Summary of the invention
Subject to be solved by the invention
But as described above, the vehicle recorded in patent document 1 since the center in open-close lid is embedded with light transparent member,Therefore can be from the outside through the inside by light transparent member identification open-close lid, therefore aesthetic appearance is poor.
In addition, as noted previously, as the vehicle recorded in patent document 1 and patent document 2 by make charge connector,Remote controler lights illumination automatically using wireless communication close to charge port, therefore, is not accompanied by nothing in unlock, the opening and closing etc. of open-close lidIllumination is not lighted in the movement of line communication, therefore needs separately to be illuminated in this case.
The present invention is proposed in view of above-mentioned such situation.That is, its purpose is to provide it is a kind of realize it is excellent outerThe property seen and suitably luminous Vehicular illumination device in a series of movement of charging.
Solution for solving the problem
In order to achieve the above objectives, the present invention provides a kind of Vehicular illumination device, which is poweringIt shines in portion, the power supply is formed on the cover covering of the outer surface of car body, and the feature of the Vehicular illumination device existsIn, having the first illumination region, first illumination region is formed about in the outer surface of car body and the interface of the cover, and withThe unlock of the cover shines simultaneously.
Vehicular illumination device of the invention is characterized in that having on the inside of the cover and carry out the second luminous hairLight portion, by the opening operation of the cover, first illumination region is turned off the light and the second illumination region lighting.
Vehicular illumination device of the invention is characterized in that first illumination region is across the side for being formed in the coverThe notch section of edge and be arranged.
Vehicular illumination device of the invention is characterized in that, is applied with the decoration of translucency in first illumination region.
Vehicular illumination device of the invention is characterized in that, by charging, the color of second illumination region is sent outChanging.
Vehicular illumination device of the invention is characterized in that first illumination region is set to the cover.
Vehicular illumination device of the invention is characterized in that first illumination region is set to the side of the cover.
Vehicular illumination device of the invention is characterized in that having the optical path from light source being switched to first hairThe illumination region switching mechanism of light portion or second illumination region.
Vehicular illumination device of the invention is characterized in that, is connected with the testing agency for the opening and closing for detecting the coverGround selects the color of first illumination region or second illumination region.
Invention effect
Vehicular illumination device of the invention is above structure.That is, since the first illumination region is formed near interface, becauseThis, can be such that the first illumination region blends in appearance with interface, outer surface or car body with the first illumination region in coverOuter surface from junction section from and the case where being formed compare, can be realized excellent aesthetic appearance.In addition, due to charging when mostFirst movement is that in the unlock of cover therefore the first light from light source can suitably inform user the position of power supply.
In Vehicular illumination device of the invention, has on the inside of cover and carry out the second luminous illumination region, pass throughThe opening operation of cover, the first illumination region is turned off the light and the second illumination region lighting.That is, in a series of actions of charging, to makingThe first illumination region is turned off the light after user informs the position of power supply, in order to confirm the user for the position that confirmed power supplyThe inside of power supply, as next movement, the second light from light source.Thus, it, can be appropriate in the movement of userOpportunity only make that the part that illuminates is needed to shine.Therefore, it will not carry out when not needed luminous, be able to suppress the consumption of electric power.
In Vehicular illumination device of the invention, the first illumination region across the edge for being formed in cover notch section and setIt sets.That is, matchingly processed with the first illumination region with the independent cover of car body, therefore, there is no need to match with the first illumination regionGround processes car body, and the design of car body is easy.
In Vehicular illumination device of the invention, the decoration of translucency is applied with to the first illumination region.According to this structure,It penetrates in the luminous time, when turning off the light, for example, by showing the appearances such as gold-plated, wood grain, tone identical with car body, can be realizedExcellent aesthetic appearance.
In Vehicular illumination device of the invention, the color of the second illumination region is set to change and being charged.Thus, it, can be distinctively to the state of user's informing movement in a series of actions of charging.For example, according to feed speedType, supply the chargings such as end progress and use different colors, can visually be acted to user's informingState.
In Vehicular illumination device of the invention, the first illumination region is set to cover.That is, the first illumination region is formed in lidNear interface in portion, therefore, the first illumination region can be made to blend in appearance with interface, covered with the first illumination regionThe case where outer surface in portion or the outer surface of car body are formed separately from interface is compared, and can be realized excellent aesthetic appearance.
