CN202101133U - Solar energy water floating lamp - Google Patents
Solar energy water floating lamp Download PDFInfo
- Publication number
- CN202101133U CN202101133U CN2011202158863U CN201120215886U CN202101133U CN 202101133 U CN202101133 U CN 202101133U CN 2011202158863 U CN2011202158863 U CN 2011202158863U CN 201120215886 U CN201120215886 U CN 201120215886U CN 202101133 U CN202101133 U CN 202101133U
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- solar energy
- drain pan
- batteries
- energy water
- circuit
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Abstract
The utility model discloses a solar energy water floating lamp. A power supply and control circuit of the solar energy water floating lamp comprises a solar energy generating unit, a control unit and a light-emitting unit. A first voltage detector, a second voltage detector and a controllable boosted circuit are respectively in parallel connection with two ends of a storage battery pack, and an output end of the first voltage detector is in communication connection with electronic switches which are in parallel connection with two ends of a solar battery. A photosensitive inductor and a magnetic control switch which are in parallel connection with each other are connected with a control end of the controllable boosted circuit through photosensitive circuits in parallel connection with two ends of the storage battery pack, and an output end of the second voltage detector is connected with the control end of the controllable boosted circuit. A power source anode end of a single chip microcomputer light-emitting control circuit is connected with an output end of the controllable boosted circuit, and a power source cathode end of the single chip microcomputer light-emitting control circuit is connected with a cathode of the storage battery pack. A first button and a second button are respectively connected between two control ports of the single chip microcomputer light-emitting control circuit and the cathode of the storage battery pack, and an output end of the single chip microcomputer light-emitting control circuit is respectively connected with a plurality of light-emitting diode (LED) light sources.
Description
Technical field
The utility model relates to a kind of lighting of viewing and admiring, relate in particular to a kind of with solar energy as power supply energy, and can swim on the waters surface such as pond, pond, brook, edge, river as the floating lamp of the solar energy water of view.
Background technology
The water surface Landscape Lamp of using at present has employing and cylinder is installed deeply to the water surface under water, and light fixture is installed above, no matter but be to install Alternating Current Power Supply or solar powered or only have battery poweredly, when the water surface rises, light fixture will not had by water logging; The floating lamp of water that external power supply is also arranged, but external power supply must connect up, that wiring will influence will be attractive in appearance, difficulty of construction and cost increase; And possibly cause the power cable electric leakage; The particularly external power supply of electric main, electric leakage not only causes energy loss, the danger that possibly cause personnel to get an electric shock.
The utility model content
The purpose of the utility model is to provide a kind of and utilizes solar powered solar energy water to float lamp; This light fixture if under lamp body rope on the bolt; Bolt on the fixture at the bottom or bolt with weight as anchor, just can float on the surface, and as long as rope lengths suitable; This light fixture can not be submerged because of the rising of the water surface, and it is far away also can not drift about.
For realizing above-mentioned purpose; Said solar energy water floats lamp, comprises drain pan, and is arranged at drain pan inner power supply and control circuit; Be characterized in; Said power supply and control circuit comprise, solar power generation unit, said solar power generation unit comprise that solar cell, batteries and counnter attack fill diode; Wherein, the positive pole of said solar cell connects the anode that diode is filled in counnter attack, and the positive pole of the negative electrode connection batteries of diode is filled in counnter attack, and the negative pole of batteries connects the negative pole of solar cell; Control module, said control module comprise first voltage detector, electronic switch, second voltage detector, controlled booster circuit, photosensitive circuit, light-inductive device and magnetic switch; Wherein, Said first, second voltage detector and controlled booster circuit are connected in parallel on the two ends of batteries respectively; The output of first voltage detector is connected with the electronic switch communication that is used to control battery charging, and said electronic switch is connected in parallel on the two ends of solar cell; The light-inductive device that is connected in parallel to each other is connected with the control end communication of controlled booster circuit through the photosensitive circuit that is connected in parallel on the batteries two ends with magnetic switch; The output of said second voltage detector is connected with the control end communication of controlled booster circuit; And luminescence unit, said luminescence unit comprise a plurality of led light sources, single-chip microcomputer emission control circuit, first button and second button; Wherein, The power positive end of said single-chip microcomputer emission control circuit connects the output of controlled booster circuit; Its power-extremely connects the negative pole of batteries, and two control ports of said single-chip microcomputer emission control circuit respectively and be connected with said first button and second button between the negative pole of batteries; The output of said single-chip microcomputer emission control circuit connects a plurality of led light sources respectively.
