber and second resilient snubber between part and the charge port pedestal
Pressure value, wherein the maximum pressure setting value of the pressure value is corresponded to when the charging port cap is located at the uncapped position；
The current location of the charging port cap is determined according to the pressure value.
Optionally, described when the charging port cap is rotated in a first direction from the closed position to first position,
In the step of lighting the atmosphere lamp: when the pressure value increases to first pressure threshold value from zero, determining the charging port cap
It is rotated in a first direction from the closed position to the first position.
Optionally, the control method is further comprised the steps of: when the maximum value of the pressure value is no more than third pressure threshold
When, issue fault-signal, wherein the third pressure threshold is less than the maximum pressure setting value, and is greater than first pressure
Force threshold.
Optionally, work as the charging port cap from the uncapped position along second party opposite to the first direction described
Into the step of when turning to the second position, extinguishing the atmosphere lamp: when the pressure value is reduced to second pressure threshold value, really
The fixed charging port cap turns to the second position along second direction opposite to the first direction from the uncapped position,
Wherein, the second pressure threshold value is not more than the maximum pressure setting value.
Optionally, the step of extinguishing atmosphere lamp includes: to detect corresponding to the current location of the charging port cap
Angle value, wherein the charging port cap corresponds to the minimum angles setting value of the angle value, institute when being located at the closed position
The maximum angle setting value that the angle value is corresponded to when charging port cap is located at the uncapped position is stated, when the charging port cap is located at
When the second position angle value be second angle threshold value, the second angle threshold value be greater than the minimum angles setting value and
No more than the maximum angle setting value；If the angle value is reduced since the second angle threshold value, the atmosphere lamp
Brightness start to reduce；It is described during the angle value is reduced to third angle threshold value from the second angle threshold value
The brightness of atmosphere lamp is gradually decrease to zero, wherein the third angle threshold value is greater than the minimum angles setting value.
Optionally, the control method further comprises the steps of: and waits preset time after the atmosphere lamp is lighted, and is waiting
To which target person is detected after the preset time in detection zone；If there are the target person in the detection zone,
Then: when detecting that the target person leaves the detection zone, the atmosphere lamp suspend mode；When detecting the target person
When reentering the detection zone, the atmosphere lamp is waken up；If the target person is not present in the detection zone:
The atmosphere lamp suspend mode, and when detecting that the target person enters the detection zone, wake up the atmosphere lamp.
Optionally, the step of control method further includes the steps that before the extinguishing atmosphere lamp: if described
Atmosphere lamp suspend mode then wakes up the atmosphere lamp.
According to the second aspect of the disclosure, a kind of Vehicular charging mouth assembly is provided, the Vehicular charging mouth includes charge port
Pedestal and charging port cap, the charge port pedestal limit charge port, and the charging port cap is articulated with the charge port pedestal with energy
Enough to move between uncapped position and closed position, in the uncapped position, the charging port cap opens the charge port, in institute
Closed position is stated, the charging port cap closes the charge port, and the Vehicular charging mouth assembly further includes atmosphere lamp, the atmosphere
Lamp includes suitable for the shell of Vehicular charging mouth is arranged in and is set to the intracorporal light source for illumination of the shell, wherein described
Atmosphere lamp further includes control unit, and the light source is connect with described control unit, when the charging port cap is from the closed position
When being rotated in a first direction to first position, described control unit controls the light source igniting, can be inserted into institute in charging gun
The atmosphere lamp is lighted before stating charge port.
Based on the above technical solution, the second aspect of the disclosure also provides a kind of vehicle, including above-mentioned technical side
Vehicular charging mouth assembly described in case.
Through the above technical solutions, the control method for the Vehicular charging mouth atmosphere lamp that the disclosure provides is according to charging port cap
Relative position between charge port pedestal is set to the atmosphere lamp of charge port pedestal and/or charging port cap to light or extinguish,
The process rotated from the closed position of charge closing mouth along first direction to the uncapped position for opening charge port with charging port cap
In, when detecting that charging port cap reaches first position, light atmosphere lamp, with charging port cap from the uncapped position along and institute
State the opposite second direction of first direction to the closed position rotation during, when detect charging port cap reach second
When setting, extinguish atmosphere lamp.That is, lighting and extinguishing related to the position of charging port cap for atmosphere lamp, can fill in opening
It is lighted during power port lid, that is, lights atmosphere lamp before charging gun is inserted into charge port, to be subsequent charge rifle pair
Standard is simultaneously inserted into charge port offer illumination, while can extinguish during charge closing lid, to close for charging port cap
The preceding process illumination for extracting charging gun, therefore the control method can be improved the user experience of Vehicular charging mouth atmosphere lamp.This
The open Vehicular charging mouth assembly provided includes atmosphere lamp, the control which has the light source for illumination and connect with light source
Unit processed, the control unit can lighting or extinguish according to the position control light source of charging port cap, when charging port cap reaches institute
When stating first position, control unit controls light source igniting, atmosphere lamp can be lighted before charging gun is inserted into Vehicular charging mouth,
Atmosphere lamp is aligned for subsequent charge rifle and is inserted into charge port, illumination is provided, to improve the use of Vehicular charging mouth assembly
Family experience.The disclosure provide vehicle include Vehicular charging mouth assembly as described in the above technical scheme, therefore have with it is described
The identical technical effect of Vehicular charging mouth assembly, in order to avoid unnecessary repetition, this will not be repeated here.
Other feature and advantage of the disclosure will the following detailed description will be given in the detailed implementation section.