In Vehicular illumination device of the invention, the first illumination region is set to the side of cover.According to this structure, it is coveringIn the state that portion closes, since the outer surface of cover and the outer surface of car body are in the same plane, the side of cover existsInterface is not exposed nearby to the outer surface of car body.That is, the first illumination region is shielded in the state that cover is closed, and therefore, energyEnough realize excellent aesthetic appearance.It should be noted that when the first illumination region lighting in this state, the light of diffusion is from interfaceIt leaks out, therefore informs the position of cover to user.
In Vehicular illumination device of the invention, has and the optical path from light source is switched to the first illumination region or secondThe illumination region switching mechanism of illumination region.That is, by switching-over light path any light from light source can be made using single light source.
In Vehicular illumination device of the invention, first is selected with being connected with the testing agency of the opening and closing of detection coverThe color of illumination region or the second illumination region.That is, can only make desired colour light emitting with the opening and closing of cover and make not needingColor turn off the light.
Specific embodiment
Hereinafter, the Vehicular illumination device based on Detailed description of the invention first embodiment of the invention.Fig. 1, which is shown, to be equipped withThe state opened in the power supply 10 of the Vehicular illumination device 1 of first embodiment as the lid 14 of cover.Fig. 2 decomposition is shownIt is equipped with the power supply 10 of Vehicular illumination device 1 out.Fig. 3 show for realizing Vehicular illumination device 1 major part i.e.Lighting unit 20.It should be noted that Vehicular illumination device 1 is formed in the preceding table of the framework of box in Fig. 1 and Fig. 2Face, but in actual product, the use being formed in the outer surface of the car body of the vehicles such as automobile, two-wheeled motor vehicle (illustration omitted)In the power supply of charging.Thus, in the various figures as, the front surface of framework is regarded to the main body 2 of the outer surface as car body.SeparatelyOutside, in the following description, as shown in Figure 1, the outer surface side of main body 2 is set as outside, inner surface side is setFor inside, it will be considered that overall height direction when Vehicular illumination device 1 is equipped on automobile is set as top and lower section, by automobileOverall length direction is set as left and right.
Vehicular illumination device 1 is for filling pluggable hybrid electric vehicle, the electric car etc. as vehicleLighting or flashing near the power supply 10 of electricity.As shown in Figure 1 and Figure 2, power supply 10 installed in recess portion 3 there are two power supplyMouth 11,12, the recess portion 3 is by the way that a part excision of main body 2 to be recessed at substantially quadrangle and inwardly.Vehicle shinesBright device 1 is mainly realized that the lighting unit 20 is installed on around each power supply port 11,12 by lighting unit 20.Each power supply port11,12 and lighting unit 20 outside around covered by shell 40.Lid 14 is installed, by utilizing lid on shell 4014 close recess portions 3 and cover each power supply port 11,12.
A side in each power supply port 11,12 is that the common of common charging uses power supply port 11, and another party is that rapidly charging is usedRapidly use power supply port 12.Each power supply port 11,12 has sensor (illustration omitted) around terminal (illustration omitted), and hasCover 13a, b of standby the covering sensor and terminal.Sensor detection connects charge connector on each power supply port 11,12 and (omitsDiagram) the case where, e.g. noncontacting proximity sensors such as the touch sensors such as microswitch, magnet, infrared ray.
As shown in Figure 1 and Figure 3, lighting unit 20 includes: and configures near main body 2 and the interface 4 of lid 14 eachFirst illumination region 21a, b around power supply port 11,12；It is configured around each power supply port 11,12 in the inside of power supply 10Second illumination region 22a, b；Control the control unit (illustration omitted) of each illumination region 21a, b, 22a, b；And each illumination region of bearingThe frame body part 23 of 21a, b, 22a, b.
Frame body part 23 includes: upside frame portion 24 long on left and right directions；With the substantially parallel configuration of upside frame portion 24Long downside frame portion 25 on left and right directions；And connect the mutual connection frame portion 26 in right end side of each frame portion 24,25 up and down.Up and downThe position of close left end of each frame portion 24,25 in outer side is respectively formed with first illumination region 21a, the b protruded outward.SeparatelyOutside, each frame portion 24,25 is respectively formed with second illumination region 22a, b long on left and right directions in outer side up and down.That is, by eachThe configuration up and down of power supply port 11,12 each frame portion 24,25 up and down, is also being configured at each power supply port 11,12 for first illumination region 21a, bUp and down while be configured at the outside of lid 14.In addition, second illumination region 22a, b is also being configured at each power supply port 11,12Up and down while be configured at the inside of lid 14.
