CN208253422U - A kind of lighting device - Google Patents
A kind of lighting device Download PDFInfo
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- CN208253422U CN208253422U CN201821025594.1U CN201821025594U CN208253422U CN 208253422 U CN208253422 U CN 208253422U CN 201821025594 U CN201821025594 U CN 201821025594U CN 208253422 U CN208253422 U CN 208253422U
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- module
- lighting device
- light
- light source
- shell
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
- Y02B20/72—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps in street lighting
Abstract
The utility model discloses a kind of lighting devices, are related to lighting technical field.Lighting device includes shell, light source module, power supply module, control module and induction module.The light source module, power supply module, control module concentration are contained in the accommodating chamber of shell.Compared with the prior art, lighting device disclosed by the utility model, light source module, power supply module, control module and induction module are concentrated and accommodated, rather than modules separation and is arranged in the respective shell, so that the overall structure of lighting device is more compact.
Description
Technical field
The utility model relates to lighting technical field more particularly to a kind of lighting devices.
Background technique
Garden lamp is a kind of lighting device that can be suitable for open air, and which are mainly applied to city slow lanes, narrow lane, residence
People's cell, tourist attraction, the outdoor lighting of the public places such as park, square are able to extend the time of the outdoor activities of people, mention
The safety of high property.
However, current garden lamp is to realize more function (such as the functions such as switch control, power supply), whole body
Product is larger.
Utility model content
To solve the above-mentioned problems, the utility model provides a kind of lighting device.
To solve the above problems, the utility model provides a kind of lighting device, comprising:
Shell, the shell has accommodating chamber, and encloses and set the bottom wall to form accommodating chamber and ring wall, and the accommodating chamber has
The light-emitting window being oppositely arranged with the bottom wall；
Light source module, the light source module have the light-emitting surface being arranged towards the light-emitting window；
Power supply module, the power supply module are electrically connected the light source module；
Control module, the control module are electrically connected the power supply module；
Induction module, the induction module are electrically connected the control module；
The light source module, the power supply module, the control module and the induction module are accommodated in the accommodating chamber.
Above-mentioned lighting device, the lighting device include charging module and connection component；The connection component connects institute
State shell and the charging module；The charging module is electrically connected the control module and the power supply module.
Above-mentioned lighting device, the charging module include supporting element and charging panel, and the supporting element, which has, to be disposed opposite to each other
Supporting surface and the back side and adjustment portion, the adjustment portion be connected on the back side；The charging panel is set to the support
On face, the adjustment portion connects the connection component.
Above-mentioned lighting device, on the direction of the extending direction perpendicular to the connection component, the adjustment portion and institute
Connection component is stated to be rotatably connected.
Above-mentioned lighting device, the connection component include connector, rotation axis and lock shaft, and the connector is connected to
It is arranged in parallel on the shell and along the direction setting for deviating from the light-emitting window, the rotation axis and lock shaft and both vertical
It is arranged in the extending direction of the connector；The adjustment portion has rotation hole disposed in parallel and at least two groups lock hole, often
One group of all coaxial setting of lock hole；
Connector described in the rotation axis connection and the rotation hole, connector and one group of institute described in the locking axis connection
State lock hole.
Above-mentioned lighting device, around the axis of the connection component, the relatively described shell of the connection component is rotatably set
It sets.
Above-mentioned lighting device is provided with installing ring on the shell, and the installing ring is from the shell towards away from described
The direction of light-emitting window extends, and the connector is rotationally nested in the installing ring.
Above-mentioned lighting device, the shell have light source portion, extension and mounting portion, and the extension connects the light
Source portion and the mounting portion；The light source portion has the accommodating chamber, the bottom wall and the ring wall；The extension is from institute
Ring wall is stated to extend towards the axis far from the accommodating chamber.
Above-mentioned lighting device, the light source portion, the extension and the mounting portion are wholely set.
Above-mentioned lighting device, the mounting portion in the form of sheets, and including the first half ring region and two the first installing zones；Two
First installing zone is located at the both ends of the mounting portion, and two first installing zones are in plate and are generally aligned in the same plane
On；The first half ring region connects described two first installing zones, and the first half ring region is arc-shaped and encircles towards the extension
It rises.
