CN207421849U

CN207421849U - A kind of LED illumination lamp

Info

Publication number: CN207421849U
Application number: CN201721215875.9U
Authority: CN
Inventors: 刘震
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-09-21
Filing date: 2017-09-21
Publication date: 2018-05-29
Anticipated expiration: 2027-09-21

Abstract

The utility model discloses a kind of LED illumination lamp, the components such as structure is shaken hands including sponge, handle frame, solar panel, lampshade, the beneficial effects of the utility model：The LED illumination lamp is equipped with band micromachine, the solar panel of illuminance sensor, controller, accumulator mechanism, during the day, solar panel can be under the sensing of illuminance sensor, pass through controller, motor carries out lighting angle rotation, to absorb stronger sunlight enough, it is converted into being stored electronically in accumulator mechanism by photoelectric effect and provides power supply for headlamp, also solar energy movable power supply can be passed through, it is charged using sunlight to the accumulator in mobile power, by output port power supply is provided for headlamp, the LED illumination lamp can ensure that improving enough power supplys is illuminated in the wild when can be, avoid what headlamp cannot be used from happening, using the energy and it can sufficiently can be achieved the effect that energy saving by the sun, it is highly practical, it is worth of widely use.

Description

A kind of LED illumination lamp

Technical field

The utility model is a kind of LED illumination lamp, belongs to LED illumination lamp field.

Background technology

LED illumination lamp is a kind of illuminator made using forth generation green light source LED.LED is referred to as forth generation photograph Mingguang City source or green light source have the characteristics that energy-saving and environmental protection, long lifespan, small, can be widely applied to various instructions, aobvious Show, decorate, the fields such as backlight, general lighting and urban landscape.

When encamping by the sea or during outdoor sports, often due to field does not have condition of power supply, cause LED headlamps Electricity consumption, which is not enough to that light source cannot be provided in the time-division at night as headlamp, to be illuminated.

Utility model content

In view of the deficienciess of the prior art, the utility model aim is to provide a kind of LED illumination lamp, to solve seashore dew When battalion or outdoor sports, often due to field does not have condition of power supply, LED headlamp electricity consumptions is caused to be not enough to as illumination Lamp cannot provide the problem of light source is illuminated in the time-division at night.

To achieve these goals, the utility model is to realize by the following technical solutions：A kind of LED headlamps, Its structure is shaken hands including sponge, handle frame, solar panel, lampshade, LED chip, lens, the first adjusting knob, anti-collision sleeve, Supporting rod, anticollision sprue, pedestal, u-bracket, the second adjusting knob, heat radiation body, accumulator mechanism, controller, described dissipates Respectively with 4 angular positions of lampshade using being mechanically connected, the back side of the heat radiation body connects for 4, the front angular position of thermolamp body 4 angular positions of accumulator mechanism are connected to, the heat radiation body is arranged on the centre of lampshade and accumulator mechanism, and described dissipates The controller being electrically connected with accumulator mechanism is installed in the top right side of thermolamp body, the controller also with solar cell Plate is connected by electrical connection, the left and right ends center of the solar panel with two inboard hinge of the left and right of handle frame It connects, the sponge is shaken hands through the top of handle frame and therewith using interference fit, a bottom left side for the handle frame Right both ends are mechanically connected respectively with the outside of the left and right of heat radiation body two, and the bottom left and right ends of the handle frame are respectively equipped with the Two adjusting knobs, the second adjusting knob described in 2 is mutually parallel and symmetrically, the left and right ends top of the u-bracket is It is flexibly connected by the second adjusting knob with heat radiation body, the heat radiation body can be by the second adjusting knob in u-bracket On rotated, first adjusting knob is connected through the bottom center position of u-bracket with the center of pedestal, described U-bracket can pass through the first adjusting knob drive heat radiation body degree of progress rotation on pedestal, the left and right two of the pedestal End, which is equipped with, to be mutually parallel and symmetrical anticollision sprue, the end face center of the bottom surface left and right ends of the pedestal with supporting rod Position vertical welding, the supporting rod is parallel to be equipped with two and symmetrical, the rear and front end of the supporting rod described in every Run through the anti-collision sleeve for having and being interference fitted therewith, the lens are embedded in the middle of lampshade, and the lens are parallel to be located at LED Behind chip, the LED chip is fixed on the front center position of heat radiation body and with accumulator mechanism by being electrically connected It connects；