Here, lighting unit 20 is further described based on attached drawing.Fig. 4 shows the lighting unit 20 after decomposing.Fig. 5 isSection A-A in Fig. 3, amplification show the section of lighting unit 20.
As shown in Figure 4 and 5, lighting unit 20 includes: the LED as light source；The LED substrate 27 of the LED is installed；It is installed on the LED substrate 27 and covers reflecting plate 30a, b and light guide 31a, b of LED；As covering reflecting plate 30a, bSecond eyeglass 33a, b of light transparent member；First eyeglass 32a, b as the light transparent member for being installed on light guide 31a, b；And folderHold and store the interior side body 34 and outside shell 35 of LED substrate 27.
The multiple LED and each illumination region 21a, b, 22a, b for being installed on LED substrate 27 are configured accordingly.Specifically, byThe second of first light source LED28a, b of light source as first illumination region 21a, b and the light source as second illumination region 22a, bLight source led 29a, b are constituted.The size of first light source LED28a, b and first illumination region 21a, b are configured accordingly in outer sideIn close to left end position.On the other hand, second light source LED29a, b and the size of second illumination region 22a, b be correspondingly outsideIn side or so side by side.It is, for example, white, red, yellow, indigo plant since the color of each LED28a, b, 29a, b are anyThe combination of color, green etc..If it should be noted that be that by the brightness of the degree of the recognizable environment of user,Then light source may be incandescent lamp or fluorescent lamp.But, go out from the viewpoint of the easy degree of the directive property of light, heat dissipation and miniaturizationHair, preferably LED.
Light guide 31a, b are the shapes stretched out from LED substrate 27 towards outside, make the light from first light source LED28a, bIt is radiated in inner full-reflection and from the front end in outside.First eyeglass 32a, the b for being installed on the front end is applied with the decoration of translucency,When first illumination region 21a, b shines, light penetrates first eyeglass 32a, b.The color of first eyeglass 32a, b is arbitrary, such asFor milky, for example, gold-plated, wood grain, tone identical with car body etc. are decorated.
Reflecting plate 30a, b cover each second light source LED29a, b, and the light from the second light source LED29a, b is made to be all-transIt penetrates and is radiated from second eyeglass 33a, b.Second eyeglass 33a, b is covered each by second light source LED29a, b side by side, be formed as withFrame portion each up and down 24, the 25 corresponding length of lighting unit 20.The color of second eyeglass 33a, b be it is arbitrary, it is for example, milky whiteColor.
Interior side body 34 and outside shell 35 are formed as shape corresponding with lighting unit 20.Outside shell 35 is illuminatingIn the frame portion each up and down 24,25 of unit 20 formed installation first illumination region 21a, b light guide 31a, b and the first eyeglass 32a,Supporting slice 36a, b of b.Supporting slice 36a, b are the shapes correspondingly stretched out towards outside with light guide 31a, b.
In lighting unit 20 formed as described above, by first light source LED28a, b, light guide 31a, b and the first mirrorPiece 32a, b constitute first illumination region 21a, b, by second light source LED29a, b, reflecting plate 30a, b and second eyeglass 33a, b structureAt second illumination region 22a, b.Matchingly with the structure of each illumination region 21,22, lid 14 and the structure as described below of shell 40At.
As shown in Figure 1 and Figure 2, lid 14 is plate, is formed as the big of each power supply port 11,12 for covering power supply 10It is small, and be configured in the state of covering each power supply port 11,12 in the same plane with main body 2.Lid 14 is via lidInner piece (リ ッ De イ ン ナ ー) 15 and relative to power supply 10 be opened and closed construction, using the right end of lid inner piece 15 as hinge16 and be opened and closed from left end side, be formed with engaging portion 17 in its left end side.Engaging portion 17 is towards protruding inwardly, with control lid14 locking and the actuation part 5 of unlock fasten.Position by left of the actuation part 5 in the outside of power supply 10 is installed onThe facing position with engaging portion 17.Actuation part 5 suitably has the lock of locking, locking releasing to engaging portion 17, lid 14The sensor (illustration omitted) that fixed and unlock is detected.
In addition, position by left of the lid 14 in upper end-face edge and lower edge is formed with notch section 18a, b.ToolFor body, configuration is near engaging portion 17 and actuation part 5 compared with the position of hinge 16.In the state that lid 14 is closedUnder, gap is formed in main body 2 and the interface 4 of lid 14 across notch section 18a, b.Notch section 18a, b peace at interface 4Equipped with first illumination region 21a, b.