Above-mentioned lighting device, the lighting device further include installation attachment, the installation attachment in the form of sheets, the installation
Attachment includes the second half ring region and two the second installing zones；Two second installing zones are located at the two of the installation attachment
End, two second installing zones are in plate and in the same plane；Described two second peaces of the second half ring regions connection
Fill area, and described the second half ring region is arc-shaped arches upward；
Two first installing zones dock two second installing zones, and the first half ring region and described the second half
Ring region is spliced into open annular or closed annular.
Above-mentioned lighting device, the lighting device further include light distribution element, are equipped with luminescence unit on the light-emitting surface,
The light distribution element is provide on the light-emitting surface and connects the shell；The light distribution element has incident light plane, the incidence
Smooth surface avoids the accommodating area of the luminescence unit towards the light-emitting surface and being provided with, and the induction module is installed on the receiving
Qu Shang.
Above-mentioned lighting device, the light distribution element include lens, the lens from the incident light plane towards it is described go out light
Face direction extends, and the lens are provide on the luminescence unit and the lens are spreadlight lens.
Above-mentioned lighting device, along the light source portion to the direction of the mounting portion, the spreadlight lens is arranged symmetrically；
It is inclined light distribution along the light distribution perpendicular to the light source portion to the direction of the mounting portion, the spreadlight lens, and towards far from described
The inclined light distribution in the direction of mounting portion.
Above-mentioned lighting device, is provided with positioning column in the accommodating chamber, the positioning column from the bottom wall towards it is described go out
Optical port extends and is bonded the ring wall；The lighting device further includes shading piece, and shading piece has light shielding part and interconnecting piece, described
Interconnecting piece connects the positioning column, and the light shielding part extends from the interconnecting piece towards the direction away from the bottom wall.
Above-mentioned lighting device, the induction module are microwave module；And/or the charging module is photovoltaic module.
Above-mentioned lighting device, the power supply module and the control module are set to the light source module and the bottom wall
Between, the induction module is set to the light source module in the orientation of the bottom wall, and the induction module avoids institute
State light-emitting surface.
Lighting device provided by the utility model, including shell, light source module, power supply module, control module and induction mould
Block.The light source module, power supply module, control module concentration are contained in the accommodating chamber of shell.Compared with the prior art, this is practical
Light source module, power supply module, control module and induction module are concentrated and are accommodated by novel lighting device, rather than modules
It separates and is arranged in respective shell, so that the overall structure of lighting device is more compact, volume is smaller.
Detailed description of the invention
Attached drawing described herein is used to provide a further understanding of the present invention, and constitutes one of the utility model
Point, the exemplary embodiment of the utility model and the description thereof are used to explain the utility model, does not constitute to the utility model
Improper restriction.In the accompanying drawings:
Fig. 1 is the structure chart of the lighting device in one exemplary embodiment of the utility model；
Fig. 2 is exploded view of the lighting device under a visual angle in Fig. 1；
Fig. 3 is exploded view of the lighting device under another visual angle in Fig. 1；
Fig. 4 is the logic diagram of the lighting device of the utility model.
Appended drawing reference:
100- lighting device；
10- shell；
11- light source portion；111- accommodating chamber；112- bottom wall；113- ring wall；1131- switch hole；1132- positioning column；114-
Three cable-through holes；115- light-emitting window；
12- extension；121- installing ring；1211- crossed beam trunking；1212- circumferential direction locking piece；
13- mounting portion；The first installing zone of 131-；The first half ring region of 132-；
20- light source module；21- luminescence unit；22- light-emitting surface；The first cable-through hole of 23-；The accommodating area 24-；
30- power supply module；
40- control module；41- is started switch；
50- induction module；
60- charging module；61- supporting element；611- supporting surface；612- adjustment portion；6121- rotation hole；6122- lock hole；
62- charging panel；
70- connection component；71- connector；The second cable-through hole of 711-；72- rotation axis；73- lock shaft；80- installs attachment；
The second installing zone of 81-；The second half ring region of 82-；
90- light distribution element；91- incident light plane；92- is emitted smooth surface；93- lens；94- shading piece；941- interconnecting piece；942-
Light shielding part.
Specific embodiment
It is specific below in conjunction with the utility model to keep the purpose of this utility model, technical solution and advantage clearer
Technical solutions of the utility model are clearly and completely described in embodiment and corresponding attached drawing.Obviously, described embodiment
It is only the utility model a part of the embodiment, instead of all the embodiments.Based on the embodiments of the present invention, this field
Those of ordinary skill's every other embodiment obtained without making creative work, belongs to the utility model
The range of protection.