Preferably, said drain pan inside is disposed with led light source, solar panel, batteries and circuit board from top to bottom, and the upper surface of said solar panel is provided with said light-inductive device; In the position weldering of the corresponding drain pan of the lower surface of said circuit board bottom centre with first button and second button; The bottom of said drain pan is provided with a plurality of foots, and each foot is evenly laid along the bottom margin of drain pan; Said drain pan top is provided with on the lamp body of printing opacity covers, and covers on the cover set inside led light source on the lamp body.
Preferably; The floating lamp of said solar energy water also comprises capping, magnet and strip of paper used for sealing, and wherein, the main body that said capping has is cylindrical structure; The side of main body is provided with external screw thread, and said main body is connected with the central through hole threaded engagement that is arranged at drain pan bottom centre through external screw thread; To being provided with the non-through hole that is used to place magnet, the bottom of said non-through hole is provided with the bathtub construction that makes capping screw in or screw out drain pan from the bottom surface of said main body, and said magnet is encapsulated in the said non-through hole through strip of paper used for sealing.
Preferably, said bathtub construction is flat recess or cross recess.
Preferably, the floating lamp of said solar energy water also comprises the sealing gasket and the 3rd sealing ring that can play dual waterproof action, and the sealing gasket upper surface that is arranged at capping main body top is provided with the projection that is used to prop up first, second button; The 3rd sealing ring is sheathed on said capping external side of main body.
Preferably, be provided with phototriode in the said light-inductive device.
Preferably, be provided for the perforation of stationary rope on the said foot.
Preferably, the floating lamp of said solar energy water also comprises first sealing ring and second sealing ring that can play dual waterproof action, and said first, second sealing ring is sheathed on the upside and the downside of cover and drain pan junction on the lamp body respectively.
The beneficial effect of the utility model is that the floating lamp of said solar energy water belongs to Green Product, need not external supply line; This light fixture is easy to install and changes; The selection of the led light source of low power consuming can realize low voltage power supply, and is as safe as a house; Controlled booster circuit is that single-chip microcomputer emission control circuit and led light source provide stable voltage, and it is strong to drive function; The structural design of capping not only can be threaded it with drain pan, is convenient to the operation to the drain pan inner button, also can be used as the instrument that holds of magnet, and the floating lamp of the solar energy water behind the magnet of packing into quits work, and can avoid the power consumption in transportation and storing process of this light fixture; The setting of drain pan below foot can prevent that light fixture from wafing, and when the water surface rises, can prevent that light fixture from not had by water logging.
Description of drawings
Fig. 1 shows the power supply and the control circuit schematic diagram of the floating lamp of the said solar energy water of the utility model.
Fig. 2 shows the front view of the floating lamp of the said solar energy water of the utility model.
Fig. 3 shows the vertical view of the floating lamp of the said solar energy water of the utility model.
Fig. 4 shows the front view of the spiral shell capping that is arranged at the floating lamp drain pan of solar energy water bottom.
Fig. 5 shows the vertical view of the blind nut that is arranged at the floating lamp drain pan of solar energy water bottom.
Fig. 6 shows the scheme of installation of blind nut and magnet.
Fig. 7 shows the sketch map of first sealing ring.
Fig. 8 shows the sketch map of second sealing ring.
Fig. 9 shows the sketch map of the 3rd sealing ring.
Figure 10 shows the vertical view of sealing gasket.
Figure 11 shows the front view of sealing gasket.