Shell 40 is shaped generally as quadrangle, and center is correspondingly recessed inwardly with recess portion 3.The central shape of the shell 40At having opening portion 41a, b for configuring each power supply port 11,12.Upper side and lower side around opening portion 41a, b are formedThere is the second configuration section 43a, b of second illumination region 22a, b of configuration.Second configuration section 43a, b is in the left up and down of opening portion 41a, bRight multiple holes side by side.Second eyeglass 33a, b of second illumination region 22a, b is configured in the inside in the hole.
Shell 40 is formed with first illumination region 21a, b's of configuration in the position by left of upper end-face edge and lower edgeFirst configuration section 42a, b.First configuration section 42a, b is formed in position corresponding with notch section 18a, b of lid 14.It is specific andSpeech, in the same manner as notch section 18a, b, the first configuration section 42a, b is configured compared with the position of the hinge 16 of lid 14 in engaging portion17 and actuation part 5 near.In the first configuration section 42a, b light guide 31a, b and the configured with first illumination region 21a, bOne eyeglass 32a, b.
Vehicular illumination device 1 is constituted as described above.In the following, when to the control and charging of the open locking of lid 14The flashing state of Vehicular illumination device 1 in a series of actions is illustrated together.Charging is dynamic by lock state, unlockWork, opening operation, open state, power supply state, is realized full of electricity condition and occlusion movement unlocked state.Here, lid14 unlock based on the remote operation of the remote controler (illustration omitted) of keyless entry system by being executed.It should be noted thatIt is also possible to the structure for unlocking lid 14 by the interior bar of operation.
In the locked state, due to not needing to charge, lid 14 is closed, and each power supply port 11,12 occludes, and passes through actuatingPortion 5 locks lid 14.In the locked state, first illumination region 21a, b and second illumination region 22a, b turn off the light.When in the lockWhen determining to execute unlocking motion in state, become unlocked state.
Unlocking motion is realized by remote controller.When receiving the wireless signal from remote controler, pass through actuatingPortion 5 makes lid 14 unlock and become unlocked state.
In the unlocked state, first illumination region 21a, b lighting, light penetrate first eyeglass 32a, b, thus inform to userThe position of power supply 10.The color of first illumination region 21a, b be it is arbitrary, it is for example, white.It is executed when in the unlocked stateWhen opening operation, become open state.
Opening operation by user by gland body 14 by being realized.Specifically, when user presses the first illumination regionNear 21a, b be lid 14 outer surface by the position of left when, lid 14 by inwardly indentation and open outward, respectivelyPower supply port 11,12 exposes and becomes open state.In opening operation, when being pressed into lid 14, first illumination region 21a, b goes outLamp is achieved in Labor-saving, when lid 14 open when, second illumination region 22a, b lighting and illuminate each power supply port 11,12, thusThe position of each power supply port 11,12 is informed to user.The color of second illumination region 22a, b be it is arbitrary, it is for example, white.
Under open state, due to etc. to be powered, second illumination region 22a, b continues lighting.When in the openingWhen charge connector being connected to each power supply port 11,12 and started to charge in state, become power supply state.
Under power supply state, thus the color change of second illumination region 22a, b and flashing are informed to user and are being chargedIn.Here, power supply port 12 is commonly used with power supply port 11 and rapidly since each power supply port 11,12 has, to common with power supplyColor when mouth 11 connects charge connector is different with to color when rapidly power supply port 12 being used to connect charge connector.Second hairThe color of light portion 22a, b are arbitrary, for example, being from white variation when to commonly charge connector is connected with power supply port 11Yellow is simultaneously changed from white for red and with red when to rapidly with the connection charge connector of power supply port 12 with blinking yellow illuminationFlashing.At the end of charging in the charged state, become full of electricity condition.
Full of under electricity condition, thus the color change of second illumination region 22a, b and flashing inform charging knot to userBeam.The color of second illumination region 22a, b is arbitrary, for example, being dodged from the color in power supply state to green variation and with greenIt is bright.When this is full of occlusion movement is executed in electricity condition, lock state is returned.
Occlusion movement is realized by being closed lid 14 by user and being pressed into inwardly.It is pressed into lid 14, second shines22a, b turn off the light in portion, thus inform that a series of actions when charging terminates to user.
It should be noted that the selection of lighting or the flashing of each illumination region 21a, b, 22a, b is arbitrary.
Vehicular illumination device 1 works as described above.The effect of Vehicular illumination device 1 will be illustrated next.