The solar panel by shaft, micromachine, illuminance sensor, aluminum alloy frame, silica gel sealing ring, Waterproof junction box, backboard, lower EVA layer, high performance solar batteries piece, upper EVA layer, tempered glass composition；

The top surface of the high performance solar batteries piece is connected by upper EVA layer with the bottom surface of tempered glass, described EVA layer is connected to the top surface of backboard under the underrun of high performance solar batteries piece, the tempered glass, upper EVA layer, efficiently Parallel sequence is set successively from top to bottom and outer wall passes through silica gel sealing ring and special for solar battery sheet, lower EVA layer, backboard Strengthen adhesive with aluminum alloy frame to be connected, one end of the shaft and the center side position of aluminum alloy frame are fixed and connected It connects, the other end and the micromachine of the shaft are sequentially connected, and the waterproof junction box is installed on the lower right corner of backboard, institute The illuminance sensor stated is fixed on the lower left corner of aluminum alloy frame, and the aluminum alloy frame can be with shaft in micromachine The two inboard hinges connection of the handle frame of degree of progress overturning under drive, the shaft and inverted U-shaped structure, the waterproof wiring With controller by being electrically connected, the micromachine is electrically connected box with accumulator mechanism.

Further, the smooth and glossy bag edge being flexibly connected therewith is provided on the outer ring of the aluminum alloy frame, can kept away Exempt to be scratched by aluminum alloy frame during portable handle frame, improve security.

Further, the length value of the aluminum alloy frame is less than the maximum caliber numerical value of handle frame so that the sun Energy battery facilitates plate to overturn and overturns more smoothly.

Further, the back side electrical connection solar energy movable power supply of the heat radiation body, solar energy movement electricity Source includes mobile power, solar panels, output port, USB interface, and the mobile power with solar panels is direct by output port It is powered for headlamp, USB interface can charge to mobile phone, whole lighter, be convenient for carrying.

Further, the positive middle of the mobile power is embedded with the solar panels of connection fixed thereto, described Output port, USB interface is arranged on mobile power bottom right.

Further, for the output port with heat radiation body by being electrically connected, the solar energy movable power supply can be with Heat radiation body is overturn in u-bracket, and the rotation of angle is conducive to the stronger sunlight of absorption of solar panels, further carries High electricity storage capacity.

Advantageous effect

The beneficial effects of the utility model：The LED illumination lamp is equipped with the solar energy with micromachine, illuminance sensor Solar panel, controller, accumulator mechanism, during the day, solar panel can pass through control under the sensing of illuminance sensor Device processed, motor carry out lighting angle rotation, to absorb stronger sunlight enough, are converted into being stored electronically in electric power storage by photoelectric effect Power supply is provided for headlamp in the mechanism of pond, it also can be by solar energy movable power supply, using sunlight to the storage in mobile power Battery charges, and power supply is provided for headlamp by output port；

The LED illumination lamp can ensure that improving enough power supplys is illuminated, and avoids headlamp cannot in the wild when can be What is used happens, by the sun can sufficiently using the energy and can achieve the effect that it is energy saving, it is highly practical, It is worth of widely use.

Description of the drawings

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other spies of the utility model Sign, objects and advantages will become more apparent upon：

Fig. 1 is a kind of structure diagram of LED illumination lamp of the utility model.

Fig. 2 is the positive structure diagram of Fig. 1.

Fig. 3 is the structure diagram at the back side of Fig. 1.

Fig. 4 is the structure diagram of the solar panel of Fig. 1.

Fig. 5 is the structure schematic diagram of the LED illumination lamp with solar energy movable power supply.