The specific embodiment
Below in conjunction with the accompanying drawing and the specific embodiment the utility model is done further detailed explanation:
Fig. 1 shows the power supply and the control circuit schematic diagram of the floating lamp of the said solar energy water of the utility model, and is as shown in Figure 1, and the said power supply and the control circuit that are arranged at the inside of the floating lamp drain pan 3 of solar energy water comprise solar power generation unit, control module and luminescence unit.Particularly:
Said solar power generation unit comprises that solar cell 51, batteries 53 and counnter attack fill diode 52; Wherein, The positive pole of said solar cell 51 connects the anode that diode 52 is filled in counnter attack; The positive pole of the negative electrode connection batteries 53 of diode 52 is filled in counnter attack, and the negative pole of batteries 53 connects the negative pole of solar cell 51, has the charge circuit that function is filled in counnter attack thereby form.The effect that diode 52 is filled in counnter attack is when the voltage of solar cell 51 is lower than the terminal voltage of batteries 53, and batteries 53 can not be through solar cell 51 discharges.
Said control module comprises first voltage detector 54, electronic switch 541, second voltage detector 55, controlled booster circuit 56, photosensitive circuit 58, light-inductive device 57 and magnetic switch 59; The controlled booster circuit 56 that is connected in parallel on batteries 53 two ends can boost and voltage stabilizing to the terminal voltage of batteries 53, and is that single-chip microcomputer emission control circuit 60 provides stable operating voltage with led light source 63.
Said first voltage detector 54 is connected in parallel on the two ends of batteries 53, and the output of first voltage detector 54 is connected with electronic switch 541 communications that are used to control batteries 53 chargings, and said electronic switch 541 is connected in parallel on the two ends of solar cell 51.In the course of work; The terminal voltage that is connected in parallel on 54 pairs of batteries 53 of first voltage detector at batteries 53 two ends detects, when batteries 53 terminal voltages when charging rises to the magnitude of voltage of setting, the control of first voltage detector 54 drives electronic switches 541 saturation conductions; Short circuit solar cell 51; Thereby the short circuit charging current makes solar cell 51 stop the charging to batteries 53, overcharges to prevent batteries 53.
Said second voltage detector 55 is connected in parallel on the two ends of batteries 53; The light-inductive device 57 that is connected in parallel to each other is connected with the control end communication of controlled booster circuit 56 through the photosensitive circuit 58 that is connected in parallel on batteries 53 two ends with magnetic switch 59, and the output of said second voltage detector 55 is connected with the control end communication of controlled booster circuit 56.In the course of work; The terminal voltage that is parallel to 55 pairs of batteries 53 of second voltage detector at batteries 53 two ends detects; When batteries 53 terminal voltages when discharge drops to the magnitude of voltage of setting, second voltage detector 55 will be exported zero level and quit work to control controlled booster circuit 56.Secondly, when light-inductive device 57 receives light in the time of by day, photosensitive circuit 58 will be exported zero level and quit work to control controlled booster circuit 56.In addition, when with magnet 37 during near magnetic switch 59, magnetic switch 59 closures make photosensitive circuit 58 output zero levels, quit work to control controlled booster circuit 56.To sum up analyze and to know; Extraneous light is dark when satisfying simultaneously, non-magnet 37 near and the mistake set of batteries 53 terminal voltages put under the condition more than the protection magnitude of voltage; The control end of controlled booster circuit 56 just can obtain high level, thereby controlled booster circuit 56 is started working.