As described above, according to Vehicular illumination device 1, lid 14 in upper end-face edge and lower edge by leftPosition is formed with notch section 18a, b.Across the notch section 18a, b, first is installed near main body 2 and the interface 4 of lid 14Illumination region 21a, b.That is, since first illumination region 21a, b is formed near interface 4, can make the first illumination region 21a,B is blended with interface 4 in appearance, can be realized excellent aesthetic appearance.In addition, due to the initial movement in chargingFirst illumination region 21a, b lighting in the unlocking motion of lid 14, therefore the position of power supply 10 can be suitably informed userIt sets.
In addition, due to being formed with notch section 18a, b in lid 14, it is matchingly processed with first illumination region 21a, bWith the mutually independent lid 14 of main body 2, therefore do not need matchingly to process main body 2, the design of main body 2 with first illumination region 21a, bIt is easy.
In addition, notch section 18a, b of lid 14 are configured compared with the position of hinge 16 in engaging portion 17 and actuation part 5Near, and first illumination region 21a, b is configured in position corresponding with the notch section 18a, b.That is, the user in opening operationNear the position pressed, first illumination region 21a, b lighting, therefore can by user inform pressing position and incite somebody to actionUser guides to pressing position, and user can be promoted to carry out opening operation.
Vehicular illumination device 1 has configuration around each power supply port 11,12 and in lid in the inside of power supply 1014 inside lighting or second illumination region 22a, b of flashing, in the opening operation of lid 14, when being pressed into lid 14, firstIllumination region 21a, b turn off the light, when lid 14 open when, second illumination region 22a, b lighting and illuminate each power supply port 11,12.That is, fillingIn a series of actions when electric, first illumination region 21a, b turns off the light after the position for informing power supply 10 to user, in order to makeIt confirmed that the user of the position of power supply 10 confirms the position of each power supply port 11,12, shine as next movement, secondPortion's 22a, b lighting.Thus, in the movement of user, can be in due course only the part lighting for making to need to illuminate.CauseThis, will not carry out lighting when not needed, be able to suppress the consumption of electric power.
Vehicular illumination device 1 is applied with the decoration of translucency in first eyeglass 32a, b of first illumination region 21a, b.It is logicalThe decoration is crossed, when first illumination region 21a, b turns off the light, for example, showing the appearances such as gold-plated, wood grain, tone identical with car body, energyEnough realize excellent aesthetic appearance.On the other hand, when first illumination region 21a, b shines, since light penetrates first eyeglass 32a, b,Therefore the position of power supply 10 can be suitably informed user.
Vehicular illumination device 1 makes the color change of second illumination region 22a, b and flashing under power supply state.Thus,In a series of actions in charging, power supply state can be informed to user with distinguishing, be full of electricity condition.For example, poweringIt is yellow and with blinking yellow illumination from white variation when to commonly charge connector is connected with power supply port 11 under state, when to urgencyWhen speed uses power supply port 12 to connect charge connector, from white variation for red and with red flashing.In addition, being full of electricity conditionUnder, it is green from the color change of power supply state and is flashed with green.That is, being used different according to the type of charging, progressColor, the state that can be visually acted to user's informing.
As other embodiments of above-mentioned first embodiment, as long as the first illumination region and interface can be made outsideIt is blended in sight, then notch section can also be formed in main body in interface.But, due to by with the mutually independent lid of main bodyIt forms notch section and keeps the design transfiguration of main body easy, therefore, notch section is preferably formed in lid.
In addition, as other embodiments, as long as the first illumination region can blend in appearance with interface,It can be near interface or lid has the first illumination region.But, it when lid has the first illumination region, needs coveringInstallation, the wiring etc. of body progress LED substrate.It is preferred, therefore, that the first illumination region is made in lighting unit with the second illumination regionIt is set to main body with being integrated.
In addition, as other embodiments, as long as each opening portion can be illuminated to realize that user is recognizableEnvironment, then the second illumination region also can be only fitted to the left and right of each opening portion or surrounding's complete cycle of each opening portion.But, with make to coverIn the hinge of body opening and closing, the relationship of the configuration of the actuation part of control open locking, preferably make the second illumination region in the top of opening portionThe structure of side and lower side or so side by side.
Next, the Vehicular illumination device based on Detailed description of the invention second embodiment of the present invention.Fig. 6, which is shown, to be carriedThe state that lid 114 is opened in the power supply 110 of the Vehicular illumination device 101 of second embodiment.It should be noted thatIn the following description, mainly illustrate the structure being different from the first embodiment, it is appropriate to omit mutually isostructural explanation.