Fig. 6 is the positive structure schematic of the LED illumination lamp with solar energy movable power supply.

In figure：Sponge is shaken hands -1, handle frame -2, solar panel -3, lampshade -4, LED chip -5, lens -6, first Adjusting knob -7, anti-collision sleeve -8, supporting rod -9, anticollision sprue -10, pedestal -11, u-bracket -12, the second adjusting knob -13, Heat radiation body -14, accumulator mechanism -15, controller -16, shaft -301, micromachine -302, illuminance sensor -303, aluminium Alloy frame -304, silica gel sealing ring -305, waterproof junction box -306, backboard -307, lower EVA layer -308, high-efficiency solar electricity Pond piece -309, upper EVA layer -310, tempered glass -311, solar energy movable power supply -312, mobile power -313, solar panels - 314th, output port -315, USB interface -316.

Specific embodiment

Technical means, creative features, achievable purpose and effectiveness to realize the utility model are easy to understand, below With reference to specific embodiment, the utility model is expanded on further.

- Fig. 6 is please referred to Fig.1, the utility model provides a kind of LED illumination lamp technical solution：Its structure is shaken hands including sponge 1st, handle frame 2, solar panel 3, lampshade 4, LED chip 5, lens 6, the first adjusting knob 7, anti-collision sleeve 8, supporting rod 9, anti- Hit sprue 10, pedestal 11, u-bracket 12, the second adjusting knob 13, heat radiation body 14, accumulator mechanism 15, controller 16, institute 4, the front angular position for the heat radiation body 14 stated is respectively with 4 angular positions of lampshade 4 using mechanical connection, the thermal louver The back side of body 14 is connected to 4 angular positions of accumulator mechanism 15, and the heat radiation body 14 is arranged on lampshade 4 and accumulator The centre of mechanism 15 is equipped with the controller being electrically connected with accumulator mechanism 15 in the top right side of the heat radiation body 14 16, the controller 16 also with solar panel 3 by being electrically connected, in the left and right ends of the solar panel 3 Heart position is connected with two inboard hinge of the left and right of handle frame 2, the sponge shake hands 1 through the top of handle frame 2 and Therewith using being interference fitted, the bottom left and right ends of the handle frame 2 are mechanical with two outside of the left and right of heat radiation body 14 respectively Connection, the bottom left and right ends of the handle frame 2 are respectively equipped with the second adjusting knob described in the second adjusting knob 13,2 13 are mutually parallel and symmetrically, pass through the second adjusting knob 13 and heat radiation body at the top of the left and right ends of the u-bracket 12 14 flexible connections, the heat radiation body 14 can be rotated by the second adjusting knob 13 in u-bracket 12, and described the The bottom center position of one adjusting knob 7 through u-bracket 12 is connected with the center of pedestal 11, and the U types stent 12 can By the first adjusting knob 7 heat radiation body 14 is driven to carry out 360 degree of rotations, the left and right ends of the pedestal 11 on the pedestal 11 It is equipped with and is mutually parallel and symmetrical anticollision sprue 10, the top surface of the bottom surface left and right ends of the pedestal 11 with supporting rod 9 Center vertical welding, the supporting rod 9 is parallel to be equipped with two and symmetrically, before the supporting rod 9 described in every The anti-collision sleeve 8 for having and being interference fitted therewith is run through at both ends afterwards, and the lens 6 are embedded in the middle of lampshade 4, the lens 6 It is parallel be located at LED chip 5 behind, the LED chip 5 be fixed on the front center position of heat radiation body 14 and with storage Battery means 15 pass through electrical connection；

The solar panel 3 is by shaft 301, micromachine 302, illuminance sensor 303, aluminum alloy frame 304th, silica gel sealing ring 305, waterproof junction box 306, backboard 307, lower EVA layer 308, high performance solar batteries piece 309, upper EVA Layer 310, tempered glass 311 form；