Said luminescence unit comprises a plurality of led light source 63, single-chip microcomputer emission control circuit 60, first button 61 and second button 62.Wherein, The power positive end of said single-chip microcomputer emission control circuit 60 connects the output of controlled booster circuit 56; Its power-extremely connects the negative pole of batteries 53, and two control ports of said single-chip microcomputer emission control circuit 60 respectively and be connected with said first button 61 and second button 62 between the negative pole of batteries 53; The output of said single-chip microcomputer emission control circuit 60 connects a plurality of led light sources 63 respectively.The burning voltage power supply that thereby said single-chip microcomputer emission control circuit 60 and each led light source 63 rely on controlled booster circuit 56 to boost to be exported.In the course of work; Have only when the control end of controlled booster circuit 56 is input as high level; Satisfy simultaneously promptly that extraneous light is dark, non-magnet 37 near and batteries 53 terminal voltages put under the condition more than the protection magnitude of voltage in the mistake of setting, work and each led light source 63 luminous that said controlled booster circuit 56 just can be single-chip microcomputer emission control circuit 60 provides stable voltage.
In addition; The illumination mode of each led light source 63 that said first, second button 61,62 can determine to be connected with single-chip microcomputer emission control circuit 60 outputs; In the floating lamp of said solar energy water five led light sources 63 are set preferably; It is white, blue, green, red and orange that color is respectively; The output of the program of pressing number of times and its combination decision single-chip microcomputer emission control circuit 60 each led light source 63 illumination modes of control of said first, second button 61,62; Thereby determine the illumination mode of combination, order and periodic transformation that each led light source 63 is luminous; As one to many led light sources 63 permanent bright luminous, one to many led light source 63 interruption period property light intensity gradual changes are luminous, the replacing luminous and superpose and replace luminously or the like of two to many led light source 63 interruption period property light intensity gradual changes, one-tenth capable of being combined is various multicoloured photochromic, like this can be according to different installation environments and the different illumination mode of different seasonal selection; As winter be main with the warm tones illumination mode; Be main with the cool tone illumination mode summer, and the illumination mode of each led light source 63 is by the routine data of input in advance in the single-chip microcomputer emission control circuit 60, and first, second button 61,62 press number of times and combination is confirmed.
Fig. 2 to Figure 11 shows the structure of the floating lamp of said solar energy water; Extremely shown in Figure 11 like Fig. 2; The floating lamp of said solar energy water comprises on drain pan 3 and the white translucent lamp body that is arranged at drain pan 3 tops and covers 1; Cover 1 set inside is used for covering 2 on the led light source of shade led light source 63 on the said lamp body, and cover 2 be half-cylindrical white frosted cover on this led light source, luminous soft even, power saving.Particularly:
Said drain pan 3 inside are disposed with led light source 63, solar panel 34, batteries 53 and circuit board 35 from top to bottom.The upper surface of said solar panel 34 is provided with light-inductive device 57, and the main devices of light-inductive device 57 is preferably phototriode 33, and photosensitive sensitivity and stability are stronger; In the position weldering of the corresponding drain pan of the lower surface of said circuit board 35 3 bottom centre with first button 61 and second button 62; The bottom of said drain pan 3 is provided with 4, three foots 4 of three foots and evenly lays along the bottom margin of drain pan 3, and being provided with of foot 4 can make the floating lamp of solar energy water lie against on the plane; On said foot 4, be provided for the perforation 41 of stationary rope; The free end of rope is connected with anchor, and this anchor can be elected water-bed fixture as or be arranged in the water or ground other weight, wafts to prevent light fixture; And; As long as being of convenient length of rope, when the water surface rose, the floating lamp of said solar energy water can not had by water logging yet.Too can water the critical piece of floating lamp all be arranged at drain pan 3 inside, can make lamp body can stablize and up float on the water surface.
Further, the floating lamp of said solar energy water also comprises capping 36, magnet 37 and strip of paper used for sealing 38.The main body that said capping 36 has is cylindrical structure; The side of main body is provided with external screw thread 362; Said main body is connected with the central through hole threaded engagement that is arranged at drain pan 3 bottom centre through external screw thread 362, to screw in the inside of said drain pan 3, drain pan 3 is sealed; From the bottom surface of said main body to being provided with the non-through hole 361 that is used to place magnet 37; The bottom of said non-through hole 361 is provided with the bathtub construction that capping 36 is screwed out from drain pan 3; Said bathtub construction is flat recess 363 or cross recess, and said magnet 37 is encapsulated in the said non-through hole 361 through strip of paper used for sealing 38.