Second embodiment is different from the first embodiment, and has the first illumination region 121 in lid 114, be do not need intoInstallation, wiring of LED substrate in row lid 114 etc. are with regard to realizing the structure for keeping lid 114 luminous.
As shown in fig. 6, a part of the main body 2 of power supply 110 be removed it is in a substantially circular, in interface 104, in main body2 are formed with circular edge groove portion 106.Lid 114 be it is disk-shaped, using left end as hinge 116 and from right end side opening and closing, andThe right end side is formed with engaging portion 117 and light-path portion 119.Engaging portion 117 is towards protruding inwardly, with control lid 114The actuation part 105 of locking and unlock engages.Position by right of the actuation part 105 in the outside of power supply 110 is mounted onThe facing position with engaging portion 117.Light-path portion 119 is hollow rodlike, and towards protruding inwardly.Light-path portion 119 existsFront end is formed with inclination face 119a, is formed with light window portion 119b in upper surface.
Lighting unit 120 includes: the first illumination region 121 that all sides of lid 114 are installed near interface 104；The second illumination region 122 of the top of power supply port is configured in the inside of power supply 110；And it is configured at the top of actuation part 105Light source unit 150.That is, in lighting unit 120, the first illumination region 121 is mounted on 114 side of lid, the second illumination region 122 withAnd light source unit 150 is mounted on power supply port side.
Here, being based on Detailed description of the invention lighting unit 120.Fig. 7 shows the lighting unit 120, Fig. 8 observed at oblique angle from belowThe a part for the lighting unit 120 observed from right is shown, Fig. 9 amplification shows the lighting unit 120 observed from rightA part.
As shown in Figure 7 and Figure 8, the first light guide 160 of the first illumination region 121 is all sides along lid 114It is substantially a ring-shaped, comprising: to bend to the first bending light guide section 161 of arcuation upward and bend to the second of arcuation downwardIt is bent light guide section 162；And the right end of each bending light guide section 161,162 is connected to each other and outstanding prominent guide-lighting towards insidePortion 163.It is each to be bent the configuration of light guide section 161,162 in all sides of lid 114 and showed out in side, it cannot be recognized from outside.The configuration of light guide section 163 is protruded in the inside in the light-path portion 119 of lid 114 and is exposed from light window portion 119b.On the other hand, such asShown in Fig. 7 and Fig. 9, the second light guide 164 of the second illumination region 122 is the shape stretched out outward, and is equipped in front endEyeglass 165.
As shown in FIG. 8 and 9, light source unit 150 includes: the disk-shaped LED substrate for being equipped with multiple LED151127；Configure the intermediate light guide 152 between LED151 and each light guide 160,164；It is cut as by the optical path from LED151It is changed to the light conducting direction switching switch 157 of the illumination region switching mechanism of the first illumination region 121 or the second illumination region 122；And makeFor the opening and closing detection switch 158 of the testing agency of the opening and closing of detection lid 114, each component is covered by unit housings 159.It needsBright, the color of LED151 is arbitrary.
Intermediate light guide 152 includes: the base light guide section (base light guide section) 153 for being installed on each LED151；Configuration is led in the baseThe front end in light portion 153 and the first illumination region side light guide section 154 and the second illumination region for being built in light conducting direction switching switch 157Side light guide section 155.Light conducting direction switches switch 157 as substantially tubular, is configured with the first illumination region in lower end side (left side in Fig. 9)Side light guide section 154 is configured with the second illumination region side light guide section 155 in substantial middle, is configured with spiral shell in upper end side (right side in Fig. 9)Revolve spring 156.Opening and closing detection switch 158 is the microswitch of so-called contact, and bar 158a configuration switches with light conducting directionThe facing position in the inside of the upper end side of switch 157.
According to this structure, as shown in Fig. 9 (a), in the state of not applying external force to light conducting direction switching switch 157,The configuration of second illumination region side light guide section 155 selects the second illumination region side to lead in the position facing with the front end of base light guide section 153Optical path of the light portion 155 as LED151.In this state, opening and closing detection switch 158 does not work.On the other hand, when from leaded light sideTo switching switch 157 lower end side apply external force when, as shown in Fig. 9 (b), the first illumination region side light guide section 154 configure with baseThe facing position in the front end of light guide section 153 selects optical path of the first illumination region side light guide section 154 as LED151.In the shapeUnder state, the bar 158a of opening and closing detection switch 158 is pressed and works.