In conjunction with the lighting device 100 that Fig. 1, Fig. 2 and Fig. 3, one exemplary embodiment of the utility model are provided, including shell
10, light source module 20, power supply module 30, control module 40 and induction module 50.
Shell 10, which has accommodating chamber 111 and encloses, sets the bottom wall 112 to form accommodating chamber 111 and ring wall 113, accommodating chamber 111
With the light-emitting window 115 being oppositely arranged with bottom wall 112.Power supply module 30 is also setting in accommodating chamber 111, and power supply module 30
It is electrically connected light source module 20, provides electric power for light source module 20.Control module 40 is arranged in accommodating chamber 111, control module 40
It is electrically connected power supply module 30, to control the power output of power supply module 30.Induction module 50 is electrically connected control module 40, incudes mould
Block 50 is able to detect environment, and control module 40 receives the detection information of induction module 50, and control module 40 can be in conjunction with detection letter
The remaining capacity of breath and power supply module 30 carries out brightness regulation to light source module 20.
Light source module 20 is arranged in accommodating chamber 111, and light source module 20 has luminescence unit 21, and 21 direction of luminescence unit
Light-emitting window 115 is arranged, i.e., the light of luminescence unit 21 is projected from light-emitting window 115.Power supply module 30 can be set in light source module
Between 20 and bottom wall 112.Control module 40 can be between light source module 20 and bottom wall 112.Induction module 50 can be located at
On light source module 20 in the orientation of bottom wall 112, in order not to stop the emergent light of luminescence unit 21, the needs of induction module 50 are kept away
Develop light unit 21.
Above-mentioned lighting device 100, by by light source module 20, power supply module 30, control module 40 and induction module 50
Concentration is housed in accommodating chamber 111, such that the overall structure of lighting device 100 is more compact, volume is smaller.
Control module 40 and power supply module 30 can be disposed side by side between bottom wall 112 and light source module 20.Accommodating chamber 111
Several internal threaded columns are inside provided with, internal threaded column extends from bottom wall 112 towards 115 direction of light-emitting window, power supply module 30 and control
Module 40 can be fixedly secured on internal threaded column by fastener.Fastener refers to screw or bolt etc..
Switch hole 1131 is provided on ring wall 113, control module 40, which has, starts switch 41, starts switch 41 and is set to out
It closes on hole 1131, for the operation from started by press switch 41 on switch hole 1131, with realization to control module 40.
Light source module 20 further includes light source board, and luminescence unit 21 is installed on light source board.The first mistake is provided on light source board
String holes 23, the first cable-through hole 23 for conducting wire for passing through.Induction module 50 is electrically connected by conducting wire with control module 40.Certainly,
It can also be not provided with the first cable-through hole 23 on light source board, conducting wire can be around to being crossing to control module 40 behind the periphery of light source board
On.
Lighting device 100 can also include charging module 60 and connection component 70, and connection component 70 is from shell 10 towards deviating from
The direction of light-emitting window 115 extends, and connection component 70 connects charging module 60 and shell 10.Charging module 60 setting shell 10 it
Outside, charging module 60 is connect by connection component 70 with shell 10, and charging module 60 is electrically connected control module 40 and power supply module
30, charging module 60 is controlled by control module 40 and is charged to power supply module 30.
Charging module 60 may include support frame 61 and charging panel 62, and support frame 61 has the supporting surface 611 being disposed opposite to each other
With back side (not labeled) and adjustment portion 612, adjustment portion 612 is connected on the back side.Charging panel 62 is arranged on supporting surface 611,
Charging panel 62 receives outside energy and is converted into electric energy.Adjustment portion 612 connects connection component 70.Wherein, adjustment portion 612 is located at branch
The middle part of support 61 and it is rotatably coupled connection component 70.Specifically, around the side of the extending direction perpendicular to connection component 70
Upwards, adjustment portion 612 is rotatably connected with connection component 70.
Connection component 70 includes connector 71, rotation axis 72 and lock shaft 73, and connector 71 connects shell 10 and edge deviates from
The direction of light-emitting window 115, rotation axis 72 and lock shaft 73 are arranged in parallel and both perpendicular to the extending directions of connector 71.It adjusts
Section portion 612 has rotation hole 6121 disposed in parallel and at least two groups lock hole 6122.Rotation axis 72 connects connector 71 and turns
Dynamic hole 6121, lock shaft 73 connect connector 71 and one group of lock hole 6122.Lock shaft 73 connects connector 71 and different groups
Lock hole 6122, in conjunction with rotation axis 72 connect rotation hole 6121, allow adjustment portion 612 around rotation axis 72 rotate, in turn
The angular adjustment of 62 opposing bottom wall 112 of charging panel may be implemented.After lighting device 100 is installed, if 112 level of bottom wall is set
It sets, supporting surface 611 and charging panel 62 can be changed with the angle of opposing bottom wall 112, to sufficiently receive from external environment
Energy, for example, charging panel 62 be photovoltaic panel when, user can pass through adjust photovoltaic panel the received luminous energy of angular adjustment photovoltaic panel
Magnitude.