Detailed description of the invention
Attached drawing is and to constitute part of specification for providing further understanding of the disclosure, with following tool
Body embodiment is used to explain the disclosure together, but does not constitute the limitation to the disclosure.In the accompanying drawings:
Fig. 1 is the flow chart of atmosphere lamp control method in the first specific embodiment of disclosure first aspect；
Fig. 2 is the flow chart of atmosphere lamp control method in the second specific embodiment of disclosure first aspect；
Fig. 3 is the flow chart of atmosphere lamp control method in the third specific embodiment of disclosure first aspect；
Fig. 4 is the flow chart of atmosphere lamp control method in the 4th specific embodiment of disclosure first aspect；
Fig. 5 is the structural schematic diagram of Vehicular charging mouth assembly in the specific embodiment of disclosure second aspect, wherein is filled
Power port lid is located at the closed position；
Fig. 6 is the structural schematic diagram of Vehicular charging mouth assembly in the specific embodiment of disclosure second aspect, wherein is filled
Power port lid is located at the uncapped position；
Fig. 7 is the partial structure diagram of Vehicular charging mouth assembly in the specific embodiment of disclosure second aspect,
In, show the first resilient snubber；
Fig. 8 is the partial structure diagram of Vehicular charging mouth assembly in the specific embodiment of disclosure second aspect,
In, show the second resilient snubber；
Fig. 9 is the structural schematic diagram of Vehicular charging mouth assembly in the specific embodiment of disclosure second aspect, wherein is shown
The first resilient snubber and the second resilient snubber of mutual extrusion are gone out；
Figure 10 is the partial enlarged view of extruded parts in Fig. 9；
Figure 11 is the frame of the atmosphere lamp in a kind of Vehicular charging mouth assembly of specific embodiment of disclosure second aspect
Figure；
Figure 12 is the atmosphere lamp in the Vehicular charging mouth assembly of another specific embodiment of disclosure second aspect
Block diagram；
Figure 13 is the block diagram of Vehicular charging mouth assembly in a kind of specific embodiment of disclosure second aspect；
Figure 14 is the block diagram of Vehicular charging mouth assembly in another specific embodiment of disclosure second aspect；
Figure 15 is the block diagram of Vehicular charging mouth assembly in another specific embodiment of disclosure second aspect；
Figure 16 is the block diagram of Vehicular charging mouth assembly in another specific embodiment of disclosure second aspect.
Description of symbols
1- atmosphere lamp, 11- light source, 12- control unit, 13- object detecting device, 14- gesture identifying device, 15- first
Display unit, the second display unit of 16-, 17- power supply, 2- charge port pedestal, 21- charge port, 3- charging port cap, 31- articulated jib,
32- connecting plate, 321- groove, 4- elastic component, the first resilient snubber of 51-, the second resilient snubber of 52-, 6- position detection dress
It sets, 61- pressure sensor, 62- angular transducer, 7- control module.
Specific embodiment
It is described in detail below in conjunction with specific embodiment of the attached drawing to the disclosure.It should be understood that this place is retouched
The specific embodiment stated is only used for describing and explaining the disclosure, is not limited to the disclosure.
In the disclosure, in the absence of explanation to the contrary, the noun of locality used such as " inside and outside " refers to relative to corresponding
It is inside and outside for profile of components itself；The term used such as " first ", " second " is to distinguish element and another
One element does not have succession and importance.In addition, same label table of the following description in attached drawing, in different attached drawings
Show identical element.
According to the specific embodiment of disclosure first aspect, a kind of control method of Vehicular charging mouth atmosphere lamp is provided,
Wherein, with reference to shown in Fig. 5 and Fig. 6, the Vehicular charging mouth includes charge port pedestal 2, charging port cap 3 and is set to charge port
The atmosphere lamp of pedestal 2 and/or charging port cap 3, charge port pedestal 2 limit charge port 21, and charging port cap 3 is articulated with charge port pedestal
2 between uncapped position and closed position can move, and in the uncapped position, charging port cap 3 opens charge port 21, in institute
State closed position, 3 charge closing mouth 21 of charging port cap.Refering to what is shown in Fig. 1, the control method the following steps are included:
S11: the position of detection charging port cap 3.
S12: when charging port cap 3 from the closed position along first direction (from closed position towards the direction of uncapped position)
When turning to first position, atmosphere lamp is lighted.
S13: when charging port cap 3 turns to second along second direction opposite to the first direction from the uncapped position
When position, extinguish atmosphere lamp.
Through the above technical solutions, the control method for the Vehicular charging mouth atmosphere lamp that the disclosure provides is according to charging port cap
Relative position between charge port pedestal is set to the atmosphere lamp of charge port pedestal and/or charging port cap to light or extinguish,
The process rotated from the closed position of charge closing mouth along first direction to the uncapped position for opening charge port with charging port cap
In, when detecting that charging port cap reaches first position, light atmosphere lamp, with charging port cap from the uncapped position along and institute
State the opposite second direction of first direction to the closed position rotation during, when detect charging port cap reach second
When setting, extinguish atmosphere lamp.That is, lighting and extinguishing related to the position of charging port cap for atmosphere lamp, can fill in opening
It is lighted during power port lid, that is, lights atmosphere lamp before charging gun is inserted into charge port, to be subsequent charge rifle pair
Standard is simultaneously inserted into charge port offer illumination, while can extinguish during charge closing lid, to close for charging port cap
The preceding process illumination for extracting charging gun, therefore the control method can be improved the user experience of Vehicular charging mouth atmosphere lamp.
In the specific embodiment of the disclosure, detect charging port cap 3 position the step of can be with any appropriate side
Formula configuration.Optionally, with reference to shown in Fig. 7 to Figure 10, it is provided with buffer structure between charging port cap 3 and charge port pedestal 2, this is slow
Rushing structure includes the first resilient snubber 51 and/or the second resilient snubber 52, and the first resilient snubber 51 is set to charge port
Pedestal 2, the second resilient snubber 52 are set to charging port cap 3, when charging port cap 3 is located at the uncapped position, described first
Resilient snubber 51 is connected to charging port cap 3, alternatively, the second resilient snubber 52 is connected to charge port pedestal 2, alternatively, first
52 mutual extrusion of resilient snubber 51 and the second resilient snubber.In this case, the step of the position of charging port cap 3 is detected
Suddenly, may include:
Step S21: pressure value or the second resilient snubber between the first resilient snubber 51 of detection and charging port cap 3
The pressure between pressure value or the first resilient snubber 51 and the second resilient snubber 52 between 52 and charge port pedestal 2
Value.Wherein, the maximum pressure setting value of the pressure value is corresponded to when charging port cap 3 is located at the uncapped position.