Vehicular illumination device 101 is constituted as described above.Next, the lid 114 when based on Detailed description of the invention chargingOpening and closing in lighting unit 120 movement.Figure 10 is shown from the opening and closing for the lid 114 that the inside of lid 114 is observedThe movement of light source unit 150, (a) (c) show the state of the closing of lid 114, (b) show the state of the opening of lid 114.It needsBright, the flashing state of the Vehicular illumination device 101 in a series of actions when charging is identical with first embodiment, becauseThis is suitably omitted the description.
As shown in Figure 10 (a) (c), in the locked state, lid 114 is closed.Therefore, the first of all sides of lid 114Light guide 160 and edge groove portion 106 are facing and shielded.In addition, the light-path portion 119 by lid 114 presses light source listThe light conducting direction of member 150 switches switch 157.Specifically, in this state, light conducting direction switching switch 157 and light-path portion119 light window portion 119b is facing, in addition, selecting the first illumination region side light guide section 154 as the optical path of LED151 (referring to figure9(b)).Therefore, optical path is from LED151 by the base light guide section 153 of intermediate light guide 152 and the first illumination region side light guide section154 and reached via light window portion 119b the first light guide 160 protrusion light guide section 163 and each bending light guide section 161,162 (referring to Fig. 8).On the other hand, the closing of lid 114 is detected by pressing opening and closing detection switch 158.
When becoming unlocked state by unlocking motion, is informed and supplied to user by 121 lighting of the first illumination regionThe position in electric portion 110.At this point, select the color of the first illumination region 121 with opening and closing detection switch 158 with being connected.That is, due to inspectionThe closing of lid 114 is measured, therefore correspondingly selects LED151 with the color for keeping the first illumination region 121 luminous, is only presetLED151 shine, other LED151 keep the state turned off the light.
By opening operation, under open state, when by user opening by gland body 114 lid 114, such as schemeShown in 10 (b), the light conducting direction of light source unit 150 switches switch 157 and discharges from the light-path portion 119 of lid 114.In detail andSpeech in light conducting direction switching switch 157, selects light of the second illumination region side light guide section 155 as LED151 in this stateRoad (referring to Fig. 9 (a)).Therefore, optical path shines from LED151 by the base light guide section 153 of intermediate light guide 152 and secondPortion side light guide section 155 and reach the second light guide 164.On the other hand, lid is detected by release opening and closing detection switch 158114 opening.
Under open state, the first illumination region 121 is turned off the light, and power supply port is illuminated in 122 lighting of the second illumination region, thus toThe position of user's informing power supply port.At this point, select the color of the second illumination region 122 with opening and closing detection switch 158 with being connected.That is, correspondingly selecting LED151 with the color for keeping the second illumination region 122 luminous, only in advance due to detecting that lid 114 is openedIt sets LED151 to shine, other LED151 keep the state turned off the light.
Vehicular illumination device 101 works as described above.Next, illustrating Vehicular illumination device 101Effect.
As described above, according to Vehicular illumination device 101, as shown in Fig. 6 and Fig. 7, the light-path portion 119 of lid 114Towards protruding inwardly, light window portion 119b is formed in the upper surface in light-path portion 119.In addition, the first of the first illumination region 121Light guide 160 includes: each bending light guide section 161,162 that arcuation is bent to along all sides of lid 114；And it is this is each curvedThe right end of bent light guide section 161,162 is connected to each other and towards inside prominent light guide section 163 outstanding.Each bending light guide section 161,162 configurations are showed out but cannot be recognized from outside in side in all sides of lid 114.The prominent configuration of light guide section 163 is in lidSimultaneously expose from light window portion 119b the inside in 114 light-path portion 119.
That is, since the first illumination region 121 is installed on all sides of lid 114, can make the first illumination region 121 withInterface 104 blends in appearance, with the first illumination region 121 in the outer surface of lid 114 or the outer surface of main body 2 from boundaryThe case where portion 104 separates and formed is compared, and can be realized excellent aesthetic appearance.Especially, the lock state closed in lid 114Under, the first light guide 160 and edge groove portion 106 of all sides of lid 114 are facing and shielded, also, lid 114 is outerThe outer surface of surface and main body 2 is in same plane, and therefore, the first illumination region 121 is near interface 104 not from main body 2Expose outer surface.Thus, it is possible to realize excellent aesthetic appearance.In this state, when the first 121 lighting of illumination region, diffusionLight escapes to outside from interface 104, therefore the position of lid 114 can be informed to user.