The group number of lock hole 6122 can be two groups, three groups or four groups etc., and each group of lock hole 6122 can have
One hole, two holes or three holes etc., but no matter there are several lock holes 6122 in each group of lock hole 6122, same group
The coaxial setting of lock hole 6122, so that lock shaft 73 can all connect same group of lock hole 6122.
As shown in Fig. 2, adjustment portion 612 has four groups of lock holes 6122, bottom wall 112 is horizontally disposed, and supporting surface 611 (fills
Angle between battery plate 62 and bottom wall 112 can be 0 °, 30 °, 40 ° or 50 °.Wherein, three groups of lock holes 6122 are with rotation hole
6121 be collar around rotation hole 6121, i.e. the distance of this three groups of lock holes 6122 to rotation hole 6121 is constant, and rotation hole 6121 connects
Switch through moving axis 72, the angle that this three groups of lock holes 6122 connect between 73 rear support face 611 of lock shaft and bottom wall 112 is respectively
0°,30°50°.Also have between the lock hole 6122 that can obtain 30 ° of angles and the lock hole 6122 that 50 ° of angles can be obtained
There is one group of lock hole 6122, it is 40 ° that this group of lock hole 6122, which enables to the angle between supporting surface 611 and bottom wall 112,.When
So, lock shaft 73 can be adjustable at a distance from rotation axis 72 on connector 71.
Wherein, rotation axis 72 and lock shaft 73 can be the screw being threaded on connector 71.Specifically, connector
It can have at least two groups threaded hole, the extending direction for being axially perpendicular to connector 71 of threaded hole, rotation axis 72 and lock on 71
Dead axle 73 is separately connected two groups of threaded holes.Every group of threaded hole can have at least one threaded hole, and same group of threaded hole is total
Axis setting.
Around the axis of connection component 70, connection component 70 can rotate setting relative to shell 10, i.e., in lighting device 100
It can be rotated in horizontal direction with 360 °, be acted in conjunction with the angular adjustment of adjustment portion 612, the angle adjustment of photovoltaic panel may be implemented.
Specifically, a space coordinates can be defined, origin is positioned as with the junction of connection component 70 and shell 10, to connect group
The extending direction of part 70 is defined as Z axis, and the both direction perpendicular to connection component 70 is then respectively X-axis and Y-axis, then charging module
60 can about the z axis 360 ° rotation, and using adjustment portion 612 realize charging module 60 around one of X-axis or Y-axis rotate.
Installing ring 121 can be set on shell 10, installing ring 121 prolongs from shell 10 towards the direction away from light-emitting window 115
It stretches, connector 71 is rotationally nested in installing ring 121, to realize connection component 70 relative to the rotation of shell 10.
Circumferential locking piece 1212 is also equipped on installing ring 121, circumferential locking piece 1212 can be along perpendicular to connector
Extending direction patches connection installing ring 121 and connector 71, to prevent the circumferentially rotating with respect to installing ring 121 of connector 71.It will
Circumferential locking piece 1212 extracts connector 71, then connector 71 can be circumferentially rotated with respect to installing ring 121.
Along the extending direction of connector 71, it is provided through the second cable-through hole 711 on connector 71, is arranged in light source portion 11
There is the third cable-through hole 114 through ring wall 113 or bottom wall 112, the second cable-through hole 711 of connection and the are provided on installing ring 121
The crossed beam trunking 1211 of three cable-through holes 114.Conducting wire can sequentially pass through the second cable-through hole 711, crossed beam trunking 1211 and third cable-through hole
114, so that charging module 60 can be electrically connected control module 40 and power supply module 30.
In order to avoid external foreign matter or rainwater enter in accommodating chamber 111, waterproof company can be set on third cable-through hole 114
Connect device.
Wherein, charging module 60 can be photovoltaic module, and charging panel 62 is then photovoltaic panel, and luminescence unit 21 can be luminous
Diode.Certainly, charging module 60 can be the module that electric energy is converted into using wind energy or other energy, not repeat.