Step S22: the current location of charging port cap 3 is determined according to the pressure value.
Based on this, atmosphere is being lighted when charging port cap 3 is rotated in a first direction from the closed position to first position
In the step of lamp, refering to what is shown in Fig. 2, can be according to step S221 for the judgement of first position: when the pressure value increases from zero
When greatly to first pressure threshold value, determine that charging port cap 3 is rotated in a first direction from the closed position to the first position.It
Afterwards, it carries out step 231: lighting atmosphere lamp.
It needs to be set in advance, when charging port cap 3 reaches the first position, the first resilient snubber 51 and charging
Pressure value between pressure value or the second resilient snubber 52 and charge port pedestal 2 or the first elasticity between lid 3 is slow
Pressure value between stamping 51 and the second resilient snubber 52 is first pressure threshold value.Pass through detection charging port cap 3 and the first bullet
Property bolster 51 between pressure value or charge port pedestal 2 and the second resilient snubber 52 between pressure value or the first elasticity it is slow
Pressure value between stamping 51 and the second resilient snubber 52, and the pressure value that will test and the first pressure threshold value do ratio
Compared with showing charging port cap 3 along described first if the pressure value detected persistently increases but still less than the first pressure threshold value
Direction does not reach the first position also, does not execute and lights atmosphere lamp step；If detecting, pressure value increases to first pressure
Force threshold then shows that charging port cap 3 reaches the first position along the first direction, and atmosphere lamp step is lighted in execution.
Based on step S22, working as charging port cap 3 from the uncapped position along second direction opposite to the first direction
It, can be according to step for the judgement of the second position with reference to shown in Fig. 2 in the step of extinguishing atmosphere lamp when turning to the second position
Rapid S222: when the pressure value is reduced to second pressure threshold value, determine charging port cap 3 from the uncapped position along with described the
One contrary second direction turns to the second position.Wherein, the second pressure threshold value is no more than the maximum pressure
Power setting value.Later, it carries out step 232: extinguishing atmosphere lamp.
It needs to be set in advance, when charging port cap 3 reaches the second position, the first resilient snubber 51 and charging
Pressure value between pressure value or the second resilient snubber 52 and charge port pedestal 2 or the first elasticity between lid 3 is slow
Pressure value between stamping 51 and the second resilient snubber 52 is the second pressure threshold value.Pass through detection charging port cap 3 and the
The pressure value or the first bullet between pressure value or charge port pedestal 2 and the second resilient snubber 52 between one resilient snubber 51
Property bolster 51 and the second resilient snubber 52 between pressure value, and the pressure value that will test and the second pressure threshold value
It compares, if the pressure value detected persistently reduces but be still greater than the second pressure threshold value, shows charging port cap 3 along described
Second direction does not reach the second position also, does not execute and extinguishes atmosphere lamp step；If the pressure value detected is reduced to described
When second pressure threshold value, then show that charging port cap 3 reaches the second position along the second direction, executes and extinguish atmosphere lamp step
Suddenly.
Wherein, with access times increase or by unexpected external force destruction, buffer structure can generate loosening
Phenomenon.For this purpose, in order to detect whether buffer structure loosens, as shown in Fig. 2, the control method can also include step S223:
When the maximum value of the pressure value is no more than third pressure threshold, fault-signal is issued.Wherein, the third pressure threshold is small
In the maximum pressure setting value, and it is greater than the first pressure threshold value.
It needs to be set in advance, when buffer structure is worked normally and is not loosened, the first resilient snubber 51 and charge port
The maximum value of pressure value between the maximum value of pressure value between lid 3 or the second resilient snubber 52 and charge port pedestal 2
Or the maximum value of the first pressure value between resilient snubber 51 and the second resilient snubber 52 is third pressure threshold.In step
The maximum value or charge port pedestal 2 and second of the pressure value between charging port cap 3 and the first resilient snubber 51 are detected in rapid S21
Pressure between maximum value the first resilient snubber 51 and the second resilient snubber 52 of pressure value between resilient snubber 52
The maximum value of value.In step S223, the maximum value for the pressure value that will test is compared with the third pressure threshold, if
The maximum value of the pressure value detected is greater than the first pressure threshold value but is less than the third pressure threshold, then issues failure letter
Number come remind operator's buffer structure loosen, if the maximum value of the pressure value detected reaches third pressure threshold, show to delay
Structure is rushed not loosen.Wherein, the fault-signal can be optical signal, such as atmosphere lamp flashing is several times, is also possible to other
The signal that operator can be caused to pay attention to, such as voice signal, the disclosure to this with no restriction.
Wherein, extinguishing atmosphere lamp can be and gradually extinguishes, atmosphere lamp brightness moment when avoiding operator's charge closing lid 3
The of short duration missing of vision caused by being reduced to zero.For this purpose, selectively, refering to what is shown in Fig. 3, the step of extinguishing atmosphere lamp can wrap
It includes:
Step S31: angle value corresponding to the current location of detection charging port cap 3.Wherein, charging port cap 3 is located at described
The minimum angles setting value of the angle value is corresponded to when closed position, when charging port cap 3 is located at the uncapped position described in correspondence
The maximum angle setting value of angle value, when charging port cap 3 is located at the second position, the angle value is second angle threshold value,
The second angle threshold value is greater than the minimum angles setting value and is not more than the maximum angle setting value.