In the course of work; With capping 36 screw out be positioned at the central through hole of drain pan 3 bottom centre positions after; Can from central through hole, see first button 61 and second button 62 that are arranged at drain pan 3 inside, pressing said first and second buttons 61,62 can be provided with the lighting lamp state of the floating lamp of solar energy water.
Secondly; The floating lamp of said solar energy water is in transportation or process of storing; Light for preventing it, the capping 36 of the bottom of drain pan 3 is provided with the non-through hole 361 that holds magnet 37, and magnet 37 is inserted in the said non-through hole 361; And use strip of paper used for sealing 38 that it is encapsulated in the non-through hole 361; The existence of magnet 37 is arranged and controlled booster circuit 56 will be quit work around magnetic switch 59 induction on the circuit board 35, thereby avoid lighting of in transportation or storage process light fixture, avoided the power consumption in the process.
In addition, in the flat recess that the bottom of using coin to insert said non-through hole 361 is provided with, or use or screwdriver insert in the flat recess or cross recess that the bottom of said non-through hole 361 is provided with, and can carry out the screw-in or the back-out of capping 36.
And the floating light fixture of said solar energy water has unique waterproof sealing design, particularly; Cover 1 is connected with drain pan 3 threaded engagement on the said lamp body, is arranged with first sealing ring 71 and second sealing ring 72 respectively in the both sides up and down of this junction, wherein; First, second sealing ring 71,72 is the white rubber sealing ring, and the external diameter of first sealing ring 71 is 110mm, and its cross section is that the length of side is the square of 1mm; The external diameter of second sealing ring 72 is 114.5mm, and its cross section is that diameter is the circle of 2.5mm.Screw up and down cover 1 and drain pan 3 on the lamp body just can compress first, second sealing ring 71,72, thereby play dual waterproof sealing effect.In addition; The top of said capping 36 main bodys is provided with the sealing gasket 74 of a circle; The upper surface of sealing pad 74 is provided with the projection 741 that is used to prop up first and second buttons 61,62 that are arranged at circuit board 35 lower surfaces, and sealing pad 74 is a white rubber sealing gasket, and its external diameter is 34mm; Thickness is 2.5mm, and the thickness of projection 741 is 3.5mm; Said capping 36 external side of main body also are arranged with the 3rd sealing ring 73; The 3rd sealing ring 73 also is a white rubber sealing ring; Its external diameter is 30.5mm, and cross section is that diameter is the circle of 2.5mm, and the effect of dual waterproof sealing has also been played in the setting of above-mentioned capping 36 place's structures.
Being merely the utility model preferred embodiment in sum, is not the practical range that is used for limiting the utility model.Be that all equivalences of doing according to the content of the utility model claim change and modification, all should belong to the technological category of the utility model.
Claims (8)
1. the floating lamp of a solar energy water comprises drain pan, and is arranged at drain pan inner power supply and control circuit, it is characterized in that: said power supply and control circuit comprise,
Solar power generation unit, said solar power generation unit comprise that solar cell, batteries and counnter attack fill diode; Wherein, the positive pole of said solar cell connects the anode that diode is filled in counnter attack, and the positive pole of the negative electrode connection batteries of diode is filled in counnter attack, and the negative pole of batteries connects the negative pole of solar cell;
Control module, said control module comprise first voltage detector, electronic switch, second voltage detector, controlled booster circuit, photosensitive circuit, light-inductive device and magnetic switch; Wherein, Said first, second voltage detector and controlled booster circuit are connected in parallel on the two ends of batteries respectively; The output of first voltage detector is connected with the electronic switch communication that is used to control battery charging, and said electronic switch is connected in parallel on the two ends of solar cell; The light-inductive device that is connected in parallel to each other is connected with the control end communication of controlled booster circuit through the photosensitive circuit that is connected in parallel on the batteries two ends with magnetic switch; The output of said second voltage detector is connected with the control end communication of controlled booster circuit; And,
Luminescence unit, said luminescence unit comprise a plurality of led light sources, single-chip microcomputer emission control circuit, first button and second button; Wherein, The power positive end of said single-chip microcomputer emission control circuit connects the output of controlled booster circuit; Its power-extremely connects the negative pole of batteries, and two control ports of said single-chip microcomputer emission control circuit respectively and be connected with said first button and second button between the negative pole of batteries; The output of said single-chip microcomputer emission control circuit connects a plurality of led light sources respectively.