Charging module 60 has the output end for exporting electric energy, and output end can connect power supply module 30 as mould of powering
Block 30 charges.Control module 40 include voltage monitoring submodule and driven submodule, voltage monitoring submodule connect output end with
Obtain the output voltage of output end.When the output voltage of output end is greater than first threshold, charging module 60 is received largely at this time
Outside energy, such as photovoltaic module receives a large amount of luminous energy when daytime, then the output voltage of output end is higher, then light source module
20 can power off, and lighting device 100 can not have to emergent ray；When the output voltage of output end is less than first threshold, at this time
The received outside energy of charging module 60 is few, such as photovoltaic module can only receive a small amount of luminous energy when it is gradually dark or when the cloudy day, then
The output voltage of output end is low, and light source module 20 can be powered.
The input voltage of power supply module 30 is second threshold, and second threshold is greater than first threshold.Specifically, first threshold
Value can be 3V, and the value of second threshold can be 12.8V；Certainly, the numerical value of first threshold and second threshold is without being limited thereto, as long as
The two meets above-mentioned size relation.
When the output voltage of charging module 60 is greater than second threshold, illustrate that charging module 60 can receive a greater amount of at this time
Outside energy, such as photovoltaic module can receive a greater amount of light sources when high noon on daytime, then the output voltage of output end is higher,
And then driven submodule drives the electric energy of charging module 60 to be input to power supply module 30, as power supply module 30 charges；Work as charging
When the output voltage of module 60 is less than second threshold, the received outside energy of charging module 60 is less at this time, then output end is defeated
Voltage is lower out, and charging module 60 stops being that power supply module 30 charges.
Control module 40 monitors the output voltage of charging module 60, and adjusts light source according to the output voltage of charging module 60
The working condition of module 20 and power supply module 30, as shown in figure 4, specifically: when the output voltage of charging module 60 is greater than second
When threshold value, charging module 60 is the charging of power supply module 30, and light source module 20 powers off；When the output voltage of charging module 60 is first
When between threshold value and second threshold, it is the charging of power supply module 30 that charging module 60, which stops, and the power-off of light source module 20 is turned off the light；When filling
When the output voltage of electric module is less than first threshold, it is the charging of power supply module 30 that charging module 60, which stops, and light source module 20 is powered
Bright light.
Above-mentioned induction module 50 can monitor environmental information, and control module 40 being capable of combining environmental information and power supply module
30 remaining capacity adjusts the brightness of light source module 20, to realize energy-efficient purpose.
Above-mentioned environmental information includes someone or unmanned state, and there is induction module normal light-modulating mode and low battery to dim
Mode.Specifically, the voltage monitoring submodule in control module 40 also monitors the remaining capacity of power supply module 30, according to power supply mould
In block 30 remaining capacity number, drive induction module 50 enter normal light-modulating mode or low battery light-modulating mode.Power supply module
In 30 have remaining capacity it is more when, induction module 50 enter normal light-modulating mode, when remaining capacity is less, induction module 50 into
Enter low battery light-modulating mode, relatively normal light-modulating mode, the more power saving of low battery light-modulating mode.Specifically, by power supply module 30
Remaining capacity define a critical value, be greater than critical value when be normal mode block, be less than critical value when be low battery light-modulating mode, face
It is normal light modulation at 50% or more that dividing value, which can be remaining capacity in 60%, 50% or 30% etc., such as power supply module 30,
Mode, remaining capacity are low battery light-modulating mode when being lower than 50%.
Under normal light-modulating mode, be divided into unmanned state and someone's state: 3 hours before unmanned state are 20% brightness, nothing
3 hours after people's state are 10% brightness, remaining period is to turn off the light to daybreak；100% brightness in 6 hours continues 15 before someone's state
Second, remaining 50% brightness of period is for 15 seconds.It under low battery light-modulating mode, turns on light automatically after darkness, 6 hours before unmanned state
For 10% brightness, remaining period is to turn off the light to daybreak, 20% brightness and is delayed 15 seconds when someone's state.In addition, in unmanned state
Under, when there is human body to appear in illumination region, then induction module 50 can terminate unmanned state, enter someone's state in advance；
Similarly, unmanned state can also be switched according to the actual conditions in illumination region before someone's state.