Step S32: if the angle value is reduced since the second angle threshold value, the brightness of atmosphere lamp starts to drop
It is low.
Step S33: during the angle value is reduced to third angle threshold value from the second angle threshold value, atmosphere
The brightness of lamp is gradually decrease to zero.Wherein, the third angle threshold value is greater than the minimum angles setting value.
Wherein, the brightness of atmosphere lamp, which is gradually decrease to zero, can enter dark surrounds by bright light environments for the vision of operator
Dark adaptation buffer time is provided so that the brightness of atmosphere lamp is gradually decrease to operator after zero and can also see ring around clearly
Border, to improve the humanized usage experience of atmosphere lamp.When the brightness of atmosphere lamp is reduced to zero, can cut off to atmosphere lamp
Power supply, so that atmosphere lamp extinguishes completely.
Based on this, it is different from the above-mentioned scheme that 3 position of charging port cap is determined by detection pressure, the control method
The position of charging port cap 3 can also be determined using angle value corresponding to detection 3 current location of charging port cap.For example, can be with
It sets charging port cap 3 and reaches when the first position corresponding angle value as first angle threshold value, by detecting along first direction
Angle value corresponding to the current location of the charging port cap 3 of rotation, and the angle value that will test and the first angle threshold value
Make comparisons, if the angle value detected persistently increases to first angle threshold value, show charging port cap 3 be rotated in a first direction to
First position；If the angle value detected is persistently decreased to the second angle threshold value, show charging port cap 3 along described second
Direction reaches the second position.
In addition, with reference to Fig. 4, the control method can also include: for using electricity wisely
Step S41: preset time is waited after atmosphere lamp is lighted, and in detection zone after waiting the preset time
Target person is detected in domain.Wherein, target person can be set, such as be set as car owner or its related personnel.
Step S42: if there are the target person in the detection zone: when detecting that the target person leaves
When the detection zone, atmosphere lamp suspend mode.
Step S43: if the target person is not present in the detection zone: the atmosphere lamp suspend mode.
Step S44: when detecting that the target person enters the detection zone, atmosphere lamp is waken up.Wherein, step
When S44 corresponds to step S42, specifically: when detecting that the target person reenters detection zone, wake up atmosphere lamp.
That is, needing to illuminate using atmosphere lamp when the target person is in the detection zone, atmosphere lamp is in and calls out at this time
Awake state can provide illumination；When the target person is not in the detection zone, do not need to illuminate using atmosphere lamp, make
Atmosphere lamp suspend mode, can be with using electricity wisely.
In addition, the control method can also include: to wait after charging gun is inserted into charge port 21 for using electricity wisely
For a period of time, and atmosphere lamp suspend mode after waiting a period of time, atmosphere lamp is waken up when charging gun extracts charge port 21.In this way
Can just make atmosphere lamp kept when charging gun is into and out charge port 21 wake up, thus for charging gun alignment into and out
The process of charge port 21 illuminates, and while not needing to illuminate using atmosphere lamp during the charging process makes atmosphere lamp suspend mode, to save use
Electricity.
In addition, the control method further include: before extinguishing atmosphere lamp, if atmosphere lamp suspend mode, wakes up atmosphere lamp.?
That is in the state of atmosphere lamp suspend mode, when charging port cap 3, which reaches the second position, executes extinguishing atmosphere lamp step,
If the brightness moment of atmosphere lamp is reduced to zero, before the brightness moment of atmosphere lamp is reduced to zero, atmosphere lamp is first waken up, then make
The brightness moment of atmosphere lamp is reduced to zero；If the brightness of atmosphere lamp is with charging port cap 3 from the second position along the second party
To being gradually decrease to zero during turning to the corresponding position of the third angle threshold value, then start to drop in the brightness of atmosphere lamp
Before low, atmosphere lamp is first waken up, then the brightness of atmosphere lamp is made to be gradually decrease to zero.
In order to keep the brightness of atmosphere lamp adjustable, the control method further comprises the steps of: after atmosphere lamp is lighted and atmosphere
When enclosing the non-suspend mode of lamp, gesture is identified；When the gesture is to increase brightness gesture, increase the brightness of atmosphere lamp；When the gesture
When to reduce brightness gesture, reduce the brightness of atmosphere lamp.The brightness of atmosphere lamp can be adjusted according to the gesture of operator, the ring around
When border is darker, operator, which can make increase brightness gesture, increases the brightness of atmosphere lamp, when ambient enviroment is brighter, operator
Reduction brightness gesture, which can be made, reduces the brightness of atmosphere lamp with using electricity wisely, that is to say, that the brightness of atmosphere lamp is adjustable
So that the brightness of atmosphere lamp can be adjusted as required in operator, so as to improve user experience.The increase brightness
Gesture can be swung up several times for finger, the reductions brightness gesture can be finger to lower swing several times, wherein institute
Stating several times can be for three times or more than three times, to prevent maloperation.
According to the specific embodiment of disclosure second aspect, a kind of Vehicular charging mouth assembly is provided.With reference to Fig. 5 to Figure 10
Shown, the Vehicular charging mouth may include charge port pedestal 2 and charging port cap 3, and charge port pedestal 2 limits charge port 21, fills
Power port lid 3 is articulated with charge port pedestal 2 can move between uncapped position and closed position, in the uncapped position, fills
Power port lid 3 opens charge port 21, and in the closed position, 3 charge closing mouth 21 of charging port cap, the Vehicular charging mouth assembly is also
Including atmosphere lamp 1, atmosphere lamp 1 includes shell suitable for Vehicular charging mouth is arranged in and to be set to the shell intracorporal for illuminating
Light source 11, the shell may include light transmission part so that light source 11 issue light can pass through the light transmission part
The outside of the shell is reached, so as to provide illumination.Wherein, atmosphere lamp 1 further includes control unit 12, light source 11 and control
Unit 12 connects, with reference to shown in Figure 11, when charging port cap 3 is rotated in a first direction from the closed position to first position,
Control unit 12 controls light source 11 and lights, can light atmosphere lamp 1 before charging gun is inserted into charge port 21.