According to Vehicular illumination device 101, light source unit 150 includes: configuration in each LED151 and each light guide 160,164Between intermediate light guide 152；And the optical path from each LED151 is switched to the first illumination region 121 or the second illumination region122 light conducting direction switches switch 157.Intermediate light guide 152 includes: the base light guide section 153 for being installed on each LED151；And matchSet the front end in the base light guide section 153 and be built in light conducting direction switching switch 157 the first illumination region side light guide section 154 andSecond illumination region side light guide section 155.
According to this structure, (referring to Fig. 9 under the open state that no external force is applied to light conducting direction switching switch 157(a)) optical path of the second illumination region side light guide section 155 as LED151, is selected, optical path is from LED151 by intermediate light guide152 base light guide section 153 and the second illumination region side light guide section 155 and reach the second light guide 164.On the other hand, passing throughLight-path portion 119 is applied under the lock state of external force the choosing (referring to Fig. 9 (b)) to the lower end side of light conducting direction switching switch 157Optical path of the first illumination region side light guide section 154 as LED151 is selected, optical path is led from LED151 by the base of intermediate light guide 152Light portion 153 and the first illumination region side light guide section 154 simultaneously reach the prominent guide-lighting of the first light guide 160 via light window portion 119bPortion 163 and each bending light guide section 161,162.In this way, can be made respectively using single light source by the optical path of switching LED151Any light from light source of illumination region 121,122.
According to Vehicular illumination device 101, light source unit 150 has the opening and closing detection switch of the opening and closing of detection lid 114158, bar 158a the configuration position facing in the inside of the upper end side with light conducting direction switching switch 157.According to this structure, exist(referring to Fig. 9 (a)) under open state, do not make the opening for being opened and closed 158 place of working of detection switch detection lid 114.Therefore, with makeThe luminous color of two illumination regions 122 correspondingly selects LED151, and only preset LED151 shines, and other LED151 are protectedHold the state turned off the light.On the other hand, in the locked state (referring to Fig. 9 (b)), pressing is opened and closed detection switch 158 to detect lid114 closing.Therefore, LED151 is correspondingly selected with the color for keeping the first illumination region 121 luminous, it is only presetLED151 shines, and other LED151 keep the state turned off the light.In this way, can only make to wish to shine with the opening and closing of lid 114Desired colour light emitting, and unwanted color is made to turn off the light.
As other embodiments of above-mentioned second embodiment, the first illumination region can also be in interface along lidPeriphery be installed on outer surface.In this case, the decoration of translucency can also be applied to the first light guide.
Embodiments of the present invention described in detail above, but the present invention is not limited to above-mentioned embodiments.As long as also, notIt is detached from the item recorded in claims, the present invention is able to carry out various design alterations.Above-mentioned embodiment is equipped on electricityThe power supply that electrical automobile or two-wheeled motor vehicle have still, such as can also be equipped on electric car, ship, the confession of aircraft etc.Electric portion.In addition, being not limited to electric power, can also be equipped on using gasoline, light oil as the vehicle of fuel.
Description of symbols
1,101 Vehicular illumination device
2 main bodys (outer surface of car body)
3 recess portions
4,104 interface
5,105 actuation part
10,110 power supply
11 commonly use power supply port
12 rapidly use power supply port
13a, b cover
14,114 lids (cover)
15 lid inner pieces
16,116 hinge
17,117 engaging portion
18a, b notch section
20,120 lighting unit
21a, b, 121 first illumination regions
22a, b, 122 second illumination regions
23 frame body parts
24 upside frame portions
25 downside frame portions
26 connection frame portions
27,127 LED substrate
28a, b first light source LED
29a, b second light source LED
30a, b reflecting plate
31a, b light guide
The first eyeglass of 32a, b
The second eyeglass of 33a, b
Side body in 34
35 outside shells
36a, b supporting slice
40 shells
The opening portion 41a, b
The first configuration section of 42a, b
The second configuration section of 43a, b
106 edge groove portions
119 light-path portions
119a inclination face
119b light window portion
150 light source units
151 LED
152 intermediate light guides
153 base light guide sections
154 first illumination region side light guide sections
155 second illumination region side light guide sections
156 helical springs
157 light conducting directions switching switch (illumination region switching mechanism)
158 opening and closings detection switch (testing agency)
158a bar
159 unit housings
160 first light guides
161 first bending light guide sections
162 second bending light guide sections
163 prominent light guide sections
164 second light guides
165 eyeglasses