Wherein, daybreak or day can secretly judge according to the output voltage of charging module 60, the output electricity of charging module 60
When pressure is greater than first threshold, indicate that there is enough natural lights, as daybreak in environment (light source module 20 also powers off at this time)；It
When the output voltage of charging module 60 is less than first threshold when dark, natural light is few in surface environment, as dark (the light source at this time in day
Module 20 is powered).
Wherein, induction module 50 can be microwave module (microwave induced module or microwave motion sensor module), or
It is that other can monitor the inductor in environment whether there is or not physical activity, such as infrared inductor, repeats no more.
Shell 10 has light source portion 11, extension 12 and mounting portion 13, and extension 12 connects light source portion 11 and mounting portion 13,
Light source portion 11 is provided with accommodating chamber 111, bottom wall 112 and ring wall 113.Above-mentioned installing ring 121 is provided on extension 12.Pass through
Light source portion 11 and mounting portion 13 are separated and are connected by the setting of extension 12, and mounting portion 13 is mounted on wall, wallboard or pillar,
Light source portion 11 and mounting portion 13 are kept at a distance so as to avoid light direct projection on wall, wallboard or pillar.
Extension 12 extends from the ring wall 113 towards the axis far from accommodating chamber 111, in other words, extension 12 and installation
Portion 13 bottom wall 112 projection on the whole be located at except bottom wall 112 and (be not located in bottom wall area) so that being mounted on receipts
The emitting light path of light source module 20 in cavity 111 will not attached portion 13 or the blocking of extension 12.
Wherein, light source portion 11, extension 12 and mounting portion 13 can be wholely set, and then simplify lighting device 100
Structure.Installing ring 121 can connect on extension 12.
Mounting portion 13 in the form of sheets, including the first half ring region 132 and two the first installing zones 131, two the first installing zones 131
The both ends of mounting portion 13 are located at, and are provided with the first mounting hole on the first installing zone 131.Two the first installing zones 131 are in
Two the first installing zones 131 of mounting portion 13 are bonded wall or wallboard, recycle fastening by tabular and in the same plane
Part passes through the first mounting hole and realizes being fastenedly connected for the first installing zone 131 and wall or wallboard, and then completion lighting device 100
Installation is fixed.Certainly, can be not provided with the first mounting hole on the first installing zone 131, mounting portion 13 can by other means with
Wall or wallboard connection, such as bonding, grafting or mounting etc..The first half ring regions 132 connect two the first installing zones 131, the
Half ring region 132 is arc-shaped and arches upward towards extension 12, so that mounting portion 13 can be installed to nonplanar wall or wallboard
On, such as on pillar.
The extending direction of mounting portion 13 can be perpendicular to bottom wall 112, the first half ring region 132, first installing zone
The extending direction of 131 extending direction and the mounting portion 13 is in the same direction.
Lighting device 100 can also include installation attachment 80 can when needing for lighting device 100 to be mounted on pillar
To realize the fixed installation of lighting device 100 by installation attachment 80 and the cooperation of mounting portion 13.Specifically, installation attachment 80 can be with
In the form of sheets, installation attachment 80 may include the second half ring region 82 and two the second installing zones 81, two the second installing zones 81 difference
Positioned at the both ends of installation attachment 80, two the second installing zones 81 are in tabular and in the same plane.The second half ring regions 82 will
The connection of two the second installing zones 81, the second half ring region 82 is arc-shaped arches upward.Two the first installing zones 131 can dock two second
Installing zone 81, and the first half ring regions 132 and the second half ring regions 82 can be spliced into open annular or closed annular to be clamped in two
The first mounting hole is arranged on the first installing zone 131 for object between person, such as pillar, and the second mounting hole is arranged in the second installing zone 81,
Fastener passes through the connection that the first mounting hole and the second mounting hole realize installation attachment 80 and mounting portion 13, the first half ring regions 132
It is clamped on pillar with both the second half ring regions 82 and is fixed with the installation for realizing lighting device 100.
Light source module 20 has the light-emitting surface 22 of installation luminescence unit 21, and lighting device 100 further includes light distribution element 90, is matched
Optical element 90 covers on light-emitting surface 22.Specifically, light distribution element 90 has the incident light plane 91 being disposed opposite to each other and outgoing smooth surface 92,
Incident light plane 91 avoids the accommodating area 24 of luminescence unit 21 towards light-emitting surface 22 and being provided with, and induction module 50 is set to accommodating area
On 24, outgoing smooth surface 92 can be plane, be convenient for clean and maintenance.