Through the above technical solutions, the Vehicular charging mouth assembly that the disclosure provides includes atmosphere lamp 1, which has
Light source 11 for illumination and the control unit 12 that connect with light source 11, which can be according to the position of charging port cap 3
Lighting or extinguishing for control light source 11 is set, when charging port cap 3 reaches the first position, control unit 12 controls 11 points of light source
It is bright, atmosphere lamp 1 can be lighted before charging gun is inserted into Vehicular charging mouth 21, atmosphere lamp 1 is enabled to be subsequent charge rifle
It is aligned and is inserted into charge port 21 and illumination is provided, to improve the user experience of Vehicular charging mouth assembly.
Wherein, for atmosphere lamp 1, control unit 12 can control the light source in atmosphere lamp 1 according to external signal
11 light and extinguish, and light source 11 lighted before charging gun is inserted into charge port 21 can be charging gun alignment and insertion charging
The process of mouth 21 provides illumination.
In the specific embodiment of the disclosure, the first position can configure in any suitable manner.As one
Kind selection, the first position can be overlapped with the uncapped position, so that charging port cap 3 reaches the uncapped position time control
Unit 12 processed controls light source 11 and lights；Alternatively, the first position can be located at the uncapped position with it is described
Between closed position, so that control unit 12 controls light source 11 and lights during charging port cap 3 is opened.Described first
The above two configuration mode set can make control unit 12 control the point before charging gun is inserted into charge port 21 of light source 11
It is bright.
In order to extinguish atmosphere lamp 1 after charging gun extracts charge port 21, it will be possible to, when charging port cap 3 is from described
When uncapped position turns to the second position along second direction opposite to the first direction, light source 11 extinguishes.That is, filling
After electric rifle extracts charge port 21, the control unit 12 during closing of charging port cap 3 controls atmosphere lamp 1 and extinguishes, so that
When charging gun extracts charge port 21, light source 11 is mentioned also in illuminating state so as to the process for extracting charge port 21 for charging gun
For illumination.
In the specific embodiment of the disclosure, the second position can configure in any suitable manner.As one
Kind of selection, the second position can be overlapped with the uncapped position, with when charging port cap 3 is begun to shut off control unit 12 control
Light source 11 processed extinguishes；Alternatively, the second position can be located at the uncapped position and the closed position it
Between, extinguished with making control unit 12 control light source 11 during charging port cap 3 is closed.
In the specific embodiment of the disclosure, the relationship between the first position and the second position can be to appoint
Suitable mode of anticipating configures.Optionally, the first position is overlapped with the second position；Alternatively, the second position is located at
Between the uncapped position and the first position；Alternatively, the second position is located at the first position and the close stance
Between setting.
In order to make atmosphere lamp 1 can be realized suspend mode and wake-up, control unit 12 controls light source 11 and is able to enter dormant state
It is waken up with from dormant state.That is, control unit 12 can control the suspend mode and wake-up of light source 11 according to external signal.
In order to enable atmosphere lamp 1 to be waken up or enter suspend mode according to whether there is target person in detection zone, atmosphere
Enclosing lamp 1 includes object detecting device 13, which connect with control unit 12, when detecting that target person leaves
Issue sleep signal when detection zone, control unit 12 controls light source 11 and enters the dormant state, when detecting target person
Wake-up signal is issued when reentering detection zone, control unit 12 controls light source 11 and is waken up from the dormant state, refers to
Shown in Figure 12.It is detected by object detecting device 13 with the presence or absence of the target person in the detection zone, and described in sending
Wake-up signal or the sleep signal realize that control unit 12 controls the suspend mode and wake-up of light source 11.Wherein, object detecting device
13 can be infrared detector, or other devices that target person can be detected in the detection zone.Wherein, mesh
Mark personnel can set, such as be set as car owner or its related personnel.
Brightness when in order to be waken up light source 11 from dormant state is consistent with the brightness before suspend mode, and control unit 12 can be with
The brightness of control adjustment light source 11, and control its brightness and the brightness holding one before suspend mode when light source 11 is waken up from dormant state
It causes.That is, control unit 12 can remember the brightness before 11 suspend mode of light source, the brightness to avoid light source 11 when being waken up goes out
Now dazzling caused by variation or illumination is insufficient.
In order to can be realized atmosphere lamp 1, lamp brightness is adjustable, and atmosphere lamp 1 may include gesture identifying device 14, the hand
Gesture identification device 14 is connect with control unit 12, and in the case where light source 11 is in illuminating state, gesture identifying device 14 can identify hand
Gesture simultaneously issues corresponding brightness adjusting signal, and control unit 12 receives the brightness adjusting signal and corresponds to the bright of adjustment light source 11
Degree, with reference to shown in Figure 12.Gesture is identified by gesture identifying device 14 and issues corresponding brightness adjusting signal, realizes that control is single
Member 12 adjusts the brightness of light source 11.
In order to enable atmosphere lamp 1 to show, charge information, atmosphere lamp 1 may include for showing the remaining electricity of vehicle battery
The first display unit 15 measured and the second display unit 16 for showing vehicle battery charged state, the first display unit 15
It is connect with control unit 12 with the second display unit 16, with reference to shown in Figure 12.Wherein, the first display unit 15 can charge
The remaining capacity of precentagewise real-time display vehicle battery in journey, the second display unit 16 can show charging during the charging process
State, for example, the charging mark of display either statically or dynamically when charging normal, when charge fault, can be according to different malfunction coefficients
Different failure identifications either statically or dynamically, the first display unit 15 and the second display unit 16 can intuitively show charging
Information allows users to the real-time remaining capacity for being visually observed that battery and charged state.In addition, the light source of atmosphere lamp 1
11, the first display unit 15 and the second display unit 16 can be set to charge port pedestal 2 or charging port cap 3 simultaneously, can also be with
It is that one or both of light source 11, the first display unit 15, the second display unit 16 are set to charge port pedestal 2, light source 11,
Both remaining or one is set to charging port cap 3 in first display unit 15, the second display unit 16, and the disclosure does not make this
Limitation.In addition, atmosphere lamp 1 can also include power supply 17, for powering for atmosphere lamp 1, with reference to shown in Figure 12.