The top surface of the high performance solar batteries piece 309 is connected by upper EVA layer 310 with the bottom surface of tempered glass 311 It connects, EVA layer 308 is connected to the top surface of backboard 307, the steel under the underrun of the high performance solar batteries piece 309 Change glass 311, upper EVA layer 310, high performance solar batteries piece 309, lower EVA layer 308, backboard 307 parallel successively from top to bottom Sequence is set and outer wall is connected by silica gel sealing ring 305 and special reinforcement adhesive with aluminum alloy frame 304, and described turns One end of axis 301 is fixedly connected with the center side position of aluminum alloy frame 304, the other end of the shaft 301 with it is miniature Motor 302 is sequentially connected, and the waterproof junction box 306 is installed on the lower right corner of backboard 307, the illuminance sensor 303 are fixed on the lower left corner of aluminum alloy frame 304, and the aluminum alloy frame 304 can be with shaft 301 in micromachine 302 Lower 360 degree of overturnings of progress are driven, the shaft 301 is connected with two inboard hinges of the handle frame 2 of inverted U-shaped structure, described With controller 16 by being electrically connected, the micromachine 302 is electrically connected waterproof junction box 306 with accumulator mechanism 15.

The smooth and glossy bag edge being flexibly connected therewith is provided on the outer ring of the aluminum alloy frame 304, can be avoided portable It is scratched during handle frame by aluminum alloy frame, improves security.

The length value of the aluminum alloy frame 304 is less than the maximum caliber numerical value of handle frame 2 so that solar cell Plate is facilitated to overturn and is overturn more smoothly.

The back side electrical connection solar energy movable power supply 312 of the heat radiation body 14, the solar energy movable power supply 312 Including mobile power 313, solar panels 314, output port 315, USB interface 316, the mobile power with solar panels passes through defeated Exit port is directly powered for headlamp, and USB interface can charge to mobile phone, whole lighter, is convenient for carrying.

The positive middle of the mobile power 313 is embedded with the solar panels 314 of connection fixed thereto, described Output port 315, USB interface 316 are arranged on 313 bottom right of mobile power.

For the output port 315 with heat radiation body 14 by being electrically connected, the solar energy movable power supply 312 can be with scattered Thermolamp body 14 is overturn in u-bracket 12, and the rotation of angle is conducive to the stronger sunlight of absorption of solar panels, further Improve electric storage capacity.

Solar panel 3 described in this patent be by absorbing sunlight, by solar radiant energy by photoelectric effect or Person's photochemical effect is converted directly or indirectly into the device of electric energy, and the main material of most of solar panel is " silicon ", but Because cost of manufacture is larger, so that it is generally using also certain limitation.

Solar energy movable power supply 312 described in this patent is stored in after converting the solar into electric energy inside accumulator, There is the novel power supply of removable property simultaneously.Solar energy movable power supply uses solar energy, without alternating current, no later stage running cost With using electricity wisely is the environment protecting and power-saving energy that country vigorously promotes the use.Solar energy movable power supply can be installed arbitrarily, no It is limited, is installed and used simply, where where is it sunlight just has electricity by position.

Embodiment 1：When user wants a kind of LED illumination lamp using the utility model, the first step, precheck Whether the assembling of all parts of device is secured, and whether detection device being capable of normal use；Second step can normally make in device It is used in the case of, the sponge held by hand on handle frame 2 shakes hands 1, so as to which headlamp to be guided and supported to specified position It puts, solar panel 3 can carry out illumination under the sensing of illuminance sensor 303 by controller 16, micromachine 302 Angle rotates, and to absorb stronger sunlight enough, is converted into being stored electronically in accumulator mechanism 15 as heat dissipation by photoelectric effect Lamp body 14 provides power supply so that LED chip 5 can operate offer light source.

Embodiment 2：Can be used in device in the case of normal use, also can by solar energy movable power supply 312, It is charged using sunlight on solar panels 314 to the accumulator in mobile power 313, is illumination by output port 315 Lamp provides power supply and is illuminated use.