Light distribution element 90 may include lens 93, and lens 93 extend and are located at from incident light plane 91 towards 22 direction of light-emitting surface
On luminescence unit 21, lens 93 are spreadlight lens 93, and then the outgoing optical biasing of luminescence unit 21 can be made to project.Wherein, partially
Optical lens 93 can be total reflection piece lens 93, and in light source portion 11 to the direction of mounting portion 13, spreadlight lens 93 is symmetrical
Setting, light distribution also bilateral symmetry；And on perpendicular to light source portion 11 to the direction of mounting portion 13, the light distribution of spreadlight lens 93 is
Inclined light distribution, and towards the direction polarisation far from mounting portion 13, so that light be avoided to concentrate on close to the region of mounting portion 13.
Be provided with positioning column 1132 in accommodating chamber 111, positioning column 1132 extend from bottom wall 112 towards 115 direction of light-emitting window and
It is bonded ring wall 113.Fastener passes through light distribution element 90 and the fastening of light distribution element 90 and shell 10 may be implemented in positioning column 1132
Connection.
Lighting device 100 can also include shading piece 94, and shading piece 94 has light shielding part 942 and interconnecting piece 941, interconnecting piece
941 connection positioning columns 1132, light shielding part 942 extend from interconnecting piece 941 towards the direction away from bottom wall 112, and shading piece 94 is for controlling
The emergent ray of light source module 20 processed avoids the scattering of light, and then realizes the illumination more concentrated.Wherein, interconnecting piece 941 is in
It is connected through a screw thread between annular, with positioning column 1132.
Lighting device 100 provided by the embodiment of the utility model, assembling process is described as follows: by control module 40 and being supplied
Electric module 30 is installed in accommodating chamber 111, then successively installs light source module 20, induction module 50 and light distribution element；To charge mould
Block 60 connects shell 10, and charging module 60 is electrically connected control module 40 and power supply module 30 in accommodating chamber 111, thus complete
At the assembly of lighting device 100.
Above-described specific example has carried out further the purpose of this utility model, technical scheme and beneficial effects
It is described in detail, it should be understood that being not limited to this reality the foregoing is merely specific embodiment of the utility model
With novel, within the spirit and principle of the utility model, any modification, equivalent substitution, improvement and etc. done should all include
It is within the protection scope of the utility model.
Claims (17)
1. a kind of lighting device characterized by comprising
Shell, the shell has accommodating chamber, and encloses and set the bottom wall to form accommodating chamber and ring wall, and the accommodating chamber has and institute
State the light-emitting window that bottom wall is oppositely arranged；
Light source module, the light source module have the light-emitting surface being arranged towards the light-emitting window；
Power supply module, the power supply module are electrically connected the light source module；
Control module, the control module are electrically connected the power supply module；
Induction module, the induction module are electrically connected the control module；
The light source module, the power supply module, the control module and the induction module are accommodated in the accommodating chamber.
2. lighting device according to claim 1, which is characterized in that the lighting device includes charging module and connection group
Part；The connection component connects the shell and the charging module；The charging module is electrically connected the control module and institute
State power supply module.
3. lighting device according to claim 2, which is characterized in that the charging module includes supporting element and charging panel,
There is the supporting element supporting surface being disposed opposite to each other and the back side and adjustment portion, the adjustment portion to be connected on the back side；Institute
It states charging panel to be set on the supporting surface, the adjustment portion connects the connection component.
4. lighting device according to claim 3, which is characterized in that around the extending direction perpendicular to the connection component
Direction, the adjustment portion are rotatably connected with the connection component.
5. lighting device according to claim 3, which is characterized in that the connection component include connector, rotation axis and
Lock shaft, the connector are connected on the shell and are arranged along the direction away from the light-emitting window, the rotation axis and lock
Dead axle is arranged in parallel and is both arranged perpendicular to the extending direction of the connector；The adjustment portion has disposed in parallel turn
Dynamic hole and at least two groups lock hole, each group of all coaxial setting of lock hole；
Connector described in the rotation axis connection and the rotation hole are locked described in connector described in the locking axis connection and one group
Determine hole.
6. lighting device according to claim 5, which is characterized in that around the axis of the connection component, the connection group
The relatively described shell of part is rotatably arranged.
7. lighting device according to claim 6, which is characterized in that be provided with installing ring, the installation on the shell
It encloses and extends from the shell towards the direction away from the light-emitting window, the connector is rotationally nested in the installing ring.