In the specific embodiment of the disclosure, the installation site of atmosphere lamp 1 can configure in any suitable manner.It can
Selection of land, atmosphere lamp 1 are set to the inside of charging port cap 3, so that the intensity of charging port cap 3 is reinforced, while convenient for atmosphere lamp 1
Disassembly and replacement.
In order to provide the power-assisted towards the uncapped position to charging port cap 3, the Vehicular charging mouth may include elasticity
Part 4, the elastic component 4 are connected between charging port cap 3 and charge port pedestal 2, to provide position of uncapping described in for charging port cap 3
The elastic force set, with reference to shown in Fig. 5.Wherein, elastic component 4 can be torsional spring, when charging port cap 3 is located at the closed position, energy
Enough compress torsional spring so that torsional spring have towards the uncapped position elastic force, when charging port cap 3 from the closed position along institute
State first direction towards the uncapped position rotation during, torsional spring resets under the action of elastic force, thus be charging port cap 3
Rotation along the first direction provides power-assisted.
Collide when charging port cap 3 reaches the uncapped position in order to prevent with charge port pedestal 2, charging port cap 3 with
It is provided with buffer structure between the charge port pedestal 2, which includes the first resilient snubber 51 and/or the second elasticity
Bolster 52, the first resilient snubber 51 are set to charge port pedestal 2, and the second resilient snubber 52 is set to charging port cap 3, when
When charging port cap 3 is located at the uncapped position, the first resilient snubber 51 is connected to charging port cap 3, alternatively, the second elastic buffer
Part 52 is connected to charge port pedestal 2, alternatively, 52 mutual extrusion of the first resilient snubber 51 and the second resilient snubber, with to filling
The opening of power port lid 3 plays limit, buffer function, and avoids collision deformation occur between charging port cap 3 and charge port pedestal 2,
Reduce collision abnormal sound simultaneously, with reference to shown in Fig. 7 to Figure 10.Wherein, the first resilient snubber 51 can be made of PP+EPDM material
Flexible glue, the second resilient snubber 52 can be ebonite made of PA6+GF30 material；It can between the flexible glue and the ebonite
Think that deformation quantity in 1mm to the plane cooperation between 3mm, squeezes dislocation to avoid caused by the cooperation of appearance point face, point point cooperation
With buffering abnormal sound, meanwhile, frictional force increases to tearing abnormal sound occur plane cooperation can also be prevented because intaking herein caused by
The problem of；The flexible glue can be the trapezoid boss with fillet, in order to injection molding, with reference to shown in Fig. 7；The ebonite can
Think that side has inclined-plane, the other side has the boss of vertical plane, refering to what is shown in Fig. 8, the design on inclined-plane can increase it is described hard
The structural strength of glue.
In order to determine whether charging port cap 3 reaches the first position, the Vehicular charging mouth assembly may include position
Detection device 6 and control module 7, position detecting device 6 are used to detect the concurrent out position signal in position of charging port cap 3, position
Detection device 6 and control unit 12 are communicated to connect with control module 7, and control module 7 is for receiving the position signal and root
Corresponding lighting instruction or instruction of turning off the light are issued according to the position signal, the lighting instruction controls light source for control unit 12
11 light, and the light-off instruction controls light source 11 for control unit 12 and extinguishes, with reference to shown in Figure 13.
In the specific embodiment of the disclosure, position detecting device 6 can configure in any suitable manner.As one
Kind selection, position detecting device 6 is configurable to the pressure sensor 61 communicated to connect with control module 7, with reference to shown in Figure 14.
Pressure sensor 61 can be set in the first resilient snubber 51 and/or the second resilient snubber 52.Pressure sensor 61 can be with
Be configured for detection the first resilient snubber 51 and charging port cap 3 between pressure value or the second resilient snubber 52 with fill
The pressure value between pressure value or the first resilient snubber 51 and the second resilient snubber 52 and hair between power port pedestal 2
Pressure value signal out.The maximum pressure setting value of the pressure value is corresponded to when charging port cap 3 is located at the uncapped position,
In, control module 7 is configurable to the position for receiving the pressure value signal and determining therefrom that charging port cap 3, when the pressure
Value from zero increase to first pressure threshold value when, control module 7 determine charging port cap 3 be rotated in a first direction from the closed position
To the first position and issue the lighting instruction, wherein the first pressure threshold value is set no more than the maximum pressure
Definite value；When the pressure value is reduced to second pressure threshold value, control module 7 determines charging port cap 3 from the uncapped position edge
Second direction opposite to the first direction turns to the second position and issues light-off instruction, wherein the second pressure
Threshold value is not more than the maximum pressure setting value.
For the fault-signal for enabling light source 11 to indicate that sending buffer structure loosens, control module 7 is also configured as
For issuing faulting instruction, the faulting instruction controls light source 11 for control unit 12 and issues fault-signal, works as pressure sensing
When the maximum value for the pressure value that device 61 detects is no more than third pressure threshold, control module 7 issues the faulting instruction,
Wherein, the third pressure threshold is less than the maximum pressure setting value, and is greater than the first pressure threshold value.