2. according to the floating lamp of the said solar energy water of claim 1, it is characterized in that: said drain pan inside is disposed with led light source, solar panel, batteries and circuit board from top to bottom, and the upper surface of said solar panel is provided with said light-inductive device; In the position weldering of the corresponding drain pan of the lower surface of said circuit board bottom centre with first button and second button; The bottom of said drain pan is provided with a plurality of foots, and each foot is evenly laid along the bottom margin of drain pan; Said drain pan top is provided with on the lamp body of printing opacity covers, and covers on the cover set inside led light source on the lamp body.
3. according to the floating lamp of the said solar energy water of claim 1, it is characterized in that: also comprise capping, magnet and strip of paper used for sealing, wherein,
The main body that said capping has is cylindrical structure, and the side of main body is provided with external screw thread, and said main body is connected with the central through hole threaded engagement that is arranged at drain pan bottom centre through external screw thread; To being provided with the non-through hole that is used to place magnet, the bottom of said non-through hole is provided with the bathtub construction that makes capping screw in or screw out drain pan from the bottom surface of said main body, and said magnet is encapsulated in the said non-through hole through strip of paper used for sealing.
4. according to the floating lamp of the said solar energy water of claim 3, it is characterized in that: said bathtub construction is flat recess or cross recess.
5. according to the floating lamp of the said solar energy water of claim 3, it is characterized in that: also comprise the sealing gasket and the 3rd sealing ring that can play dual waterproof action, the sealing gasket upper surface that is arranged at capping main body top is provided with the projection that is used to prop up first, second button; The 3rd sealing ring is sheathed on said capping external side of main body.
6. according to the floating lamp of any said solar energy water in the claim 1 to 5, it is characterized in that: be provided with phototriode in the said light-inductive device.
7. according to the floating lamp of any said solar energy water in the claim 1 to 5, it is characterized in that: be provided for the perforation of stationary rope on the said foot.
8. according to the floating lamp of any said solar energy water in the claim 1 to 5; It is characterized in that: also comprise first sealing ring and second sealing ring that can play dual waterproof action, said first, second sealing ring is sheathed on the lamp body upside and the downside of cover and drain pan junction respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202158863U CN202101133U (en) | 2011-06-23 | 2011-06-23 | Solar energy water floating lamp |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202158863U CN202101133U (en) | 2011-06-23 | 2011-06-23 | Solar energy water floating lamp |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202101133U true CN202101133U (en) | 2012-01-04 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011202158863U Expired - Fee Related CN202101133U (en) | 2011-06-23 | 2011-06-23 | Solar energy water floating lamp |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202101133U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI480497B (en) * | 2012-07-26 | 2015-04-11 | Atomic Energy Council | Photovoltaic system able to float on water and track sun |
| CN109287030A (en) * | 2017-03-29 | 2019-01-29 | 高路生 | A kind of corridor lighting energy-saving control circuit |
-
2011
- 2011-06-23 CN CN2011202158863U patent/CN202101133U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI480497B (en) * | 2012-07-26 | 2015-04-11 | Atomic Energy Council | Photovoltaic system able to float on water and track sun |
| CN109287030A (en) * | 2017-03-29 | 2019-01-29 | 高路生 | A kind of corridor lighting energy-saving control circuit |
| CN109287030B (en) * | 2017-03-29 | 2020-06-05 | 乐清市芮易经济信息咨询有限公司 | Energy-saving control circuit for corridor lighting lamp |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120104 Termination date: 20120623 |