8. lighting device according to claim 1, which is characterized in that the shell has light source portion, extension and installation
Portion, the extension connect the light source portion and the mounting portion；The light source portion have the accommodating chamber, the bottom wall and
The ring wall；The extension extends from the ring wall towards the axis far from the accommodating chamber.
9. lighting device according to claim 8, which is characterized in that the light source portion, the extension and the installation
Portion is wholely set.
10. lighting device according to claim 8, which is characterized in that the mounting portion in the form of sheets, and including the first semi-ring
Area and two the first installing zones；Two first installing zones are located at the both ends of the mounting portion, two first peaces
Area is filled in plate and in the same plane；The first half ring region connects described two first installing zones, first semi-ring
Area is arc-shaped and arches upward towards the extension.
11. lighting device according to claim 10, which is characterized in that the lighting device further includes installation attachment, institute
State installation attachment in the form of sheets, the installation attachment includes the second half ring region and two the second installing zones；Two second installations
Area is located at the both ends of the installation attachment, and two second installing zones are in plate and in the same plane；Described
2 half ring regions connect described two second installing zones, and described the second half ring region is arc-shaped arches upward；
Two first installing zones dock two second installing zones, and the first half ring region and the second half ring region
It is spliced into open annular or closed annular.
12. lighting device according to claim 8, which is characterized in that the lighting device further includes light distribution element, described
Luminescence unit is installed, the light distribution element is provide on the light-emitting surface and connects the shell on light-emitting surface；The light distribution member
Part has incident light plane, and the incident light plane avoids the accommodating area of the luminescence unit, institute towards the light-emitting surface and being provided with
Induction module is stated to be installed on the accommodating area.
13. lighting device according to claim 12, which is characterized in that the light distribution element includes lens, the lens
Extend from the incident light plane towards the light-emitting surface direction, the lens are provide on the luminescence unit and the lens are inclined
Optical lens.
14. lighting device according to claim 13, which is characterized in that along the light source portion to the side of the mounting portion
To the spreadlight lens is arranged symmetrically；Along perpendicular to the light source portion to the direction of the mounting portion, the spreadlight lens
Light distribution be inclined light distribution, and towards far from the mounting portion the inclined light distribution in direction.
15. lighting device according to claim 1, which is characterized in that positioning column is provided in the accommodating chamber, it is described fixed
Position column extends from the bottom wall towards the light-emitting window and is bonded the ring wall；The lighting device further includes shading piece, shading piece
With light shielding part and interconnecting piece, the interconnecting piece connects the positioning column, and the light shielding part is from the interconnecting piece towards away from described
The direction of bottom wall extends.
16. lighting device according to claim 2, which is characterized in that the induction module is microwave module；And/or institute
Stating charging module is photovoltaic module.
17. lighting device according to claim 1, which is characterized in that the power supply module and control module setting
Between the light source module and the bottom wall, the induction module is set to the orientation that the light source module deviates from the bottom wall
On, and the induction module avoids the light-emitting surface.
Priority Applications (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821025594.1U CN208253422U (en) | 2018-06-29 | 2018-06-29 | A kind of lighting device |
| PCT/CN2019/094212 WO2020001659A1 (en) | 2018-06-29 | 2019-07-01 | Lighting apparatus |
| US17/134,855 US11391454B2 (en) | 2018-06-29 | 2020-12-28 | Lighting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821025594.1U CN208253422U (en) | 2018-06-29 | 2018-06-29 | A kind of lighting device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208253422U true CN208253422U (en) | 2018-12-18 |
Family
ID=64655174
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821025594.1U Active CN208253422U (en) | 2018-06-29 | 2018-06-29 | A kind of lighting device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208253422U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2020001659A1 (en) * | 2018-06-29 | 2020-01-02 | 苏州欧普照明有限公司 | Lighting apparatus |
| WO2020151463A1 (en) * | 2019-01-21 | 2020-07-30 | 欧普照明股份有限公司 | Smart solar garden lamp |
-
2018
- 2018-06-29 CN CN201821025594.1U patent/CN208253422U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2020001659A1 (en) * | 2018-06-29 | 2020-01-02 | 苏州欧普照明有限公司 | Lighting apparatus |
| US11391454B2 (en) | 2018-06-29 | 2022-07-19 | Opple Lighting Co., Ltd. | Lighting device |
| WO2020151463A1 (en) * | 2019-01-21 | 2020-07-30 | 欧普照明股份有限公司 | Smart solar garden lamp |
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