Alternatively, position detecting device 6 is configurable to angular transducer 62, for detecting charging port cap 3
Current location corresponding to angle value and issue angle value signal, angular transducer 62 is connect with control module 7, with reference to Figure 15
It is shown.Charging port cap 3 corresponds to the minimum angles setting value of the angle value when being located at the closed position, charging port cap 3 is located at
The maximum angle setting value of the angle value is corresponded to when the uncapped position.Control module 7 is configurable to described for receiving
Angle signal and the current location for determining therefrom that charging port cap 3 control mould when the angle value increases to first angle threshold value
Block 7 determines that charging port cap 3 is rotated in a first direction to the first position from the closed position and issues lighting instruction,
In, the first angle threshold value is greater than the minimum angles setting value and is not more than the maximum angle setting value；When the angle
When angle value is reduced to second angle threshold value, control module 7 determines charging port cap 3 from the uncapped position edge and the first direction
Opposite second direction turns to the second position, and issues the light-off instruction.
When charging port cap 3 is rotated along the second direction towards the closed position from the second position, in order to make
The brightness of atmosphere lamp 1 is gradually decrease to zero rather than moment is reduced to zero, and the light-off instruction can be also used for control unit 12
The brightness of control light source 11 starts to reduce, if control module 7 is configurable to the angle value and opens from the second angle threshold value
Begin to reduce, then control module 7 sends the received angle signal of institute to control unit 12, in the angle value from described second
During angle threshold is reduced to third angle threshold value, the brightness that control unit 12 controls light source 11 is gradually decrease to zero,
In, the third angle threshold value is greater than the minimum angles setting value.
As another selection, position detecting module 6 is configurable to include pressure sensor 61 and angular transducer 62,
With reference to shown in Figure 16.Control module 7 is configurable to receive the pressure value signal and angle biography that pressure sensor 61 issues
The angle signal that sensor 62 issues, and determine according to the pressure value signal and the angle signal position of charging port cap 3
It sets, when the pressure value increases to first pressure threshold value from zero, control module 7 determines charging port cap 3 from the closed position
It is rotated in a first direction to the first position and issues the lighting instruction, wherein the first pressure threshold value is not more than
The maximum pressure setting value；When the angle value is reduced to second angle threshold value, control module 7 determine charging port cap 3 from
The uncapped position turns to the second position along second direction opposite to the first direction, and issues the light-off and refer to
It enables.
In order to make the charging port cap 3 positioned at the uncapped position will not interfere charging gun into and out charging port cap 3
Charge port pedestal 2 can be articulated with by articulated jib 31, the second resilient snubber 52 is set to articulated jib 31, with reference to Fig. 5, Fig. 6,
Shown in Fig. 8 and Fig. 9 so that plug when charging port cap 3 is located at the uncapped position for charging gun reserve enough safety away from
From.
In order to improve the bonding strength between hinge wall 31 and charging port cap 3, one end of articulated jib 31 is articulated with charge port
Pedestal 2, the other end are provided with connecting plate 32, and charging port cap 3 is installed on the outside of connecting plate 32, and the inside of connecting plate 32 is provided with
Groove 321, atmosphere lamp 1 is removably mounted in groove 321 in order to replace, with reference to shown in Fig. 6 and Fig. 9.Groove 321 can be with
Increase the intensity of connecting plate 32, while the atmosphere lamp 1 being mounted in groove 321 can be protected.
Charging port cap 3 can be maintained at the uncapped position under the action of elastic component 4, and charging port cap 3 is anticipated in order to prevent
Outer closing can be set position and keep structure between charging port cap 3 and charge port pedestal 2, to provide the guarantor of auxiliary charging lid 3
Hold the active force in the uncapped position.
In the specific embodiment of the disclosure, the position keeps structure that can configure in any suitable manner.It can
Selection of land, the position keep structure to be configurable to magnetic part, and the magnetic part is set to charging port cap 3 and/or charge port base
Seat 2, when charging port cap 3 is located at the uncapped position, charging port cap 3 and charge port pedestal 2 can be made in the magnetic force of magnetic part
With it is lower it is mutual suction and, to be maintained at the uncapped position.
Based on the above technical solution, the disclosure also provides a kind of vehicle, including as described in the above technical scheme
Vehicular charging mouth assembly.
Through the above technical solutions, the vehicle that the disclosure provides includes that Vehicular charging mouth as described in the above technical scheme is total
At, therefore there is technical effect identical with the Vehicular charging mouth assembly not do herein superfluous in order to avoid unnecessary repetition
It states.
The preferred embodiment of the disclosure is described in detail in conjunction with attached drawing above, still, the disclosure is not limited to above-mentioned reality
The detail in mode is applied, in the range of the technology design of the disclosure, a variety of letters can be carried out to the technical solution of the disclosure
Monotropic type, these simple variants belong to the protection scope of the disclosure.
It is further to note that specific technical features described in the above specific embodiments, in not lance
In the case where shield, can be combined in any appropriate way, in order to avoid unnecessary repetition, the disclosure to it is various can
No further explanation will be given for the combination of energy.
In addition, any combination can also be carried out between a variety of different embodiments of the disclosure, as long as it is without prejudice to originally
Disclosed thought equally should be considered as disclosure disclosure of that.
Claims (10)
1. a kind of control method of Vehicular charging mouth atmosphere lamp, which is characterized in that the Vehicular charging mouth includes charge port pedestal
(2), charging port cap (3) and it is set to the atmosphere lamp of the charge port pedestal (2) and/or the charging port cap (3), it is described to fill
Power port pedestal (2) limits charge port (21), and the charging port cap (3) is articulated with the charge port pedestal (2) can uncap
It is moved between position and closed position, in the uncapped position, the charging port cap (3) opens the charge port (21), in institute
Closed position is stated, the charging port cap (3) closes the charge port (21),
The control method the following steps are included:
Detect the position of the charging port cap (3)；
When the charging port cap (3) is rotated in a first direction from the closed position to first position, the atmosphere lamp is lighted；
When the charging port cap (3) turns to second along second direction opposite to the first direction from the uncapped position
When setting, extinguish the atmosphere lamp.