The utility model solves the problems, such as it is that seashore is encamped or during outdoor sports, often due to field does not have power supply item Part causes LED illumination lamp electricity consumption to be not enough to that light source cannot be provided in the time-division at night as headlamp and be illuminated, the utility model It can ensure that improving enough power supplys is illuminated, and avoids headlamp by being combined with each other for above-mentioned component, when can be in the wild What cannot be used happens, and sufficiently using the energy and can achieve the effect that energy saving, practicality by the sun Property is strong, is worth of widely use, described in detail below：

Solar panel 3 is by shaft 301, micromachine 302, illuminance sensor 303, aluminum alloy frame 304, silica gel Sealing ring 305, waterproof junction box 306, backboard 307, lower EVA layer 308, high performance solar batteries piece 309, upper EVA layer 310, steel Change glass 311 to form, the top surface of the high performance solar batteries piece 309 passes through the bottom of upper EVA layer 310 and tempered glass 311 Face is connected, and EVA layer 308 is connected to the top surface of backboard 307, institute under the underrun of the high performance solar batteries piece 309 The tempered glass 311 stated, upper EVA layer 310, high performance solar batteries piece 309, lower EVA layer 308, backboard 307 are from top to bottom successively Parallel sequence is set and outer wall is connected by silica gel sealing ring 305 and special reinforcement adhesive with aluminum alloy frame 304, institute The one end for the shaft 301 stated is fixedly connected with the center side position of aluminum alloy frame 304, the other end of the shaft 301 It is sequentially connected with micromachine 302, the waterproof junction box 306 is installed on the lower right corner of backboard 307, and the illuminance passes Sensor 303 is fixed on the lower left corner of aluminum alloy frame 304, and the aluminum alloy frame 304 can be with shaft 301 in micromachine 360 degree of overturnings are carried out under 302 drive, the shaft 301 is connected with two inboard hinges of the handle frame 2 of inverted U-shaped structure, institute With controller 16 by being electrically connected, the micromachine 302 is electrically connected the waterproof junction box 306 stated with accumulator mechanism 15.

The basic principle of the utility model and main feature and the advantages of the utility model has been shown and described above, for For those skilled in the art, it is clear that the utility model is not limited to the details of above-mentioned exemplary embodiment, and without departing substantially from this In the case of the spirit or essential attributes of utility model, the utility model can be realized in other specific forms.Therefore, no matter From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the utility model is by institute Attached claim rather than above description limit, it is intended that will fall within the meaning and scope of the equivalent requirements of the claims All changes are embraced therein.Any reference numeral in claim should not be considered as to the involved right of limitation It is required that.

Moreover, it will be appreciated that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should Using specification as an entirety, the technical solutions in each embodiment can also be properly combined, forms those skilled in the art It is appreciated that other embodiment.

Claims

1. a kind of LED illumination lamp, structure is shaken hands (1) including sponge, handle frame (2), solar panel (3), lampshade (4), LED chip (5), lens (6), the first adjusting knob (7), anti-collision sleeve (8), supporting rod (9), anticollision sprue (10), pedestal (11), U-bracket (12), the second adjusting knob (13), heat radiation body (14), accumulator mechanism (15), controller (16), feature exists In：