2. control method according to claim 1, which is characterized in that the charging port cap (3) and the charge port pedestal
(2) buffer structure is provided between, which includes the first resilient snubber (51) and/or the second resilient snubber
(52), first resilient snubber (51) is set to the charge port pedestal (2), the second resilient snubber (52) setting
In the charging port cap (3), when the charging port cap (3) is located at the uncapped position, first resilient snubber (51)
The charging port cap (3) are connected to, alternatively, second resilient snubber (52) is connected to the charge port pedestal (2), or
Person, first resilient snubber (51) and the second resilient snubber (52) mutual extrusion,
The step of position of the detection charging port cap (3), comprising:
It detects the pressure value between first resilient snubber (51) and the charging port cap (3) or second elasticity is delayed
Pressure value or first resilient snubber (51) and second bullet between stamping (52) and the charge port pedestal (2)
Pressure value between property bolster (52), wherein correspond to the pressure when the charging port cap (3) is located at the uncapped position
The maximum pressure setting value of value；
The current location of the charging port cap (3) is determined according to the pressure value.
3. control method according to claim 2, which is characterized in that in the work as charging port cap (3) from the pass
When closed position is rotated in a first direction to first position, in the step of lighting the atmosphere lamp:
When the pressure value increases to first pressure threshold value from zero, determine the charging port cap (3) from the closed position edge
First direction turns to the first position.
4. control method according to claim 3, which is characterized in that the control method further comprises the steps of:
When the maximum value of the pressure value is no more than third pressure threshold, fault-signal is issued, wherein the third pressure threshold
Value is less than the maximum pressure setting value, and is greater than the first pressure threshold value.
5. control method according to claim 2, which is characterized in that opened when the charging port cap (3) from described described
When lid position turns to the second position along second direction opposite to the first direction, in the step of extinguishing the atmosphere lamp:
When the pressure value is reduced to second pressure threshold value, determine the charging port cap (3) from the uncapped position edge and institute
State the opposite second direction of first direction and turn to the second position, wherein the second pressure threshold value no more than it is described most
Big pressure set points.
6. control method according to claim 2, which is characterized in that the step of extinguishing atmosphere lamp includes:
Detect angle value corresponding to the current location of the charging port cap (3), wherein the charging port cap (3) is located at described
The minimum angles setting value of the angle value is corresponded to when closed position, when the charging port cap (3) is located at the uncapped position pair
The maximum angle setting value for answering the angle value, when the charging port cap (3) is located at the second position, the angle value is
Second angle threshold value, the second angle threshold value are greater than the minimum angles setting value and are not more than the maximum angle setting value；
If the angle value is reduced since the second angle threshold value, the brightness of the atmosphere lamp starts to reduce；
During the angle value is reduced to third angle threshold value from the second angle threshold value, the brightness of the atmosphere lamp
It is gradually decrease to zero, wherein the third angle threshold value is greater than the minimum angles setting value.
7. control method according to claim 1, which is characterized in that the control method further comprises the steps of:
Preset time is waited after the atmosphere lamp is lighted, and is detected in detection zone after waiting the preset time
Target person；
If there are the target person in the detection zone: when detecting that the target person leaves the detection zone
When, the atmosphere lamp suspend mode；When detecting that the target person reenters the detection zone, the atmosphere lamp is waken up；
If the target person is not present in the detection zone: the atmosphere lamp suspend mode, and work as and detect the target person
When member enters the detection zone, the atmosphere lamp is waken up.
8. control method according to claim 7, which is characterized in that the control method further includes described in the extinguishing
The step of before the step of atmosphere lamp:
If the atmosphere lamp suspend mode, wakes up the atmosphere lamp.
9. a kind of Vehicular charging mouth assembly, the Vehicular charging mouth includes charge port pedestal (2) and charging port cap (3), described to fill
Power port pedestal (2) limits charge port (21), and the charging port cap (3) is articulated with the charge port pedestal (2) can uncap
It is moved between position and closed position, in the uncapped position, the charging port cap (3) opens the charge port (21), in institute
Closed position is stated, the charging port cap (3) closes the charge port (21), which is characterized in that the Vehicular charging mouth assembly is also
Including atmosphere lamp (1), the atmosphere lamp (1) includes shell suitable for Vehicular charging mouth is arranged in and to be set to the shell intracorporal
Light source (11) for illumination, wherein the atmosphere lamp (1) further includes control unit (12), the light source (11) and the control
Unit (12) processed connection, it is described when the charging port cap (3) is rotated in a first direction from the closed position to first position
Control unit (12) controls the light source (11) and lights, described can light before charging gun is inserted into the charge port (21)
Atmosphere lamp (1).
10. a kind of vehicle, which is characterized in that including Vehicular charging mouth assembly as claimed in claim 9.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201811603544.1A CN109747523B (en) | 2018-12-26 | 2018-12-26 | Control method of vehicle charging port atmosphere lamp, vehicle charging port assembly and vehicle |
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| CN201811603544.1A CN109747523B (en) | 2018-12-26 | 2018-12-26 | Control method of vehicle charging port atmosphere lamp, vehicle charging port assembly and vehicle |
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| CN114670706A (en) * | 2021-05-12 | 2022-06-28 | 北京新能源汽车股份有限公司 | Control method and device for vehicle charging opening cover and electric vehicle |
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| CN109747523B (en) | 2021-11-02 |
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Address after: No. 188, Miyun District, Miyun District, Beijing, Beijing Patentee after: Beijing baowo Automobile Co.,Ltd. Country or region after: China Address before: No. 188, Miyun District, Miyun District, Beijing, Beijing Patentee before: Beijing treasure Car Co.,Ltd. Country or region before: China |
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