4, the front angular position of the heat radiation body (14) is respectively with 4 angular positions of lampshade (4) using mechanical connection, institute The back side for the heat radiation body (14) stated is connected to 4 angular positions of accumulator mechanism (15), and the heat radiation body (14) is set In the centre of lampshade (4) and accumulator mechanism (15), it is equipped in the top right side of the heat radiation body (14) and accumulator Mechanism (15) electrical connection controller (16), the controller (16) also with solar panel (3) by being electrically connected, it is described The left and right ends center of solar panel (3) be connected with two inboard hinge of left and right of handle frame (2), the sea Silk floss shakes hands (1) through the top of handle frame (2) and therewith using interference fit, bottom of the handle frame (2) or so Both ends are mechanically connected respectively with two outside of the left and right of heat radiation body (14), and the bottom left and right ends of the handle frame (2) are each Equipped with the second adjusting knob (13), the second adjusting knob (13) described in 2 is mutually parallel and symmetrically, the u-bracket (12) it is flexibly connected at the top of left and right ends by the second adjusting knob (13) with heat radiation body (14), the heat radiation body (14) can be rotated by the second adjusting knob (13) in u-bracket (12), first adjusting knob (7) passes through U The bottom center position of type stent (12) is connected with the center of pedestal (11), and the u-bracket (12) can be adjusted by first Saving knob (7) drives heat radiation body (14) to carry out 360 degree of rotations, the left and right ends peace of the pedestal (11) on pedestal (11) Equipped with being mutually parallel and symmetrical anticollision sprue (10), the bottom surface left and right ends of the pedestal (11) with supporting rod (9) End face center position vertical welding, the supporting rod (9) is parallel to be equipped with two and symmetrical, the supporting rod described in every (9) anti-collision sleeve (8) for having and being interference fitted therewith, the center of the embedded lampshade (4) of the lens (6) are run through in rear and front end Between, the lens (6) are parallel to be located at behind LED chip (5), and the LED chip (5) is fixed on heat radiation body (14) Front center position and passing through with accumulator mechanism (15) is electrically connected；

The solar panel (3) is by shaft (301), micromachine (302), illuminance sensor (303), aluminium alloy side Frame (304), silica gel sealing ring (305), waterproof junction box (306), backboard (307), lower EVA layer (308), high performance solar batteries Piece (309), upper EVA layer (310), tempered glass (311) composition；

The bottom surface phase that the top surface of the high performance solar batteries piece (309) passes through upper EVA layer (310) and tempered glass (311) Connection, EVA layer (308) is connected to the top surface of backboard (307) under the underrun of the high performance solar batteries piece (309), The tempered glass (311), upper EVA layer (310), high performance solar batteries piece (309), lower EVA layer (308), backboard (307) Parallel sequence is set successively from top to bottom and outer wall passes through silica gel sealing ring (305) and special reinforcement adhesive and aluminium alloy side Frame (304) is connected, and one end of the shaft (301) is fixedly connected with the center side position of aluminum alloy frame (304), institute The other end for the shaft (301) stated is sequentially connected with micromachine (302), and the waterproof junction box (306) is installed on backboard (307) the lower right corner, the illuminance sensor (303) are fixed on the lower left corner of aluminum alloy frame (304), and the aluminium closes Golden-rimmed frame (304) can carry out 360 degree of overturnings, the shaft (301) with shaft (301) under the drive of micromachine (302) It is connected with two inboard hinges of the handle frame (2) of inverted U-shaped structure, the waterproof junction box (306) passes through with controller (16) Electrical connection, the micromachine (302) are electrically connected with accumulator mechanism (15).

2. a kind of LED illumination lamp according to claim 1, it is characterised in that：The outer ring of the aluminum alloy frame (304) On be provided with the smooth and glossy bag edge being flexibly connected therewith.

3. a kind of LED illumination lamp according to claim 1, it is characterised in that：The length of the aluminum alloy frame (304) Numerical value is less than the maximum caliber numerical value of handle frame (2).

4. a kind of LED illumination lamp according to claim 1, it is characterised in that：The back side electricity of the heat radiation body (14) Solar energy movable power supply (312) is connected, the solar energy movable power supply (312) includes mobile power (313), solar panels (314), output port (315), USB interface (316).

5. a kind of LED illumination lamp according to claim 4, it is characterised in that：The front of the mobile power (313) is just Centre is embedded with the solar panels (314) of connection fixed thereto, and the output port (315), USB interface (316) are arranged on On mobile power (313) bottom right.

6. a kind of LED illumination lamp according to claim 4, it is characterised in that：The output port (315) and thermal louver Body (14) can be carried out by electrical connection, the solar energy movable power supply (312) with heat radiation body (14) in u-bracket (12) Overturning.